JP3241787U - PC take-out prevention lock structure that can be applied to different electronic keyholes - Google Patents

Abstract

Kind Code: A1 To provide a personal computer take-out prevention lock structure that can be applied to different electronic keyholes. A pivot hole (11) and a padlock hole (12) pass through the plates (10) and a pivot member (20). According to the difference of the electronic product to be locked, one of the locking arms is selected and used, and the first fastener 14 protrudes from the locking arm of the plate body, and the other locking arm is used. The second fastener 15 protrudes to the second fastener 15, the bottom 151 is formed at the boundary between the second fastener and the locking arm, and the outer side of the second fastener has a slope that gradually decreases toward the bottom 152 are provided. [Selection drawing] Fig. 2

Description

TECHNICAL FIELD The present invention relates to a "computer takeout prevention lock structure applicable to different electronic keyholes", and more particularly to a general-purpose personal computer takeout prevention lock structure.

With the advancement of science and technology, electronic products such as notebook computers and tablet PCs are designed to be light, thin and small, making them easier to carry around. However, electronic products designed in this way have become a target for thieves, and this situation is even more prevalent, especially in crowded areas or in unmanned offices. In order to improve this phenomenon, dealers have researched and developed lock structures to prevent personal computers from being taken out.

At present, most of the conventional lock structures for preventing personal computer from being taken out have a locking member, which is inserted into the keyhole of the electronic product to be fixed, and the lock structure for preventing personal computer from being taken out has a lock on it. The electronic product can be smoothly locked by passing the wire through a non-moving part such as a table leg.

However, the conventional structure as described above still has the following problems in practical application. In other words, there are various brands of notebook computers and tablet PCs, and even if they are of the same brand, there is a possibility that the standard and shape of the keyhole may be different (currently, 3 x 7mm K-type standard keyholes, 2 .5 x 6mm NANO keyhole and inverted trapezoidal keyhole are the most common), consumers need to purchase a personal computer lock structure according to the keyhole specifications of their electronic products, which is relatively easy to use. Inconvenient and not economical.

Therefore, if we can develop a lock structure that can lock various different keyholes to prevent personal computers from being taken out, consumers will not need to make special purchases when replacing electronic products with the general-purpose design. It is more economical to use because the lock structure for preventing personal computer from being taken out can be used continuously. This is the problem that the inventors are trying to improve.

Therefore, the inventor of the present invention took this into consideration, came up with a creative concept, designed with many years of experience, and completed the present invention after many discussions, trial tests of samples, and some modifications and improvements.

The present invention provides a personal computer lock structure applicable to different electronic keyholes, comprising two plates and a pivot member, wherein the plate is penetrated by a pivot hole and a padlock hole, and the pivot member is used. are provided through the pivot holes of the two plates at the same time, so that the two plates can be overlapped and pivotally combined, and when subjected to force, a smooth pivotal movement occurs, and the plates are According to the extension of the two locking arms, one of the locking arms is selected and used according to the difference of the electronic product to be locked, and the locking arm of the plate is provided with the first fastener. protrudes, a second fastener protrudes from the other locking arm, a bottom is formed at the boundary between the second fastener and the locking arm, and the outer side of the second fastener has the A sloping surface is provided that gradually decreases toward the bottom, thereby obtaining a personal computer take-out prevention lock structure that can be applied to different electronic keyholes.

The present invention provides a lock structure for preventing personal computer from being taken out, which can be applied to different electronic keyholes, and uses the connection between the first fastener and the second fastener to lock various different keyholes in the same way, With said general-purpose design, even if the consumer does not purchase a specific personal computer lock structure, the personal computer lock structure can be used continuously when the electronic product is replaced. Up is more economical and convenient.

FIG. 1 is a three-dimensional combination diagram of the first embodiment of the present invention. FIG. 2 is an exploded view of the first embodiment of the present invention. FIG. 3 is an assembly plan view of the first embodiment of the present invention. FIG. 4 is the operation diagram of locking the K-type standard keyhole of the first embodiment of the present invention. FIG. 5 is the operation diagram of locking the inverted trapezoidal keyhole of the first embodiment of the present invention. FIG. 6 is a diagram of the completed lock in the first embodiment of the present invention. FIG. 7 is an exploded view of the second embodiment of the present invention. FIG. 8 is a working diagram of the second embodiment of the present invention. FIG. 9 is a diagram of the completed lock in the second embodiment of the present invention.

In order that the objects, features and advantages of the present invention may be better understood and appreciated, the following detailed description refers to the drawings in the Brief Description of the Drawings.

Firstly, as shown in Figures 1-3, it comprises two plates (10) and a pivot member (20), wherein said plate (10) comprises a pivot hole (11) and a padlock hole (12). passes through and through the pivot holes (11) of the two plates (10) at the same time using the pivot member (20), the two plates (10) are overlapped and pivotally It can be combined and has a smooth pivotal movement when receiving force, and the extension of the two locking arms (13) on the plate (10) further according to the different electronic products (30) to be locked. , one of the locking arms (13) is selected and used, and the first fastener (14) protrudes from the locking arm (13) of the plate (10), and the other locking arm (14) projects. A second fastener (15) protrudes from the stop arm (13), a bottom (151) is formed at the boundary between the second fastener (15) and the locking arm (13), and the second A slant surface (152) is provided on the outer side of the fastener (15), the slope gradually decreasing toward the bottom portion (151).

