CN103908777A - Game machine combined with action device - Google Patents

Abstract

The invention relates to a game machine combined with a mobile device, which includes a handle device and a mobile device. The handle device includes an operation module, which is operated to generate an operation signal; and a microprocessing unit, which is electrically connected to the operation Module; a first audio interface electrically connected to the microprocessing unit and an audio connector; the mobile device includes a second audio interface electrically connected to an audio jack and the audio jack coupled to the audio connector ; A processing module, including a processing unit and an application program. The processing unit is electrically connected to the second audio interface. The application program retrieves an input event from the operation signal converted from the conversion signal; therefore, it can be transparently The application program executed on the mobile device is operated through a handle device connected to the mobile device through an audio interface.

Description

Game consoles integrated with mobile devices

technical field

The present invention relates to a game machine, in particular to a game machine combined with a mobile device which uses an audio interface to electrically connect the mobile device and the handle device to operate the game. the

Background technique

In the 1980s, the first generation of analog mobile phones became popular all over the world after being launched, and became the mobile communication device with the largest sales volume and the largest number of users. In addition to functions such as text message transmission and network connection, in the early 2000s, when mobile communication technology developed from the second generation (2G) to the third generation (3G), combined with personal digital assistant (personal digital assistant, PDA) applications Products with the function of communicating with mobile phones——smartphones also came out at this time, but the interfaces and operation methods of early smartphones were relatively complicated, so they were not popular in the general consumer market other than business people. Until 2007, the United States After Apple launched the first-generation iPhone, which was operated by finger touch and emphasized that it was suitable for the general public, the rapid evolution of touch-sensitive smart phones has changed the global mobile phone industry ecology and brought new growth to the global mobile phone market Power, also really opened the era of smart phones. the

In recent years, the main growth momentum of the global mobile phone industry comes from two directions. One is that high-end smart phones are widely loved by consumers in mature markets such as North America and Europe, and the actual purchasing power of consumers drives the increase in mobile phone shipments Second, in emerging markets such as South America and Asia, consumers' demand for low-end and mid-range smart phones is also rapidly increasing, and in countries such as China and India, the wave of hardware construction that supports 2G upgrades to 3G is also formed. Huge replacement demand, so the global smartphone shipments in the past two years have been quite impressive. In 2011, the global smartphone production was about 1.67 billion. In 2012, the global smartphone production will reach about 1.79 billion. , and by the well-known analyst Mary Meeker (Mary Meeker) pointed out in the trend report published by Stanford University that by the end of 2012, the number of smartphone users worldwide had reached 1.1 billion, and with tablet computers, by 2013 In the second quarter, the number of smart phones and tablet computers in the world combined will surpass traditional desktop and notebook computers, which shows that a new hardware and software battlefield has already taken shape. the

With the astonishing popularity of smartphones and tablet computers, the platforms of smartphones and tablet computers have become battlegrounds for software manufacturers, especially in the game software market. According to the National Purchase Diary of the famous American market research company , NPD) reported that in the third quarter of 2012, the U.S. gaming population dropped slightly by 5% from the previous year in 2011, and the total number was about 211.5 million. It is pointed out that the proportion of mobile gamers in the United States is 22%, surpassing the 21% of home console gamers for the first time, becoming the largest population of gamers in the United States. In addition to emerging mobile games specially developed for touch-sensitive devices, games from old platforms such as personal computers and home game consoles are also moving to the platform of touch-sensitive devices. However, since old platform games often need to rely on more complex button operations for detailed control, when transplanted to touch-sensitive devices, the original operation precision and game flavor will inevitably be lost. Therefore, while touch-sensitive devices are booming, For heavy players who pursue the ultimate game effect, in addition to using the light and portable features of mobile devices and the powerful computing capabilities of two to four cores of most mobile devices to play games, it is also necessary to introduce other input modules to support them. Overcome the limitations of touch input. the

In order to meet the needs of serious players, there are currently mobile app applications (mobile app) that can support existing gamepads on the market. After installing the application on the mobile device, connect the existing gamepad with the existing gamepad via micro USB or Bluetooth. The mobile device is online, that is, the existing game controller can be used to operate the game in the mobile device. In addition, there are manufacturers who have developed a bracket that can fix the mobile device to the existing game controller, and combine the mobile device with the existing game controller. It achieves an operation feel similar to that of a handheld game console. In addition, some manufacturers have launched gamepads specially designed to support mobile devices. Fixing parts are set on the gamepad, which can be combined with the mobile device, and then connected to the mobile device through micro USB or Bluetooth, and additionally installed to support the gamepad. The mobile device application program or the program code supporting the gamepad can be added to the game, and the game in the mobile device can be operated through the gamepad. the

