TW201420867A - Eye movement operation password input method and safe using the eye movement operation password input method - Google Patents

Abstract

An eye movement operation password input method and a safe box using the same method, an eye control security device is arranged in the safe, the device is provided with a display screen for displaying an eye control input password operation interface, and the eyeball dynamic tracking module has a detection The performance of the user's eye movement is tracked, and the user can input the password to open the safe through the rotation of the eyeball. The present invention provides a solution that combines high security and ease of operation.

Description

Eye movement operation password input method and safe using the eye movement operation password input method

The invention relates to a method for inputting a password, in particular to a method for detecting the movement of a user's eyeball and inputting a password to open the safe.

There are many ways to properly store and store valuables. One common method is to put the items in the safe. Regarding the design of safes, a variety of techniques have been developed to familiarize the public. For example, in Chinese Patent No. 101397877, this patent provides a safe for a vertical drop-type door, and the opening and closing of the door is relatively easy and smooth. Another example is Chinese Patent Application No. 91231680, which proposes a design of a cryptographic device that increases the difficulty of unlocking the cryptographic device by cooperating with a plurality of mechanical components. As for other related technologies, such as improving the overall structure and materials used in the safe, the safe can withstand the impact and damage of large external forces, such as high-speed electric drills and industrial damage.

The foregoing technical solution can be used reasonably and has certain effects. However, in addition to the reinforcement on the structure of the safe, it seems that the corresponding solution is lacking in the security of the password input.

In view of the lack of the foregoing technology, the present invention discloses a method for eye-operated operation password input and a safe box using the eye-moving operation password input method, which has the advantages of simple structure, easy installation and maintenance, and free modification of passwords. The technical solution provided by the invention greatly improves the security of the password input, and completely avoids the situation of being peeped by others when the password is input.

According to the present invention, a safe for using an eye movement operation password input method includes: a box body having an accommodating space for storing the articles; a protective door movably disposed on one side of the box body to cover the accommodating space, so that the accommodating space becomes sealed from the outside a door lock module for controlling the opening or closing of the protection door; and an eye-control security device comprising: a display screen, displaying at least one right rotation area, one left rotation area, a password rotation area; an eyeball dynamic tracking module installed in the vicinity of the display screen for detecting the user's eye movement; and a data processing module, the display screen, and the eyeball dynamic tracking module And the door lock module is electrically connected, and the data processing module generates a gaze point position and displays on the display screen according to the signal transmitted by the eyeball dynamic tracking module, and when the gaze point position falls on the right In the rotation zone, the code wheel area will rotate in a clockwise direction, and when the fixation point position falls in the left rotation area, the code wheel area will rotate in a counterclockwise direction, and the data processing module according to the password wheel area Stopping the position of the rotation, obtaining a set of open passwords; wherein the data processing module compares the open password with a set of preset open passwords, and if the open password matches the preset open password, a safe open command is generated Give the door lock door group and open the protective door. The eyeball dynamic tracking module also has the function of capturing the iris or retina image of the user. After receiving the image, the data processing device will confirm the identity of the user.

A method for inputting an eye movement operation password according to the present invention may be performed on a computer controlled safe having a display screen, the method comprising the steps of: confirming that the user is close to the computer to control the safe; from the eye area of the user, Detecting the user's eye movement to obtain a fixation point position; Displaying a right rotation area, a left rotation area, and a password rotation area; when the fixation point position falls in the right rotation area, the password rotation area will rotate in a clockwise direction, and when the fixation point position falls on the left rotation In the transfer zone, the password runner area will rotate counterclockwise; according to the position where the password runner area stops rotating, a set of open passwords is obtained; and the open password and a set of preset open passwords are compared, if the password is turned on Corresponding to the preset open password, a safe open command is generated.

The method of the present invention further comprises the step of identifying the iris or retina of the user and confirming the identity of the user.

