CN101882056B - iPhone large screen touch system and debugging method thereof - Google Patents

Abstract

The present invention discloses an iPhone large-screen touch control system and its debugging method. The system comprises: an iPhone, connected to a television to form an uplink 1 channel, and the iPhone screen is output to the television through the same-screen demonstration software; the television is connected to the computer to form an uplink 2 channel, and is used to directly output the computer image to the television; a touch screen is connected to the computer and is used to send a touch signal to the computer; the computer is connected to the iPhone and is used to remotely control the iPhone through the control software in the computer; wherein the output boundaries of the uplink 1 channel and the uplink 2 channel for the iPhone are completely overlapped, and after debugging the control channel of the computer for the iPhone, it is allowed to run in the background, and the touch screen is touched in the foreground to control the computer and then control the iPhone, so as to realize the touch operation of the iPhone large screen.

Description

An iPhone large-screen touch system and its commissioning method

technical field

The invention relates to the field of mobile terminals, in particular to an iPhone large-screen touch system and a commissioning method thereof.

Background technique

The iPhone was announced by Apple, Inc. CEO Steve Jobs at Macworld on January 9, 2007, and was launched in the United States on June 29, 2007, bringing innovative mobile phones, touchable widescreen The iPod and a breakthrough Internet communications device with desktop-class e-mail, web browsing, search and maps are three products that fit together seamlessly. iPhone introduces an all-new user interface based on a large multi-touch display and groundbreaking new software that puts iPhone at the fingertips of users. The iPhone also ushered in a new era of cutting-edge software capabilities for mobile devices, redefining what a mobile phone can do.

The same-screen output function of the existing iPhone is to connect the iPhone to the LCD or projector (the color difference signal needs to be converted to a VGA signal through the cable) through a video/audio cable (five-headed color difference cable) with an RGB interface. Realized by software control, the model is:

iPhone→(A video/audio cable with RGB interface)→LCD

→(A software that supports output of iPhone);

The reverse control function of the existing PC to the iPhone is to connect the PC to the iPhone through a standard cable with a USB interface (the iPhone comes with a cable), and realize it through third-party software control. The model is:

PC→(A standard cable with USB interface)→iPhone

→(A software that supports control of iPhone)

However, there is no complete set of solutions in the prior art that can fully realize the direct touch of the iPhone after multiple magnifications. The functions that can be realized include the following two categories:

1. Use a specific cable to realize one-way output from the iPhone to the LCD or projector. The picture quality is acceptable but it is only a simple output, and reverse touch cannot be done;

2. The reverse control of the computer to the iPhone is realized through specific software, but the output effect is extremely poor, unresponsive, and seriously distorted.

Contents of the invention

The purpose of the present invention is to provide an iPhone large-screen touch system and its commissioning method, which can realize multi-fold magnification of the iPhone display, and can directly touch the "big iPhone" by operating the iPhone.

A kind of iPhone large-screen touch control system provided for realizing the purpose of the present invention, described system, comprises: iPhone, TV, touch screen and computer, wherein:

The iPhone is connected with the TV to form an uplink 1 channel, and the iPhone screen is output to the TV through the same-screen demonstration software;

The TV is connected with the computer to form two upstream channels for directly outputting the images of the computer to the TV;

The touch screen is connected to the computer, and is used to send a touch signal to the computer;

The computer is connected with the iPhone, and is used to remotely control the iPhone through the control software in the computer;

Among them, the output boundaries of the uplink channel 1 and uplink channel 2 for the iPhone are completely coincident. After commissioning the computer’s control channel for the iPhone, let it run in the background. ) touch the touch screen to control the computer and then control the iPhone to realize touch operation on the large screen of the iPhone.

The iPhone is connected to the TV through a video/audio cable with RGB interface.

The TV is connected with the computer through a VGA cable.

The TV and the computer can also be connected through a standard effective HDMI cable as a spare cable for VGA.

The system also includes a sound box connected to the TV through an Audio Out interface.

