CN1235180C - Printing ink package apparatus for guarding against theft and valuables safe-deposit vault processing the apparatus - Google Patents

Abstract

The present invention relates to a printing ink package apparatus for theft prevention and a valuable article safe deposit vault with the apparatus. A support component 70 with support lugs 73a, 74a, 75a, 75b, a bracket component 80 for supporting the support lugs 73a, etc. in the state of separation from a blade 69, a printing ink package 90 arranged on the bracket component 80 for feeding printing ink 91 into a bag 92, a press plate 100 positioned at the back face side of the printing ink package 90, and conical compression spiral springs 120, 121 for pushing the press plate 100 are arranged in a tank body 130 with a printing ink spray nozzle 65 and the blade 69. When the support component 70 is pulled to move, support is released by the support lugs 73a, etc. of the bracket component 80, and therefore, the bracket component 80 falls, the printing ink package 90 is punched by the blade 69, and pressure is applied to the printing ink package 90 by the press plate 100 through the spring force of the spring 120, 121 so that printing ink can be sprayed from the printing spray nozzle 65.

Description

Anti-theft ink bag device and valuables safehouse with the device

technical field

The present invention relates to an anti-theft ink pack device and a valuables storage with the device, and more particularly to a door lock for a valuables storage installed inside a valuables storage for storing valuables such as banknotes. An anti-theft ink bag device that operates when it is normally opened, ejects ink, and applies a mark to valuables, and a valuables safe with this device.

Here, the valuables storage includes all portable boxes and facilities for storing valuables such as safes installed in buildings.

Background technique

In the valuables storage room for storing valuables such as banknotes and securities, there are devices designed to reduce theft and prevent theft.

A theft prevention device is a device that sounds a buzzer and generates an alarm sound when a door is opened under abnormal conditions. But this device does not have the effect of preventing the theft owing to can not confirm what sound. In addition, since a battery is used as the power source of the buzzer, when the inserted battery has reached the end of its life, there is a problem that the buzzer does not sound when the door is opened abnormally.

Another anti-theft device is a device that stains the paper with special ink when the door is opened under abnormal conditions, so that the banknotes cannot be circulated.

For example, in Japanese Patent Application Laid-Open No. 6-108741, an ink bag, a spreading tube, a heating wire and a battery are disclosed. Melt, the ink leaks due to its own weight, and deface the banknotes with such a structure. However, in this device, when the installed battery reaches the end of its life, the heating wire will not be heated even if the door is opened abnormally, and the ink will not flow out.

In addition, as shown in Japanese Patent Application Laid-Open No. 4-98387, an ink pack containing special ink is installed under the top plate of the valuables storage, and a swing lever with a needle inserted is provided under the ink pack, and the swing lever is elastically applied by a spring. , When the door is opened abnormally, the swing rod is driven by the force of the spring, the needle opens the ink bag, and the ink leaks out by its own weight, contaminating the banknotes. Since no batteries are used in the device, there is no battery life issue. However, since the ink leaks out by its own weight and has no strength, the form of defacement of banknotes is not severe, and there is a possibility that some banknotes are not defaced.

In addition, the devices disclosed in JP-A-6-108741 and JP-A-4-98387 are not modularized. Therefore, the assembly of the valuables safe is very troublesome. In addition, the size of the valuables storage room has been increased.

Contents of the invention

The general object of the present invention is to solve the above-mentioned problems, and to provide a storage device for use inside a valuables storage room for storing valuables such as banknotes, and to operate with high reliability when the door of the valuables storage room is opened abnormally. An anti-theft ink bag device for the action of applying ink marks to identify banknotes as stolen goods and the action of seriously defacing all banknotes in storage with ink.

An anti-theft ink pack device according to the present invention is characterized in that: inside the box body with the ejection port on the front panel, there is an ink pack filled with ink in the bag, and the elastic force is applied while the ink pack is brought close to the blade. 1. The spring that applies pressure to the bag, the blade that pierces the ink bag, is connected and fixed, and supports the ink bag and the blade in a separated state, and the connection and fixing mechanism that releases the connection and fixation when the external force acts; The ink bag, the spring, the blade, and the connecting and fixing mechanism, and a box body with a front panel having an ink ejection port, when the connection and fixing of the connecting and fixing mechanism are released, the spring of the spring will The ink pack approaches the blade and the ink pack is pierced by the blade, and the ink pack is pressurized to eject ink from the ink ejection port.

