KR200399850Y1 - Strongbox - Google Patents

Abstract

The present invention relates to a safe used to safely store money, valuables, and important documents, such as the metal frame of the safe case body 110 filled with the fillings 110a and 120a or the metal frame of the safe case door 120. Since the zigzag metal pleated plate 30 is internally formed, it can be easily and satisfactorily prevented from destroying the safe by a hitting mechanism such as a drill or a hammer without the overall reinforcement of the safe case 100. It works.

Description

Safe {Strongbox}

The present invention relates to a safe used to keep money, valuables and important documents secure.

As is well known, safes include general iron safes, fireproof safes, anti-theft safes, and fire-resistant anti-free safes.

The general iron safe is a simple storage safe made of a metal plate as a main material, but can be easily manufactured at low cost, but there is a disadvantage in that the storage is incinerated in case of fire, or the storage is easily stolen.

The fireproof safe is a vault made of refractory materials as a main material, and is a safe for protecting important documents such as bank accounts, wills, insurance, pension certificates, seal documents, securities, tax data and passports from fire. The performance of these fireproof safes depends on the fire resistance, and the measurement of fire resistance must be measured by an internationally reputable institution, and according to the result, it is required to be certified and marked on the product. International certification bodies for fire resistance labeling include UL in Japan, JIS in Japan, SP and EN in Europe, and KS in Korea. Fireproof life is usually 20 years, so it is better to replace the safe after 20 years. The fire resistance time, that is, the time to withstand fire, should generally be safe for more than 1 hour at direct fire power of about 1000 degrees or more and the measurement method should be able to read the contents of newspapers.

The anti-storage safe is a safe that can safely store safes from external impact machines such as drills, hammers, welding, etc., and is used for storing cash or precious metals. According to the thickness of the iron plate used in the inner walls and doors of the manufacturing process and the performance of the internal filling, the anti-theft of the anti-deposit box is determined, and research is being actively conducted to improve the anti-corrosion property in various forms.

The fire resistant safe deposit box is a safe having both fire resistance and anti-corrosion resistance, and has a structure in which another safe for improving the anti-theft property is usually installed inside the fire safe deposit box, and is generally used for storing drugs in hospitals and the like.

1 to 4 show an example of a conventional safe.

According to this, the conventional safe, the safe box 100 consisting of the main body 110, the storage compartment (100a) is formed, the door 120 is rotatably fixed to the main body 110 via the hinge (H1, H2) and ; A door opening and closing device (200) installed in the door (120) to selectively fix the door (120) to the main body (110); Installed in the door 120, it forms a structure consisting of a locking device 300 for controlling the operation of the door opening and closing device 200.

In the present embodiment, the refractory fillers 110a and 120a filled in the metal mold were applied to the main body 110 and the door 120 of the safe case 100.

In addition, the door opening and closing device 200, the door locking member 210 is installed to be reciprocally movable in the door 120 and selectively engaged with the main body 110 located opposite the hinge (H1, H2), and the door The handle 220 which is rotatably installed on the door 120 for the bite / release of the locking member 210 and the power from the handle 220 are transmitted to the door locking member 210 to lock the door 210. The one consisting of a lever 230 for reciprocating is applied. The door locking member 210 includes a latch fixing frame 211a in which a guide groove h4 is formed, and a moving frame 211 including a guide frame 211b in which a guide groove h1 and a latch groove h2 are formed. ) And; The latch 212 is fixed to the latch fixing frame 211a of the moving frame 211, and a latch 212 that is removably fitted to the main body 110 positioned opposite the hinges H1 and H2 is applied. The lever 230 has a power transmission protrusion 231 movably inserted into the guide groove h4 of the latch fixing frame 211a to be interlockedly fixed to the rotation shaft of the handle 220. A stopper a firmly fixed to the door 120 is fitted into the guide groove h1 of the guide frame 211b.

As the locking device 300, a known dial locking device having a dial 310 and a latch 320 that is removably inserted into the latch groove h2 of the guide frame 211b is applied.

2 and 3, the latch groove h3 is formed in the guide frame 211b, and the latch 410 is removably inserted into the latch groove h3. By reinforcing and installing the auxiliary locking device 400, the guide frame 211b to be locked by the locking device 300 and the auxiliary locking device 400, or the hinge (H1, H2) of the door 120 The fixed latch 130 is installed at the side, and when the door 120 is closed, the fixed latch 130 is naturally fitted to the main body 110 positioned on the hinges H1 and H2 to be engaged.

Referring to the operating state of the safe shown in Figures 1 to 4 as follows.

The door 120 of the safe case 100 is closed, and the closed door 120 is engaged with the main body 110 by the door opening and closing device 200, and the door opening and closing device 200 is locked by the locking device 300. Is locked, and the state in which the article is stored in the storage compartment 100a of the safe case 100 is set to an initial state.

In this initial state, when the safe user operates the dial 310 of the lock 300 to set the safe password, the latch 320 of the lock 300 is moved from the latch groove h2 of the guide frame 211b. The door opening and closing device 200 is released.