However, the existing gamepads for mobile devices still have their deficiencies. First of all, those who use micro USB to connect with mobile devices, except for a small number of mobile devices that do not have micro USB connection ports and cannot use this type of gamepad, because many mobile devices The charging hole of the mobile device has been integrated with the micro USB, so that the mobile device cannot be charged while the game controller is connected to the game, which greatly reduces the battery life of the mobile device. After a few hours of gaming, the game must be stopped to restore Charging mobile devices is a disappointment for players. On the other hand, for those who use Bluetooth to connect to mobile devices, in addition to the problem that a few mobile devices do not support Bluetooth, Bluetooth device pairing is also prone to pairing failures and cannot be used. The most fatal point is Maintaining Bluetooth online transmission consumes a lot of power. Even though low-power Bluetooth transmission has been developed today, generally speaking, when using Bluetooth devices, ordinary mobile devices only have a few hours of battery life, and must be equipped with additional chargers or mobile devices. It is also difficult for players to provide a good gaming experience. the

In order to improve the unsatisfactory design of conventional gamepads used in mobile devices, and to overcome the problems and deficiencies of conventional technologies, the inventors set out to develop a solution and propose a game console combined with mobile devices , which is characterized in that the handle device is connected to the audio interface on the mobile device and the second audio interface through the first audio interface and the audio connector, so as to achieve the electrical connection between the handle device and the mobile device, and the user operates on the handle device The operation signal generated by the operation of the module is first converted into a conversion signal that can be transmitted through the audio interface, and then converted into an operation signal after being transmitted to the mobile device, and then the application program in the processing module of the mobile device can obtain an input from the operation signal Events can achieve the effect of operating the application program through the handle device; on the contrary, if the signal or data sent by the mobile device is not in a format that can be transmitted by the audio interface, it must be converted before being transmitted to the handle device through the audio interface , and make the handle device perform corresponding functions, such as starting the light-emitting module or outputting sound. the

Contents of the invention

The purpose of the present invention is to provide a remote controller combined with a mobile device, so that the handle device and the mobile device are electrically connected through an audio interface, so that the signal can be transmitted in a low energy consumption mode, and can be widely used in audio devices. Portable mobile device. the

The purpose of the present invention is to provide a remote controller combined with a mobile device. The handle device is provided with a sound processing module. Input or output via the handle device. the

The purpose of the present invention is to provide a remote controller combined with a mobile device. The handle device is provided with a power module. When the handle device and the mobile device are electrically connected through the audio interface, the handle device can supply power to the mobile device to extend the movement time. The usage time of the device. the

The purpose of the present invention is to provide a remote controller combined with a mobile device. The handle device is provided with a light emitting module, which can be controlled by the mobile device to turn on and off, so as to increase the entertainment effect of the user when playing games. the

The object of the present invention is to provide a remote controller combined with a mobile device. The handle device is provided with a connecting part connecting the first operating part and the second operating part, so that the handle device can cover or carry the mobile device, so that the user can hold Hold the game machine that combines the handle device and mobile device. the

In order to achieve the above-mentioned purposes and functions, the present invention discloses a remote controller combined with a mobile device, which includes a handle device and a mobile device, and the handle device includes an operating module, a micro-processing unit and a first Audio interface, the operation module is electrically connected to the micro-processing unit, the micro-processing unit is also electrically connected to the first audio interface, and the first audio interface is also electrically connected to an audio connector; the mobile device includes a first Two audio interfaces and a processing module, an audio interface is electrically connected to the second audio interface, and the second audio interface is also electrically connected to a processing unit included in the processing module; and, the audio connector is inserted into the The audio jacks are coupled to each other, so that the first audio interface of the handle device is electrically connected with the second audio interface of the mobile device. When in use, the operation module generates at least one operation signal corresponding to the operation of the user, and at least one conversion signal converted from the operation signal is transmitted through the first audio interface, the audio connector, the audio interface hole and the second audio interface. The operation signal is obtained by reconverting the converted signal in the mobile device after being transmitted from the handle device to the mobile device, and the application program included in the processing module can capture an input event from the operation signal. the

The above-mentioned process of converting the operation signal into the conversion signal and converting the conversion signal into the operation signal can use modulation/demodulation or encoding/decoding, and the generated conversion signal can be an audio signal Or an encoded signal, for this purpose, the handle device may further include a modulation unit or an encoding unit, and the mobile device may further include a demodulation unit or a decoding unit, the modulation unit or the encoding unit Electrically connected to the micro-processing unit, the micro-processing unit obtains the operation signal from the operation module and transmits the operation signal to the modulation unit or the encoding unit, and the modulation unit or the encoding unit modulates or encodes the The operation signal is an audio source signal or an encoded signal and then returns the audio source signal or the encoded signal to the micro-processing unit, and the micro-processing unit passes the audio source signal or the encoded signal through the first audio interface, the audio connector, the The audio interface and the second audio interface are sent to the processing unit. After receiving the audio source signal or the coded signal, the processing unit sends the audio source signal or the coded signal to the demodulation unit or the decoding unit. The demodulation unit or the decoding unit demodulates or decodes the audio source signal or the coded signal into the operation signal and sends it back to the processing unit, and the application program can obtain the operation signal from the processing unit, and use the operation signal Capture an input event. the

