TWM450914U - An optically controlled electronic equipment and a mobile electronic device which optically controls an electronic equipment - Google Patents

Description

Light-controlled electronic device and mobile electronic device for controlling electronic device with light

The present invention relates to a light control technology, and more particularly to a light control type electronic device that utilizes an optical signal to control the state of an electronic product and a mode of operation thereof, and a mobile electronic device that controls the electronic device with light.

With the development of mobile communication technology, mobile phones are almost a man-machine. Due to the development of electronic technology, mobile phones are no longer just a device for providing communication between people. For example, the smart phones that are currently popular have their functions. It has the functions provided by electronic products such as notebook computers and cameras, and is therefore favored by consumers.

In response to the popularity of smart phones, software developers in the market are constantly developing mobile application software for various functional services. However, the function services of the existing mobile application software are limited to the operation of the mobile terminal, such as querying traffic information, instant messaging or financial processing application software, but there is no way to control the operation of the external electronic device by using the mobile phone. Or interact with its external electronics.

Based on the above questions, how to use the mobile phone that can be carried around to control the external electronic device It is an urgent need for people skilled in the art to solve the problem by adapting or interacting with external electronic devices.

In view of the above-mentioned shortcomings of the prior art, the purpose of the present invention is to provide a light-controlled electronic device and a mobile electronic device that uses light to control the electronic device, and the user can easily carry the device with the mobile phone without being input through the keyboard. The login system for identity recognition performs login processing.

Another object of the present invention is to provide a light-controlled electronic device and a mobile electronic device for controlling the electronic device by using a mobile phone, such as an electronic lock, an encrypted flash drive or a portable hard disk, etc. Data storage devices, or electrical products, for control or interaction.

A further object of the present invention is to provide a light-controlled electronic device and a mobile electronic device for controlling the electronic device by light. The user can perform the desired operation without a complicated operation step by performing a simple operation on the portable mobile phone. Actions.

To achieve the above and other related purposes, the present invention provides a light-controlled electronic device for operating according to an optical signal output by an external display unit, the light-controlled electronic device comprising: a light sensing receiving unit, Sensing an optical signal outputted from the display unit, converting into an electronic control code according to a change in brightness of the optical signal; a memory unit for storing at least one operational code; and a control unit coupled to the optical sensing receiving unit The electronic control code is received, and when the electronic control code is compared with the operation code, the operation is performed according to the operation code.

In the above-mentioned light control type electronic device, the display unit is disposed in the mobile electronic device. And the memory unit further stores a setting code. When the mobile electronic device outputs another optical signal through the display unit, after the light sensing receiving unit converts into another electronic control code according to the brightness change of the other optical signal. When the control unit matches the other electronic control code to the setting code, the content stored in the memory unit is updated.

In addition, in the above-mentioned light-controlled electronic device, the light-controlled electronic device is a data storage device, and the data storage device is connected to the information processing device through a transmission interface, and the storage operation of the memory unit in the data storage device The code is an access permission operation code, so that when the control unit in the data storage device matches the electronic control code converted by the light sensing receiving unit to the allowed access operation code stored in the memory unit, The control unit allows the information processing device to access the memory block provided by the data storage device through the transmission interface.

In addition, in the above-mentioned light-controlled electronic device, the light-controlled electronic device is an electrical product, and the operation code of the memory unit of the electrical product is a function control code, and the light sensing receiving unit is further based on the optical signal. Converting the light and dark changes into corresponding function setting values, so that when the control unit in the electrical product matches the electronic control code converted by the light sensing receiving unit to the function control code stored in the memory unit Then, the control unit performs the operation according to the function setting value converted by the light sensing receiving unit.

Furthermore, in order to achieve the above object, the present invention further provides a mobile electronic device for controlling an electronic device by light, comprising at least: a display unit; a light control code module for storing the light control code; and an optical display processing module, The light control code controls the display unit to output an optical signal of a light and dark change to control the electronic device by the brightness change.

In the above mobile electronic device for controlling an electronic device, the optical code module is And the light display processing module is an application installed in the mobile electronic device.

In the above mobile electronic device for controlling the electronic device, the display unit provides at least one light output area, and the light control code includes a control code for controlling the electronic device to perform different operations, and the light display processing module is configured according to the The control signals for performing different operations respectively generate corresponding optical signals, and each of the optical signals is respectively represented by a level signal of different brightness and darkness, so that the at least one light output area has different optical signals according to the control code for performing different operations. The output changes in brightness and darkness for the electronic device to perform operations in accordance with the change in brightness.

In the above mobile electronic device for controlling the electronic device by light, the display unit provides at least two light output regions, and the electronic device has at least two light sensing receiving units to respectively receive the at least two light output regions. The first light and dark change and the second light and dark change of the output, the light control code includes a control code for controlling the electronic device to perform different operations, and the light display processing module respectively generates a corresponding optical signal according to the control code for performing different operations. And each of the optical signals is represented by a frequency signal of different brightness and darkness and a level signal, so that the electronic device obtains the first brightness change according to one of the at least two light sensing receiving units. a frequency signal, and the electronic device obtains the level signal of the second brightness change according to another light sensing receiving unit of the at least two light sensing receiving units, for the electronic device to change according to the first brightness and the The two dark and dark changes performed the operation.

In the above mobile electronic device for controlling the electronic device, the application of the mobile electronic device provides a corresponding function setting interface for the electrical products of different functions, and the function setting interface generates a corresponding result according to the result set by the user. And the light control code is stored, and the electrical product has a light sensing receiving unit, a memory unit and a control unit, wherein the memory unit stores the light for the control unit to determine whether the optical signal transmitted by the mobile electronic device is performing a predetermined operation. Operation code, more for storage And storing, by the mobile electronic device, a function setting value set by a function setting interface transmitted by the optical signal output mode, so that the control unit of the electrical product compares the electronic control code converted by the optical sensing receiving unit thereof When the operation code stored in the memory unit matches, the control unit acquires a function setting value corresponding to the operation code according to the operation code to perform a predetermined function.

Furthermore, in the above-described mobile electronic device for optically controlling an electronic device, the electronic device receives an input of the optical signal through a transmission device having a light sensing receiving unit and the light sensing receiving unit a control unit coupled to sense an optical signal outputted by the display unit of the mobile electronic device from the light sensing receiving unit of the transmitting device, and convert the electronic signal into an electronic control code according to the light and dark change of the optical signal The control unit receives the electronic control code and transmits the electronic control code to the electronic device through the transmission device, so that the electronic device performs system login processing according to the electronic control code. In addition, the optical signal output by the mobile electronic device through the display unit is performed according to an application installed in the mobile electronic device, and the display unit of the mobile electronic device provides at least one light output region, and the application enables The at least one light output area outputs a light and dark change according to the optical signal, and the control unit of the transmission device obtains the level signal of the light and dark change according to the electronic control code converted by the light sensing receiving unit, thereby obtaining the information for the information The processing device is configured to link the system website information of the system, the login account number and password for identifying the user identity before logging in to the system, or input the user's personal exclusive data in the connected system.

