KR200263504Y1 - Fingerprinting mouse consolidated security - Google Patents

Abstract

The present invention is used in connection with a PC, and recognizes the fingerprint of the PC user through the optical sensor 12 for fingerprint recognition built in the main body 11, the PC and the flash memory chip 13 built in the main body 11 It relates to an integrated security fingerprint recognition mouse (10) in which the Bionic system, which is information that can acquire all usage rights of the network, is stored.

The main body 11 of the fingerprint recognition mouse 10 according to the present invention is cast using an aluminum alloy or a magnesium alloy composed of aluminum and an aluminum alloy, a manganese alloy, a silicon alloy, and the PC and the main body 11 at both ends. Connected to the PC by a separate interface cable 14 having connector jacks 14a and 14b connected to the respective jacks, and when the main body 11 is forcibly opened, the battery 15 is supplied to the flash memory chip 13. It is characterized in that it further comprises a hook switch 16 for cutting off the power supply by cutting off the power system stored in the flash memory chip 13,

Accordingly, the main body 11 can not be forcibly opened, and the electromagnetic interference is prevented, and when the main body 11 is forcibly opened, the bean system requiring the secret of the flash memory chip 13 is extinguished. It can enhance security.

Description

Fingerprint Mouse for Integrated Security {FINGERPRINTING MOUSE CONSOLIDATED SECURITY}

The present invention relates to a peripheral device for input and output of a computer, and more particularly to a fingerprint recognition mouse.

In general, a conventional fingerprint recognition mouse is used in connection with a PC, and recognizes a fingerprint of a PC user through a fingerprint recognition optical sensor built in the main body, and performs a specific encryption and decryption processing algorithm on a flash memory chip embedded in the main body. Stores the authentication key and secret key of the PC user.

In particular, the BIC system stored in the flash memory chip, that is, the specific encryption and decryption processing algorithm, the authentication key, the secret key, etc. of the PC user, is information that can acquire all usage rights of the computer and the network.

However, since the conventional fingerprint recognition mouse as described above manufactures a main body using a soft material such as ABS, the main body is not only easily opened or broken by physical shocks from the outside, There is a problem in that the flash memory chip itself is lost or information stored in the flash memory chip is exposed.

In particular, the conventional fingerprint recognition mouse that manufactures the main body of the ABS material as described above is vulnerable to electromagnetic interference and generates a lot of static electricity, so that the information stored in the flash memory chip by tapping and hacking using electromagnetic waves is external. Not only does it leak out, but also causes a malfunction of the mouse and damage of the flash memory chip and a high erase rate of stored information.

In addition, since the conventional fingerprint recognition mouse is connected to the main body integrally and is used to connect the connection cable that is detachable from the PC to the PC, even though the main body is normal, cable disconnection to the connection cable. If a defect occurs, such as a (break) phenomenon or a poor contact of the cable connection part, there is a problem that the fingerprint recognition mouse itself should be replaced with a new one.

Therefore, the present invention is to overcome the above-mentioned conventional problems, an object of the present invention is to connect the main body made of ultra-high strength aluminum alloy and magnesium alloy with a PC using an interface cable detachable from the main body, the main body is When forcibly opened, the hook switch inside the main body operates to provide an integrated security fingerprint recognition mouse that automatically extinguishes the system stored in the flash memory chip inside the main body.

Integrated security fingerprint recognition mouse to achieve the object of the present invention is used in connection with a PC, the fingerprint recognition of the PC user through the fingerprint sensor embedded in the main body, the PC to the flash memory chip embedded in the main body And a fingerprint recognition mouse which stores a bionic system, which is information for obtaining all usage rights of a network,

The main body is cast using an aluminum alloy or a magnesium alloy composed of aluminum, an aluminum alloy, a manganese alloy, a silicon-based alloy, and is connected to the PC and the main body by a detachable interface cable having connector jacks respectively connected to both ends thereof. It is connected to a PC, and when the main body is forcibly opened, characterized in that it further comprises a hook switch for shutting off the power of the battery supplied to the flash memory chip to extinguish the BIC system stored in the flash memory chip.

1 is a perspective view showing an integrated security fingerprint recognition mouse according to the present invention,

2 is a plan view showing an interface cable,

3 is an internal configuration of a fingerprint recognition mouse for integrated security according to the present invention,

4 is a plan view of FIG.

5 is a diagram illustrating a coupling relationship between a hook switch and a flash memory chip.

<Explanation of symbols for the main parts of the drawings>

10: fingerprint recognition mouse 11: main body

11a: nickel mesh 11b: copper mesh

11c: Light shielding cover 12: Light sensor

13: flash memory chip 14: interface cable

14a, 14b: connector jack 15: battery

16: Hook switch 16a: Power terminal

16b: battery plate 16c: cylindrical protrusion

16d: energizing plate 16e: spring member

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 to 5, the fingerprint recognition mouse 10 according to the present invention is used in connection with a PC (not shown), the PC user through the optical sensor 12 for fingerprint recognition built in the main body 11 The BIC system (for example, specific encryption and decryption processing algorithms and information for recognizing a fingerprint of a PC) and obtaining all usage rights of a PC and a network from a flash memory chip 13 embedded in the main body 11, Authentication key, secret key, etc.) are stored.