The invention further provides a method for eye-operated operation password input, which can be executed on a computer-controlled safe with a display screen, and the user can set a password by himself, the method includes the following steps: confirming that the user is close to the computer to control the safe From the eye area of the user, detecting the eye movement of the user, and obtaining a position of the fixation point; displaying a right rotation area, a left rotation area, a password rotation area, a password setting area; waiting for the fixation point The position falls in the password setting area; when the fixation point position falls in the right rotation area, the password rotation area will rotate in a clockwise direction, and when the fixation point position falls in the left rotation area, the password rotation area will Rotating counterclockwise; obtaining a set of open passwords according to the position where the password runner area stops rotating; and comparing the open password with a set of preset open passwords, if the open password matches the preset open password, execution is performed a password setting job, the job includes There are the following steps: waiting for the user to enter a password, obtaining a first set of custom passwords; waiting for the user to enter the password again, and obtaining a set of second custom passwords; comparing the first custom password with the second custom Whether the password matches; and using the first custom password instead of the preset open password.

The password setting method of the present invention further comprises the steps of: identifying the iris or retina of the user and confirming the identity of the user.

The object, technical contents and features of the present invention are described below in conjunction with the drawings.

Regarding the safe of the present invention using the eye movement operation password input method, referring to FIG. 1 to FIG. 5, the composition structure of the present invention will be described. The cabinet 10 of the safe of the present invention has a hollow design and an accommodating space (not shown), and the accommodating space can be stored for various items such as precious jewellery, valuable securities, gold ornaments and the like. The protective door 20 is disposed on one side of the box body 10 and is movable and freely rotatable to cover the accommodating space. In this way, the accommodating space for storing the articles becomes a sealed state separated from the outside, and provides a collection of valuables. Features. The eye-controlled security device 30 is disposed inside the casing 10, for example, in an upper portion of the casing 10. The top side of the casing 10 is provided with a cover 40. When the user is close to the cover 40, the display screen can be observed therein, and the cover 40 is designed to prevent others from peeking, and the process of ensuring password input is highly secure. Sex.

As shown in FIG. 2, the eye-protection device 30 is mainly composed of a data processing module 100, a display screen 110, and an eyeball dynamic tracking module 120. The data processing module 100 and the foregoing display screen 110, the eyeball dynamic tracking module 120, and the door lock mode Group 130 is electrically connected. The eyeball dynamic tracking module 120 is installed in the vicinity of the display screen 110, such as below the display screen 110, for detecting the eye movement of the user. The function of the door lock module 130 is to control the opening or closing of the protective door 20.

The operation interface displayed on the display screen 110 will be described with reference to FIG. 3 to FIG. The display screen 110 displays a password dial area 200, a right rotation area 201, a left rotation area 202, a system status area 203, a confirmation input area 204, a pointer 205, an emergency help area 206, and a fixation point position 300. As described above, the eyeball dynamic tracking module 120 can detect the eye movement of the user, and generate a signal to the data processing module 100. After receiving the signal, the data processing module 100 generates a gaze point position 300 for display on the display. On screen 110. Thus, the user turns the eyeball and the fixation point position 300 follows, creating a corresponding movement on the display screen 110. In addition, the eyeball dynamic tracking module also has the function of capturing the iris or retina image of the human eye, and after receiving the image, the data processing module 100 can confirm the identity of the user.

When the fixation point position 300 falls in each of the above areas, the system performs a relative function. For example, when the fixation point position 300 falls in the left rotation zone 201, the password runner area 200 will rotate in a counterclockwise direction. As shown in FIG. 3, the function of the pointer 205 is to enable the user to know the location of the password input, and the original password runner area 200 is preset to the position of 1. Continuing with FIG. 4, the code wheel region 200 rotates counterclockwise and changes to the position of 3; in other words, the code wheel region 200 stops rotating and stays at 3, that is, the password 3 is input. Similarly, as shown in FIG. 5, when the fixation point position 300 falls in the right rotation area 202, the password runner area 200 will rotate in the clockwise direction, and the password runner area 200 stops rotating, shifting to the position of 7. As described above, the user can look at the rotation direction of the code wheel area 200 by looking at the left rotation area 201 or the right rotation area 202, thereby inputting a password. For example, assuming that the password is "Left 3 Right 7 Left 2 Right 5", the user first looks at the left rotation area 201 until the password wheel area 200 changes to 3. Next, the right rotation zone 202 is looked at until the password wheel zone 200 changes to 7. Then, look at the left rotation area 201 until the password wheel area 200 changes to 2, and finally, gaze The right rotation zone 202 is changed until the password wheel zone 200 is changed to 5, and a set of open passwords is obtained: left 3 right 7 left 2 right 5. After the password input is completed, the user can look at the confirmation input area 204 to indicate that the password input is completed. Then, the data processing module 100 compares the open password input by the user and the preset open password stored in the system to confirm the two. Whether the match is true. If they match, a safe opening command will be generated to the door lock module 130 to open the protective door 20. In addition, in order to further improve the security of the password input, the function of the iris and the retina image is captured and recognized by the eyeball dynamic tracking module 120. Before the password is input, the iris or the retina of the user is correctly identified. If correct, It is allowed to enter a password, otherwise it is refused to enter a password.

