CN100502726C

CN100502726C - Electronic lock control cabinet

Info

Publication number: CN100502726C
Application number: CNB2005100150156A
Authority: CN
Inventors: 张庭维
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-09-07
Filing date: 2005-09-07
Publication date: 2009-06-24
Anticipated expiration: 2025-09-07
Also published as: CN1927090A

Abstract

An electronic lock control cabinet body, comprising: a box body, which is surrounded by five panels to form an inner space and is provided with a flat plate facing a user and provided with an opening for a plurality of drawers with clamping hook parts at the bottom to slide back and forth; the locking mechanism is provided with a longitudinal slide rail which can move up and down, the longitudinal slide rail is arranged in the box body and is provided with a plurality of locking holes for clamping the clamping hook part of each drawer, and one side of the longitudinal slide rail, which is adjacent to the top end, is provided with a working hole for a rotatable transverse shaft lever to penetrate through; an electronic mechanism has a control panel connected via a circuit to a lock controller and a power supply unit in the box, and the lock controller is connected via a linkage part to the longitudinal slide track for driving the linkage part to move the longitudinal slide track up and down. The invention controls the locking mechanism by setting the password and setting the opening and closing time, thereby achieving the effect of accurate control.

Description

Electronic lock controlled cabinet

Technical field

The present invention relates to a kind of electronic lock controlled cabinet.

Background technology

General existing cabinet; it has a casing; be provided with the drawer that several can free slippage in this casing; for place tool or file; and taken by other people for avoiding instrument or vital document; the locked instrument of one this drawer of locking all can be set at this cabinet, make can be when not using uncertain sealed unlikely the getting loose of drawer of cabinet, to reach the effect of protection individual privacy.

Aforesaid locked instrument is in mechanical mode, drawer locks, therefore need in the use by key to reach the effect of opening or locking drawer, when desire was opened each drawer, all the operation that must be opened by the people of keeping key was quite not convenient in the use, and after long-time the use, key is often extensively duplicated, and causes the instrument that is positioned in the drawer and file often to be taken by unspecific personnel or browse, and makes the function of this locked instrument forfeiture tools for controlling and file.

Moreover, because electronic building brick is light, thin, short, little and have multi-functional characteristic, therefore, how the existing mechanical lock is integrated mutually with electronic building brick, providing multi-functional electronic lock controlled device with design is emphasis of the present invention.

Summary of the invention

Technical problem underlying to be solved by this invention is, overcome the defective that existing cabinet with mechanical lock exists, and provide a kind of electronic lock controlled cabinet, it is with password setting and sets opening and closing time and control this locked mechanism, reaching the effect of accurate management and control, and has the advantage of this locked mechanism of enforced opening.

The technical solution adopted for the present invention to solve the technical problems is:

A kind of electronic lock controlled cabinet comprises: a casing; It is characterized in that described casing is to be surrounded into by five panels to have an inner space, and be provided with one, supply the drawer of several bottom tool hook parts to slide front and back towards user and ostiolate flat board; One locked mechanism, having one can upper and lower mobile vertical slide rail, and this vertical slide rail is to be located in the casing and to have several locking holes, fixes for the hook part of each drawer, one side of this vertical slide rail adjacent top end is established a working hole, wears for a rotating transverse shaft; One electronic mechanism, has a control panel, this control panel by a circuit respectively be located at this casing in a lock control controller be connected with a supply unit, this lock control controller borrows a moving part to link to each other with this vertical slide rail, to start this lock control controller by this control panel and then to drive this moving part, this vertical slide rail can upper and lowerly be moved.

Aforesaid electronic lock controlled cabinet, wherein transverse shaft connects a pressure assembly away from an end of working hole, and this pressure assembly is the rotary switch of rotatable this transverse shaft.

Aforesaid electronic lock controlled cabinet, wherein control panel has the IC plate of a tool password setting, time set and reception signal function.

Aforesaid electronic lock controlled cabinet, wherein supply unit has the stand-by power supply that a main power supply and can be inserted in this control panel, supplies with the required electric power of this electronic lock controlled cabinet.

Aforesaid electronic lock controlled cabinet, wherein main power supply and stand-by power supply are general dry cell or reusable rechargeable battery.Aforesaid electronic lock controlled cabinet, wherein lock control controling appliance one can upper and lower mobile nose bar and is linked to each other with this moving part and this vertical slide rail, drives this moving part with the control that is subjected to this control panel, and this vertical slide rail can upper and lowerly be moved.

Aforesaid electronic lock controlled cabinet, wherein moving part is probably L-shaped, and is connected in a side of this vertical slide rail, for the nose bar pushing tow of lock control controller.

Aforesaid electronic lock controlled cabinet, wherein control panel comprises that also one can send the remote controller of specific signal, sends signal by this remote controller, starts this lock control controller by this control panel after receiving signal, to carry out the keying of drawer.