In order to implement this object, the structure of the present invention is that the inside of the box with the ink ejection port on the front panel has the ink packed in the bag, and when the ink bag is brought close to the blade (knife), elastic force is applied to the blade (knife). The spring that applies pressure to the bag, the blade that pierces the ink pack, supports the connected and fixed ink pack in a state away from the blade, and the connection and fixation mechanism that releases the connection and fixation when an external force acts, releases the connection and fixation of the connection and fixation mechanism , the ink pack approaches the blade due to the spring force and the ink pack is pierced by the blade, and the ink pack is pressurized to eject ink from the ink ejection port.

Since both the force of piercing the ink pack and the force of ejecting ink are borne and supplied by the force of the spring, compared with the structure using a power source, the reliability of the operation is improved, and the manufacturing cost is low. In addition, since the ejection of the ink is carried out by the force of the spring, it is possible to eject the ink strongly regardless of the orientation of the anti-tamper ink pack device. That is, the degree of freedom of setting is high, and the ejectability of ink is good. Since the jetting of the ink is powerful, all the banknotes stored in the valuables storage can be defaced into an uncirculated state.

In addition, since the anti-theft ink pack device is modularized, the valuables safe can be easily assembled and small in size.

It is an object of the present invention to provide an anti-theft ink pack device which ejects almost all the ink contained in the ink pack.

In order to achieve this object, the present invention has a structure in which the back side of the ink pack is pressed by the press plate.

The press plate crushes the entire ink pack to eject almost all the ink in the ink pack.

In addition, another object of the present invention is to provide a valuables that performs ink stamping operation for identifying banknotes as stolen goods with high reliability when the door of the valuables safe is opened abnormally. Vault.

In order to achieve this object, the structure of the present invention is that the box body with the anti-theft ink pack device described in any one of claims 1 to 6 is installed inside, and the opened door is turned to lock the door. The key device for unlocking is connected to the connection mechanism between the door and the above-mentioned anti-theft ink pack device, and the connection release mechanism for releasing the connection of the above-mentioned connection mechanism when the lock is released by the key device is constituted.

Since the anti-theft ink pack device described in any one of claims 1 to 6 has high operational reliability and good ink jetting performance, even if a robber opens the door abnormally, all banknotes in storage can be defaced to become immobile. state. In addition, since the anti-theft ink pack device is modularized, the valuables storage has an easy-to-assemble structure and is small in size.

Description of drawings

FIG. 1 is a structural diagram of the interior of a valuables storage room according to an embodiment of the present invention.

Fig. 2 is a state diagram of the door of the valuables storage room in Fig. 1 when it is abnormally opened.

Fig. 3 is a state view of the door of the valuables storage room in Fig. 1 during abnormal opening.

Fig. 4 is a disassembled perspective view of an anti-theft ink pack device constituting an embodiment of the present invention.

5A and 5B are structural views of the inside of an anti-theft ink pack device constituting an embodiment of the present invention.

Fig. 6 is a view showing the relationship between the bracket member and the supporting member.

Fig. 7 is a state view when the support member is moved to release the support of the stand member by the support member.

Fig. 8 is a state diagram of the anti-theft ink pack device after operation.

Fig. 9 is a state diagram after the operation of the anti-theft ink pack device is completed.

Detailed ways

Preferred embodiments of the present invention will be described below with reference to the accompanying drawings.

FIG. 1 shows the internal structure of a cash box 10 constituting an embodiment of the present invention. The cash box 10 is installed on an automatic teller machine (ATM automated teller machine), and has a box body 11 and a door 12 on its front side. X1-X2 is the width direction, Y1-Y2 is the depth direction, and Z1-Z2 is the height direction. The lower side of the door 12 is supported by a shaft 13, and the door is opened as shown in FIG. 2 by pulling the upper side toward the front in the Y2 direction. A key device 14 is provided above the door 12 .