In order to realize the purpose of the present invention, a method for commissioning of the iPhone large-screen touch system is also provided, and the method includes the following steps:

Step 100. Connect iPhone, TV, touch screen and computer;

Step 200. Open the same-screen software of the iPhone, turn on the TV and switch to the component mode, and test whether the iPhone image can be completely and vertically displayed on the TV screen;

Step 300. Adjust the TV to PC mode, turn on the computer, and test whether the computer interface can be output to the TV screen normally;

Step 400. According to the common channel signaling model of the communication system, after commissioning the control channel of the computer to the iPhone, let it run in the background, and switch to the component mode, and realize the large-screen touch operation of the iPhone by touching the touch screen.

The step 100 includes the following steps:

Step 110. Install the touch screen into the outer frame of the outer casing, and run the connecting wire into the outer casing along the cable channel;

Step 120. Vertically install the TV into the outer frame, and press it against the touch screen outward;

Step 130. Connect the iPhone to the TV, the computer to the TV, the computer to the touch screen, and the computer to the iPhone.

The step 400 includes the following steps:

Step 410. Commissioning the touch screen, so that the touch screen can accurately control the computer;

Step 420. Open the pre-designed batch processing program in the computer, open the corresponding reverse control software, set the parameters, and then input the IP to ensure that the reverse control of the computer to the iPhone is successful;

Step 430. Switch the TV mode to the component mode again to ensure that the iPhone interface is clearly displayed on the TV screen, and the user's finger clicks and the control signal running in the background is fed back to the iPhone through the computer;

Step 440. Touch the iPhone directly in the component mode, and repeatedly fine-tune the parameters of the control software in the computer mode until the control effect is satisfactory.

In step 420, the parameters are set as follows: the bandwidth selection is set to low bandwidth, the screen is adaptive and the full-screen output mode is selected.

After the step 400, it also includes:

Step 500. If you feel that the image quality is not good enough, then directly use the HDMI interface of the computer to output to the TV through an HDMI cable; if you feel that the sound effect output by the TV is not good enough, then directly connect the speaker to the audio output interface of the TV.

The beneficial effects of the present invention are:

An iPhone large-screen touch system and its commissioning method according to the present invention can realize clear zoom-in and multi-fold display of the existing iPhone, and can directly touch the "big IPHONE" by operating the iPhone directly, and the response is sensitive , the picture quality is clear without any distortion, the whole system has undergone strict technical control and appearance design, and the demonstration effect is very good, which is beneficial for businesses to show customers the excellent performance and attractive software applications of the iPhone.

Description of drawings

Fig. 1 is the structural representation of a kind of iPhone large-screen touch system of the present invention;

Fig. 2 is a data transmission route figure of a kind of iPhone large-screen touch system of the present invention;

Fig. 3 is a flow chart of the steps of the debugging method of a kind of iPhone large-screen touch system of the present invention;

Fig. 4 is the step flow chart of each component connection in the system of the present invention;

FIG. 5 is a flow chart of the steps of commissioning the touch screen so that the touch screen can control the iPhone in the present invention.

Detailed ways

In order to make the purpose, technical solution and advantages of the present invention clearer, the iPhone large-screen touch control system and its commissioning method of the present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention.

The present invention relates to a large-screen iPhone touch control system and its commissioning method. By connecting the iPhone, touch screen, LCD TV, PC and sound box, and controlling the same-screen demonstration software and reverse signaling software, the The iPhone is magnified and displayed multiple times, and it can be touched directly on this "big iPhone" in the same way as the iPhone.

Introduce a kind of iPhone large-screen touch system of the present invention in detail below in conjunction with above-mentioned object, Fig. 1 is the structural representation of a kind of iPhone large-screen touch system of the present invention, as shown in Figure 1, described system comprises: iPhone1, TV (LCD or PDP, namely liquid crystal TV or plasma TV) 2, touch screen 3 and computer (PC) 4, wherein:

iPhonel, connect with TV (LCD or PDP) 2, realize iPhone screen output to TV through same-screen demonstration software;

The iPhone is connected to the TV (LCD or PDP) through a video/audio cable with RGB interface (that is, five-head color difference cable) to form an upstream 1 channel. As long as the iPhone is cracked, a five-head color difference cable is used to install a suitable same-screen demonstration Software can realize iPhone screen output to TV color difference mode.