The present invention provides a personal computer take-out prevention lock structure that can be applied to different electronic keyholes, where the plate body (10) is manufactured after pressing a metal plate.

The present invention provides a personal computer take-out prevention lock structure applicable to different electronic keyholes, wherein the two locking arms (13) of the plate (10) are connected to the two opposite sides of the plate (10). It is divided into

The present invention provides a personal computer take-out prevention lock structure that can be applied to different electronic keyholes, where the first fasteners (14) of the two plates (10) protrude in opposite directions.

The present invention provides a personal computer take-out prevention lock structure that can be applied to different electronic keyholes, where the second fasteners (15) of the two plates (10) protrude in opposite directions.

The present invention provides a personal computer take-out prevention lock structure that can be applied to different electronic keyholes, wherein the two plates (10) are formed with cutouts (16) on each side (as shown in FIG. 7). ), the two plates (10) can be staggered and opened, and the notch (16) provides a cable (41) for an input device (40) such as a mouse, keyboard, etc. to be retrofitted. , further utilizing the rotation of the two plates (10), the cables (41) are enclosed together (as shown in FIG. 8) via the two notches (16), thus the two plates After the body (10) is locked, said input device (40) also receives anti-theft protection (as shown in Figure 9).

The present invention provides a personal computer take-out prevention lock structure that can be applied to different electronic keyholes, where the notch (16) is provided in a U shape.

The present invention provides a lock structure to prevent taking out a personal computer, which can be applied to different electronic keyholes, where the electronic product (30) is a notebook computer, a tablet, a personal computer (PC) or a liquid crystal screen.

In actual use, the first fastener (14) or the second fastener (15) according to whether the keyhole of the electronic product (30) is a K-type standard keyhole, a NANO keyhole or an inverted trapezoidal keyhole. is selected to lock, that is, when the keyhole (31) is a K-type standard keyhole or NANO keyhole, by turning the two plates (10), the two first fasteners ( 14) can be smoothly engaged and smoothly inserted into said keyhole (31) and then returned to a further position to open (as shown in Figure 4) and be opened by padlock (50) for said padlock. The two plates (10) are locked through the holes (12), and the wire (51) connected to the padlock (50) is wound around a fixed object such as a desk leg, so that the two The plate (10) cannot be pulled out of the keyhole (31), and the electronic product (30) can also receive anti-theft protection, while the electronic product (30) can be reversed. With a trapezoidal keyhole (32), in the same manner, locking is provided via said second fastener (15) with said ramp (152) (as shown in Figures 5 and 6), Therefore, most of the electronic products (30) can be provided to the user with the same personal computer lock structure.

The following effects can be obtained by the configuration of the specific embodiment described above: Various Different keyholes are locked in the same way, and with the general-purpose design, the personal computer anti-removal lock structure can be used when the electronic product (30) is replaced without purchasing a specific personal computer anti-removal lock structure. can be used continuously, which is more economical and convenient to use.

The above is only one embodiment of the present invention, and is not intended to limit the implementation scope of the present invention. In other words, any changes or modifications made within the scope of the claims of the utility model registration of the present invention shall also belong to the scope of the present invention.

10 Plate 11 Pivot hole 12 Padlock hole 13 Locking arm 14 First fastener 15 Second fastener 151 Bottom 152 Slope 16 Notch 20 Pivot member 30 Electronic product 31 Keyhole 32 Inverted trapezoidal keyhole 40 Input device 41 Cable 50 padlock 51 wire

Claims (7)

A personal computer take-out prevention lock structure that can be applied to different electronic keyholes and includes two plates and a pivot member,
A pivot hole and a padlock hole pass through the plate, and the pivot member is used to pass through the pivot holes of the two plates at the same time, and the two plates are overlapped and pivotally combined. and a smooth pivotal movement occurs when the plate body is subjected to force, and the two locking arms are extended to the plate, and one of the locking arms can be selected according to the difference of the electronic products to be locked. a first fastener projecting from the locking arm of the plate, a second fastener projecting from the other locking arm, and a boundary between the second fastener and the locking arm; a bottom portion is formed on the second fastener, and an outer edge of the second fastener is provided with a sloping surface that gradually decreases toward the bottom portion. 2. The personal computer take-out prevention lock structure applicable to different electronic keyholes according to claim 1, wherein said plate is manufactured by pressing a metal plate. 2. The personal computer carry-out prevention lock structure applicable to different electronic keyholes according to claim 1, wherein the two locking arms are provided separately on two opposing sides of the plate. 2. The personal computer take-out prevention lock structure applicable to different electronic keyholes according to claim 1, wherein the first fasteners of the two plates protrude in opposite directions. 2. The personal computer take-out prevention lock structure applicable to different electronic keyholes according to claim 1, characterized in that the second fasteners of the two plates protrude in opposite directions. A notch is formed on each side of each of the two plates so that the two plates can be opened by shifting, and the notches allow the cables of the input devices such as the mouse and keyboard to be inserted later. Further, by using the rotation of the two plates, the cables are enclosed together through the two notches, so that after the two plates are locked, the input device is also anti-theft. The personal computer take-out prevention lock structure applicable to different electronic keyholes according to claim 1, characterized by being protected. 7. A personal computer take-out prevention lock structure applicable to different electronic keyholes according to claim 6, wherein said notch is formed in a U shape.

Images