Since the present invention transmits signals between the handle device and the mobile device through the audio interface, when the audio interface of the mobile device is occupied by any device, the mobile device can only output sound from the device connected to the audio interface , but a built-in speaker cannot be turned on. If the sound effects and background music cannot be played during the game, it will easily make the user feel bored, and if the call needs to be answered in the middle of the game, the internal audio jack cannot be used when the audio jack is occupied. Build a loudspeaker to output voice for conversation, therefore, the present invention is further equipped with a sound processing module on the handle device, the sound processing module is electrically connected to the micro-processing unit and can further include a pair of audio jacks, a loudspeaker or a microphone, The auxiliary audio interface, the speaker or the microphone are all electrically connected to the sound processing module, so that the handle device can output or input sound. During the process of outputting sound from the handle device, the micro-processing unit can judge whether a sound source signal should be sent to the demodulation unit or the sound processing module, so that the sound source signal corresponding to functions such as game sound effects, background music or voice calls can be sent to the sound processing module, and connected to the sound processing module through the speaker or electrically An external speaker or an earphone of the secondary audio interface outputs sound. During the process of inputting sound to the mobile device, the processing unit can judge whether a sound source signal should be sent to the demodulation unit, so that the corresponding functions such as voice calls The sound source signal can be used for voice communication without interfering with the normal demodulation and conversion function of the demodulation unit. the

During the game, if the power of the mobile device is insufficient, the user is forced to interrupt the game. Therefore, the handle device of the present invention can be further provided with a power module, the power module includes an internal power supply, and the internal power supply is electrically connected to the The first audio interface is used to supply power to the mobile device. Since the circuits of the first audio interface and the second audio interface can be divided into a left audio channel and a right audio channel, the actions of transmitting signals and power can be performed simultaneously , when using the left audio channel to transmit signals between the handle device and the mobile device, the right audio channel can be used to enable the mobile device to obtain power from the handle device to prolong the use time of the mobile device. Conversely, use the When the right channel is transmitting the signal, the left channel can be used for receiving power. the

In addition, the handle device of the present invention may further include a light-emitting module, the light-emitting module is electrically connected to the micro-processing unit, the processing unit of the mobile device can send a control signal, and transmit it to the micro-processing unit through the conversion/re-conversion process. The handle device is used to make the light-emitting module turn on and off according to the control signal, and cooperate with the sound processing module to produce sound and light effects, so as to enhance the stimulation and entertainment of the user during the game. the

In order to facilitate the handling of the combined handle device and the mobile device, the handle device of the present invention may further include a first operating part, a second operating part and a connecting part, and the connecting parts are respectively connected to the first The operation part and the second operation part, the first operation part and the second operation part can be separately arranged on two opposite sides of the mobile device, so that the handle device is wrapped around the mobile device, or the first operation part The second operating part can be arranged on the same side of the mobile device, so that the handle device carries the mobile device so that the user can hold it, wherein the operating module further includes a first operating module and a second operating module module, the first operation module, the micro-processing unit, the first audio interface, and the audio connector are set on the first operation part, the second operation module is set on the second operation part, and the first operation part is transparent Connect to the mobile device through the audio connector. the

Beneficial effects of implementing the present invention: the present invention is a game machine combined with a mobile device, which can be electrically connected to the handle device and the mobile device through an audio interface, so that it can transmit signals with relatively low energy consumption and is widely used in games with audio interfaces. hole, and the handle device is provided with a sound processing module, when the audio interface of the mobile device is occupied by the handle device, the sound can still be input or output through the handle device, and the handle device is equipped with a power module, which can be used for mobile Device power to extend the usage time of mobile devices. the

Description of drawings

The present invention will be further described below in conjunction with accompanying drawing and embodiment, in the accompanying drawing:

Fig. 1A: It is a schematic diagram of the component connection relationship of the first embodiment of the present invention;

Fig. 1B: it is the flow chart of operation steps of the first embodiment of the present invention;

Fig. 2A: It is the schematic diagram of the component connection relationship of the second embodiment of the present invention;

Fig. 2B: it is the operation step flowchart of the second embodiment of the present invention;

Fig. 2C: it is the flow chart of the control steps of the second embodiment of the present invention;

Fig. 3A: It is the schematic diagram of the component connection relationship of the third embodiment of the present invention;

Fig. 3B: it is the operation step flowchart of the third embodiment of the present invention;

Fig. 3 C: it is the flow chart of control steps of the third embodiment of the present invention;

Figure 4A: It is a schematic diagram of the connection relationship between components of the fourth embodiment of the present invention;

FIG. 4B: It is a schematic diagram of the signal judgment flow chart (1) of the fourth embodiment of the present invention;

Fig. 4C: It is a schematic diagram of the signal judgment flow chart (2) of the fourth embodiment of the present invention;

Fig. 5: it is the schematic diagram of the component connection relationship of the fifth embodiment of the present invention;

Fig. 6: it is the appearance schematic diagram of the sixth embodiment of the present invention;

Fig. 7: it is the appearance schematic diagram of the seventh embodiment of the present invention;

Fig. 8: it is the outward appearance schematic diagram of the eighth embodiment of the present invention; And

Fig. 9: It is a schematic appearance diagram of the ninth embodiment of the present invention. the