As a possible implementation mode, the video/audio cable with RGB interface is selected from the original high-performance five-head color difference line, which includes Video (red, green and blue color difference) and Audio (red and white audio output) shown in the above figure. , USB interface and iPhone Dock interface are cables for No. 1 route (that is, the dedicated channel for the computer to control the iPhone through reflection control software) and No. 1 route (that is, the dedicated channel for the iPhone to directly output color difference signals and audio to the TV); this line It can be replaced by a three-headed cable, that is, the audio is output normally, and the video is replaced by the AV port and directly connected to the TV AV port.

The iPhone in the present invention requires software cracking, installation of corresponding same-screen demonstration software, and installation of corresponding reverse control server software.

A TV (LCD or PDP) 2 is connected with a computer (PC) 4 for directly outputting images from the PC to the TV.

The TV (LCD or PDP) is connected with a computer (PC) through a VGA line, forming two upstream channels as PC output channels.

As a possible implementation mode, in the present invention, a 42-inch plasma TV (PDP) of a certain brand is selected. In the actual application process, it can be replaced by an LCD screen, the effect is slightly worse, and there may be tailing phenomenon. Port, VGA interface, select the effective HDMI interface as the backup signal output.

The VGA cable is a standard VGA cable, which is the main cable output by the No. 2 path.

Preferably, the TV and the computer in the present invention can also be connected through a standard effective HDMI cable as a spare cable for VGA.

The touch screen 3 is connected with the computer 4, and is used to send the touch signal to the computer 4;

The touch screen is specially configured to support USB or COM port cables to be connected to the computer through the touch screen to form 3 downstream channels, which are used as touch channels, which are equivalent to the expansion channels of the computer input device mouse.

As a kind of implementable mode, select the high-performance infrared touch screen of the same size as 42 inches among the present invention, require sensitive response, stable performance, preferentially support USB interface driverless calibration (plug and play), but must support COM interface standby ( Comes with a driver that can precisely calibrate and customize functions such as the right button).

Computer (PC) 4, is connected with iPhone, is used for carrying out remote control to iPhone by the control software in the computer;

The computer is connected to the iPhone through an independent iPhone standard USB cable or a bluetooth device to form 4 downstream channels, which are used as a channel of the five-head color difference line for the iPhone to receive the remote control of the corresponding software in the computer.

PC among the present invention requires to support USB interface (at least 2), VGA interface, COM interface and the HDMI interface used as standby, install operating system (recommend XP), ITUNES and reverse control client software.

As shown in Figure 1, in the iPhone large-screen touch system, the output boundaries of the uplink 1 channel and the uplink 2 channel are completely coincident for the iPhone (because this is only the iPhone interface is simultaneously output to 2 different modes of the TV, i.e. RGB or PC mode only, as long as the iPhone interfaces in the two cases are vertically upward and cover the screen, the borders must be strictly coincident), according to the common channel signaling model of the communication system, that is, the voice channel and signaling are separated in the physical medium or logical medium, The transmission is more reasonable and effective. After commissioning the control channel of the computer to the iPhone (that is, signaling), let it run in the background, switch to the component mode (that is, the voice channel), and use touch technology to realize a super-large iPhone. touch operation.

Fig. 2 is the data transmission path figure of a kind of iPhone large-screen touch system of the present invention, as shown in Fig. signaling and one forward voice channel, as shown in the figure:

The signal transmission path of the forward voice channel is:

iPhone→→→DOCK→→→Five-head component cable→→→Video component cable RGB→→→TV

The transmission path of the reverse signaling signal is:

Touch screen→→→Houch screen matching cable→→→USB→→→PC→→→USB→→→

Five-head component cable→→→DOCK→→→iPhone

During the commissioning process, first adjust the reverse signaling part (switch the TV to PC mode). At this time, the TV plays two roles: one is the monitor of the PC, and all commissioning operations must refer to the TV Second, set the appropriate parameters through the corresponding software, and display the iPhone’s screen completely on this screen as a reference (completely coincides with the interface directly projected by the iPhone in RGB mode) to ensure that the backward control signaling can be accurate can be positioned anywhere on the voice output screen.

Preferably, the iPhone large-screen touch control system of the present invention also includes a speaker, which is connected to the TV through the Audio Out interface (or other audio terminals) to meet the requirements of a noisy demonstration environment and has a wide sound range.