Then, when the safe user rotates the handle 220 of the door opening and closing device 200 in the opening direction, the lever 230 is linked to this to move the moving frame 211 in the hinge (H1, H2) direction, latch fixing The latch 212 fixed to the frame 211a exits from the main body 110 positioned at the opposite sides of the hinges H1 and H2, thereby releasing the engagement of the door 120.

Thereafter, when the door 120 is pulled, the door 120 is rotated about the hinges H1 and H2 to be opened.

Locking the safe by closing the door 120 is in the reverse order of the operation, description thereof will be omitted.

However, in the case of the safe shown in Figs. 1 to 4, a separate means for improving the anti-theft is not taken, and the purpose of stealing the deposits such as cash or precious metal stored in the storage room 100a of the safe. In order to damage the door opening and closing device 200 or the locking device 300 by applying a blow or heat to the safe case 100 through a device such as a drill, a hammer, or a heating mechanism (generally, a welding machine), When the engagement between the main body 110 and the latch 212 of the door opening and closing device 200 is released, a problem arises that the safe is easily unlocked.

In order to prevent this, the thickness of the metal mold of the main body 110 and the door 120 of the safe case 100 and the thickness of the filler 120a inside the metal mold should be thickened, or a filler 120a having excellent strength should be applied. However, this leads to a problem in that the volume and the weight of the safe are unnecessarily increased and the manufacturing cost of the safe is greatly increased.

As a way to solve the above problems, as shown in Figure 5, the heat conduction plate inside the metal mold of the body 110 or the door 120 of the safe case 100 is filled with the filling (110a; 120a) Proposed (10) was proposed to prevent destruction of the safe by the heating mechanism. As the thermal conductive plate 10, a copper plate having excellent thermal conductivity is usually used. Here, reference numeral 20 denotes a fixing member for maintaining a gap between the heat conduction plate 10 and the metal form of the safe case body 110, or between the heat conduction plate 10 and the metal form of the safe case door 120. Indicates.

In the case of such a safe, when heating a critical part (part for unlocking the safe) of the safe case 100 through a heating mechanism such as a welder to steal the safe deposit, high temperature heat energy is supplied to the safe case 100. It is quickly conducted along the heat conduction plate 10 in the built-in, so that even if the local high temperature heating to destroy the safe, the temperature of the part is not overheated more than necessary, the problem that the thermal damage of the safe case 100 by the heating mechanism is It does not occur.

However, since the heat conduction plate 10 having excellent thermal conductivity is considerably weak, and the impact is applied to the safe case 100 through a grill or a hammer, the heat conduction plate 10 is easily broken, so that a drill or a hammer is used. It does not help much to destroy the safe.

Various studies have been conducted to prevent the destruction of the safe by the drill or hammer, but no other measures have been devised until now.

Therefore, in order to prevent the destruction of the safe by a drill or a hammer, despite the various problems as mentioned above, the thickness and the metal frame of the metal mold of the body 110 and the door 120 of the safe case 100 The thickness of the inside filling material 120a is increased, or the filling material 120a which is excellent in strength is applied, and the anti-fogging property is improved.

Accordingly, the present invention has been made to solve the above problems, and an object of the present invention is to provide a safe having excellent anti-corrosion effect that is effectively prevented from destroying the safe by the impact mechanism such as a drill or a hammer.

The present invention for achieving the above object is made of a main body in which the storage chamber is formed, and a door rotatably fixed to the main body through the hinge, the fire-resistant filling is in the metal mold of the body or the metal mold of the door A safe having a filled safe case, wherein the metal pleated plate of the zigzag shape is built in the inside of the metal frame of the body of the safe case filled with the filling or inside the metal frame of the safe case door.

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

6 and 7 are views for explaining the present invention, the same reference numerals are attached to the same parts as in FIGS. 1 to 5 showing the prior art, and description thereof will be omitted.

In the embodiment according to the present invention shown in Figure 6, the refractory filler 110a is filled in the metal mold of the main body 110 constituting the safe case 100, the safe case body (filled with a filling 110a) ( Zigzag-shaped metal corrugated plate 30 is formed inside the metal mold of 110.

Referring to the operating state of the safe according to the present invention.

As shown in FIG. 6, when a drill is used to steal the safe deposit, the main shaft 110 of the safe case main body 110 (in the direction of the arrow in FIG. 6) is hit, and the drill shaft moves the main body 110. It will break through.

When the drill shaft penetrating the outer surface of the main body 110 hits the inclined surface 33 of the metal corrugated plate 30, the drill shaft is pushed along the inclined surface 33, while the drill shaft progress path (from the left side in FIG. 6). Since it is to be deviated from the horizontal direction toward the right), even if the drill shaft is pushed toward the inside of the safe, the drill shaft does not penetrate the metal corrugated plate 30.

