CN101655816B - Folding mobile electronic device and hard disk protection system and method thereof - Google Patents

Abstract

A folding mobile electronic device and its hard disk protection system and method, in order to protect the hard disk in the folding mobile electronic device, the folding mobile electronic device includes the screen organism and host computer body, the hard disk protection system includes the touch switch, panel diverter switch, and logical judging module; when the folding mobile electronic device leaves the plane, the touch switch can generate a first signal, when the screen body is overlapped on the main body, the panel switch can generate a second signal, and the logic judgment module determines how to control and protect the hard disk according to the first signal and the second signal. By the folding mobile electronic device and the hard disk protection system and method used in the folding mobile electronic device, the hard disk can be protected by matching the touch switch and the panel change-over switch, which accords with the habit of operating the folding mobile electronic device by a user.

Description

Foldable mobile electronic device and its hard disk protection system and method

technical field

The invention relates to a foldable mobile electronic device and its hard disk protection system and method, in particular to the hard disk protection system and method used in the foldable mobile electronic device.

Background technique

A foldable mobile electronic device, such as a notebook computer, may include a screen body and a main body that are pivotally connected to each other; through the pivot connection, the screen body and the main body can be in the state of being folded and unfolded.

When the notebook computer is unfolded and operated, the main body is usually placed horizontally on the platform, and the screen body is raised to stand for the operator to see. Usually, the hard disk is arranged in the main body.

Since the notebook computer is required to be easy to carry, although it is mostly placed on a stable plane during operation, it is common for the operator to stack the notebook computer and carry it away to another place without shutting down the machine. If it is not carried properly and is shaken, and the magnetic read-write head of the hard disk is not in place at this time, the shaking magnetic read-write head may hit the disk and cause data damage. If data damage does occur, the value of the lost data may be far beyond the value of hard disk hardware damage.

The traditional solution is to install a Tri-Axis Digital Accelerometer chip in the notebook computer, which will detect the acceleration generated by instantaneous movement, so as to confirm that the notebook computer is shaken or moved, but this method In addition to the high cost of components, its design is purely directly considered for vibration, rather than for user behavior, which may not actually meet actual needs.

Therefore, the present invention provides a hard disk protection system and method used in a foldable mobile electronic device to improve the above problems.

Contents of the invention

The present invention provides a foldable mobile electronic device and a hard disk protection system and method used in the foldable mobile electronic device to protect the hard disk according to the user's habitual behavior of operating the foldable mobile electronic device.

The invention relates to a foldable mobile electronic device and its hard disk protection system and method, which are used to protect the hard disk in the foldable mobile electronic device. The foldable mobile electronic device includes a screen body and a main body; the hard disk protection system includes a touch switch, a panel switching switch (LID Switch), and a logic judgment module.

The touch switch is disposed at the bottom of the foldable mobile electronic device, and when the foldable mobile electronic device originally placed on a plane leaves the plane, the touch switch breaks away from the plane to generate a first signal.

The panel switching switch is arranged on the screen body, and when the screen body is overlapped and folded on the main body, the panel switching switch is touched to generate a second signal.

The logic judging module is set in the foldable mobile electronic device, compares the preset program mechanism according to the first signal and the second signal, and controls the hard disk with a hard disk protection mechanism according to the program mechanism.

In the hard disk protection system, the above-mentioned hard disk protection mechanism refers to returning the magnetic read-write head in the above-mentioned hard disk.

In the hard disk protection system, the above-mentioned program mechanism is stored in the storage unit of the above-mentioned foldable mobile electronic device, and the above-mentioned program mechanism refers to: when both the above-mentioned first signal and the above-mentioned second signal exist, the above-mentioned A hard disk protection mechanism; when one of the above-mentioned first signal and the above-mentioned second signal disappears, the above-mentioned hard disk protection mechanism is turned off.

In the hard disk protection system, the foldable mobile electronic device is a notebook computer.

The hard disk protection method of the present invention is applicable to a foldable mobile electronic device. The foldable mobile electronic device includes a hard disk, a touch switch and a panel switching switch. When the touch switch is not touched, it generates a first signal. When the panel switch is touched , which generates a second signal, is characterized in that the hard disk protection method includes the following steps: starting the foldable mobile electronic device, and running the hard disk; when both the first signal and the second signal exist, starting the hard disk protection mechanism; and when the first When one of the signal and the second signal disappears, the hard disk protection mechanism is turned off.