As described above, the present invention relates to a light-controlled electronic device and a mobile electronic device for controlling the electronic device, wherein the mobile electronic device emits an optical signal through its display unit to control the electronic device to be controlled, and The electronic device compares whether it matches the stored operation code according to the information sequence it receives, so as to execute the command represented by the operation code when it matches. In addition, this creation uses the emitted light signal to control the operation of the electronic device or replace the original keyboard input into a series of individuals. Exclusive data, link URL, or login account number and password, which effectively achieves quick control, simplifies user control steps, and effectively reduces the hardware cost of controlled electronic devices on the display panel or input function keys, especially on existing traditional electrical products. A human component interface (HMI) composed of an input/output unit such as a button, a knob or a display indicator, and the above-described creative light-controlled electronic device and a mobile electronic device for controlling the electronic device by light In addition to the technology development of existing mobile electronic communication technologies (such as smart phones), the application of the above mobile electronic device can provide a corresponding function setting interface for different functional electrical products, that is, to graphically man-machine interface or touch Controlled graphics (such as virtual buttons) and the like replace the above-mentioned hardware component human-machine interface, thereby effectively improving the user's operational convenience and reducing the cost of such conventional electrical products in the assembly of parts.

10‧‧‧Electronic lock

100, 102‧‧‧Light sensing receiving unit

104‧‧‧Shell cover

105‧‧‧Shell

1051, 1052‧‧‧ screws

1053‧‧‧handle

11‧‧‧Smart mobile phone

110‧‧‧Display unit

111, 112‧‧‧Light output area

1110, 1120‧‧‧ Optical signals

20‧‧‧Electronic lock

200, 202‧‧‧Light sensing receiving unit

203, 204‧‧‧Light sensing receiving unit

21‧‧‧Smart mobile phones

210, 412‧‧‧ display unit

211, 212‧‧‧Light output area

213, 214‧‧‧Light output area

2110, 2120‧‧‧ Optical signals

2130, 2140‧‧‧ Optical signals

30‧‧‧Light-controlled electronic equipment

300‧‧‧ memory unit

301‧‧‧Light sensing receiving unit

302‧‧‧Control unit

31, 31’‧‧‧Mobile electronic devices

310, 310’‧‧‧ display unit

3100‧‧‧Air conditioning function key

311, 311'‧‧‧Light Code Module

312‧‧‧Light display processing module

32, 320, 321‧‧‧ function setting interface

40‧‧‧Light-controlled electronic equipment

400‧‧‧ memory unit

401‧‧‧Light sensing receiving unit

402‧‧‧Control unit

41‧‧‧Information processing device

410‧‧‧Communication unit

FIG. 1 is a block diagram showing the basic architecture of a light-controlled electronic device of the present invention and a mobile electronic device that controls the electronic device.

[Fig. 2] A first embodiment for explaining the present light-controlled electronic device and the mobile electronic device that controls the electronic device with light.

3 is a timing chart showing the light and dark change of the light signal outputted by the display unit of the smart phone by the light sensing receiving unit of the light control type electronic device of FIG. 2 .

FIG. 4 is another modification of the mobile electronic device of FIG. 2 and the mobile electronic device for controlling the electronic device.

FIG. 5 is a timing chart showing a light and dark change of a light signal outputted by a display unit of the smart phone by a set of light sensing receiving units of the light control type electronic device of FIG. 4. FIG.

[FIG. 6] shows another set of light sensing receiving units of the light control type electronic device of FIG. 4 sensing the smart phone A timing chart of the brightness change of the optical signal output by the display unit.

[Fig. 7] A second embodiment for explaining the present light control type electronic device.

8 is a flow chart showing the steps of a processing method for performing system login in a light control manner by using the present invention to optically control the mobile electronic device.

[Fig. 9] A block diagram showing the principle of how to control the electronic products of different functions by using the present invention to optically control the mobile electronic device.

[Fig. 10] An example for explaining the function setting interface provided by the mobile electronic device that optically controls the electronic device.

[Fig. 11] An example for explaining the air conditioner function setting interface provided by the function setting interface of Fig. 10.

The technical content of the present invention will be described below by way of specific embodiments, and those skilled in the art can easily understand the advantages and effects of the present invention by the contents disclosed in the present specification. This creation can also be implemented or applied by other different embodiments. The details in this manual can also be based on different opinions and applications, and various modifications and changes can be made without departing from the spirit of this creation.

The creation of light-controlled electronic devices and mobile electronic devices for controlling electronic devices mainly utilize optical signals as transmission signals between devices, and the user carries them such as smart phones, mobile phones, voice recorders, and notebooks. After a simple input is made by a mobile electronic device having a display unit, such as a computer or a language translation machine, the mobile electronic device can output the optical signal to the controlled light control electronic device, thereby achieving quick control and simplifying user manipulation steps. And the purpose of effectively reducing the hardware cost of controlled electronic devices.

To clarify how this creation utilizes mobile electronic devices to output optical signals to a controlled light-controlled electronic device, the operation of the present invention will be described in detail below in various embodiments. However, prior to the description of the various embodiments, the necessary components of the light-controlled electronic device of the present invention and the mobile electronic device of the light-controlled electronic device are described. FIG. 1 is a block diagram showing the basic architecture of the light-controlled electronic device of the present invention and the mobile electronic device that controls the electronic device. The mobile electronic device 31 of the present invention includes at least a display unit 310, a light control code module 311, and a light display processing module 312. The light control electronic device 30 includes at least: a memory unit 300 and a light sensing device. The receiving unit 301 and the control unit 302.

The display unit 310 can be a light-emitting diode (LED) display or a liquid crystal display (LCD), and any display device that can output light and dark changes can be applied.

The light control code module 311 is configured to store a light control code, and the light control code is used to output a light and dark change signal of the display unit 310. The light control code is, for example, controlling the light control type electronic device 30 to perform a specific action. The command code, in particular, if the light control type electronic device 30 is, for example, an electronic lock, the light control code may be an unlock control code, and the lock of the electronic lock is controlled to be in an unlocked state by the unlock control code.

The light display processing module 312 controls the light signal of the display unit 310 to output light and dark changes according to the light control code stored in the light control code module 311, and the light control codes of different control functions will change light signals with different brightness and darkness. To represent.

In an embodiment, the optical control module 311 and the optical display processing module 312 can implement the foregoing processing for an application installed in the mobile electronic device 31. In detail, the application can be provided. User interface (UI), so that the user can set the operation command or step of the light control electronic device to be controlled by the user operation interface, and the user sets the operation. Then, the application (for example, the light control code module 311) generates a corresponding light control code according to a manipulation command or a step set by the user, and stores the same light control code to be manipulated by the user through the user operation interface input. In the instruction or the step, the application (for example, the optical display processing module 312) extracts the corresponding optical control code from the optical code module 311 according to the input command or step, so that the display unit 310 depends on the extracted light. The control code outputs a corresponding optical signal, and at this time, the user's mobile electronic device 31 and the light-controlled electronic device 30 are to be used at a predetermined distance, which is to enable the light-controlled electronic device 30. The light sensing receiving unit 301 senses the distance of the optical signal output by the display unit 310, in other words, depending on the operating characteristics of the light sensing receiving unit 301, for example, the display unit 310 may need to be attached to The light sensing receiving unit 301 is at a zero distance, or the display unit 310 and the light sensing receiving unit 301 are required to be spaced apart by 5 centimeters or 10 centimeters, that is, to maintain a predetermined interval.

