CN2762209Y - Expansion base with lock and lock linkage - Google Patents

Abstract

An expansion base with lock and lock linkage mechanism, a lock positioning slot, a cable positioning slot and a release button adjacent to the lock positioning slot are arranged at the bottom of the body of the expansion base, a lock and a cable at one side of the lock can be just placed in the lock positioning slot and the cable positioning slot, and the other end of the cable can be fixed on a wall or a table leg and other fixtures; one side of the body is convexly provided with a bearing seat, and a connector and two clamping hooks are arranged on the bearing seat, so that a notebook computer can be installed on the bearing seat; a lock core of the lock extends into the body and can be matched with a linkage mechanism to control the pressing action of the release button and the action of two clamping hooks on the bearing seat, so that when the lock locks the linkage mechanism, the release button cannot be pressed down, and when the lock does not lock the linkage mechanism, the release button can be pressed down and is linked with the linkage mechanism, so that a notebook computer installed on the bearing seat is separated from the locking of the two clamping hook holes.

Description

Expansion base with lock and lock linkage

technical field

The utility model relates to an expansion base, in particular to an expansion base with a lock and a linkage mechanism of the lock.

Background technique

Due to the limited volume of notebook computers, it is impossible to pack many storage devices into the limited notebook computers, even the so-called "All-In-One" models are the same, especially the hard disk space is very limited After using the notebook computer for a while, the user will want to install a hard disk, or use a burner to back up the data, because the amount of data is getting larger and larger. Of course, it is possible. Use the local area network to transmit the data and then process it, but it is not as convenient as directly processing it on the notebook computer itself.

At this time, the user can use a multi-function expansion base (Docking) designed on the market to provide convenient peripheral disassembly and assembly. The multi-function expansion base has three modules with different functional requirements. One is The basic type has a wealth of peripheral connection ports; the second is the expansion type, which has a variety of connection ports and a multi-function expansion slot (Mu1tiBay) on both sides of the multi-function expansion base. It is convenient to add other peripheral equipment, so as to expand the notebook computer into a function configuration similar to that of the desktop computer; the third is an external expansion base, which uses the universal serial bus (USB) interface to communicate with the notebook computer. connect.

In addition, the aforementioned multi-function expansion slot (MultiBay) can provide a more flexible storage method, so that the peripheral devices on the multi-function expansion slot can be, for example, a second hard disk for replacement and expansion, a burner, DVD-ROM or floppy disk drive, etc., even add a second battery (battery) to increase the battery life of the notebook computer, and can even be used interchangeably with a commercial desktop computer.

The so-called "scalable mobile architecture" is a concept derived from the above principles, emphasizing the powerful expansion performance, so that users can easily handle any functions they want to expand in the future. Therefore, the multi-function expansion slot can be hot-swappable for various peripheral devices, and can be integrated across platforms to meet different needs; while the multi-function expansion base is convenient for notebook computers to disassemble and install various external devices, which is a great experience for users. is a very good product.

Traditionally, only a lock hole is opened on the outer shell of the multi-functional expansion base, so that a lock can be locked in the lock hole, so as to fix the multi-function expansion base at a position, so as to prevent those who want to Take away the multifunctional expansion base; but the combination of the lock hole and the lock can only prevent the multifunctional expansion base from being taken away, but there is no special locking mechanism that can lock the notebook computer and other devices installed on it at the same time. Peripheral equipment makes the notebook computer and other peripheral equipment very easy to be taken away by interested people alone, causing great losses to users. Therefore, how to improve the aforementioned shortcomings is actually a problem that the industry must solve.

In view of the above-mentioned in-depth introduction, it is not difficult to know that the combination of the lock hole and the lock set on the multi-function expansion base can only prevent the multi-function expansion base from being taken away, but cannot lock the device installed on it at the same time. Notebook computers and other peripheral equipment on the computer, resulting in the disadvantage that the notebook computer and other peripheral equipment are easily taken away by interested people alone, causing great losses to users. Therefore, based on the actual needs of the market and users, and for the sake of To solve the above problems, the designer finally developed and designed a "extended base with lock and lock interlocking mechanism" of the utility model, hoping to contribute to the society through the ingenuity of the utility model.

Utility model content

The main purpose of the present utility model is to provide an expansion base with a lock and a lock linkage mechanism, which can ensure that the expansion base and the notebook computer installed on the expansion base will not be taken away by those who are interested.

Another purpose of the present utility model is to provide an expansion base with a lock and a lock linkage mechanism, wherein the lock and linkage mechanism can still be combined with other locking mechanisms of the expansion base itself [for example: multi-function expansion The locking mechanism on the slot (MultiBay)] is matched, so that after the lockset is locked, it can relatively drive a peripheral device (such as a CD player) installed on the locking mechanism to lock, thereby achieving the effect of multiple locking.