The cash box 10 has the banknote storage chamber 15 for stacking and storing banknotes in the inside. The banknote storage room 15 is constituted by a bottom plate 16, a top plate 17, a netted back plate 18, and side plates (not shown) on both sides. In the corner portion formed by the top plate 17 and the back plate 18 of the banknote storage room 15 , banknote transport rollers 19 and 20 for transporting banknotes are provided.

Inside the cash box 10 , in the space 21 on the back side of the banknote storage chamber 15 , the anti-theft ink pack device 50 is housed in a vertical orientation.

In addition, a connection mechanism 30 is provided inside the cash box 10 and in the space 22 below the banknote storage room 15 .

The connection mechanism 30 has a structure including a bracket 31 , a sliding bracket 32 , a cord 33 , and a hook member 34 .

The bracket 31 extends in the Y1-Y2 direction and is fixed on the box body 11 .

The long hole 32a of the slide bracket 32 is fitted into the two pins 31a of the bracket 31 to be slidably supported in the Y1 and Y2 directions, and is moved in the X1 direction by the tension coil spring 35 .

The cord 33 is connected between the sliding bracket 32 and the anti-theft ink pack device 50, passes through the hole 18a of the back plate 18 on the way, and is guided to the pulley 37 on one end side of the bracket 31 in the X2 direction.

The hook member 34 includes a hook portion 34a rotatably supported on a shaft 31b at one end of the bracket 31 in the X1 direction and extending in the X1 direction from the shaft 31b, and an arm portion 34b extending in the X2 direction from the shaft 31b. The hook member 34 a is connected and fixed to the connected and fixed portion 12 a inside the door 12 . Through the coil spring 36 between the arm portion 34b and the lifting ear portion 31b of the sliding bracket 32, the hook member 34 is pushed in the counterclockwise direction, that is, the direction in which the hook portion 34a is connected and fixed to the fixed portion 12a inside the door 12 .

In addition, a lever 40 that slides in the Z2 direction is provided in connection with the key device 14 . The lower end of the rod 40 faces the arm portion 34 b of the hook member 34 . When the key 41 is inserted into the key device 14 and rotated to perform the unlocking operation, the lever 40 slides in the Z2 direction, pushes the arm portion 34b, and makes the hook member 34 turn clockwise, so that the hook portion 34a is detached from the inner side of the door 12 to be connected and fixed. Section 12a.

FIG. 2 shows the state when the door 12 is normally opened. When the key 41 is used to unlock the key device 14, the lever 40 slides in the Z2 direction, and the hook member 34 turns clockwise to disengage the hook 34a from the connected fixed portion 12a, and release the connection between the sliding bracket 32 and the door 12. Therefore, in the process of pulling and opening the door 12 toward the front, the sliding bracket 32 and the cord 33 are not pulled, and therefore, the anti-theft ink pack device 50 operates.

FIG. 3 shows the state when the door 12 is abnormally opened. The so-called "when the door 12 is opened abnormally" refers to the case where the door 12 is opened without using the key 41 to unlock it, for example, a robber destroys the key device 14 and pulls the door 12 open.

Since the hook portion 34a is connected and fixed to the connected fixed portion 12a, the sliding bracket 32 is connected to the door 12, and the sliding bracket 32 is pulled and moved in the Y2 direction during the process of pulling the door 12 forward to open. , pulling the flexible wire 33, the anti-theft ink pack 50 acts, and the special ink is ejected to the Y2 direction with good strength as shown in the symbol 140, and is ejected to the banknote storage room 15 through the mesh back panel 18, and all the banknotes kept by the special ink 25 is heavily soiled, making the banknote 25 in a state of being unable to circulate.

Furthermore, the slide bracket 32 is stretched in the Y1 direction by the tension spring 35 . Therefore, when the cash box 10 falls by mistake and a strong impact acts on the cash box 10 , the slide bracket 32 does not move in the Y2 direction.

In addition, the hook member 34 is elastically biased counterclockwise by a spring 36 . Therefore, even if a robber makes a strong impact on the cash box 10 and wants to disengage the hook portion 34a from the connected and fixed portion 12a, the hook portion 34a will not be disengaged from the connected and fixed portion 12a.

Hereinafter, the anti-theft ink pack device 50 will be described with reference to FIGS. 4 , 5A, 5B, and 6 .