The light sensing receiving unit 301 is configured to sense an optical signal outputted from the display unit 310, and convert the optical signal into an electronic control code according to the light and dark change of the optical signal, that is, convert the analog optical signal into a digital electrical signal. The control unit 302 is caused to process.

The memory unit 300 is configured to store at least one operation code for reading by the control unit 302, thereby implementing control processing of the light control type electronic device 30. When the light control type electronic device 30 is shipped from the factory, a preset operation code can be pre-stored, and the preset operation code can be changed according to the user's needs.

The control unit 302 is coupled to the optical sensing receiving unit 301 to receive the electronic control code, and when the electronic control code is compared with the operating code stored in the memory unit 300, the control unit 302 The operation is performed according to the action represented by the operation code. If the light control type electronic device 30 is, for example, an electronic lock, the action represented by the operation code refers to performing the unlocking, and the electronic lock is controlled. Unit 302 controls the lock state to be set to the unlock state. Furthermore, in particular, the control unit 302 can be a micro processing unit (MPU) or a microcontroller unit (MCU), so depending on the hardware specifications of the micro processing unit (MPU) or the microcontroller unit (MCU), The memory unit 300 described above may already be built into the micro processing unit (MPU) or microcontroller unit (MCU).

As can be seen from the above, the interaction between the photo-controlled electronic device 30 and the mobile electronic device 31 of the present invention is only required for the user to pre-store the pre-stored useful for controlling the photo-controlled electronic device. The control command of the mobile device 31 causes the mobile electronic device 31 to generate a corresponding optical signal to the optical control electronic device 30 according to the control command, as long as the light control electronic device 30 can interpret the meaning represented by the optical signal, the light control type The electronic device 30 can perform the corresponding action. Hereinafter, the application embodiment of the present creation and the effects thereof will be described in detail with the basic structure shown in FIG. 1 described above.

As shown in FIG. 2, a first embodiment for explaining the present optical control type electronic device and the mobile electronic device for optically controlling the electronic device, that is, the present embodiment is to apply the light control type electronic device 30 to the electronic lock 10 and The authoring action electronic device 31 is applied to the smartphone 11 . The electronic lock 10 of the present embodiment further includes a cover 104 and a housing 105. The cover 104 and the housing 105 can be locked by screws. The housing 105 is used to fix the memory unit 300 and the light as shown in FIG. The receiving unit 301 and the control unit 302 are used to cover the memory unit 300, the light sensing receiving unit 301, and the control unit 302 to provide a protection function, and the housing 105 is permeable to the screw ( 1051, 1052) is locked on an item with safety requirements, such as a door panel. In addition, the electronic lock 10 can also be provided with a structure of a conventional lock, such as a lock spring, a lock cylinder and a keyhole, and a handle 1053. For the user to select the traditional key or electronic password for unlocking or locking operation, in order to simplify the description and the drawings, the structure of the conventional key unlocking or locking, and the cover 104 and the housing 105 will not be described below. The interlocking structure and its function, and only the part related to this creation is explained, and it is necessary to specifically explain that the application is applied. The housing structure of the electronic lock 10 of the light control type electronic device is not limited thereto, and is merely illustrative. The housing of the electronic lock 10 is exposed with two light sensing receiving units (100, 102), and correspondingly, the display unit 110 of the smart phone 11 provides two light output areas (111, 112), the two The light sensing receiving unit (100, 102) is configured to respectively receive the light and dark changes of the optical signals output by the two light output areas (111, 112), as shown in FIG. 3, for displaying the light sensing of the electronic lock 10. The receiving unit (100, 102) senses a light and dark change timing diagram of the optical signal outputted by the display unit 110 of the smart phone 11, and the timing diagram above the FIG. 3 is the optical signal 1110 outputted by the light output area 111, below the FIG. The timing chart is the optical signal 1120 outputted by the light output area 112, and the optical signal 1110 is already an electronic control code converted by the light sensing receiving unit 100, and the optical signal 1120 is the light sensing receiving unit 102. The converted electronic control code allows the user to quickly unlock, lock or change the electronic lock 10, so in the embodiment of FIG. 2, the smart phone 11 simultaneously outputs two sets of optical signals as An output of the light control code, and the smart phone 11 is based on unlocking and loading The different operations of changing the settings respectively cause the display unit 110 to output the optical signal with different brightness changes, and as can be seen from FIG. 3, the position signal of the brightness change (for example, the electronic control code converted) Indicates an unlock control code, a lock control code, or a setting control code output by the smart phone 11. Thereafter, the unlocking control code, the locking control code or the setting control code sensed by the light sensing receiving unit (100, 102) and the unlocking operation code stored in the memory unit are controlled by the control unit of the electronic lock 10, The lock operation code or the set operation code is compared, and in the case of matching, the actual user desires to perform the operation of unlocking, locking or changing the setting.

In addition, the unlocking control code, the locking control code, and the light control code of the setting control code stored in the light control code module of the smart phone 11 are used to control the lock of the electronic lock 10 as In the unlock state, the lock control code is a lock state for controlling the lock of the electronic lock 10, and the set control code is a program instruction for setting or updating the set content stored by the electronic lock 10. Performing the foregoing setting or updating a judgment password, by which the output of the control code can be used to perform, for example, setting the system time and the plurality of sets of unlock control passwords for the electronic lock 10 to be controlled, and more preferably, The group unlock control password is further designated as a one-time password valid for the current day or valid for a specific time. The details of how to control the state of the lock of the electronic lock 10 and how to update the electronic lock 10 through the smart phone 11 will be described in detail later. In addition, it should be noted that the aforementioned light control code may not include the aforementioned lock control code. For example, when the controlled electronic lock 10 is used as a security object for the door panel, the door panel is closed (that is, generally called When the door closing action, such as closing the door of a hotel room, the electronic lock 10 is locked, the electronic lock 10 applying the creative light-controlled electronic device can be unlocked, locked or changed according to the provided. The function is to design the content of the control code that the smart phone 11 intends to store or desire to transmit, in other words, is not limited to the embodiment.

In order to facilitate the user to update the unlock code or the lock code of the electronic lock 10, and at the same time, the security can be avoided, and the lock code or the lock code is prevented from being falsified, so that the setting operation can be stored in the memory unit of the electronic lock 10. The code, in detail, the setting condition of changing the unlock code or the lock code may be when the lock state of the electronic lock 10 is in an unlock state, and the light sensing receiving unit 301 senses that the smart phone 11 displays through the smart phone 11 After the optical signal output by the unit 110 is converted into a corresponding electronic control code, the control unit of the electronic lock 10 allows the memory to be updated when the electronic control code is compared with the set operation code stored in the memory unit. The unlocking operation code or the locking operation code stored in the unit is even allowed to update the setting operation code or the system information of the electronic lock 10, such as the setting time of the system time. In addition, the condition of the foregoing change setting is not necessarily that the lock state is in an unlocked state. For example, when the lock state is in the locked state, the setting person can also output the light through the display unit of the smart phone 11 in the door. The signal is used to change the setting content stored in the memory unit. In this case, the smart phone 11 is also provided with the light sensing receiving unit on the housing inside the door, and further added. It is obvious that since the set operation code in the memory unit can be regarded as a judgment password allowing the execution of the foregoing change setting content, whether the electronic lock 10 is in an unlocked state or the electronic lock 10 is in a locked state and the The smart phone 11 is located outside the door, and the control unit allows updating (including changing or setting) the setting content stored by the memory unit when the electronic control code is compared with the set operation code stored in the memory unit. The setting content is, for example, a system time, one or more sets of unlock codes, and more specifically, the unlock code is a one-time password valid for the current day or valid for a specific time.