The emergency help area 206 is designed at the bottom of the screen. When the user looks at the area, the system will issue a silent emergency help command to inform the security unit that there is an abnormal condition. The intention of this design is that the user may be forced to open the safe, and in the process of inputting the password, by the function of the emergency help area 206, the user can be taken to the outside for help.

The central circular area of the password runner area 200 is a system status and password setting area 203. The system status and password setting area 203 provides two functions. First, the user can reset the password by looking at the area. Second, it shows the operating status of the system. For example, the system status and password setting area 203 is a first color. If it is gray, it is a normal normal state, prompting the user to input a password. When the user looks at the system status and password setting area 203, a second color, such as yellow, is presented, prompting the user system to execute the password reset procedure, at which point the user must enter the old password. Then if the input is correct, the system status and password setting area 203 will present a third color, such as red, the user must enter a new password twice, if the two input contents are the same, then the system will replace the new password Old password. The present invention integrates the function of displaying the state of the system and the function of the password setting in the same area, but in practice, the two functions can be separated into separate areas. The foregoing examples are merely illustrative and are not intended to limit the patent of the present invention. range.

There are two ways in which the above-mentioned user can use the eye movement to input a password, and the system can confirm the function that the user wants to perform. The first method: continuously gaze (or gaze) an area for a predetermined time, such as continuous gaze for 2 seconds. For example, if the user continues to look at the left rotation zone 201 for more than 2 seconds, the system determines that the user wants to perform a "counterclockwise rotation" function. The second method: "Blinking" after looking at a certain area. For example, after the user looks at the right rotation area 202 and blinks his eyes, the system determines that the user wants to perform the function of "clockwise rotation".

Regarding the method of the eye movement operation password input provided by the present invention, the specific flow of the operation execution will be described with reference to FIG. 6 to FIG. 8 . The method provided by the present invention can be performed on a computer device, such as a computer controlled safe with a display screen. Firstly, the system confirms that the user is close to the computer control safe (S101), and then confirms the user's eye area according to the user's face feature (S102). However, in practice, the size of the cover and the display screen on the safe are adjusted. The eyeball dynamic tracking module can directly observe the user's eyes, so that the steps of S102 can be omitted. Then, in the eye area of the user, the eye movement of the user is detected, and then a fixation point position is obtained (S103). The system displays an eye control input password operation screen (S104), and the screen displays the right rotation area, the left rotation area, the password rotation area, the confirmation input area, the pointer, the emergency help area, and the aforementioned fixation point position. Then, according to the position of the fixation point, the rotation direction of the password runner area is controlled (S105), that is, when the fixation point falls in the right rotation area, the password rotation area will rotate clockwise, and when the fixation point position is left-handed In the transfer zone, the password runner area will turn counterclockwise. Thereby, the user can input the password to be input by using the rotation of the eyeball. According to the position where the password runner area stops rotating, a set of opening passwords is obtained (S106). In addition, the system can selectively display the confirmation input area, and wait for the fixation point position to enter the confirmation input area, and confirm that the password input is completed. Alternatively, the user waits for a predetermined amount of time after entering the password, such as 2 seconds, and the system will consider the password input completed. After obtaining the open password, compare the open password and the preset open password stored in the system (S107) to confirm whether the two match (S108). If they do not match, the alarm is generated. The message (S110), if it matches, generates a safe opening command to open the protective door of the safe. In addition, as shown in FIG. 8, after the eye control input password operation interface is displayed, the emergency help area is further displayed, and the position of the fixation point is entered into the emergency help area (S111) to determine whether to enter the area. (S112) If it is entered, a silent emergency help command is issued (S113) to notify the security unit that there is an abnormal state. In addition, in order to further improve the security of the password input, preferably, after step S102, the step of adding: identifying the iris or the retina of the user, confirming the user identity, and allowing the subsequent user if the user identity is correct. Password input process; if not correct, the subsequent password input process is rejected.