The utility model provides an expansion base with a lock and a lock linkage mechanism. A lock positioning groove, a cable positioning groove and a release button adjacent to the lock positioning groove are arranged at the bottom of the body of the expansion base. ; One side of the main body protrudes a bearing seat, and a connector and two hooks are arranged on the bearing seat, so that a notebook computer can be installed on it; and a lock and the cable on one side can be placed into the lock positioning groove and cable positioning groove, the other end of the cable can be fixed to a fixed object such as a wall or a table leg, so as to lock the expansion base from being taken away arbitrarily by interested persons, and through the lock A lock core protrudes into the body, and can cooperate with a linkage mechanism to control the pressing action of the release button, and at the same time control a two hooks installed on the bearing seat on one side of the body, which can lock the notebook. The notebook computer is used as a locking and unlocking function, so that it can be guaranteed that the notebook computer will not be taken away by interested persons.

According to the above scheme, the utility model designs a brand-new lock and its interlocking mechanism on the expansion base. A cable is provided on one side of the lock, so that when the lock is installed on the expansion base, the To lock a release button on the expansion base so that a notebook computer is locked on the expansion base and cannot be taken away, the other end of the cable can be fixed to a fixed object such as a wall or a table leg, Make it impossible for interested people to take away the expansion base and the notebook computer installed on it arbitrarily. In addition, the lock can still use the linkage mechanism on it to cooperate with other locking mechanisms of the expansion base itself [for example: multi-function expansion The locking mechanism on the slot (MultiBay)] is matched, so that the peripheral equipment installed on the locking mechanism cannot be taken away arbitrarily by interested people.

Description of drawings

FIG. 1 is a schematic diagram of the appearance of the bottom of the expansion base and the lock of the present invention.

Fig. 2 is a partial schematic view of the lock core and the interlocking mechanism of the lock in the expanded base of the utility model.

Fig. 3 is a partial schematic view of the lock, the linkage mechanism and other locking mechanisms in the expansion base of the present invention.

Expansion base 1 main body 10

Lock positioning slot 11 Cable positioning slot 12

Release button 13 Carrying seat 14

Connector 141 Hook 142

Lockset 15 Lock Core 151

Cable 152 Keyhole 153

Linkage mechanism 20 first spring 21

Sliding block 22 Second spring 23

Cross bar 24 Linkage bar 25

Cantilever 26 Locking Mechanism 30

Lock cover 111 Through hole 112

Detailed ways

Please refer to Fig. 1, the utility model is a kind of "expansion base with lock and lock linkage mechanism", the expansion base 1 (Docking) can make a notebook computer (not shown in the figure) be installed on On it, the expansion base 1 has a body 10, the bottom of the body 10 is provided with a lock positioning groove 11, a cable positioning groove 12 and a release button 13 adjacent to the lock positioning groove 11, one side of the body 10 A bearing seat 14 is protruded, and a connector 141 and two hooks 142 are arranged on the bearing seat 14, so that when the notebook computer is installed on the bearing seat 14, it can be embedded in the two hooks 142 and be connected with the The connector 141 makes a connection.

In the present utility model, the lock positioning groove 11 can just allow a lock 15 to be placed therein, and a lock core 151 of the lock 15 protrudes into the body 10, thereby restricting the release button 13 from pressing down, and One side of this lockset 15 is provided with a cable 152, and this cable 152 can be positioned in this cable positioning groove 12, with effectively this cable 152 is done the processing of a line, and the other end of this cable 152 then can be fixed to a Fixed objects (not shown) such as walls or table legs, so that those who are interested cannot arbitrarily take away the expansion base 1 and the notebook computer installed thereon.

Please refer to Fig. 2, the lock 15 can cooperate with a linkage mechanism 20 in the body 10 to control the pressing action of the release button 13 and the action of the two hooks 142 on the bearing seat 14, so that when the lock 15. When the interlocking mechanism 20 is locked, the release button 13 will not be able to be pressed down, so that the notebook computer installed on the bearing seat 14 cannot be separated from the two hooks 142. In this way, it can be ensured that the notebook computer cannot be taken out arbitrarily. Walk.

Conversely, when the lock 15 does not lock the interlocking mechanism 20, the release button 13 will be pressed down to interlock the interlocking mechanism 20, so that the notebook computer installed on the supporting base 14 is separated from the two. The locking of the hook 142 can be taken off smoothly, and at the same time, it will not be damaged due to improper shaking during connection or disconnection.