The structure of the anti-theft ink pack device 50 is a box shape with four corners (square) and is modularized, and has an indestructible structure, and all operations are performed mechanically by spring force.

FIG. 4 , FIG. 5A , FIG. 5B , and FIG. 6 show the same attitude of the anti-theft ink pack device 50 as that shown in FIG. 1 . X1-X2, Y1-Y2, Z1-Z2 in Fig. 4, Fig. 5A, and Fig. 5B are in the same direction as X1-X2, Y1-Y2, Z1-Z2 in Fig. 1 . X1-X2 is the width direction of the anti-theft ink pack device 50, Z1-Z2 is the height direction (length direction) of the anti-theft ink pack device 50, and Y1-Y2 is the depth direction of the anti-theft ink pack device 50.

Anti-theft ink bag device 50 has box body 60, supporting part 70, support part 80, ink bag 90, pressing plate 100, back cover part 110 and two conical compression springs 120, 121, for by case body 60 and back cover part The inside of the square box-shaped box body 130 that 110 constitutes is equipped with the structure of support member 70, support member 80, ink pack 90, pressing plate 100, two conical compression springs 120,121 and compression springs 76,77.

The box body 60 has a box shape including a front panel 61 and surrounding side panel portions 62 to 65 . A plurality of ink ejection opening windows 66 are formed aligned in the Y1-Y2 direction at the center of the front panel portion 61 . Slit-shaped guide holes 67 and 68 are formed in alignment in the Y1-Y2 direction on the X1 side and the X2 side of the front panel portion 61 , respectively. On the edge of each ink ejection opening window 66, a triangular blade 69 protruding toward the inner side of the tank main body 60, which is the Z2 direction, is formed. Edges 69 protrude from different edge sides in the X1-X2 direction on adjacent ink ejection opening windows 66 .

The edge 69 is formed by cutting the edge upright in the process of forming the ink ejection opening window 66 on the front panel portion 61 by press processing. Therefore, since the blade 69 is a part of the case body 60, an independent blade member is not required, and the anti-theft ink pack device 50 can be formed with a small number of parts. In addition, since the blade 69 is formed on the front panel portion 61, the anti-theft ink pack device 50 can be reduced in size in the Z1-Z2 direction. In addition, since the blade 69 is positioned on the edge of the ink ejection opening window 66, the ink pack 90 where the breakage and hole are formed is opposed to the ink ejection opening window 66, and the ink can be smoothly ejected through the ink ejection opening window 66.

Compression coil springs 76 and 77 are attached to the inner surface side of the side plate portion 65 .

The support member 70 has a substantially Y-shape, and is composed of a U-shaped frame portion 71 and an arm portion 72 extending from the frame portion 71 in the Z2 direction. The frame portion 71 has a pair of side plate portions 73 and 74 extending in the Z1-Z2 direction and a connecting plate portion 75 extending in the X1-X2 direction and connected between end portions of the side plate portions 73 and 74 in the Z2 direction. Protruding portions 73 a and 74 a for support are formed at Z1 direction ends of the side plate portions 73 and 74 . Support protrusions 75a, 75b bent in the Z1 direction are formed on the connecting plate portion 75 .

The support protrusions 73a and 74a and the support protrusions 75a and 75b are dispersed in four places as shown in FIG. 5 .

On end edges in the Y2 direction of the side plate portions 73 , 74 , guide protrusions 73 b , 74 b and slide guide plates 73 c , 74 c are formed. Protruding portions 73d, 74d are formed on end edges of the side plate portions 73, 74 in the Y2 direction.

A notch 75c is formed on the side of the connection plate 75 in the Y2 direction. The protrusion parts 75a and 75b for support are adjacent to the notch part 75c.

The arm portion 72 extends in the Z2 direction from the connecting plate portion 75 .

The supporting member 70 is assembled in the box body 60 with its guide protrusions 73b, 74b fitted into the guide holes 67, 68 and the sliding guide plates 73c, 74c in contact with the inner surface of the front panel portion 61. The support member 70 is moved in the Z1 direction by the spring force of the springs 76 and 77 . The arm portion 72 extends from the box body 60 in the Z2 direction through the notch portion 65 a of the side plate portion 65 .