In addition, in addition to the above two FIG. 2 and FIG. 3, two light output areas (111, 112) correspond to two light sensing receiving units (100, 102), and a single light output area may be used for a single light. Sensing the receiving unit, and the light display processing module of the smart phone 11 generates a corresponding set of optical signals according to the unlocking control code, the locking control code and the setting control code, respectively, and the optical signals under different operations are different The level signal of the light and dark change is indicated, and the level signal is a information serial signal for indicating unlocking, locking or changing settings.

Next, as shown in FIG. 4, another modified embodiment of FIG. 2 is illustrated. In this embodiment, the mobile electronic device still uses the smart phone 21 as an example, and the light control electronic device still uses the electronic lock 20 as the electronic lock 20 For example, the housing of the electronic lock 20 is exposed with four light sensing receiving units (200, 202, 203, 204), and correspondingly, the display unit 210 of the smart phone 21 provides four light output areas (211, 212, 213, 214), the four light sensing receiving units (200, 202, 203, 204) are respectively configured to receive light and dark changes of optical signals output by the four light output areas (211, 212, 213, 214) As shown in FIG. 5 and FIG. 6, the light sensing receiving unit (200, 202, 203, 204) for displaying the electronic lock 20 senses the light and dark change timing of the optical signal output by the display unit 210 of the smart phone 21. The timing diagram at the top of FIG. 5 is the optical signal 2110 outputted by the light output area 211. The timing diagram at the bottom of FIG. 5 is the optical signal 2120 outputted by the light output area 212, and the timing diagram above the FIG. 6 is the light output area 213. The output optical signal 2130, The timing diagram at the bottom of FIG. 6 is the optical signal 2140 output by the light output region 214. Compared with the foregoing embodiment of FIG. 2, the display unit 210 of the smart phone 21 provides four light output areas (211, 212, 213, 214) and synchronously outputs optical signals (2110, 2120, 2130 and 2140), so that the user can unlock, lock or change the setting of the electronic lock 10 more quickly.

In addition, since the embodiment of FIG. 4 provides more light output areas, the display unit 210 of the smart phone 21 synchronously outputs four light display areas (211, 212, 213, 214) for making the light of the electronic lock 20 The sensing receiving unit (200, 202, 203, 204) synchronously receives each of the optical signals (2110, 2120, 2130, 2140) and performs a comparison process by the control unit to compare the control represented by the optical signal. The lock is controlled by instructions. Therefore, in the embodiment of FIG. 4, two light output areas are used as a group of light processing sources, and the light signals outputted by one of the light processing sources represent locks. The set password data is unlocked or changed, and the optical signal outputted by the other light output area of the group of light processing sources is represented as a clock signal. More specifically, as shown in FIG. 5 and FIG. 6, if the password information set by the user for locking, unlocking or changing the setting is long, the output time of the optical signal and the control unit of the electronic lock 20 are shortened. For the operation time, the foregoing cipher data can be split into several segments. For the embodiment of FIG. 4, the two singular segments are taken as an example, so there are two sets of optical processing sources, and one set of optical processing sources includes the light output region 211. And a light output area 212, another set of light processing sources includes a light output area 213 and a light output area 214, and the optical signal 2110 shown at the top of FIG. 5 is output by the light output area 211 and passed through the light sensing receiving unit. The electronic control code converted by 200 represents a part of the password data for performing the locking, unlocking or changing setting, and the optical signal 2120 shown in the lower part of FIG. 5 is output by the light output area 212 and received by the light sensing. The electronic control code converted by the unit 202 represents the output frequency of the optical signal 2110, and the optical signal 2130 shown at the top of FIG. 6 is output by the light output area 213 and converted by the light sensing receiving unit 203. Electronic control code, which is used to perform locking, Lock setting is changed or another dense portion The code data, and the optical signal 2140 shown in the lower part of FIG. 6 is an electronic control code outputted by the light output area 214 and converted by the light sensing receiving unit 204, which represents the output frequency of the optical signal 2130, and therefore, The control unit of the electronic lock 20 receives the electronic control code for indicating the cryptographic data and the electronic control code for indicating the output frequency, and can combine or recognize the cryptographic data or control command that is disassembled and transmitted, and store The operation code in the memory unit (for example, the lock operation code, the unlock operation code or the set operation code, etc.) is compared to perform the control desired by the user.

In detail, the optical signal 2120 and the optical signal 2140 shown in the lower part of FIG. 5 and FIG. 6 represent a frequency (Clock) signal. Since both the smart phone 21 and the electronic lock 20 are in communication, the frequencies of both sides must be the same. Therefore, the optical signal 2120 and the optical signal 2140 are used for synchronous transmission when the smart phone 21 and the electronic lock 20 are transmitted. Therefore, both the smart phone 21 and the electronic lock 20 are used. With a timer, and using a frequency line to transmit a frequency signal, in the present embodiment, the frequency signal is represented by a change in light and dark of the optical signal, and as can be seen from FIG. 5 and FIG. 6, the smart phone 21 of the present embodiment The frequency signal is transmitted to the electronic lock 20 together with the information serial signal for indicating unlocking, locking or changing settings. In addition, it should be noted that the level signal of the light and dark change in the embodiment is not limited to the level signal 1 representing the light and the level signal 0 representing dark, or the level signal 0 representing the light or level. The signal 1 represents darkness, and even the combination of a plurality of different level signals represents the light or dark of the optical signal. In other words, the level signal of the light signal change of the light signal is not limited to the above-mentioned FIG. 3, FIG. 5 and FIG.

It is to be noted that, in the embodiment of FIG. 2 and FIG. 4, the representation manner of the electronic control code converted by the optical sensing receiving unit to sense the optical signal outputted by the optical display area is not limited to the above-mentioned FIG. The optical signals shown in FIG. 5 and FIG. 6 are combined or recognized, and various digital signal processing methods are provided. For example, when the lock of the electronic lock is in an unlocked state, the sensing line of the light sensing receiving unit is sensed. When the optical signal transmitted by the electronic device is converted into a series of information (such as the level signals of FIG. 3, FIG. 5 and FIG. 6), the control unit can be regarded as an electronic component in the first few bits of the information string. The lock is an action to be performed, and then the control unit starts the execution of the action by looking at the middle bit value of the information string. When the action is completed, the control unit may be attached according to the end of the information sequence. The "check code" type can confirm the transmission content of the optical signal and the execution result of the action to the user of the smart phone 21, for example, if a light-emitting element such as a light-emitting diode is provided on the housing of the electronic lock or When the output device such as a speaker is output, it can be returned to the user in a flash mode or an audible form to let the user know that the action performed by the electronic lock is "successful" or "failed".

In other words, the control unit of the electronic lock converts the electronic control code converted by the light sensing output unit to the optical signal outputted by the light display area, or the light display processing module of the smart phone according to the pre-stored light control The code control display unit outputs an optical signal with a light and dark change, and can have a series of information of different format contents according to the digital lock encoding or interpreting manner provided by the electronic lock and the smart phone.

