KR101324014B1 - A money box - Google Patents

Abstract

The present invention relates to a safe, and more particularly, the outer box of the safe is formed of a metal material and the inner box is formed of a synthetic resin material, the door coupled to the safe body of the door frame and the door frame coupled to the hinge means and the locking means Before and after relates to a safe consisting of front and rear cover of the synthetic resin material.
According to the present invention for realizing this, the safe 10 is divided into an enclosure 20, an enclosure 30, and a door 40, and a refractory filler that is filled with concrete refractory between the enclosure 20 and the enclosure 30 ( 50) a safe consisting of:
The enclosure 20 is a metal material and the inner box 30 is formed of a synthetic resin material, the frame frame 60 connecting the outer box 20 and the inner box 30, the outer box 20 and the inner box 30 ) Is coupled to the fastening means 70 is fastened when coupled, the front portion of the inner box 30, deformation preventing means 80 to prevent the inner box 30 is deformed by the weight of the filled concrete, and the outer box ( 20 and a fixing means 90 to prevent theft of the safe 10 by fixing the inner box 30 to the ground, the door 40 is a door coupled to the hinge means 100 and the locking means 110 The front cover 41 and the rear cover 42 are coupled to the front and rear of the frame 120 and the door frame 120.

Description

Safe box {A money box}

The present invention relates to a safe, and more particularly, the outer box of the safe is formed of a metal material and the inner box is formed of a synthetic resin material, the door coupled to the safe body is coupled to the hinge means and the locking means and other than / door frame The rear is related to a safe consisting of a front cover and a back cover of a synthetic resin material.

In general, safes are used to prevent damage or loss of important documents or valuables due to fire or theft, and to keep them safely. They are widely used in homes including corporations, government offices, banks, etc. It can be divided into wall embedded type and ground embedded type.

In addition, the safe must be equipped with security that prevents outsiders from easily opening it, heat resistance and fire resistance that can withstand a certain time at high temperatures in the event of fire, and a special locking device is installed on the front of the safe door to prevent damage. To improve the security of important business documents or valuables and personal property.

When the structure of the general safe as described above is outlined, it is divided into a main frame including an inner plate and an outer plate and a door such as a double door type or a short sentence type, and the door has various functions such as a special complementary dial and a latching device. Can be.

In addition, the vault is filled with a layer of refractory foamed concrete between the inner and outer shells of the safe to protect the article from damage and fire.

An example of such a conventional safe is disclosed in Utility Model Registration No. 0442017, which is characterized in that the inner end of the left or right door face plate that forms the front of the double-door door between the inner end face of the left and right door face plate. By applying a bending structure that can cover the minute gap, it is to provide a safe frame for preventing the penetration of the stolen tool easily without mounting a conventional cover plate,

The frame (not shown) of the safe box having the above characteristics is made of an outer plate and an inner plate, and the space between the outer plate and the inner plate is composed of a refractory filling part filled with a foamed concrete layer of a refractory component.

In addition, the door that is opened and closed at the front of the safe box is divided into inner and outer doors, and the front and rear doors of the inner and outer doors are equipped with left and right door faceplates, and the outer surfaces of the left and right door faceplates of the outer doors. The dial, which is a configuration of the opening and closing lever and the locking device, is exposed and mounted.

However, in order to prevent the bending by concrete having a weight filled when manufacturing the inner / outer plate of the safe box configured as described above, a plurality of bending protrusions should be bent at regular intervals, the upper surface of the bending protrusion of the inner plate is raised There is a problem that takes a lot of time in the manufacturing process by having to produce a flat support to support when.

In particular, the inner box should be provided with a shelf as an auxiliary means for storing documents classified by type in each case, in order to accommodate a plurality of shelves, a plurality of shelf support members must be installed at both sides of the inner box at regular intervals. Shelf support member of the will have a problem to be attached by welding one by one.

In addition, even in the door, the hinge, which is a hinge means of the door, is exposed to the front, so that the outsider can easily open the door, and thus there is a problem that the theft function of the safe is lost.

In addition, since the inner box and the door is made of metal material, the safe box may be considered to require a considerable amount of force.