The main body 11 is cast using high-strength aluminum alloy and magnesium composed of aluminum, aluminum-based alloy, manganese-based alloy, and silicon-based alloy, which belong to group 3 of the periodic table and are light, malleable and ductile metal elements.

The high-strength aluminum alloy preferably has an elastic modulus of 7.0 or more and uses aluminum alloy and magnesium (Mg) having a function of classification code 6061 or more.

The surface of the main body 11 may be coated with a silicone cover to improve touch and beauty.

The main body 11 is connected to the PC by a detachable interface cable 14 having connector jacks 14a and 14b connected to the PC and the main body 11 at both ends thereof.

The separate interface cable 14 is composed of two transmission (TX) lines, two reception (RX) lines, and one ground line, and it is preferable to use a thin and soft flexible cable.

The detachable interface cable 14 may be stored separately from the PC and the fingerprint recognition mouse 10 when not in use.

When the main body 11 is forcibly opened by a physical shock from the outside, the main body 11 cuts off the power of the battery 15 supplied to the flash memory chip 13 to extinguish the bean system stored in the flash memory chip 13. The hook switch 16 is included.

The main body 11 is cast using an aluminum alloy and a magnesium alloy to strengthen the ultra high strength.

The main body 11 includes a nickel mesh 11a and a copper mesh 11b capable of preventing electromagnetic interference during casting to prevent eavesdropping and hacking of the bean system stored in the flash memory chip 13 using electromagnetic waves. Mixed casting is cast.

A light shielding protection cover 11c for blocking light emitted from the light sensor 12 is attached to a portion where the fingerprint recognition light sensor 12 of the main body 11 is exposed to the outside.

The light shielding protection cover 11c serves to block light emitted from the light sensor 12, especially at night.

The battery plate 16b of the hook switch 16 has a battery 15 mounted thereon, and a power supply terminal 16a protrudes from the bottom surface thereof.

The power supply plate 16d of the hook switch 16 has a cylindrical protrusion 16c formed on an upper surface thereof and contacts the power supply terminal 16a of the battery plate 16b to supply power supplied from the battery 15 to the power switch 16d. The flash memory chip 13 is supplied.

As the spring member 16e of the hook switch 16 is normally pressed by the main body 11, the battery plate 16b on which the battery 15 is mounted is pressed into the cylindrical protrusion 16c of the current carrying plate 16d. ) So that the power supply terminal 16a of the battery plate 16b contacts the conduction plate 16d so that the power of the battery 15 is normally supplied to the flash memory chip 13.

The spring member 16e exerts an elastic repulsive force when the main body 11 is forcibly opened, and pushes the battery plate 16b upwards so that the power supply terminal 16a and the energizing plate of the battery plate 16b ( By removing the contact of 16d), the power of the battery 15 supplied to the flash memory chip 13 is cut off, thereby erasing the bean system stored in the flash memory chip 13.

Integrated security fingerprint recognition mouse 10 according to the present invention configured as described above operates as follows.

The main body 11 of the fingerprint recognition mouse 10 is cast using aluminum alloy and magnesium, and has a high strength and mixes and casts a nickel mesh 11a and a copper mesh 11b that can prevent electromagnetic interference during casting. It can be processed and cast to prevent interference due to electromagnetic waves.

Therefore, even when a physical shock is applied from the outside, the main body 11 is not easily opened, but the external leakage of the bean system stored in the flash memory chip 13 embedded in the main body 11 by tapping and hacking using electromagnetic. Can be prevented and secured.

In particular, the main body 11, which is cast from an aluminum alloy having excellent conductivity, discharges static electricity generated by a user's body, etc., by chassis grounding the main body 11, so that the main body is made of ABS material. The mouse malfunction caused by static electricity in the mouse, the damage of the flash memory chip and the high erase rate of stored information can all be solved.

If the main body 11 is opened due to a physical shock applied from the outside, the hook switch 16 turns off the power of the battery 15 supplied to the flash memory chip 13. By automatically cutting off and erasing the bean system stored in the flash memory chip 13, it prevents the leakage of the bean system stored in the flash memory chip 13 and ensures security.

In fact, when the main body 11 is forcibly opened, the spring member 16e holding the state pressed into the cylindrical protrusion 16c of the current carrying plate 16d exerts an elastic repulsion force and the current carrying plate 16b. The contacting battery plate 16b is pushed upward to separate the contact between the power supply terminal 16a of the battery plate 16b and the conduction plate 16d.

Accordingly, since the power of the battery 15 supplied to the flash memory chip 13 is automatically shut off and the bionic system stored in the flash memory chip 13 is automatically extinguished, the external leakage of the bionic system is prevented. And security.