Aforesaid electronic lock controlled cabinet, wherein each panel is respectively a top panel, a bottom panel and is mutually one first parallel panel, one second panel, one three panel also parallel each other of arranging in pairs or groups with described flat board, and be provided with several chutes in this first, second panel, establish for the drawer cunning of several bottom tool hook parts; And this vertical slide rail is to be located at the 3rd panel; Described lock control controller all is located at the 3rd panel with supply unit and is linked to each other with a circuit respectively, and is controlled by this control panel, and this vertical slide rail can upper and lowerly be moved.

The present invention is with password setting and sets opening and closing time and control this locked mechanism, reaching the effect of accurate management and control, and has the advantage of this locked mechanism of enforced opening.

Description of drawings

The present invention is further described below in conjunction with drawings and Examples.

Fig. 1 is a schematic appearance of the present invention

Fig. 2 is the frame circuit diagram of electronic mechanism among the present invention

Fig. 3 is a normality of the present invention bottom office structure chart

Fig. 4 is one of action schematic diagram of the present invention (fastening the relation in vertical slide rail in order to holding division to be described)

Fig. 5 is two (no longer fastening the relation of holding division in order to illustrate vertical slide rail to move up) of action schematic diagram of the present invention

Fig. 6 is the present invention supplies with the required power supply of control panel with stand-by power supply a schematic diagram

Fig. 7 is that the present invention forces assembly to open the schematic diagram of drawer

The specific embodiment

See also Fig. 1 to Fig. 7, be the selected example structure of the present invention shown in the figure.

The electronic lock controlled cabinet of present embodiment comprises:

One casing 1, it comprises being surrounded into by five panels to have an inner space and towards user and ostiolate dull and stereotyped 14, each panel is respectively a top panel 15, a bottom panel 16 and is mutually parallel one first panel 11, one second panel 12, one three panel 13 also parallel each other of arranging in pairs or groups with this flat board 14, and be provided with several chutes 17 in this first, second panel 11,12, for drawer 18 sliding the establishing of several bottom tool one hook parts 181;

One locked mechanism 2, having one can upper and lower mobile vertical slide rail 21, and this vertical slide rail 21 is that to be located at the 3rd panel 13 inboard and have several locking holes 211, for each drawer 1

8 hook part 181 fixes, and establish a working hole 212 in a side of these vertical slide rail 21 adjacent top end, wear for a rotating transverse shaft 22, in the present embodiment, this transverse shaft 22 is by a bending segment 221 and is connected in the straightway 22 at these bending segment 221 two ends

2 form, and make this bending segment 221 just be arranged in this working hole 212, and this transverse shaft 2

2 ends away from this working hole 212 connect one forces assembly 23, and in the present embodiment, this pressure assembly 23 is the rotary switch of rotatable this transverse shaft 22;

One electronic mechanism 3, has a control panel 31, an one lock control controller 32 and a supply unit 33, in the present embodiment, this control panel 31 has a password setting, the IC plate of time set and reception signal function, as shown in Figure 2, and this control panel 31 is connected with supply unit 33 with the lock control controller 32 of being located at the 3rd panel 13 respectively by a circuit, in the present embodiment, this supply unit 33 is made up of a main power supply 331 and a stand-by power supply 332 that can be inserted in this control panel 31, and this main power supply 331 and stand-by power supply 332 can be general dry cell or reusable rechargeable battery, and this lock control controller 3

2 have one can upper and lower mobile nose bar 321 and link to each other by the vertical slide rail 21 of L-shaped without exception moving part 34 and this, to start the nose bar 321 of this lock control controller 32 and then to promote this moving part 34, this vertical slide rail 21 can upper and lowerly be moved by this control panel 31.

Under the normality, as shown in Figure 3, when each drawer 18 along this first, second panel 11,1

2 chute 17 moves and is when closing shape, stretched through this locking hole 211 and stay in the inside of this vertical slide rail 21 of the hook part 181 that is positioned at these drawer 18 bottoms, and because of the nose bar 321 of this lock control controller 32 is understood upwards this moving part 34 of ejection, form the active force that supports this vertical slide rail 21, this vertical slide rail 21 can not moved down because of gravity, therefore, the hook part 181 of being located at each drawer 18 bottom can be stuck and can open or close freely.

Each drawer 18 if desire locks, as shown in Figure 4, the user can be at these control panel 31 input passwords, move down with the nose bar 321 that starts this lock control controller 32, make and the strength that these vertical slide rail 21 forfeitures are supported cause this vertical slide rail 21 to produce the situation that moves down, so because of the weight of itself, with making that the hook part 181 stretched through this locking hole 211 and to be positioned at these vertical slide rail 21 inside is fastened in these vertical slide rail 21 inside, to finish the locking action of each drawer 18.