Preferably, the present invention also provides an external casing for accommodating the large-screen touch system of the iPhone. The exterior casing is designed strictly according to the requirements of a special design company, taking into account cable routing and hardware support layout , Realize the function of the HOME key (use a touch button directly associated with the built-in right mouse button).

Corresponding to a kind of iPhone large-screen touch system of the present invention, also provide a kind of test method of iPhone large-screen touch system, Fig. 3 is the step flow of the test method of a kind of iPhone large-screen touch system of the present invention Figure, as shown in Figure 3, said method comprises the following steps:

Step 100. establish connection with iPhone, TV (LCD), touch screen and computer (PC);

Fig. 4 is the flow chart of the steps of connecting each part in the system of the present invention, as shown in Fig. 4, described step 100, comprises the following steps:

Step 110. Install the touch screen (including the frame and glass) into the outer frame of the outer casing, and run the connecting wire (USB or COM) into the outer casing along the cable channel;

Step 120. Install the TV vertically at 90 degrees into the outer frame, and press it against the touch screen outward;

Step 130. Connect the iPhone to the RGB color difference interface and audio input interface of the TV through a video/audio cable (five-head color difference cable) with RGB interface, connect the computer to the VGA interface of the TV, and connect the USB port of the computer to the touch screen , another USB port of the computer is connected to the iPhone;

Step 200. Open and test the same-screen software of the iPhone, turn on the TV, switch to the component mode (that is, the voice channel, that is, the color difference mode), and test whether the iPhone image can be completely and vertically displayed on the TV screen ( This TV needs to be placed vertically at 90 degrees);

Step 300. Set the TV to PC mode, turn on the PC, and test whether the computer interface can be output to the TV screen normally;

Step 400. Debug the touch screen so that the touch screen can control the PC, and then control the iPhone through touch.

Fig. 5 is a flow chart of the steps of debugging the touch screen so that the touch screen can control the iPhone in the present invention. As shown in Fig. 5, the step 400 includes the following steps:

Step 410. Debug the touch screen, so that the touch screen can accurately control the PC, and the contact deviation is less than 0.5CM;

Step 420. Open the pre-designed batch processing program in the computer, open the corresponding reverse control software, and set the relevant parameters as follows: the bandwidth selection is set to low bandwidth (so the iPhone outputs to two screens at the same time, in order to improve the output speech path that is The final image quality presented to the customer needs to reduce the bandwidth of the reverse control signaling), the screen should be self-adaptive and the full-screen output mode can be selected, and then input the appropriate IP to ensure the successful reverse control of the PC to the iPhone (in the iPhone Select to accept control), since the touch screen has been adjusted in step 410, the iPhone can be directly controlled by touch mode, such as actions such as sliding, dragging and clicking;

Step 430. Switch the TV mode to the color difference (component) mode again to ensure that the iPhone interface is clearly presented on the TV screen (the common channel signaling model is used here, that is, what the user sees is the voice channel output by the iPhone, and the click of the user's finger Feedback to the iPhone through the computer for the control signaling running in the background at the same time);

Step 440. Directly touch the iPhone in the component mode, and repeatedly fine-tune the parameters of the control software in the PC mode until the control effect is satisfactory.

Follow-up steps: If you feel that the picture quality is not good enough, you can consider directly using the HDMI interface of the computer to output to the TV through the HDMI cable (in this way, the audio signal of the computer can be directly output to the TV), and the picture quality will be better. If the output sound effect is not good enough, you can directly connect the speaker to the audio output interface of the TV.

The beneficial effect of the present invention lies in that: the existing iPhone can be clearly enlarged and displayed multiple times, and the "big IPHONE" can be directly touched by the method of operating the iPhone, the response is sensitive, the picture quality is clear without any distortion, and the whole system After strict technical control and appearance design, the demonstration effect is very good, which is beneficial for merchants to show customers the excellent performance and attractive software applications of the iPhone.

Other aspects and features of the present invention will be apparent to those skilled in the art by describing specific embodiments of the present invention in conjunction with the accompanying drawings.

The specific embodiments of the present invention have been described and illustrated above, and these embodiments should be considered as exemplary only, and are not used to limit the present invention, and the present invention should be interpreted according to the appended claims.