Furthermore, it can be seen from the embodiments of FIG. 2 and FIG. 4 that the optical control code processed by the optical display processing module of the mobile electronic device can be provided to other mobile electronic devices for other users to use the electronic control device. The lock performs the same function operation. However, while the convenient sharing is achieved, the user can perform the same function of the electronic lock for the same function. However, while achieving convenient sharing, the security can be considered. The light display processing module also provides a one-time password (ie, a one-time light control code) for use by the mobile electronic device of the other end, and the one-time password is provided with a password for controlling the electronic lock. a predetermined code, which is used for the electronic lock to be controlled to know that the one-time password is authorized to be used, and therefore, when the one-time password is output to the optical lock of the electronic lock by optical signal receiving In the information series of the unit sensing and conversion, the control unit of the electronic lock, after interpreting the information sequence, knows that the information string is a one-time password and the one-time The action that the password can perform (such as unlocking or locking).

In addition, in another embodiment of FIG. 2 and FIG. 4, when the mobile electronic device transmits an information such as unlocking, locking, or changing settings to the electronic lock by optical signals, it is safe to protect the transmission of the information serial. The optical display processing module of the mobile electronic device may perform cipher coding, such as a fixed coding format or a Hobbing Code, on a sequence of information to be transmitted by using an optical signal in a predetermined cipher coding format. In response to different cipher coding methods, the control unit of the electronic lock terminal also needs to be configured with a corresponding decoding module to sense the optical signal transmitted by the mobile electronic device and convert the cryptographically encoded information at the optical sensing receiving unit. When serializing, the decoding module of the control unit of the electronic lock decodes the cipher-coded information sequence, thereby decoding the cipher-coded information serial substance, and then the control unit views the The information serializes the mid-segment value of the substantial content to initiate actions such as unlocking, locking, or changing settings. If the user has a higher level of security considerations, the optical display processing module of the mobile electronic device can use a rolling code format to cipherly encode the information sequence to be sent, even if there are unscrupulous people or copying The optical signal is sent out, but the cryptographic code executed by the optical display processing module is non-linearly scrolled, and only the corresponding decoding module of the electronic lock can be scroll-decoded, and therefore, has a relatively high security.

In addition, in another embodiment of FIG. 2 and FIG. 4, a proximity sensor may be disposed on the housing end side of the mobile electronic device, and the proximity sensor senses the proximity sensor. Whether the mobile electronic device is in proximity to the electronic lock, so that when the proximity is determined, the optical display processing module of the mobile electronic device transmits an information sequence for performing an action such as unlocking, locking, or changing settings.

Furthermore, in addition to the light output, the electronic lock is received from the mobile electronic device. In addition to the information serial signal for unlocking, locking or changing settings, or the frequency signal used for transmission synchronization, in another variation of FIGS. 2 and 4, the electronic lock and the mobile electronic device can also be used. The earphone hole is arranged, and the signals of each other can be transmitted through the earphone holes of both sides and a double headphone line, and the input and output control signals are transmitted by the digital transmission method of Frequency Shift Keying (FSK), due to the FSK technology. The existing communication protocol and the method of processing the headphone signal are also prior art. To simplify the description, the principle and function thereof will not be described herein.

In general, a mobile electronic device such as a mobile phone, a notebook computer, or a language translation machine is provided with a headphone jack, and a housing of the electronic lock (such as the housing 105 shown in FIG. 2) may also be provided with a headphone jack ( In this case, the housing is a box that is in contact with the door panel, and usually after the unlocking, the user can access the housing in the door (ie, facing the room space), thereby effectively Avoid being read by the wrong person to read the information stored in the electronic lock, or arbitrarily tampering. After the user connects the electronic lock and the mobile electronic device through the dual-headphone cable, there are two kinds of signal flow processing modes, one of which is to output a signal from the electronic lock to the mobile electronic device, for example, the user can pass the mobile electronic device. The device reads information such as each group password or firmware version information stored in the electronic lock; and another signal flow is to burn the light control code and the like stored in the mobile electronic device into the electronic lock. Or the firmware of the electronic lock or the like is updated by the mobile electronic device. In addition, since the electronic lock and the mobile electronic device can be connected through the dual-headphone cable, when the mobile electronic device changes the setting content stored in the electronic lock, the mobile electronic device sends an instruction to the mobile electronic device. The electronic lock causes the control unit of the electronic lock to change the setting content stored in the electronic lock according to the instruction, and in this case, the setting operation code in the memory unit of the electronic lock is regarded as a program instruction And the program command is a command for executing the change setting content, so the control unit compares with the command issued by the mobile electronic device according to the set operation code stored in the memory unit, and learns that Mobile electronic device After the issued command is an instruction to change the setting content, the electronic lock changes the original setting content according to the data transmitted by the mobile electronic device. As can be seen from the above, the electronic locks of FIG. 2 and FIG. 4 and the mobile electronic device (for example, a smart phone) are connected to each other through a pair of earphone jacks, and the user can conveniently and quickly update or read the electronic locks. Information on electronic locks.

In addition, in order to improve the operation convenience of the electronic lock shown in FIG. 2 and FIG. 4, the electronic lock can further have a voice recognition function, and the light display processing module of the mobile electronic device further has the function of pronunciation authentication, and therefore, The user selects the mobile electronic device to perform unlock control by using a voice signal output manner.

It can be seen from the application examples of FIG. 2 and FIG. 4 that the electronic lock of the present optical control electronic device is used, and the optical signal of the light and dark changes is output through the mobile electronic device of the present invention, so that the lock for controlling the electronic lock is changed from the locked state. In order to unlock the state, the optical signal can be used to indicate the unlocking password of the electronic lock, replacing the function of the traditional key, thereby omitting the inconvenience of carrying the traditional key, and moreover, since the optical signal is stored in the digital manner The mobile electronic device is stored locally on the other end, such as a cloud device. Therefore, the digital signal stored in a digital manner can be transmitted through a network communication method such as an e-mail or a communication software, or in an infrared, Bluetooth or radio frequency manner. The wireless connection mode or the wired mode is transmitted to the user who needs to unlock the user, and the user is unlocked by the mobile electronic device of the local end. In addition to improving the inconvenience of the user to input a series of passwords by one button, More effective in solving the problem of the absolute exclusive right of the traditional key.

As shown in FIG. 7 , a second embodiment of the present invention is described. The present embodiment is to apply the light control type electronic device 40 to a data storage device such as an external hard disk or a flash drive. The light control electronic device 40 is connected to the information processing device 41 through the transmission interface 42. The processing device 41 is, for example, an electronic device such as a notebook computer or a desktop computer, and the transmission interface 42 can be, for example, a universal serial bus (USB), and the information processing device 41 and the light control electronic device 40 Both support the USB transmission protocol so that the two parties can transfer data to each other. More specifically, the connection between the optical control electronic device 40 and the information processing device 41 is like a type of USB flash drive connected to a computer. . Since the USB transmission protocol is a prior art, and the communication unit 410, the processor unit 411, the display unit 412, and the like of the information processing device 41 are necessary components of the existing computer equipment, for the sake of simplification of the description, it is not described herein. And only the detailed description of the components related to this creation.