Regarding the method for the eye movement operation password input of the present invention, the function of password setting is further provided, and the specific steps are continued with reference to FIG. 9 to FIG. First, confirm that the user is close to the computer control safe (S201), and then confirm the user's eye area according to the user's face feature (S202), as described above, by adjusting the size of the cover and the display screen, the eyeball The dynamic tracking module can also be designed to directly observe the user's eyes while omitting the steps of S202. Next, in the eye area of the user, the eye movement of the user is detected, and the fixation point position is obtained (S203). The system displays the eye control input password operation interface (S204), and the screen displays the right rotation area, the left rotation area, the password rotation area, the confirmation input area, the pointer, the emergency help area, and the fixation point position. Then, waiting for the gaze point position to fall in the password setting area (S205), and judging whether to enter (S206), if the gaze point position enters the password setting area, the system will start to perform the password setting operation, and firstly, the user is required to input the original The password controls the rotation direction of the password runner area according to the position of the fixation point (S207). When the fixation point position falls in the right rotation area, the password rotation area will rotate clockwise, and when the fixation point position falls in the left rotation area, The code wheel area will turn counterclockwise. Thereby, the user can input the password by using the rotation of the eyeball. According to the position where the password runner area stops rotating, the system will obtain a set of opening passwords (S208). In addition, the system can selectively display the confirmation input area, and wait for the fixation point position to enter the confirmation input area, and confirm the password input. Finished. Alternatively, the user waits for a predetermined amount of time after entering the password, such as 2 seconds, and the system will consider the password input completed. Get open After the password is activated, the password is opened and the preset password is stored in the system (S209) to confirm whether the two match (S210). If they do not match, a warning message is generated to end the flow (S218). If it matches, enter the password setting operation. Specifically, the user waits for the user to input a password, and obtains the first custom password (S211), and then waits for the user to input the password again, and obtains the second custom password (S212), and then compares the first custom password with the second. Does the custom password match? (S213), if the two do not match, a warning message is issued to end the flow (S219). If the two match, the first custom password is used to replace the default open password stored in the original system. In addition, in order to facilitate the user's operation, the following steps may be considered: displaying a system status area, the system status area displaying a first color, such as yellow, to prompt the user to input the original old open password. The system status area displays a second color, such as red, to prompt the user to enter the password setting operation, and enter the first custom password and the second custom password. In addition, as shown in FIG. 12, after the eye control input password operation interface is displayed, the emergency help area is further displayed, and the position of the fixation point is entered into the emergency help area (S215) to determine whether to enter the area. (S216) If it is entered, a silent emergency help command is issued (S217) to notify the security unit that there is an abnormal state. In addition, in order to further improve the security of the password input, preferably, after step S202, the step of adding: identifying the iris or the retina of the user, confirming the user identity, and allowing the subsequent user if the user identity is correct Password setting process; if not correct, the subsequent password setting process is rejected.

While the present invention has been described in its preferred embodiments, the present invention is not intended to limit the scope of the present invention, and the invention may be modified and modified without departing from the spirit and scope of the invention. The scope of protection is subject to the definition of the scope of the patent application attached.

10‧‧‧ cabinet

20‧‧‧ protective door

30‧‧‧ eye-controlled security equipment

40‧‧‧ Cover

100‧‧‧Data Processing Module

110‧‧‧ display screen

120‧‧‧Eye Dynamic Tracking Module

130‧‧‧door lock module

200‧‧‧Crypt runner area

201‧‧‧left rotation zone

202‧‧‧Right rotation zone

203‧‧‧System status and password setting area

204‧‧‧Confirm input area

205‧‧‧ pointer

206‧‧‧ Emergency Assistance Area

300‧‧‧ gaze location

S101~S217‧‧‧Steps for performing the method of the present invention

Figure 1 is a schematic view of a safe of the present invention.

2 is a schematic diagram of the system architecture of the present invention.

3 to 5 are schematic views of the operation interface and execution of the present invention.

6 to 8 are schematic views showing the flow of the method of the present invention.

9 to 12 are schematic views showing the flow of another method of the present invention.