Claims (8)

1. A large-screen iPhone touch control system, characterized in that the system includes: iPhone, TV, touch screen and computer, wherein: Said iPhone, through software cracking, installs corresponding same-screen demonstration software, installs corresponding reverse control server software, is connected with said TV to form uplink 1 channel, realizes iPhone screen output to TV by same-screen demonstration software; The TV is connected with the computer to form two upstream channels for directly outputting the images of the computer to the TV; The touch screen is connected to the computer, and is used to send a touch signal to the computer; The computer is connected with the iPhone, and is used to remotely control the iPhone through the control software in the computer; Among them, the output boundaries of the uplink channel 1 and the uplink channel 2 for the iPhone are completely coincident. After the control channel of the computer to the iPhone is adjusted, the control signaling is run in the background, and the computer is controlled by touching the touch screen in the foreground. Control the iPhone to realize touch operation on the large screen of the iPhone; The control channel of the described debugging computer for the iPhone is: debugging the touch screen, so that the touch screen can accurately control the computer; opening the pre-designed batch processing program in the computer, opening the corresponding reverse control software, setting parameters, and then inputting IP to ensure the successful reverse control of the computer to the iPhone; switch the TV mode to the component mode again to ensure that the iPhone interface is clearly presented on the TV screen, and the control signal running in the background while the user clicks is fed back to the iPhone through the computer; In the component mode, directly touch the iPhone, and repeatedly fine-tune the parameters of the control software in the computer mode until the control effect is satisfactory. . 2. The iPhone large-screen touch control system according to claim 1, wherein the iPhone is connected to the TV through a video/audio cable having an RGB interface. 3. The iPhone large-screen touch system according to claim 1, wherein the TV is connected to the computer through a VGA cable. 4. The iPhone large-screen touch system according to claim 1, wherein the TV and the computer can also be connected through a standard effective HDMI cable as a spare cable for VGA. 5. The iPhone large-screen touch system according to claim 1, wherein the system also includes a sound box connected to the TV through an Audio Out interface. 6. A commissioning method for an iPhone large-screen touch system, characterized in that, the method comprises the following steps: Step 100. Connect iPhone, TV, touch screen and computer; Step 200. Open the same-screen presentation software of the iPhone, turn on the TV and switch to the component mode, and test whether the iPhone image can be completely and vertically displayed on the TV screen; Step 300. Adjust the TV to PC mode, turn on the computer, and test whether the computer interface can be output to the TV screen normally; Step 400. According to the common channel signaling model of the communication system, after commissioning the control channel of the computer to the iPhone, let the control signaling run in the background, and switch to the component mode, and realize the large-screen touch of the iPhone by touching the touch screen operate; The step 100 includes the following steps: Step 110. Install the touch screen into the outer frame of the outer casing, and run the connecting wire into the outer casing along the cable channel; Step 120. Install the TV vertically into the outer frame, and press it against the touch screen outward; Step 130. Connect the iPhone to the TV, the computer to the TV, the computer to the touch screen, and the computer to the iPhone. The step 400 includes the following steps: Step 410. Commissioning the touch screen, so that the touch screen can accurately control the computer; Step 420. Open the pre-designed batch processing program in the computer, open the corresponding reverse control software, set the parameters, and then input the IP to ensure that the reverse control of the computer to the iPhone is successful; Step 430. Switch the TV mode to the component mode again to ensure that the iPhone interface is clearly displayed on the TV screen, and the control signal running in the background while the user clicks is fed back to the iPhone through the computer; Step 440. Touch the iPhone directly in the component mode, and repeatedly fine-tune the parameters of the control software in the computer mode until the control effect is satisfactory. 7. The commissioning method of the iPhone large-screen touch system according to claim 6, characterized in that in step 420, the parameters are set as follows: the bandwidth selection is set to low bandwidth, the screen is adaptive and full-screen output is selected model. 8. The commissioning method of the iPhone large-screen touch system according to claim 6, characterized in that, after the step 400, further comprising: Step 500. If you feel that the image quality is not good enough, then directly use the HDMI interface of the computer to output to the TV through an HDMI cable; if you feel that the sound effect output by the TV is not good enough, then directly connect the speaker to the audio output interface of the TV.

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