The present invention has been made in order to solve the above problems, for the purpose of the inside of the main body of the safe box is formed of a beautiful metal material omitted unnecessary bending projections, outside the inner box lattice reinforcement protrusions and straight reinforcement protrusions Formed and provided with a plurality of support protrusions on the inside can be injected into the synthetic resin to provide a thing that can shorten the time of the manufacturing process.

Another purpose is to improve the theft function of the safe because the hinge means installed on the door is sealed inside.

Another purpose is to provide a lightweight safe because the front and rear of the box except the inner box and the door frame of the safe body is made of synthetic resin.

Safe box 10 of the present invention for achieving the above object is divided into the enclosure 20, the inner box 30 and the door 40, and the refractory filling is filled in the concrete refractory between the enclosure 20 and the inner box (30) In the safe consisting of a portion (50),

The enclosure 20 is a metal material and the inner box 30 is formed of a synthetic resin material, the frame frame 60 connecting the outer box 20 and the inner box 30, the outer box 20 and the inner box 30 ) Is coupled to the fastening means 70 is fastened when coupled, the front portion of the inner box 30, deformation preventing means 80 to prevent the inner box 30 is deformed by the weight of the filled concrete, and the outer box ( 20 and a fixing means 90 to prevent theft of the safe 10 by fixing the inner box 30 to the ground, the door 40 is a door coupled to the hinge means 100 and the locking means 110 The front cover 41 and the rear cover 42 are coupled to the frame 120 and the front and rear of the door frame 120.

The present invention is formed of a beautiful metal material of the inner box of the safe box to omit unnecessary bent projections, the outer side of the inner box is formed of a lattice reinforcement protrusion and a straight reinforcement protrusion is formed with a plurality of support protrusions to be injected into the synthetic resin It can shorten the time of manufacturing process, and the hinge means installed on the door is sealed inside to improve the theft function of the safe, and the front / rear of the safe box body and the door frame of the door are made of synthetic resin. It can be produced as a lightweight safe.

1 is an exploded perspective view of the inner box and the outer box of the present invention.
Figure 2 is an exploded perspective view of the door of the present invention.
Figure 3 is an exploded perspective view of the locking member disassembled in the door frame applied to the present invention.
Figure 4 a, b and c is a sectional view of the fastening member and the deformation preventing frame and strain preventing means applied to the present invention.
Figure 5 is a cross-sectional view of the inner box and the enclosure of the present invention fixed to the ground.
Figure 6 a and b is a working state of the locking means of the present invention.
Figure 7 is an overall perspective view of the open state of the door of the present invention.

Hereinafter, described in detail by the accompanying drawings a preferred embodiment for achieving the above object is as follows.

First, as shown in FIGS. 1 to 5, the safe 10 of the present invention is divided into an enclosure 20, an enclosure 30, and a door 40, and between the enclosure 20 and the enclosure 30. Consists of a safe consisting of a refractory filling unit 50 is filled with concrete refractory.

The enclosure 20 is a metal material and the inner box 30 is formed of a synthetic resin material, the frame frame 60 connecting the outer box 20 and the inner box 30, the outer box 20 and the inner box 30 ) Is coupled to the fastening means 70 is fastened when coupled, the front portion of the inner box 30, deformation preventing means 80 to prevent the inner box 30 is deformed by the weight of the filled concrete, and the outer box ( 20 and a fixing means 90 to prevent theft of the safe 10 by fixing the inner box 30 to the ground, the door 40 is a door coupled to the hinge means 100 and the locking means 110 The front cover 41 and the rear cover 42 are coupled to the front and rear of the frame 120 and the door frame 120.

In addition, the edge frame 60 is formed in front of the inner water receiving groove 61 into which the leading edge of the inner box 30 is inserted, and one side edge of the edge frame 60 is formed with a hinge receiving groove 62. The rear of the frame frame 60 is formed with an outer water receiving groove 63 into which the leading edge of the outer box 20 is inserted.

The fastening means 70 is coupled to the fastening member 72 to the fastening hole 71 drilled in each of the inner box 30 and the rim frame 60.

In this case, the fastening member 72 is contracted when inserted into the fastening hole 71, and a detachable part 71a having elasticity is formed to return to elasticity when passing through the fastening hole 71. In front of the part 71a, it is comprised by the finishing part 71b.