200‧‧‧Crypt runner area

201‧‧‧left rotation zone

202‧‧‧Right rotation zone

203‧‧‧System status and password setting area

204‧‧‧Confirm input area

205‧‧‧ pointer

206‧‧‧ Emergency Assistance Area

300‧‧‧ gaze location

Claims (13)

A safe for using an eye movement operation password input method includes: a box body having an accommodating space for storing articles; and a protective door movably disposed on one side of the box body to cover the box Having a space for making the accommodating space a sealed state from the outside; a door lock module for controlling the opening or closing of the protective door; and an eye-controlled security device including: The display screen displays at least a right rotation area, a left rotation area, and a password rotation area; an eyeball dynamic tracking module is installed in the vicinity of the display screen for detecting the user's eye movement; and a data The processing module is electrically connected to the display screen, the eyeball dynamic tracking module, and the door lock module. The data processing module generates a gaze point position according to the signal transmitted by the eyeball dynamic tracking module. On the display screen, when the fixation point position falls in the right rotation area, the password rotation area will rotate in a clockwise direction, and when the fixation point position falls in the left rotation area, the password rotation area will Rotating counterclockwise, the data processing module obtains a set of open passwords according to the position where the password runner area stops rotating; wherein the data processing module compares the open password with a set of preset open passwords, if When the open password matches the preset open password, a safe open command is generated to the door lock group to open the protective door. The safe of claim 1, wherein the display screen can display a system status area, wherein the system status area can display more than one color to indicate the operating status of the system. The safe of claim 1, wherein the display screen can display an emergency help area, and when the gaze point position falls within the emergency help area, a silent emergency help instruction is issued. The security device of claim 1, wherein the eyeball dynamic tracking module has the function of capturing the iris or retina image of the user, and the data processing module recognizes the image and confirms the identity of the user. A method for eye-operated password input can be performed on a computer-controlled safe having a display screen, the method comprising the steps of: confirming that the user is close to the computer to control the safe; detecting use from the eye area of the user The eye movement of the person obtains a position of the fixation point; displays a right rotation area, a left rotation area, and a password rotation area; when the fixation point position falls in the right rotation area, the password rotation area will face clockwise Direction rotation, when the fixation point position falls in the left rotation area, the password rotation area will rotate in a counterclockwise direction; according to the position where the password rotation area stops rotating, a set of open passwords is obtained; and the open password is compared And a set of preset open passwords, if the open password matches the preset open password, a safe open command is generated. The method of claim 5, further comprising the steps of: displaying a confirmation input area; and waiting for the fixation point position to enter the confirmation input area. The method of claim 5, further comprising the steps of: displaying an emergency help zone; waiting for the gaze location to enter the emergency help zone; and issuing a silent emergency help command. The method of claim 5, further comprising the step of: identifying the user's iris or retina to confirm the identity of the user. A method for eye-operated operation password input can be executed on a computer-controlled safe with a display screen for a user to set a password by himself. The method includes the following steps: confirming that the user is close to the computer to control the safe; from the user's eye In the part area, detecting the eye movement of the user, and obtaining a fixation point position; displaying a right rotation area, a left rotation area, a password rotation area, and a password setting area; waiting for the fixation point position to fall in the password setting When the gaze point position falls in the right rotation zone, the code wheel area will rotate in a clockwise direction, and when the gaze point position falls in the left rotation zone, the code wheel area will rotate in a counterclockwise direction; Obtaining a set of open passwords according to the position where the password runner area stops rotating; and comparing the open password with a set of preset open passwords, if the open password matches the preset open password, performing a password setting operation, The job includes the following steps: waiting for the user to enter a password, obtaining a first set of custom passwords; waiting for the user to enter the password again, and obtaining a second set Given password; custom comparing the first password and the second password is consistent with a custom; and using the first custom code, the predetermined opening substituted password. The method of claim 9, further comprising the steps of: displaying a confirmation input area; and waiting for the fixation point position to enter the confirmation input area. The method of claim 9, further comprising the step of: displaying a system The system status area, wherein the system status area can display a first color, thereby prompting the user to input the open password, or displaying a second color, thereby prompting the user to enter the password setting operation. The method of claim 9, further comprising the steps of: displaying an emergency help zone; waiting for the gaze location to enter the emergency help zone; and issuing a silent emergency help command. The method of claim 9, further comprising the step of: identifying the iris or retina of the user to confirm the identity of the user.