The difference between the light-controlled electronic device 40 of the present embodiment and the existing USB flash drive is that the light-controlled electronic device 40 further includes a light sensing receiving unit 401, as described above in FIG. 2 and FIG. For sensing the optical signal output from the mobile electronic device such as the smart phone 11, in the embodiment, the optical signal output by the display unit 110 of the smart phone 11 represents a set of access codes. The group access password is used to determine whether the information processing device 41 can read the memory unit 400 of the light control electronic device 40.

In detail, since the light control type electronic device 40 is a data storage device, it has a memory unit 400. In the embodiment, the memory unit 400 further stores a set of allowable access operation codes when the control is performed. After the unit 402 receives the electronic control code converted by the optical sensing receiving unit 401, and compares the electronic control code with the allowed access operation code stored in the memory unit 400, the control unit The information processing device 41 allows the information processing device 41 to access the memory unit 400 through the transmission interface 42. In addition, the information processing device 41 transmits the data in the memory unit 400 through the transmission interface 42. For example, the disk provided by the USB flash drive can be generally divided into a common area or a security area. Therefore, the foregoing memory unit 400 for storing the allowable access operation code can be a secret area to prevent being randomly occupied. Modifying the allowable access to the operational code, in fact, when the control unit 402 compares the electrical When the control code matches the allowable access operation code stored in the memory unit 400, the control unit 402 allows the information processing device 41 to access the aforementioned common area through the transmission interface 42 (not shown here) In other words, there are different access settings depending on the characteristics of the memory block provided by the optical control electronic device 40, and not limited to this embodiment. It can be seen from the above that the light-controlled electronic device 40 of the present invention provides the data security of the data storage device, thereby effectively preventing others from easily reading the data in the data storage device.

Next, please refer to FIG. 8 , which is a flow chart showing the steps of a processing method for performing system login in a light control manner by using the present invention to optically control the mobile electronic device. It should be noted that the foregoing system login includes: for example, the information processing device 41 shown in FIG. 7 is connected to an Internet service system through a communication unit 410 and connected to the Internet (not shown here), for example, An online banking system, a mail server system, a shopping website, etc., and before logging in to the network service system, the user is required to input the login account and password for identifying the user identity; in addition, for example, Before the information processing device 41 is connected to the Internet through the communication unit 410 and wants to log in to a certain network service system, the input processing of the system URL information of the certain network service system may be input first; or, for example, The information processing device 41 executes a specific program system or opens a specific encrypted file, and before the program system is started or before the encrypted file is opened, the user is required to input the input processing of the account and the password; and, even Enter the user's personal information in the network service system, such as the ID number, credit card number, home address, phone number or date of birth. Wait. In short, that is, in the case of an information processing device, it performs a system login, a system connection, or a system waiting for a user to input specific data through a network system (such as the Internet or a regional network). The user does not directly control the input device of the mouse or keyboard of the information processing device, but the optical signal transmission process between the photo-controlled electronic device and the mobile electronic device of the present invention. In addition, the input information of the system login account and password, system URL information, file opening account and password, or personal exclusive data can be pre-stored in the mobile electronic device of the creation, or simultaneously uploaded to the cloud to Avoid loss of mobile electronic devices, and can be stored in a type such as "My Favorites" and stored in a list or category for the user to select or manipulate, and the input data can be utilized by the user. The user operation interface provided by the mobile electronic device is pre-edited as a text message that is easy for the user to recognize, and the mobile electronic device stores the actual input data according to the text message that is easily recognized by the user. However, the input data is It is stored in the form of a light control code. In addition, in the embodiment, the information processing device 41 performs optical signal transmission processing with the mobile electronic device of the present invention through a transmission device (not shown here), and the transmission device and the light of the present creation. The function of the control electronic device is similar, except that the transmission device does not need to have a memory unit for storing the operation code, because the execution comparison action described in the foregoing embodiment can be based on the current information processing device 41. Depending on the program to be executed, the program currently executed by the information processing device 41 is, for example, the above-mentioned connection and is logged into a webpage program run by a certain network service system, or the information processing apparatus 41 executes the specific program system at the local end. Or open a program for a specific encrypted file.

As shown in FIG. 8 , in step S1, the information processing device is configured to receive an input of an optical signal through a transmission device, where the transmission device has a light sensing receiving unit and a control unit coupled to the light sensing receiving unit Then, it proceeds to step S2. The light sensing receiving unit and the control unit are the same as the light sensing receiving unit 301 and the control unit 302 of the light control type electronic device 30 shown in FIG. 1 , and therefore are not described herein again. In addition, the information processing device and the transmission device may be connected through a connection manner of the transmission interface 42 as shown in FIG. 7, or the information processing device has the transmission device built in, that is, the information processing. The light sensing receiving unit is exposed on the housing of the device, The control unit may be disposed on the main board of the information processing device, or set the control unit by using an interface card type indirectly connected to the main board, so that the transmission device can be integrated into the information processing device, in other words, according to the implementation type. The connection between the information processing device and the transmission device has a different architecture.

In step S2, the mobile electronic device of the present invention outputs a light signal of a light and dark change through its display unit. As described above, the optical signal is output according to the light control code stored at the local end of the mobile electronic device, in other words, The digital signal (light control code) is converted into an analog signal (optical signal) for output, and the light control code may be input data representing a system login account and password, system website information, file opening account and password, or personal exclusive data. In other words, depending on the manipulation to be performed by the user, the process proceeds to step S3.

In step S3, the light sensing receiving unit of the transmitting device senses the optical signal outputted from the mobile electronic device, and converts into an electronic control code according to the light and dark change of the optical signal, and then proceeds to step S4. The electronic control code referred to herein is the data element that can be read by the information processing device, in other words, the analog signal (optical signal) is converted into a digital signal (electronic control code) for processing by the information processing device.

In step S4, the control unit of the transmission device receives the electronic control code and transmits the electronic control code to the information processing device through the transmission interface, and then proceeds to step S5.

In step S5, the information processing device performs a system login process according to the electronic control code, and the process determines, for example, whether the login account and the password input by the user have legality, and performs the system URL information input by the user. Linking, or trading according to personal data input by the user, in other words, the electronic control code can be expressed as login account and password, system URL information or Input data such as person-specific data.

It should be noted that, for information with security considerations, that is, a light control code having security information such as the above-mentioned credit card number or identity font, the light display processing module of the mobile electronic device is based on the security data. When the light control code outputs the corresponding optical signal, or the optical control code module of the mobile electronic device stores the optical control code with the security data, there is encryption processing such as SSL, so the information processing device receives The electronic control code obtained after being converted by the light sensing receiving unit is also subjected to SSL encryption processing, and is linked to the webpage program run by a certain network service system by the current connection with the information processing apparatus 41, or the information processing apparatus 41 The local end executes a specific program system or opens a program of a specific encrypted file for decryption.

Therefore, it can be seen from the above that the processing method for optically controlling the electronic device to realize the system login by using the mobile electronic device of the present invention can solve the problem that the user inputs a series of information inconvenience, and the user can use the mobile electronic device. The device stores the aforementioned input data, so the user does not need to use brain power to memorize the above-mentioned series of information, and can systematically manage his own information. In addition, the hardware device required for the processing method of optically controlling the system to log in by using the mobile electronic device of the optical control electronic device only needs to use the mobile electronic device capable of outputting the optical signal and the optical sensing device. The information processing device (electronic device) of the receiving unit and the control unit improves the existing near field communication (NFC) or radio frequency identification (RFID) technology, and the hardware specifications are not popular, and the use is improved. It is not possible to pay by mobile phone or credit card or the processing of member deduction points efficiently and conveniently.