Referring to Fig. 2 again, in the utility model, the linkage mechanism 20 is located at the lock core 151 of the lockset 15, and is provided with a first spring 21 for restraining the movement of the sliding block 22. When the lock core 151 When the rotation is in a locked state, it will push against the sliding block 22 and move to the bottom of the release button 13, so that the release button 13 cannot be pressed down; the bottom of the release button 13 is connected with a cross bar 24, which is formed by at least one first Two springs 23 are pinned down on the back of the bearing seat 14, and the bottom edge of the cross bar 24 is connected with a U-shaped linkage rod 25, and the front ends of the two corresponding cantilevers 26 of the linkage rod 25 can just control the outward movement of the two hooks 142. Rotate; thereby, when the lock 15 rotates so that the sliding block 22 is located below the cross bar 24, the release button 13 will not be able to press down, and when the lock 15 returns so that the sliding block 22 is no longer located under the cross bar 24 At this time, the release button 13 will be pressed down to move the cross bar 24, so that the notebook computer installed on the bearing seat 14 will break away from the locking of the two hooks 142. Therefore, through the aforementioned linkage mechanism 20, after the notebook computer is installed on the bearing base 14, the release button 13 can be locked by the lock 15, preventing others from taking the notebook computer from the bearing base 14.

In addition, as shown in FIG. 3 , the lock 15 and the linkage mechanism 20 of the present invention can not only lock the release button 13 on the main body 10 of the expansion base 1 , so that the notebook computer is locked on its supporting seat 14 , In addition to being unable to take it away, the linkage mechanism 20 can be matched with other locking mechanisms 30 of the expansion base 1 itself, for example: matching with the locking mechanism 30 on the multi-functional expansion slot (MultiBay) to After the lockset 15 is locked, it can relatively drive a peripheral device installed on the locking mechanism 30 (for example: a CD player, not shown in the figure), which cannot be taken away from the expansion base 1 alone, and cannot be removed from the expansion base 1 simultaneously. The expansion base 1 and the notebook computer are taken away, and have multiple locking effects.

In the present utility model, please refer to Fig. 1 again, the lock positioning groove 11 can be provided with a lock cover 111 which can be flatly locked on it, and the lock cover 111 is provided with a through hole 112, which can make The lock hole 153 of the lock 15 is exposed at the through hole 112 , so that the lock 15 can be stably fixed on the lock positioning groove 11 by the lock cover 111 .

According to the above, the lock 15 and its interlocking mechanism 20 of the present invention, in addition to fixing the cable 152 of the lock 15 on the expansion base 1, can also cooperate with, for example: multi-functional expansion slot (MultiBay) The locking mechanism 30 makes the peripheral equipment installed thereon locked on the expansion base 1, preventing the expansion base 1, the notebook computer and the peripheral equipment from being taken away together.

The above are only the best specific embodiments of the present utility model, but the structural features of the present utility model are not limited thereto, any changes or changes that can be easily conceived by any person familiar with the art in the field of the present utility model Modifications should all be covered within the protection scope of the present utility model.

Claims (3)

1, a kind of extended base that has lockset and lock linkage mechanism is characterized in that, this extended base comprises:

One body, a lockset locating slot, a cable locating slot and a button release adjacent with this lockset locating slot are established in this body bottom, and a side of this body is convexly equipped with a load bearing seat, establishes a connector and two trips on this load bearing seat, and is mounted thereto for a notebook computer;

One lockset, this lockset are inserted in this lockset locating slot, and a core of this lockset stretches in this body, press work once and limit this button release, and establish a cable in a side of this lockset, this cable is positioned in this cable locating slot, and the other end of this cable is fixed on the fixture;

One interlinked mechanism, the core place of this interlinked mechanism position lockset in this body, this interlinked mechanism comprise one in this button release bottom and the cross bar and that is connected can be subjected to the sliding shoe that this core control is moved, two trips that this interlinked mechanism cooperates lockset to control on this button release pressing action and the load bearing seat move, when this lockset rotation makes this sliding shoe be positioned at the state of this cross bar below, this button release can't press down, when this lockset answer makes this sliding shoe no longer be positioned at the state of this cross bar below, this button release can be pressed down action, with this cross bar of interlock, make the notebook computer that is installed on this load bearing seat break away from the locking of this two trip.

2, the extended base that has lockset and lock linkage mechanism as claimed in claim 1 is characterized in that, this interlinked mechanism still comprises:

One first spring in order to pin down moving of this sliding shoe, can push against the bottom that this sliding shoe moves to this button release when this core rotation is a blocking, this button release can't press down;

At least one second spring is in order to pin down this cross bar and the position back side at this load bearing seat;

One trace that takes the shape of the letter U is connected with this cross bar root edge, and this two trip of two respective cantilevered front-end control of this trace outwards rotates.

3, the extended base that has lockset and lock linkage mechanism as claimed in claim 1, it is characterized in that, establish a smooth sealed lockset lid thereon on this lockset locating slot, this lockset covers and is provided with a through hole, the lockhole of this lockset is emerging in this through hole place, by this lockset lid this lockset is fixed on this lockset locating slot.

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