【Description of drawing number comparison】

1 handle device 10 first audio interface

11 First operation department 12 Micro-processing unit

121 Modulation unit 123 Demodulation unit

125 encoding unit 127 decoding unit

13 Second operation part 14 Operation module

140 The first operation module 142 The second operation module

15 Connection part 150 First connection part

152 Second connection part 16 Sound processing module

160 Power amplifier unit 162 Secondary audio interface

164 speaker 166 microphone

17 Operating body 170 Bearing part

18 Power module 180 Internal power supply

182 Charge and discharge management unit 19 Light emitting module

2 mobile device 20 second audio interface

22 processing module 220 processing unit

221 Modulation unit 222 Application program

223 demodulation unit 225 encoding unit

227 decoding unit 24 terminal unit

26 memory unit 3 external power supply

4 servo device

Detailed ways

In order to have a further understanding and understanding of the structural features of the present invention and the achieved effects, the preferred embodiments and accompanying drawings are used to cooperate with detailed descriptions, as follows:

The game machine combined with mobile devices of the present invention is characterized in that: it provides a game machine combined with mobile devices, and the audio interface is selected as the transmission interface between the handle device and the mobile device, compared with the bluetooth transmission used in the prior art. Low, and set up a sound processing module, so that when the audio interface of the mobile device is used to connect to the handle device, the sound can still be input or output through the handle device, and then a power module is installed on the handle device, which can supply power to the mobile device and prolong the life of the mobile device. Structurally, the handle device can be divided into a first operating part, a second operating part and a connection part connecting the two, so that the structure of the handle device can be fixed on the mobile device. the

First please refer to FIG. 1A and FIG. 1B , which are schematic diagrams of component connection relationships and flow charts of operation steps in the first embodiment of the present invention; Mobile device 2, the handle device includes an audio connector 100, a first audio interface 10, a micro-processing unit 12 and an operating module 14, the micro-processing unit 12 is electrically connected to the operating module 14, the first audio interface 10 is electrically connected to the micro-processing unit 12, an audio connector 100 is electrically connected to the first audio interface 10; the mobile device 2 includes an audio interface 200, a second audio interface 20 and a processing module 22, the The processing module 22 includes a processing unit 220 and at least one application program 222. The second audio interface 20 is electrically connected to the audio interface 200. The processing unit 220 is electrically connected to the second audio interface 20. In the audio interface Inserting and coupling the audio connector 100 into the hole 200 , the handle device 1 and the mobile device 2 are electrically connected. the

As shown in Figure 1B, the operation steps of this embodiment include:

Step ST11: generating at least one operation signal;

Step ST12: Sending at least one conversion signal converted from the operation signal to a mobile device; and

Step ST13: Capture an input event from the operation signal converted from the converted signal. the

In step ST11, when the user uses the handle device 1, the operation module 14 generates at least one operation signal according to the operation received; in step ST12, the micro-processing unit 12 converts the operation signal into at least one conversion signal through the The first audio interface 10 transmits to the mobile device 2, and the processing unit 220 receives the conversion signal through the second audio interface 20 electrically connected to the first audio interface 10; in step ST13, the processing unit 220 will The conversion signal is converted into the operation signal again, and the application program 222 captures an input event from the operation signal. the

For example, the operation module 14 may include at least one button, at least one joystick or other operation components. When the user uses the operation components by pressing the button, shaking the joystick, etc. The method (such as the pressed button, the direction of the joystick shaking, the frequency of pressing the button or shaking the joystick, etc.) generates the operation signal, and the operation signal can be converted between the first audio interface 10 and the second audio interface 20 The conversion signal transmitted is subsequently converted into the operation signal, and the application program 222 can capture an input event from the operation signal by defining an interface, and then the application program 222 can execute the corresponding operation according to the input event. Functions, such as changing the coordinates, moving speed or acceleration of a virtual object in the application program 222, locking a virtual object or triggering subsequent events corresponding to a virtual object, etc. the

Wherein, the converted signal can be a sound source signal or an encoded signal, and the micro-processing unit 12 can modulate or encode the operation signal through a modulating unit or an encoding unit electrically connected to the micro-processing unit 12. For the conversion signal, the processing unit 220 can demodulate or decode the conversion signal into the operation signal through a demodulation unit or a decoding unit electrically connected to the processing unit 220 . the

Please refer to Fig. 2A, Fig. 2B and Fig. 2C, which are schematic diagrams of component connection relationships, flow charts of operation steps and flow charts of control steps of the second embodiment of the present invention; as shown in Fig. 2A, the present embodiment and the first embodiment The main difference is that the handle device 1 further includes a modulation unit 121 and a demodulation unit 123, and the mobile device 2 further includes a modulation unit 221 and a demodulation unit 223, and the modulation unit 121 and The demodulation unit 123 is electrically connected to the micro-processing unit 12, the modulation unit 221 and the demodulation unit 223 are respectively electrically connected to the processing unit 220, and the connection methods of other components are as in the first embodiment. described in , and will not be repeated here. the

As shown in Figure 2B, the operation steps of this embodiment include:

Step ST211: generating at least one operation signal;

Step ST212: Modulate the operation signal into at least one first audio signal;

Step ST213: Send the first audio signal to a mobile device;

Step ST214: Demodulate the first audio source signal into the operation signal; and