The deformation preventing means 80 is coupled to the deformation preventing frame 82 to a plurality of bolt holes 81 at the leading edge of the inner box (30).

Here, the one side of the deformation preventing frame 82 to allow the filled concrete to pass through the combination hole 83 to be fixed to the hardened concrete with high strength and to prevent deformation of the inner box 30, and other At the side, when the locking means 110 is coupled, a clearance adjusting portion 84 is formed so that there is no clearance between the door 40 and the inner box 30.

In addition, it is preferable that the play piece 84 has a bending piece 84 'having a gap S so as to be bent inwardly.

In addition, the fixing means 90 is coupled with a fixing member 92 which is perforated in the bottom surface of each of the outer case 20 and the inner case 30 and passes through the hole 91 to be fixed to the ground. .

Here, the fixing member 92 may be an anchor bolt.

The hinge means 100 includes a hinge embedding member 100a embedded in each of the edge frame 60 and the door frame 120 and a hinge member 100b coupled to the hinge embedding member 100a. It is included.

In addition, the locking means 110 has a forward and reverse motor 112 to perform reverse rotation by the electrical signal of the contact and non-contact of the micro switch 111 on both sides, and the cam coupled to the shaft of the forward and reverse motor 112 ( 113 and the camshaft 113 ′ of the cam 113 are coupled to the track-shaped holes 114 ′ of the cam housing 114, and at each corner of the cam housing 114, of the cam housing 114. A plurality of locking parts 115 repeating movement by the movement is configured.

Here, the locking portion 115 is a link 115a coupled to the cam housing 114, and a locking member 115c coupled to the link 115a and slid about the central axis 115b of the link 115a. It consists of).

The locking member 115c is allowed to enter and exit the latch hole 81 formed at the leading edge of the inner box 30.

In addition, a plurality of shelf support members 32 are formed in the inner box 30 to accommodate the shelves 31 so as to store the documents classified according to types, respectively, on the outer side of the inner box 30. A plurality of reinforcing ribs 33 protrude to maintain the reinforcement of the inner box.

The operation of the present invention configured as described above is as follows.

First, prior to the operation of the present invention will be described the manufacturing and assembly process of the safe box is usually the rectangular shape bar, except the fastening hole 71, the hole 91 of the components of the enclosure 20, The shape is made of a square press, the inner shelf supporting member 31, the outer reinforcing rib 33, the fastening hole 71, the latch hole 81 and the hole 91, which are components of the inner box 30. By designing the remaining portion except the square mold to the injection molding box 30.

The inner box 30 is assembled inside the enclosure 20 manufactured as described above, in which case the frame 20 is assembled when the outer box 20 and the inner box 30 are connected to each other.

That is, the leading edge of the enclosure 20 is inserted into the enclosure water groove 63 formed at the rear of the border frame 60, the tip edge of the enclosure 30 in the inner water groove 61 formed in front of the frame frame 60. Is inserted.

Then, the fastening member 72 is coupled to the fastening hole 71 drilled in each of the enclosure 20, the inner box 30, and the rim frame 60, and the fastening member 72 passes through the fastening hole 71. In this case, the outer case 20, the inner case 30, and the edge frame 60 are fixedly coupled to each other by the removable portion 71a that is contracted and then passes through the fastening hole 71, and the edge frame 60 is fixed. The hinge accommodating member 100a is coupled to the hinge accommodating groove 62.

In addition, the deformation preventing frame 82 is coupled to the latch hole 81 drilled at the leading edge of the inner box 30.

As described above, the refractory concrete is injected into the refractory injection hole (not shown) in the bottom portion of the enclosure 20 in the state in which the enclosure 20 and the enclosure 30 are combined, so that all of the refractory filler 50 is filled and uniform. As time goes by and the concrete is hardened, the enclosure 20 and the enclosure 30 are integrated into one.

At this time, the coupling hole 83 of the deformation prevention frame 82 is that the deformation prevention frame 82 is fixed in high strength in the concrete when the concrete is hardened by passing of the filled concrete, that is, as a role of the deformation prevention frame 82 Due to the concrete weight of the inner box 30 will not be able to be deformed.