Otherwise as shown in Figure 5, when desire was opened each drawer 18, to this control panel 31 input proper passwords, the nose bar 321 that this control panel 31 can start these lock control controllers 32 this moving part 34 of pushing tow that will make progress made this moving part 34 drive these vertical slide rails 21 and moves up.When this vertical slide rail 21 moved up, this locking hole 211 also produced and moves, and made to fasten in the hook part 181 of these vertical slide rail 21 inside and can fasten shape and no longer be because of the moving of this locking hole 211, and so, promptly finished the action of opening each drawer 18.

Secondly, as shown in Figure 6, because supply unit 33 of the present invention has a stand-by power supply 3

32, and this stand-by power supply 332 can directly be inserted on this control panel 31, so that required power supply to be provided, therefore, during main power supply 331 loss of power in being located at this casing 1, can substitute with this stand-by power supply 332, to proceed to open or the action of the drawer 18 that locks at once.

Because but control panel 31 of the present invention is a setting code and the IC panel of setting opening and closing time, therefore, can be in the time of these control panel 31 input desires unlatchings or locking drawer 18.When arriving the unlatching of setting or locking the time, this control panel 31 promptly can move the nose bar 321 of this lock control controller 32 by this circuit downward or upward, whereby, so that when arriving setting-up time, can finish the unlatching or the locking of drawer 18.

Moreover, see also Fig. 7 and since the present invention in this transverse shaft 22 away from this working hole 2

An end of 12 connects one forces assembly 23, and this pressure assembly 23 is the rotary switch of rotatable this transverse shaft 22, therefore, when main power supply 331 and stand-by power supply 332 all can't supply powers, perhaps this lock control controller 32 damages and can't make this nose bar 321 upwards during this moving part 34 of pushing tow, can insert in this rotary switch by a key, to rotate this transverse shaft 22, and just be arranged in the working hole 212 of this vertical slide rail 21 because of the bending segment 221 of this transverse shaft 22, when these transverse shaft 22 rotations can make this bending segment 221 also rotate, can be by this working hole 212 with on this vertical slide rail 21 of indirect drive, move down, whereby, also can reach the effect of unlatching and each drawer 18 that locks.

In addition, the present invention's remote controller that can send specific signal of further can arranging in pairs or groups sends signal by this remote controller, starts this lock control controller 32 by this control panel 31 after receiving signal, to carry out the keying of each drawer 18.

Claims

1. An electronic lock control cabinet, comprising: a box; it is characterized in that the box is surrounded by five panels to form an internal space, and is provided with a flat panel facing the user and having an opening for several The drawer with a hook at the bottom can slide back and forth;

A locking mechanism has a vertical slide rail that can move up and down. The vertical slide rail is set in the box and has several locking holes for locking the hooks of each drawer. The vertical slide rail is adjacent to the top end A working hole is provided on one side of the shaft for a rotatable transverse shaft to pass through;

An electronic mechanism has a control panel, and the control panel is respectively connected with a lock control controller and a power supply device arranged in the box through a line, and the lock control controller is connected with the longitudinal slide through a linkage The rails are connected to each other, so that the lock control controller is activated by the control panel to drive the linkage, so that the vertical slide rail can move up and down.

2 . The electronic lock control cabinet according to claim 1 , wherein the end of the transverse shaft away from the working hole is connected to a forcing component, and the forcing component is a rotary switch capable of rotating the transverse shaft. 3 .

3. The electronic lock control cabinet according to claim 1, wherein the control panel has an IC board with functions of password setting, time setting and signal receiving.

4. The electronic lock control cabinet according to claim 1, wherein the power supply device has a main power supply and a backup power supply that can be inserted into the control panel to supply the electric power required by the electronic lock control cabinet .

5. The electronic lock control cabinet according to claim 4, wherein the main power supply and the backup power supply are common dry batteries or reusable rechargeable batteries.

6. The electronic lock control cabinet according to claim 1, characterized in that the lock control device has a protruding rod that can move up and down and is connected with the linkage and the longitudinal slide rail, so as to be controlled The control of the panel drives the linkage so that the longitudinal slide rail can move up and down.

7. The electronic lock control cabinet according to claim 1, characterized in that the linkage member is roughly L-shaped and connected to one side of the longitudinal slide rail for pushing by the protruding rod of the lock control controller.

8. The electronic lock control cabinet according to claim 1, characterized in that the control panel further includes a remote controller that can send a specific signal, and the remote controller sends out a signal, and the control panel starts after receiving the signal. The lock control controller is used to open and close the drawer.

9. The electronic lock control cabinet according to claim 1, characterized in that each of the panels is a top panel, a bottom panel, and a first panel and a second panel parallel to each other, matching with the The above-mentioned flat plates are also a third panel parallel to each other, and several slide grooves are provided on the first and second panels for slidingly setting of several drawers with hooks at the bottom; and the longitudinal slide rail is located on the first Three panels;

The lock control controller and the power supply device are both arranged on the third panel and connected to a circuit respectively, and are controlled by the control panel so that the vertical sliding rail can move up and down.