Step ST215: Capture an input event from the operation signal. the

Step ST211 is the same as step ST11, when the user uses the handle device 1, the operation module 14 generates at least one operation signal according to the operation received; in step ST212, the micro-processing unit 12 sends the operation signal to the modulation unit 121, The modulation unit 121 modulates the operation signal into at least one first audio signal and returns the first audio signal to the micro-processing unit 12; in step ST213, the micro-processing unit 12 passes through the first audio interface 10 Send the first audio signal to the mobile device 2, and the processing unit 220 receives the first audio signal through the second audio interface 20 electrically connected to the first audio interface 10; in step ST214, the processing unit 220 sends the first audio source signal to the demodulation unit 223, and the demodulation unit 223 demodulates the first audio source signal to restore the operation signal and returns the operation signal to the processing unit 220; in step ST215 , the application program 222 obtains the operation signal from the processing unit 220 through a defined interface, and captures an input event from the operation signal. the

As shown in Figure 2C, the control step process of this embodiment includes:

Step ST221: generating at least one control signal in a mobile device;

Step ST222: Modulate the control signal into at least one second audio signal;

Step ST223: Send the second audio signal to a handle device;

Step ST224: Demodulate the second audio source signal into the control signal; and

Step ST225: Execute a function according to the control signal. the

In step ST221, the processing module 22 generates at least one control signal, which can be generated by the execution of the application program 222; in step ST222, the processing unit 220 sends the control signal to the modulation unit 221, and the modulation unit Step 221 modifies the control signal into at least one second audio source signal and returns the second audio source signal to the processing unit 220; in step ST223, the processing unit 220 transmits the second audio source signal through the second audio interface 20 to The handle device 1, the micro-processing unit 12 receives the second audio source signal through the first audio interface 10 electrically connected to the second audio interface 20; in step ST224, the micro-processing unit 12 transmits the second audio source signal to the demodulation unit 123, the demodulation unit 123 demodulates the second audio source signal to restore the control signal and returns the control signal to the micro-processing unit 12; in step ST225, the handle device 1 A function corresponding to the control signal is executed according to the control signal, for example, a light emitting module included in the handle device 1 is turned on and off. the

In this embodiment, the handle device 1 and the mobile device 2 can transmit a signal in the format of an audio signal through modulation/demodulation to enable another device to execute an event or function corresponding to the signal. the

The first audio interface 10 and the second audio interface 20 can not only transmit audio source signals, but also transmit coded signals. Therefore, in addition to the way of modulation/demodulation, the present invention can also pass through encoding/decoding. Signals are processed and transmitted through the first audio interface 10 and the second audio interface 20, as detailed below. the

Please refer to Fig. 3A, Fig. 3B and Fig. 3C, which are schematic diagrams of component connection relationships, flow charts of operation steps and flow charts of control steps of the third embodiment of the present invention; as shown in Fig. 3A, the present embodiment and the first embodiment The main difference is that the handle device 1 further includes an encoding unit 125 and a decoding unit 127, and the mobile device 2 further includes an encoding unit 225 and a decoding unit 227, the encoding unit 125 and the decoding unit 127 are electrically connected respectively Connected to the micro-processing unit 12, the encoding unit 225 and the decoding unit 227 are respectively electrically connected to the processing unit 220, and the connection methods of other components are as described in the first embodiment, and will not be repeated here. the

As shown in Figure 3B, the operation steps of this embodiment include:

Step ST311: generating at least one operation signal;

Step ST312: encoding the operation signal into at least one first encoded signal;

Step ST313: Send the first encoded signal to a mobile device;

Step ST314: decoding the first encoded signal into the operation signal; and

Step ST315: Capture an input event from the operation signal. the

Similar to step ST211 to step ST216, in step ST311, the operation module 14 generates at least one operation signal according to the operation received; in step ST312, the microprocessing unit 12 sends the operation signal to the encoding unit 125, and the encoding unit 125 encodes The operation signal is at least one first coded signal and the first coded signal is sent back to the micro-processing unit 12; in step ST313, the micro-processing unit 12 sends the first coded signal to the micro-processing unit 10 through the first audio interface 10 Mobile device 2, the processing unit 220 receives the first encoded signal through the second audio interface 20 electrically connected to the first audio interface 10; in step ST314, the processing unit 220 sends the first encoded signal to The decoding unit 227, the decoding unit 227 decodes the first encoded signal to restore the operation signal and returns the operation signal to the processing unit 220; in step ST315, the application program 222 uses an interface defined therein to automatically The processing unit 220 obtains the operation signal, and captures an input event from the operation signal. the

As shown in Figure 3C, the control step process of this embodiment includes:

Step ST321: generating at least one control signal in a mobile device;

Step ST322: encoding the control signal into at least one second encoded signal;

Step ST323: Send the second coded signal to a handle device;

Step ST324: decoding the second encoded signal into the control signal; and

Step ST325: Execute a function according to the control signal. the

Similar to step ST221 to step ST225, the processing module 22 generates at least one control signal in step ST321; in step ST322, the processing unit 220 sends the control signal to the encoding unit 225, and the encoding unit 225 encodes the control signal into at least one The second encoded signal is returned to the processing unit 220; in step ST323, the processing unit 220 sends the second encoded signal to the handle device 1 through the second audio interface 20, and the microprocessing unit 12, the second encoded signal is received through the first audio interface 10 electrically connected to the second audio interface 20; in step ST324, the microprocessing unit 12 sends the second encoded signal to the decoding unit 127, the The decoding unit 127 decodes the second encoded signal to restore the control signal and returns the control signal to the micro-processing unit 12; in step ST325, the handle device 1 executes a function corresponding to the control signal according to the control signal. the