The present invention includes a foldable mobile electronic device, comprising: a screen body; a main body axially connected to the screen body; a hard disk; a touch switch arranged at the bottom of the foldable mobile electronic device, when the touch switch is not touched , which generates a first signal; the panel switching switch is arranged on the above-mentioned screen body, and when the above-mentioned panel switching switch is violated, it generates a second signal; and the logic judgment module compares the predetermined signal according to the first signal and the second signal The program mechanism is set, and the comparison result is used to determine whether to activate the hard disk protection mechanism.

In the foldable mobile electronic device, the above-mentioned hard disk protection mechanism refers to returning the magnetic read-write head in the above-mentioned hard disk.

In the foldable mobile electronic device, the above-mentioned program mechanism is stored in the storage unit of the above-mentioned foldable mobile electronic device, and the above-mentioned program mechanism means: when both the above-mentioned first signal and the above-mentioned second signal exist, Start the above-mentioned hard disk protection mechanism; when one of the above-mentioned first signal and the above-mentioned second signal disappears, close the above-mentioned hard disk protection mechanism.

In the foldable mobile electronic device, the foldable mobile electronic device is a notebook computer.

In the hard disk protection method, the above-mentioned hard disk protection mechanism refers to returning the magnetic read-write head in the above-mentioned hard disk.

Therefore, by virtue of the foldable mobile electronic device and the hard disk protection system and method used in the foldable mobile electronic device of the present invention, the mutual matching of the touch switch and the panel switching switch can conform to the user's habit of operating the foldable mobile electronic device Behavior to protect the hard disk.

The advantages and spirit of the present invention can be further understood through the following detailed description of the invention and the accompanying drawings.

Description of drawings

FIG. 1 is a schematic diagram of a foldable mobile electronic device of the present invention.

Fig. 2 is a functional block diagram of the hard disk protection system of the present invention.

Fig. 3 is an implementation flow chart of the hard disk protection method of the present invention.

Detailed ways

Please refer to FIG. 1 . FIG. 1 is a schematic diagram of a foldable mobile electronic device 30 of the present invention. The present invention relates to a foldable mobile electronic device 30 and its hard disk protection system and method for protecting the hard disk 32 in the foldable mobile electronic device 30 such as a notebook computer. The foldable mobile electronic device 30 includes a screen body 34, a main body 36, and a hard disk 32; the screen body 34 and the main body 36 can be folded and lifted mutually, and the main body 36 is used as a base for placement regardless of the folded or unfolded state On the plane 10 ; the hard disk 32 is generally installed in the main body 36 .

The foldable mobile electronic device 30 in the example of the accompanying drawings is in an open state; the touch switch 42 is arranged on the bottom of the foldable mobile electronic device 30, and is pressed against the plane 10; the panel switching switch (LID Switch) 44 is arranged on the screen body 34, and it The screen body 34 of the state is pressed against the main body 36 .

Please refer to FIG. 2 . FIG. 2 is a functional block diagram of the hard disk protection system 40 of the present invention. The hard disk protection system 40 is set in the foldable mobile electronic device 30 and includes a touch switch 42 , a panel switching switch 44 , and a logic judgment module 46 . The touch switch 42 is a push switch, which actually generates an electronic signal when it touches the plane 10; And causing the electronic signal to change is equivalent to generating the first signal at this time. When the screen body 34 is overlapped and folded on the main body 36 , the panel switch 44 is touched to generate a second signal.

The logic judgment module 46 is set in the foldable mobile electronic device 30 , written in a programming language and stored in the memory, and then matched with related circuits and electronic components. According to the first signal and the second signal, the logical judgment module 46 compares the program mechanism preset in the storage unit 48 through the processor 41, and according to the program mechanism, controls the hard disk through the hard disk protection mechanism through the processor 41 32. In terms of the structure of the existing hard disk 32, the hard disk protection mechanism refers to returning the magnetic read-write head in the hard disk 32 to its original position.

Describe the program mechanism, wherein the program mechanism is stored in the storage unit 48 in the foldable mobile electronic device 30, the program mechanism refers to: when both the first signal and the second signal exist , start the hard disk protection mechanism, which means to stop the operation of the hard disk 32; .

In addition, please refer to FIG. 3 . FIG. 3 is an implementation flowchart of the hard disk protection method of the present invention. The present invention is also a hard disk protection method implemented by the aforementioned hard disk protection system 40 to protect the hard disk 32 in a foldable mobile electronic device 30 such as a notebook computer. The hard disk protection method includes the following steps:

Step S01: Start the foldable mobile electronic device 30 .

Step S02: Running the hard disk 32.

Step S04 : Determine whether the touch switch 42 is out of contact with the plane 10 . When the foldable mobile electronic device 30 originally placed on the plane 10 leaves the plane 10 , the contact of the touch switch 42 away from the plane 10 generates the first signal.