On the other hand, the present invention is because the inner box 30 is made of a synthetic resin material is lighter than the existing metal safes are inevitably theft of the safe.

Therefore, the fixing member 92 is inserted into the hole 91 drilled into the bottom surface of each of the enclosure 20 and the inner case 30 by the fixing means 90 as shown in FIG. By fixing to the ground will be a safe defense from theft of the safe (10).

Meanwhile, the door 40 is assembled with the front cover 41 and the rear cover 42 respectively assembled at the front and rear of the door frame 120 as shown in FIG. Coupling members such as connecting members are omitted.

In the above, a hinge member 100b is coupled to each of the hinge embedding member 100a disposed at one side of the door frame 120 and the hinge embedding member 100a disposed at one side of the edge frame 60 so that the door 40 is closed. Will be assembled.

At this time, the end of the locking member 115c disposed inside the door 40 does not come into contact with the bending piece 84 'and the locking member 115c disposed therein to enter the latch hole 81 at predetermined intervals. If it is away from the leading edge of the door 40 and the enclosure 20, the play is generated.

Therefore, at this time, as shown in FIG. 4C of the accompanying drawings, a gap S formed inwardly of the bending piece 84 'is used, and a tool (not shown) is used in the bending piece 84' in the gap S. It is to be in close contact with the locking member (115c) to open the bending piece (84 ').

On the contrary, when the locking member 115c does not enter the latch hole 81 due to the bending piece 84 ', the locking member 115c is pulled by using a tool in the gap S direction from the outside of the bending piece 84'. Is to enter the bolt hole 81, in particular so that there is no gap between the outer diameter of the locking member (115c) and the debt hole (81).

As described above, the operation state of the present invention will be described on the assumption that the door 40 is closed while the enclosure 20, the enclosure 30, and the door 40 are coupled as shown in FIG. .

In order to open the door 40, the operation button disposed on the front cover 41 is operated to operate the door 40. The operation button of this part will be described with reference to the illustration.

Accordingly, when the operation button is operated, the cam shaft 113 'of the cam 113 coupled to the shaft is rotated while the forward and reverse motor 112 is driven by the electric signal as shown in FIG. 6A. At this time, the camshaft 113 'has a circular motion and the cam box 114 having the track-shaped hole 114' having the camshaft 113 'coupled thereto is horizontally slid and the locking portion 115 coupled to each corner thereof. The locking member 115c is moved to move away from the latch hole 81 so that the door 40 is opened.

Meanwhile, as shown in FIG. 6B, the cam housing 114 continues to move regardless of the opening of the door 40, and when the non-contact point of the microswitch 111 disposed below the switch is converted into a contact point, the cam box 114 is moved by a battery signal. The operation of the forward and reverse motor 112 is stopped.

When the door 40 is opened as described above, the shelf 31 receiving the document may be inserted into the shelf support member 32 formed in the inner box 30, or the shelf 31 inserted therein may be withdrawn, and various cash or precious metals may be withdrawn. It can hold a back.

As described above, the present invention has been described in terms of the configuration and the embodiment, and besides, those skilled in the art will appreciate that many changes and modifications can be made to the present invention without departing from the spirit and scope of the appended claims.

Accordingly, all such suitable changes, modifications, and equivalents should be considered to be within the scope of the present invention.

10: safe 20: enclosure
30: container 40: door
50: refractory filling unit 60: border frame
70: fastening means 80: deformation preventing means
90: fixing means 100: hinge means
110: locking means 120: door frame

Claims (13)