Next, please refer to FIG. 9 , which is a schematic block diagram for explaining how to control the electronic products of different functions by using the present invention to optically control the mobile electronic device of the electronic device. Figure 1, 2 or FIG. 4, in order to control different functional electrical products by optical signals, the mobile electronic device of the present invention provides multiple multiples in the optical control module 311' of the mobile electronic device. In the embodiment, the function setting interface 320 is used for the user to set the operation mode of the air conditioner, and the function setting interface 321 is used for the user to set the operation function of the electric hot water bottle, and the plurality of function setting interfaces. 32 will generate the corresponding light control code according to the result set by the user and store it. It is necessary to explain that the controlled air conditioner, electric hot water bottle, timer, tape recorder, video recorder or network camera The product, of course, must also have the light sensing receiving unit, the memory unit and the control unit of the aforementioned photo-controlled electronic device, and the memory unit can store the aforementioned control unit to determine the mobile electronic device. Whether the command (that is, the electronic control code converted by the aforementioned light sensing receiving unit) is an instruction to perform a specific operation (that is, the foregoing can be operated by the control unit) In addition, the operation setting code is used to store the function setting value set by the function setting interface 32 transmitted by the mobile electronic device 31 through the optical signal output mode, and the manner in which the electrical product obtains the function setting value may be The electronic lock receives the information sequence transmitted by the mobile electronic device to perform the interpretation of the front segment, the middle segment or the tail segment, thereby causing the control unit of the electrical product to be converted into the light sensing receiving unit. When the electronic control code matches the operation code stored in the memory unit, the control unit obtains a function set value corresponding to the operation code according to the operation code to perform a specific function.

For example, when the user completes the setting in the air conditioner function setting interface 320 provided by the function setting interface 32 of the mobile electronic device, for example, the air conditioner can be operated at a specific time from Monday to Saturday, and the setting is set. After the operating temperature of the operating temperature of the air conditioner, the display unit of the mobile electronic device is operated by the user to operate the light sensing receiving unit of the air conditioner to be set to perform the operation of the air conditioner according to the function setting value. a signal, and the optical signal can be sent in a series of lights, or a piece of light, that is, the mobile electronic device stores the light control Depending on the type of the code, in short, the light control code is similar to the information series, and in the air conditioner to be set, the operation code of the memory unit of the air conditioner is a function control code, and the light sense thereof The measurement receiving unit further converts the light and dark changes of the optical signal emitted by the display unit of the mobile electronic device into corresponding function setting values, so that the control unit in the air conditioner converts the light sensing receiving unit into When the electronic control code is matched with the function control code stored in the memory unit, the control unit of the air conditioner can perform the operation according to the function setting value converted by the light sensing receiving unit, that is, according to FIG. The setting contents of the function setting interface 320 perform the operation.

To clearly illustrate the function setting interface 32 provided by the mobile electronic device of the optical control electronic device through the optical control module 311 ′, please refer to FIG. 10 , as shown in FIG. 10 , which is controlled by light for the creation. The function setting interface displayed by the display unit 310' of the mobile electronic device 31' of the electronic device, the function setting interface of the embodiment provides the function settings of the three electrical products of the cold air, the hot water bottle and the electric cooker, when the user selects the cold air setting function key After 3100, the function setting interface 32 further provides an air conditioner function setting interface 33. As shown in FIG. 11, the air conditioner function setting interface 33 can provide, for example, a Date and Time Picker-wheel 330. The user sets the operation time of the air conditioner, or provides, for example, a temperature slider 331 to set the operating temperature. Therefore, the user can set the touch object provided by the interface 33 by using the air conditioner function of the mobile electronic device. It is convenient to set the function setting value of the air conditioner to be controlled, and then the optical unit will be used by the display unit of the mobile electronic device. The function setting value set by the person is transmitted to the air conditioner to be controlled, and the air conditioner can perform the operation according to the light signal.

It can be seen from the above that the processing provided by the function setting interface of the mobile electronic device for optically manipulating the electronic device can replace the hard component man-machine interface of the controlled electrical appliance by the button, the knob and the display indicator. More specifically, the functional settings of controlled electrical products have been The function setting interface of the mobile electronic device for creating the electronic control device is taken over, so that the controlled electrical product does not need to be equipped with the components of the aforementioned buttons, knobs and display indicators, so that the cost of the component is effectively reduced; The function setting interface of the mobile electronic device for controlling the electronic device can be a touch-type graphic user human-machine interface. In addition to the service providing the above-mentioned function setting value, the touch-type graphic user human-machine interface In addition, the operation mode description of the controlled electrical product can be provided in the human interface of the touch-type graphic user, so the user does not need to view the operation manual of the electrical product in the process of setting the operation of the electrical product. And can be set up easier, faster, clearer and more correctly. It should be noted that the form or content provided by the aforementioned function setting interface is not limited to FIG. 9 to FIG. 11 and differs depending on the embodiment.

In addition, when the user sets the electrical product through the mobile electronic device of the present creation, the user can also respond by flash or sound by using an output device such as a light-emitting diode or a speaker provided on the housing of the electrical product. To the user, to let the user know that the function setting of the electrical product is "successful" or "failed".

Furthermore, it can be seen from the above-mentioned FIG. 9 to FIG. 11 that the light-controlled electronic device of the present invention and the setting manner of the function of the mobile electronic device for the electrical product do not require multiple input buttons or display panel settings. The user can also perform multi-functional setting, thereby greatly reducing the hardware cost of the electrical product, and through the graphical human-machine interface provided by the mobile electronic device, and through the graphical operation interface. After setting, the function setting value of the controlled electrical product is set by light control mode, or the operation command is issued, which can avoid the complicated operation of the existing keys.

The above embodiments are merely illustrative of the principles and effects of the present invention and are not intended to limit the present invention. Anyone who is familiar with the technology can do so without violating the spirit and scope of this creation. The examples are modified and altered. Therefore, the scope of protection of the rights of this creation should be as claimed in the following.

30‧‧‧Light-controlled electronic equipment

300‧‧‧ memory unit

301‧‧‧Light sensing receiving unit

302‧‧‧Control unit

31‧‧‧Mobile electronic devices

310‧‧‧Display unit

311‧‧‧Light Code Module

312‧‧‧Light display processing module

Claims (19)