Step S06 : Determine whether the screen body 34 is overlapped and folded on the main body 36 . When the screen body 34 is overlapped and folded on the main body 36 , the panel switching switch 44 disposed between the screen body 34 and the main body 36 is touched to generate the second signal. Step S08: When the foldable mobile electronic device 30 leaves the plane 10, and the screen body 34 is overlapped and folded on the main body 36, that is, when both the first signal and the second signal exist; start the hard disk protection mechanism to control hard drive32. The hard disk protection mechanism refers to returning the magnetic read-write head in the hard disk 32 to its original position.

Step S10: Determine whether one of the first signal and the second signal disappears.

Step S12: When at least one of the first signal and the second signal disappears, turn off the hard disk protection mechanism to control the hard disk 32, and then proceed to step S02 to run the hard disk 32.

Therefore, by using the foldable mobile electronic device 30 of the present invention and the hard disk protection system 40 and method used in the foldable mobile electronic device 30, the collocation of the touch switch 42 and the panel switching switch 44 can be used in accordance with the user's operation of the foldable mobile electronic device. The habitual behavior of the mobile electronic device 30 is used to protect the hard disk 32 .

With the above detailed description of the preferred embodiments, it is hoped that the characteristics and spirit of the present invention can be described more clearly, rather than limiting the scope of the present invention by the preferred embodiments disclosed above. On the contrary, the intention is to cover various modifications and equivalent arrangements within the scope of the appended claims of the present invention.

Claims (10)

1. A hard disk protection system, which is suitable for a foldable mobile electronic device. The above-mentioned foldable mobile electronic device includes a hard disk, a screen body and a main body. It is characterized in that the above-mentioned hard disk protection system includes: A touch switch, which is arranged at the bottom of the foldable mobile electronic device, generates a first signal when the touch switch is not touched; A panel switching switch is arranged on the above-mentioned screen body, and when the above-mentioned panel switching switch is touched, it generates a second signal; and The logic judgment module is set in the above-mentioned foldable mobile electronic device, compares the preset program mechanism according to the above-mentioned first signal and the above-mentioned second signal, and uses the comparison result to judge whether to start the hard disk protection mechanism; wherein, the above-mentioned program The mechanism refers to: when both the first signal and the second signal exist, the hard disk protection mechanism is started; when one of the first signal and the second signal disappears, the hard disk protection mechanism is turned off. 2. The hard disk protection system according to claim 1, wherein the hard disk protection mechanism refers to returning the magnetic read-write head in the hard disk. 3. The hard disk protection system according to claim 1, wherein the program mechanism is stored in a storage unit in the foldable mobile electronic device. 4. The hard disk protection system according to claim 1, wherein the foldable mobile electronic device is a notebook computer. 5. A foldable mobile electronic device, characterized in that the above foldable mobile electronic device comprises: screen body; The main body is axially connected with the above-mentioned screen body; hard disk; A touch switch, which is arranged at the bottom of the foldable mobile electronic device, generates a first signal when the touch switch is not touched; A panel switching switch is arranged on the above-mentioned screen body, and when the above-mentioned panel switching switch is touched, it generates a second signal; and The logic judgment module compares the preset program mechanism according to the first signal and the second signal, and uses the comparison result to judge whether to start the hard disk protection mechanism; wherein, the program mechanism refers to: when the first signal and the When both the above-mentioned second signals exist, the above-mentioned hard disk protection mechanism is started; when one of the above-mentioned first signal and the above-mentioned second signal disappears, the above-mentioned hard disk protection mechanism is turned off. 6 . The foldable mobile electronic device according to claim 5 , wherein the hard disk protection mechanism refers to returning the magnetic read-write head in the hard disk. 7 . 7. The foldable mobile electronic device according to claim 5, wherein the program mechanism is stored in a storage unit in the foldable mobile electronic device. 8. The foldable mobile electronic device according to claim 5, wherein the foldable mobile electronic device is a notebook computer. 9. A hard disk protection method, which is suitable for a foldable mobile electronic device. The foldable mobile electronic device includes a hard disk, a touch switch and a panel switching switch. When the touch switch is not touched, it generates a first signal. When the above panel When the changeover switch is violated, it generates a second signal, and it is characterized in that the above-mentioned hard disk protection method comprises the following steps: Start the above-mentioned foldable mobile electronic device, and run the above-mentioned hard disk; When both the above-mentioned first signal and the above-mentioned second signal exist, start the hard disk protection mechanism; and When one of the above-mentioned first signal and the above-mentioned second signal disappears, the above-mentioned hard disk protection mechanism is turned off. 10. The hard disk protection method according to claim 9, wherein the hard disk protection mechanism refers to returning the magnetic read-write head in the hard disk.

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