In this embodiment, the handle device 1 and the mobile device 2 can transmit signals in the format of encoded signals through encoding/decoding to enable another device to execute events or functions corresponding to the signals. the

The above-mentioned embodiments can illustrate that in the present invention, in order to transmit signal data, through modulation/demodulation or encoding/decoding, signals that are not originally audio source signals such as operation signals or control signals can be transmitted in the format of audio source signals or encoded signals. The audio signal is transmitted between two audio interfaces, and for the audio source signal that can generate sound or is generated by sound, the input or output of sound can be processed through a sound processing module arranged on the handle device. the

Please refer to FIG. 4A, FIG. 4B and FIG. 4C, which are schematic diagrams of component connection relationship, signal judgment flow diagram (1) and signal judgment flow diagram (2) of the fourth embodiment of the present invention; as shown in FIG. 4A, this embodiment The main difference from the second embodiment is that the handle device 1 further includes a sound processing module 16, and the sound processing module 16 includes a power amplification unit 160, a secondary audio interface 162, a speaker 164 and a microphone 166, The power amplifying unit 160 is electrically connected to the first audio interface 10, and the secondary audio interface 162, the speaker 164 and the microphone 166 are electrically connected to the power amplifying unit 160. For the connection methods of other components, please refer to the second Example. the

As shown in Figure 4B, the signal judgment step process (1) of this embodiment includes:

Step ST411: generating at least one operation signal;

Step ST412: Modulate the operation signal into at least one first audio signal;

Step ST413: Send the first audio signal to a mobile device;

Step ST414: Demodulate the first audio source signal into the operation signal;

Step ST415: capture an input event from the operation signal;

Step ST421: Generate at least one third audio source signal in a handle device;

Step ST422: Send the third audio signal to a mobile device;

Step ST423: Input a sound according to the third sound source signal; and

Step ST43: Determine whether to demodulate or input sound. the

Step ST411 to step ST415 are roughly the same as step ST211 to step ST215, the main difference is that after step ST413, it is first judged to demodulate or input sound through step ST43; At least one third audio source signal is transmitted to the mobile device 2 through the second audio interface 20 and the first audio interface 10 in step ST422, and then it also first enters step ST43, and the processing unit 220 judges the first audio source signal Or the third audio source signal should be demodulated or input sound: if it is judged that it should be demodulated, then enter step ST414 to step ST415, the processing unit 220 sends the first audio source signal to the demodulation unit 223, the demodulation unit 223 demodulates and changes the first audio source signal to restore the operation signal and returns the operation signal to the processing unit 220, and the application program 222 obtains the operation signal from the processing unit 220, and extracts a Input event; if it is judged that a voice should be input, it enters step ST423, and the third audio signal is input into other subsequent functional modules through the processing unit 220, such as a functional module for voice communication. the

As shown in Figure 4C, the signal judgment step process (2) of this embodiment includes:

Step ST441: generating at least one control signal in a mobile device;

Step ST442: Modulate the control signal into at least one second audio signal;

Step ST443: Send the second audio signal to a handle device;

Step ST444: Demodulate the second audio source signal into the control signal;

Step ST445: Execute a function according to the control signal;

Step ST451: Generate at least one fourth audio signal in a mobile device;

Step ST452: Send the fourth audio signal to a handle device;

Step ST453: output a sound according to the fourth sound source signal; and

Step ST46: Determine whether to demodulate or output sound. the

Step ST441 to step ST445 are roughly the same as step ST221 to step ST225, the main difference is that after step ST443, it is first judged by step ST46 that the sound should be demodulated or output, and in addition, in step ST451, at least one fourth audio source signal is generated by the processing module 22 And after step ST452 is sent to the handle device 1 through the second audio interface 20 and the first audio interface 10, it will also enter step ST46 first, and the micro-processing unit 12 judges the second audio source signal or the fourth audio source signal The signal should be demodulated or output sound: if it is judged that it should be demodulated, then enter step ST444 and step ST445, the micro-processing unit 12 sends the second audio signal to the demodulation unit 123, and the demodulation unit 123 demodulates The second sound source signal is restored to the control signal and returns the control signal to the micro-processing unit 12, and the micro-processing unit 12 executes a function corresponding to the control signal according to the control signal; it is judged that the sound should be output and enter the step ST453, the micro-processing unit 12 sends the fourth audio source signal to the sound processing module 16, the power amplifying unit 160 in the audio processing module 16 can amplify the fourth audio source signal, and connect to the secondary audio interface 162 An earphone or a speaker output sound, or output sound through the speaker 164. [0087] In this embodiment, the components and actions related to modulation/demodulation can be replaced by components and actions of encoding/decoding. Embodiments are not listed in addition. Furthermore, the power amplifying unit 160 can be removed, so that the The auxiliary audio interface 162, the speaker 164 and the microphone 166 are directly electrically connected to the second audio interface 20, and the setting methods and steps of other components are the same. the