A light-controlled electronic device for operating according to an optical signal output by an external display unit, the light-controlled electronic device comprising: a light sensing receiving unit, configured to sense an optical signal output from the display unit, Converting into an electronic control code according to the light and dark change of the optical signal; a memory unit for storing at least one operation code; and a control unit coupled to the light sensing receiving unit to receive the electronic control code, and comparing the electronic code When the electronic control code matches the operation code, the operation is performed according to the operation code. The light-controlled electronic device of claim 1, wherein the display unit is disposed in the mobile electronic device, and the memory unit further stores a setting code, and the mobile electronic device outputs another through the display unit thereof. When the optical signal is converted into another electronic control code according to the light and dark change of the other optical signal, the control unit updates when the other electronic control code matches the set code. The content stored in the memory unit. The light control electronic device of claim 1, wherein the display unit is disposed in the mobile electronic device, the display unit provides at least two light output regions, and the light sensing of the light control electronic device The number of receiving units is at least two to respectively receive the first brightness change and the second brightness change outputted by the at least two light output areas, so that the light control type electronic device is in accordance with the at least two light sensing receiving units a light sensing receiving unit obtains the frequency signal represented by the first brightness change, and the light control type electronic device obtains the second light and dark according to another light sensing receiving unit of the at least two light sensing receiving units Changing the level signal indicated by the light-controlled electronic device The first shading change and the second shading change output by the at least two light output areas perform operations. The light-controlled electronic device of claim 1, wherein the light-controlled electronic device is a data storage device, and the data storage device is connected to the information processing device through a transmission interface, wherein the data storage device is The operation code stored in the memory unit is to allow access to the operation code, so that the control unit in the data storage device compares the electronic control code converted by the light sensing receiving unit with the electronic control code converted in the memory unit. When the access operation code is allowed to match, the control unit allows the information processing device to access the memory block provided by the data storage device through the transmission interface. The light-controlled electronic device of claim 1, wherein the light-controlled electronic device is an electrical product, and an operation code of the memory unit of the electrical product is a function control code, and the light sensing receiving unit And converting the light and dark changes of the optical signal into corresponding function setting values, so that the control unit in the electrical product compares the electronic control code converted by the light sensing receiving unit with the electronic control code stored in the memory unit. When the function control code matches, the control unit performs the operation according to the function setting value converted by the light sensing receiving unit. A mobile electronic device for controlling an electronic device, comprising at least: a display unit; a light control code module for storing a light control code; and an optical display processing module, wherein the display unit outputs a light and dark change according to the light control code An optical signal for reading by the electronic device by the change in brightness. The mobile electronic device for optically controlling an electronic device according to claim 6, wherein the optical code module and the optical display processing module are applications installed in the mobile electronic device. formula. The mobile electronic device of the optical control electronic device of claim 6, wherein the display unit provides at least one light output area, the light control code includes a control code for controlling the electronic device to perform different operations. The light display processing module respectively generates corresponding optical signals according to the control codes for performing different operations, and each of the optical signals is respectively represented by a level signal of different brightness and darkness, so that the at least one light output area operates according to the execution. The control code outputs a light and dark change with different optical signals for the electronic device to perform operations according to the light and dark changes. The mobile electronic device for optically controlling an electronic device according to claim 6, wherein the display unit provides at least two light output regions, and the electronic device has at least two light sensing receiving units for receiving respectively a first brightness change and a second brightness change outputted by the at least two light output areas, the light control code includes a control code for controlling the electronic device to perform different operations, and the light display processing module operates differently according to the execution The control code respectively generates corresponding optical signals, and each of the optical signals is respectively represented by a frequency signal of different brightness and darkness and a level signal, so that the electronic device receives the light according to one of the at least two light sensing receiving units. The unit obtains the frequency signal of the first light and dark change, and the electronic device obtains the level signal of the second light and dark change according to another light sensing receiving unit of the at least two light sensing receiving units, for the electronic device The operation is performed according to the first shading change and the second shading change. The mobile electronic device for optically controlling an electronic device according to claim 8 or claim 9, wherein the electronic device has a memory unit for storing a setting code, and the mobile electronic device When the optical signal corresponding to the control code is output through the display unit, the electronic device obtains the electronic control code according to the brightness change of the optical signal, and compares the electronic control code with the setting. When the codes match, the content stored in the memory unit is updated. The mobile electronic device for optically controlling an electronic device according to the invention of claim 8 or claim 9, wherein the electronic device is an electronic lock, the electronic lock has a memory unit, and the memory unit is used for storing and unlocking a code, when the mobile electronic device outputs an optical signal corresponding to the control code through the display unit, the electronic lock acquires an electric lock control code according to the brightness change of the optical signal, and compares the electric lock control code with the unlocking When the codes match, the lock state of the electronic lock is set to the unlock state. The mobile electronic device for optically controlling an electronic device, as described in claim 8 or claim 9, wherein the electronic device is an electronic lock, and the electronic lock has a memory unit for storing a lock code, when the mobile electronic device outputs an optical signal corresponding to the control code through the display unit, the electronic lock acquires an electric lock control code according to the brightness change of the optical signal, and compares the electric lock control code with the When the lock code matches, the lock state of the electronic lock is set to the lock state. The mobile electronic device as claimed in claim 6, wherein the mobile electronic device application provides a user operation interface for the user to set the desired operation by using the user operation interface. The operation command or step of the electronic device, and after the user sets the application, the application generates a corresponding light control code according to the manipulation command or step set by the user, and stores it for use by the user. When the operation interface inputs a manipulation command or a step, the application extracts the corresponding optical control code according to the input instruction or step, so that the display unit outputs the corresponding optical signal according to the extracted optical control code. The mobile electronic device for controlling an electronic device according to the sixth aspect of the invention, wherein the mobile electronic device application provides a corresponding function setting interface for different functional electrical products, and the function setting interface is used according to the application. The result set by the person generates the corresponding light control code and stores it. And the electrical product has a light sensing receiving unit, a memory unit and a control unit, wherein the memory unit stores an operating code for the control unit to determine whether the optical signal transmitted by the mobile electronic device is a predetermined operation, and further The function setting value set by the function setting interface transmitted by the mobile electronic device through the optical signal output mode is stored, so that the control unit of the electrical product compares the electronic control converted by the light sensing receiving unit When the code matches the operation code stored in the memory unit, the control unit obtains a function setting value corresponding to the operation code according to the operation code to perform a predetermined function. The mobile electronic device for optically controlling an electronic device according to claim 6, wherein the electronic device receives an input of the optical signal through a transmission device, the transmission device having a light sensing receiving unit and the light sensation The control unit coupled to the receiving unit is configured to sense an optical signal outputted by the display unit at the light sensing receiving unit of the transmitting device, and convert the electronic signal into an electronic control code according to the light and dark change of the optical signal, to thereby control The unit receives the electronic control code and transmits the electronic control code to the electronic device through the transmission device, so that the electronic device performs system login processing according to the electronic control code. The mobile electronic device for optically controlling an electronic device according to claim 15, wherein the electronic device and the transmission device are connected through a transmission interface, and the control unit of the transmission device and the processor unit of the electronic device are transmitted through The transmission interfaces operate with each other. The mobile electronic device for optically controlling an electronic device according to claim 15, wherein the transmission device is integrated in the information processing device. The mobile electronic device for optically controlling an electronic device according to claim 17, wherein the mobile electronic device outputs a light signal of a light and dark change through the display unit thereof according to an application installed in the mobile electronic device. The display unit of the mobile electronic device provides at least one light output area, and the application causes the at least one light output area to output a light and dark change according to the light signal. And the control unit of the transmission device obtains the level signal of the brightness change according to the electronic control code converted by the light sensing receiving unit, thereby obtaining the system website information for the information processing device to be used to link the system, and before logging in to the system Enter the login account number and password for user identification, or enter the user's personal information in the connected system. The mobile electronic device for optically controlling an electronic device according to claim 18, wherein the personal exclusive material includes an identity card number, a credit card number, a home address, a phone number, or a date of birth, and the mobile electronic device The application provides an encryption mechanism for the personal data, and the linked system decrypts the encrypted personal data received by the connected system.