The safe 10 is divided into an enclosure 20, an enclosure 30, and a door 40, and between the enclosure 20 and the enclosure 30, in the safe consisting of a refractory filler 50 which is filled with concrete refractory. ,
The enclosure 20 is formed of a metal material and the inner box 30 is formed of a synthetic resin material, and the border frame 60 connecting the enclosure 20 and the inner box 30;
A fastening means 70 fastened when the outer box 20 and the inner box 30 are coupled;
Deformation preventing means (80) to prevent the inner box 30 is deformed by the weight of the filled concrete in the front portion of the inner box (30);
Fixing means (90) for fixing the enclosure (20) and the enclosure (30) to the ground to prevent theft of the safe (10);
The door 40 includes a door frame 120 coupled with the hinge means 100 and the locking means 110;
The front cover 41 and the rear cover 42 are coupled to the front and rear of the door frame 120,
The fastening means (70) is characterized in that a fastening hole (71) is formed in each of the inner box (30) and the edge frame (60), the fastening member (72) is fastened to the fastening hole (71). The method according to claim 1,
The frame frame 60 is an inner water-receiving groove 61 is inserted into the leading edge of the inner box 30;
A hinge accommodating groove 62 formed at one edge of the edge frame 60;
The rear of the frame frame 60, characterized in that the outer receiving groove 63 is formed in which the leading edge of the enclosure 20 is inserted. delete The method according to claim 1,
The fastening member 72 has a removable portion 71a that is resilient to both sides so that the fastening member 72 is contracted when the fastening member 71 is inserted into the fastening hole 71 and returns to elasticity when passing through the fastening hole 71;
Safes, characterized in that consisting of a closing portion (71b) in front of the removable portion (71a). The safe 10 is divided into an enclosure 20, an enclosure 30, and a door 40, and between the enclosure 20 and the enclosure 30, in the safe consisting of a refractory filler 50 which is filled with concrete refractory. ,
The enclosure 20 is formed of a metal material and the inner box 30 is formed of a synthetic resin material, and the border frame 60 connecting the enclosure 20 and the inner box 30;
A fastening means 70 fastened when the outer box 20 and the inner box 30 are coupled;
Deformation preventing means (80) to prevent the inner box 30 is deformed by the weight of the filled concrete in the front portion of the inner box (30);
Fixing means (90) for fixing the enclosure (20) and the enclosure (30) to the ground to prevent theft of the safe (10);
The door 40 includes a door frame 120 coupled with the hinge means 100 and the locking means 110;
The front cover 41 and the rear cover 42 are coupled to the front and rear of the door frame 120,
The deformation preventing means (80) is characterized in that the deformation preventing frame (82) is coupled to a plurality of bolt holes (81) formed at the leading edge of the inner box (30). The method according to claim 5,
One side of the deformation preventing frame (82) and the coupling hole (83) to prevent the deformation of the inner box (30) by allowing the filled concrete to be adhered with high strength by the hardened concrete;
The other side of the deformation preventing frame (82) is a safe, characterized in that the clearance adjustment portion (84) is arranged so that there is no play at the leading edge of the inner box and the inner box (30) of the door (40). The method of claim 6,
The clearance control part 84 is a safe, characterized in that the bending piece (84 ') having a gap (S) so that it can be opened to the outside, and bent to the inside. The method according to claim 1,
In the fixing means 90, a hole 91 is drilled in the bottom surface of each of the enclosure 20 and the inner case 30, and a fixing member 92 is fixed to the ground by penetrating the hole 91. Safe characterized by The method according to claim 8,
The fixing member 92 is characterized in that formed by anchor bolts. The method according to claim 1,
The hinge means 100 includes a hinge member 100a embedded in each of the edge frame 60 and the door frame 120, and a hinge member 100b between the hinge embedding members 100a on both sides. Safes, characterized in that combined. The method according to claim 1,
The locking means 110 includes a forward and reverse motor 112 for forward and reverse rotation by electrical signals of contacts and non-contacts of the micro switches 111 on both sides;
A cam 113 coupled to the shaft of the stationary motor 112;
The cam 113, the camshaft 113 'is coupled to the track-shaped hole 114' of the cam housing 114,
Safe corners, characterized in that a plurality of locking portion 115 is coupled to each corner of the cam box (114). The method of claim 11,
The locking unit 115 includes a link 115a coupled to the cam housing 114;
And a locking part member (115c) coupled to the link (115a) and sliding about a central axis (115b) of the link (115a). The method according to claim 1,
A plurality of shelf supporting members 32 which can accommodate a shelf 31 so as to keep documents classified according to types in each of the inner case 30;
Safe box, characterized in that formed on the outside of the inner box 30 is a plurality of reinforcing ribs (33) protruding to maintain the reinforcement of the inner box.

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