On the other hand, the main body 11 of the fingerprint recognition mouse 10 is connected to the PC by a detachable interface cable 14 having connector jacks 14a and 14b attached to both ends thereof.

At this time, the connector jack 14a at one end of the interface cable 14 is connected to the PC, and the connector jack 14b at the other end is connected to the main body 11.

In particular, during the use of the fingerprint recognition mouse 10 by connecting the PC and the main body 11 with the interface cable 14 as described above, the main body 11 is normal and the cable is disconnected to the interface cable 14 itself. If a defect such as a (break) phenomenon or a poor contact of the cable connection part occurs, only the interface cable 14 may be replaced with a new one.

Indeed, when the detachable interface cable 14 is used, the interface cable 14 as well as the fingerprint recognition mouse 10 can be separated from the PC and stored separately, thereby securing the security of the fingerprint recognition mouse 10. I can strengthen it more.

In addition, the light shielding protection cover (11c) is attached to a portion of the main body 11, the fingerprint sensor 12 is exposed to the outside to block the light emitted from the light sensor 12 at night It can be usefully used during external military operations where security such as location prevention is required.

As described above, the integrated security fingerprint recognition mouse according to the present invention connects a main body made of ultra high-strength aluminum alloy with a PC using an interface cable detachable from the main body, so that the main body cannot be opened forcibly, When the interface cable is defective, there is an advantage that only the interface cable can be replaced.

In addition, when the main body is forcibly opened, the hook switch inside the main body operates to automatically extinguish the bionic system stored in the flash memory chip inside the main body, and a nickel net which prevents electromagnetic interference during main body casting. Since the mixed casting process and the copper mesh, there is an advantage that can be enhanced by preventing the leakage of the bean system stored in the flash memory chip.

In particular, since the electrostatic discharge generated by the user's human body, such as the chassis grounded in the body made of aluminum alloy with good electrical conductivity, discharge treatment, there is an advantage to improve the durability and safety of the fingerprint recognition mouse. As just one embodiment for carrying out the integrated security fingerprint recognition mouse according to the present invention, the present invention is not limited to the above-described embodiment, without departing from the gist of the present invention claimed in the following utility model registration claims Anyone with ordinary knowledge in the field to which the present invention belongs will have a technical spirit of the present invention to the extent that various modifications can be made.

Claims (5)

It is used in connection with a PC, and recognizes the fingerprint of the PC user through the fingerprint sensor optical sensor 12 built in the main body 11, and the flash memory chip 13 embedded in the main body 11 allows all of the PC and the network. In the fingerprint recognition mouse 10, which stores the Bionic system that is the information that can obtain the use rights, The main body 11 is cast using an aluminum alloy and a magnesium alloy composed of aluminum, an aluminum alloy, a manganese alloy, a silicon alloy, and a connector jack 14a connected to the PC and the main body 11 at both ends, respectively. 14b) is connected to the PC by a detachable interface cable 14 attached thereto, and when the main body 11 is forcibly opened, the power of the battery 15 supplied to the flash memory chip 13 is cut off to flash memory. Integrated security fingerprint recognition mouse further comprises a hook switch (16) for extinction of the system stored in the chip (13). 2. The integrated security fingerprint recognition mouse according to claim 1, wherein the main body (11) is cast using aluminum alloy and magnesium alloy to enhance strength. The method of claim 1, wherein the main body 11 is mixed with a nickel net (11a) and a copper net (11b) at the time of casting to prevent eavesdropping and hacking of the bean system stored in the flash memory chip 13 using electromagnetic waves Integrated security fingerprint recognition mouse, characterized in that the casting process. The light shielding protection cover 11c is attached to a portion of the body 11 in which the fingerprint recognition optical sensor 12 is exposed to the outside, to block light emitted from the optical sensor 12. Integrated security fingerprint recognition mouse, characterized in that. The method of claim 1, wherein the hook switch 16 A battery plate 16b on which the battery 15 is mounted and the power terminal 16a protrudes from the bottom surface thereof; A cylindrical plate 16c is formed on the upper surface, and a conductive plate 16d that contacts the power supply terminal 16a of the battery plate 16b and supplies the power supplied from the battery 15 to the flash memory chip 13. ), And As the battery plate 16b on which the battery 15 is mounted is pressed by the main body 11, the battery plate 16b is maintained while being pressed into the cylindrical protrusion 16c of the current carrying plate 16d. By supplying the power terminal 16a of the contact with the conduction plate 16d so that the power of the battery 15 is normally supplied to the flash memory chip 13, the elastic repulsive force when the main body 11 is forcibly opened The battery 15 is supplied to the flash memory chip 13 by pushing the battery plate 16b upward to separate the contact between the power terminal 16a of the battery plate 16b and the conduction plate 16d. Integrated fingerprint recognition mouse, characterized in that consisting of a spring member (16e) for extinguishing the system stored in the flash memory chip (13) by shutting off the power.