The above-mentioned embodiments can illustrate the components and implementation steps for transmitting signal data in the present invention. In addition, in order to prolong the use time of the mobile device, the present invention can also set a component on the handle device that can supply power to the mobile device. Details as follows. the

Please refer to FIG. 5, which is a schematic diagram of the connection relationship of the components of the fifth embodiment of the present invention; as shown in the figure, the main difference between this embodiment and the fourth embodiment is that the handle device 1 further includes a power module 18 and a light emitting module 19, and the mobile device 2 further includes a terminal unit 24 and a memory unit 26, the power module 18 includes an internal power supply 180 and a charge and discharge management unit 182, the internal power supply 180 is electrically connected to the first audio Interface 10, the charge and discharge management unit 182 is electrically connected to the internal power supply 180, an external power supply 3 is electrically connected to the charge and discharge management unit 182, the light emitting module 19 is electrically connected to the microprocessing unit 12; the terminal unit 24 and the memory unit 26 are respectively electrically connected to the processing unit 220 , and the mobile device 2 is connected to a server device 4 through the terminal unit 2 . the

The internal power supply 180 can supply power to the mobile device 2 to prolong the use time of the mobile device 2. The charging and discharging management unit 182 can control the charging and discharging of the internal power supply 180. When the power of the internal power supply 180 is not full, connect the The charging and discharging management unit 182 and the external power supply 3 can charge the internal power supply 180; the light-emitting module 19 can be controlled by the micro-processing unit 12 to emit light, and can be controlled by the control signal sent by the processing module 22; the processing The module 22 can obtain the application program 222 from the server device 4 or the memory unit 26 . the

Please refer to Figure 6, Figure 7 and Figure 8 in conjunction with Figure 1, which are schematic diagrams of the appearance of the sixth embodiment, the seventh embodiment and the eighth embodiment of the present invention; as shown in the figure, the game combined with the mobile device of the present invention The machine includes a handle device 1 and a mobile device 2, the mobile device 2 has an audio interface 200 on its appearance, and the handle device 1 includes a first operating part 11, a second operating part 13 and at least one connecting part 15 , the connecting portion 15 is respectively connected to the first operating portion 11 and the second operating portion 13, and the previously mentioned operating module 14 may include a first operating module 140 (not shown in the figure) and a second operating module 142 (not shown in the figure), the first operating module 140, the micro-processing unit 12, the first audio interface 10 and the audio connector 100 are all set on the first operating part 11, and the second operating module 142 is set In the second operation part 12 , the first operation part 11 is connected to the audio interface 200 of the mobile device 2 through the audio connector 100 , so that the handle device 1 and the mobile device 2 are electrically connected. the

As shown in Figure 6, in the sixth embodiment, the first operating part 11 and the second operating part 13 are respectively arranged on both sides 2 of the mobile device, and the connecting part 15 is divided into a first connecting part 150 and a The second connection part 152, the first connection part 150 is connected to the first operation part 11, the second connection part 152 is connected to the second operation part 13, the first connection part 150 is connected to the second connection part 152 At this time, the first operation module 140 and the second operation module 142 are electrically connected, and the handle device 1 is covered on the mobile device 2, and the user holds the first operation part 11 and the second operation part 11. 13, the mobile device 2 will be picked up at the same time. the

As shown in Figure 7, in the seventh embodiment, the first operating part 11 and the second operating part 13 are also arranged on both sides 2 of the mobile device, and the connecting part 15 is a flexible material, the connecting part The two sides of 15 are respectively flexibly connected to the first operating part 11 and the second operating part 13. When in use, the connecting part 15 is slightly stretched, and the audio connector 100 can be inserted into the audio connection hole 200. The handle The device 1 is covered on the mobile device 2 , similar to the sixth embodiment, when the user holds the first operating part 11 and the second operating part 13 , the mobile device 2 can be picked up at the same time. the

As shown in Figure 8, in the eighth embodiment, the first operating part 11 and the second operating part 13 are located on the same side of the mobile device 2, and the connecting part 15 connects the first operating part 11 to the second The operating parts 13 are connected so that the mobile device 2 can be carried on the handle device 1. When the user holds the first operating part 11 and the second operating part 13, the mobile device 2 will be integrated with the handle device 1. and was picked up. the

Please refer to FIG. 9 in conjunction with the first figure, which is a schematic diagram of the appearance of the ninth embodiment of the present invention; as shown in the figure, the game machine combined with the mobile device of the present invention includes a handle device 1 and a mobile device 2. The appearance has an audio interface 200, and the appearance of the handle device 1 includes an operating body 17, the operating body 17 includes a bearing portion 170, the operating module 14, the micro-processing unit 12, the first audio interface 10 and the audio The connectors 100 are all arranged on the operating body 17, the handle device 1 carries the mobile device 2 through the carrying part 170, and the audio connector 100 is inserted into the audio interface 200, so that the handle device 1 and the mobile device 2 Reach the appearance structure and electrical connection. the