In addition, when the drill shaft penetrating the outer surface of the main body 110 or the door 120 hits the center of the convex portion 32 of the metal corrugated plate 30, the rear portion of the convex portion 32 rather than the metal corrugated plate 30 ( As the filling 110a located on the right side in FIG. 6 is broken first, the convex portion 32 of the metal corrugation plate 30 is pushed into the safe, so that the drill corrugation plate 30 is very difficult to drill with the drill shaft. .

If the drill shaft penetrating the outer surface of the main body 110 or the door 120 hits the center of the recess 31 of the metal corrugated plate 30, the metal corrugated plate ( 30 is penetrated into the recess 31, but in any case, the effect that the external force applied through the drill shaft is distributed through the metal corrugated plate 30 is generated.

On the other hand, in order to steal the safe deposit, the metal mold of the main body 110 or by cutting off the metal mold by pulling out the seam portion, after removing the metal mold, an important part of the safe case main body 110 using a hammer (Fig. 6 When hitting the direction of the arrow), the filler 110a is destroyed and the metal corrugated plate 30 is exposed to the outside.

Subsequently, when hitting the metal corrugated plate 30 exposed to the outside with a hammer, the filler (110a) located behind the iron portion 32 (right in FIG. 6) than the metal corrugated plate 30 is broken before the metal Since the convex portion 32 of the corrugated plate 30 is pushed into the safe, it is virtually impossible to pierce the metal corrugated plate 30 with a hammer.

Although not shown, if necessary, the metal corrugated plate 30 may be embedded in the metal mold of the door 120 constituting the safe case 100. Of course, the fire-resistant filler 110a is filled in the metal mold of the door 120 like the safe case body 110.

The present invention is not limited to the embodiments as described above, and of course, various modifications can be made without departing from the scope of the following claims.

For example, as illustrated in FIGS. 6 and 7, a heat conduction plate (eg, inside a metal mold of the safe case body 110 filled with the fillers 110a and 120a or inside the metal mold of the safe case door 120). 10) may be reinforced, but the heat conductive plate 10 may be disposed outside the metal corrugated plate 30.

In this case, the safe box destruction by a heating mechanism such as a welder is prevented by the heat conduction plate 10, and the safe box destruction by the striking device such as a drill or a hammer is prevented by the metal corrugated plate 30 disposed inside the heat conduction plate 10. Is prevented).

In the case of the present embodiment, if the heat conducting plate 10 is disposed on the inner side relative to the metal corrugated plate 30, since the metal corrugated plate 30 is melt cut or melt perforated by a heating mechanism such as a welder, It should be noted that the improvement in anti-corrosion by the plate 30 cannot be expected.

According to the present invention as described above, the metal pleated plate 30 of the zigzag shape in the metal form of the safe case body 110 or the metal case of the safe case door 120 is filled with the filling (110a; 120a) Since the built-in structure, there is an effect that can be easily and satisfactorily prevented from destroying the safe by the striking mechanism such as a drill or a hammer without the overall reinforcement of the safe case 100.

1 is a perspective view of a safe according to the prior art,

FIG. 2 is a cross-sectional plan view partially cut out of the safe shown in FIG. 1; FIG.

3 is an enlarged view illustrating main parts of FIG. 2;

4 is a front view of the safe shown in FIG. 1;

5 is a view showing another example of the safe according to the prior art,

6 is a view showing a safe according to the present invention, corresponding to FIG.

FIG. 7 is an exploded perspective view illustrating main parts of the anti-corrosion reinforcing member illustrated in FIG. 6.

-Explanation of terms for the main parts of the accompanying drawings-

10; Thermally conductive plate, 20; Fixed member,

30; Metal corrugated plate, 31; waist,

32; Convex, 33; incline,

100; Safe case, 100a; Storage Room,

110; Main body 110a; Filling,

120; Door 120a; Filling,

130; Latch, 200; Door opener,

210; Door locking member 211; Moving frame,

211a; Latch fixed frame, 211b; Guide Frame,

212; Latch, 220; handle,

230; Lever, 231; Power Drive,

300; Locking device, 310; dial,

320; Latch, 400; Auxiliary lock,

410; Latch, a; stopper,

h1; Guide groove, h2; Latch groove,

h3; Latch groove, h4; Guide groove,

H1, H2; Hinge.

Claims (2)

It consists of the main body 110, the storage chamber (100a) is formed, and the door 120 is rotatably fixed to the main body 110 via the hinge (H1, H2), the inside of the metal mold or the door of the main body 110 In the safe provided with the safe case 100 in which the refractory fillers 110a; 120a were filled in the metal mold of 120. The safe (110a; 120a) is a safe, characterized in that the metal pleated plate 30 of the zigzag form in the interior of the metal frame of the safe case body 110 or the metal case of the safe case door 120 is filled. According to claim 1, wherein the filling (110a; 120a) is filled with a heat conducting plate 10 is installed inside the metal mold of the safe case body 110 or the metal mold of the safe case door 120 is filled with a heat conducting plate ( 10) is characterized in that the metal corrugated plate (30) is disposed on the outside of this.