In this embodiment, the operating body 17 is in the shape of a square table. The carrying portion 170 is arranged on a table top of the operating body 17. The carrying portion 170 sinks downward from the table top to form a receiving groove, which can be Carries and accommodates the mobile device 2, the audio connector 100 is arranged on the inner wall of the accommodating groove, and can be pulled out toward the direction of the accommodating groove, and the desktop is provided with four operating parts along its peripheral edge, the operating module 14 is arranged on these operating parts. the

To sum up, the present invention is a game machine combined with a mobile device, which can electrically connect the handle device and the mobile device through the audio interface, so it can transmit signals with relatively low energy consumption and is widely used in games with audio interfaces. A mobile device, and a sound processing module is installed on the handle device. When the audio interface of the mobile device is occupied by the handle device, the sound can still be input or output through the handle device, and a power module is installed on the handle device to supply power to the mobile device. to extend the life of your mobile device. the

It should be understood that those skilled in the art can make improvements or changes based on the above description, and all these improvements and changes should belong to the protection scope of the appended claims of the present invention. the

Claims (14)

1. A game machine combined with a mobile device, characterized in that it comprises: A handle device, comprising: an operation module, which is operated to generate at least one operation signal; a micro-processing unit electrically connected to the operation module; and a first audio interface electrically connected to the micro-processing unit and an audio connector; A mobile device, including: a second audio interface electrically connected to an audio jack coupled to the audio connector for transmitting at least one conversion signal converted from the operation signal; and A processing module includes a processing unit and an application program, the processing unit is electrically connected to the second audio interface, and the application program captures an input event from the operation signal converted from the converted signal. 2. The game machine combined with a mobile device according to claim 1, wherein the handle device further comprises a modulation unit and the mobile device further comprises a demodulation unit, the modulation unit is electrically connected to The micro-processing unit modulates the operation signal into the conversion signal, the demodulation unit is electrically connected to the processing unit and demodulates the conversion signal into the operation signal, and the conversion signal is an audio source signal. 3. The game machine combined with a mobile device as claimed in claim 2, wherein the mobile device further comprises a modulation unit and the handle device further comprises a demodulation unit, the modulation unit is electrically connected to The processing unit and the demodulation unit are electrically connected to the micro processing unit. 4. The game machine combined with a mobile device as claimed in claim 1, wherein the converted signal is an encoded signal, the handle device further comprises an encoding unit and the mobile device further comprises a decoding unit, the encoding unit The decoding unit is electrically connected to the processing unit and decodes the conversion signal into the operation signal. 5. The game machine combined with a mobile device as claimed in claim 4, wherein the mobile device further comprises a coding unit and the handle device further comprises a decoding unit, the coding unit is electrically connected to the processing unit, The decoding unit is electrically connected to the micro-processing unit. 6. The game machine combined with a mobile device as claimed in claim 1, wherein the handle device further comprises a sound processing module, and the sound processing module is electrically connected to the micro-processing unit. 7. The game machine combined with a mobile device as claimed in claim 6, wherein the sound processing module further comprises a secondary audio interface, and the secondary audio interface is electrically connected to the micro-processing unit. 8. The game machine combined with a mobile device as claimed in claim 6, wherein the sound processing module further comprises a speaker, and the speaker is electrically connected to the micro-processing unit. 9. The game machine combined with a mobile device as claimed in claim 6, wherein the sound processing module further comprises a microphone, and the microphone is electrically connected to the micro-processing unit. 10. The game machine combined with a mobile device as claimed in claim 1, wherein the handle device further comprises a power module, the power module comprises an internal power supply and the internal power supply is electrically connected to the first audio interface And supply power to the mobile device. 11. The game machine combined with a mobile device as claimed in claim 1, wherein the handle device further comprises a light emitting module, and the light emitting module is electrically connected to the micro-processing unit. 12. The game machine combined with a mobile device as claimed in claim 1, wherein the operating module further comprises a first operating module and a second operating module, and the handle device further comprises: A first operation part is arranged on one side of the mobile device; a second operating part, disposed on the other side of the mobile device; and a connection part, respectively connected to the first operation part and the second operation part, so that the handle device covers the mobile device; Wherein, the first operation module, the micro-processing unit, the first audio interface and the audio connector are arranged on the first operation part, the second operation module is arranged on the second operation part, and the first operation part transparently Connect to the mobile device through the audio connector. 13. The game machine combined with a mobile device as claimed in claim 1, wherein the operating module further comprises a first operating module and a second operating module, and the handle device further comprises: A first operation part is arranged on one side of the mobile device; A second operation part is arranged on one side of the mobile device; and a connecting part, respectively connected to the first operating part and the second operating part, so that the handle device carries the moving device; Wherein, the first operation module, the micro-processing unit, the first audio interface and the audio connector are arranged on the first operation part, the second operation module is arranged on the second operation part, and the first operation part transparently Connect to the mobile device through the audio connector. 14. The game machine combined with a mobile device according to claim 1, wherein the handle device further includes an operating body, the operating body includes a bearing portion, the operating module, the micro-processing unit, the first The audio interface and the audio connector are arranged on the operating body, the carrying part carries the mobile device and the audio connector is connected to the mobile device.