The bracket member 80 is composed of a flat bracket body 81 , and arm portions 82 a , 82 b , 83 a , 83 b bent and extending in the Y1 direction from ends in the Z1 direction and Z2 direction of the bracket body 81 .

The holder body portion 81 has a size that can be accommodated in the U-shaped frame portion 71 , and corresponds to the ink ejection opening window 66 described above, and forms an opening window 84 larger than the ink ejection opening window 66 . Protruding portions 85 and 86 protruding in the X1 and X2 directions are provided at the end in the Z1 direction of the holder main body portion 81 . A protruding portion 87 protruding in the Z1 direction is formed on an end in the Z1 direction of the holder main body portion 81 .

As shown in FIG. 6, the bracket member 80 is accommodated in the U-shaped frame portion 71, and the protrusions 85, 86 are respectively supported by the supporting protrusions 73a, 74a. The side portions 88, 89 of the blade are respectively supported by the supporting protrusions 75a, 75b, and can be separated from the inner surface of the front panel portion 61 of the box body 60 in the Y1 direction only by a dimension a, so as not to be in contact with the blade 69. The protruding portion 87 approaches the inner surface of the side panel portion 65 of the box body 60 through the notch portion 75c.

The support member 70 and the frame member 80 form a box structure with the frame member 80 as the bottom, and form an ink pack storage portion 95 for storing the ink pack 90 .

The ink pack 90 is a synthetic resin bag 92 enclosing the ink 91 and has a size corresponding to the ink pack storage portion 95 . The ink 91 is a penetrative and diffusible ink, and the ink 91 is preferably a special ink containing magnetic powder. The ink pack 90 is accommodated in the ink pack housing portion 95 .

The platen 100 is a flat plate having a size that can be accommodated in the U-shaped frame part 71, and the positions in the X1-X2 direction and the Y1-Y2 direction are limited by the protrusions 73d, 74d and the arm parts 82a, 82b, 83a, 83b, and the positions of the ink and ink The Y1 side of the package 90 is in contact.

The two conical compression coil springs 120, 121 are connected and fixed on the protruding part 111 formed by the upright edge of the cutout punched out on the back cover part 110, and are parallel to the Z1-Z2 direction.

The back cover member 110 closes the back opening of the case body 60 when the conical compression springs 120 and 121 are compressed, and is fixed to the case body 60 by a plurality of rivets 112 .

The compressed conical compression springs 120 , 121 push two places of the pressing plate 100 through a strong force F in the Y2 direction.

The ink pack 90 is pressed in the Y2 direction by the pressure plate 100 acting with the spring force of the conical compression springs 120 and 121 , and is compressed while being sandwiched between the pressure plate 100 and the holder member 80 , and is separated from the blade 69 . In the ink pack 90 , the frame member 80 is the floor and the front panel portion 61 is the ground.

The support member 70 is pushed in the Y2 direction by the bracket member 80, and the guide protrusions 73b, 74b are securely fitted into the guide holes 67, 68, and the position is restricted in the box body 130, so that it cannot move freely. Viewed from the Z2 direction, the support member 70 cannot be easily moved due to the spring force of the compression coil springs 76 , 77 . The support member 70 cannot move, so that the ink pack 90 cannot move arbitrarily.

In addition, as mentioned above, due to the effect of the spring force of the compression coil springs 76, 77, the support member 70 is not easy to move in the Z2 direction. 50 will not malfunction.

In addition, since the conical compression coil springs 120, 121 are not in direct contact with the ink pack 90, there is no risk of injuring the bag 92 and accidentally breaking the bag 92.

Here, when the conical compression coil springs 120 and 121 are compressed, the upper winding portion is accommodated inside the lower winding portion until the wire diameter of the wire constituting the conical compression coil spring becomes thinner. Therefore, the dimension b between the rear cover member 110 and the platen 100 is shortened, and the dimension c of the antitheft ink pack device 50 in the Y1-Y2 direction can be reduced.

The above is the structure of the anti-theft ink pack device 50 .

The operation of the anti-theft ink pack device 50 configured as above will be described below.

When the arm portion 72 is pulled in the Z2 direction in the state shown in FIGS. 5A and 5B , the supporting member 70 moves in the Z2 direction. The protruding portion 87 of the bracket member 80 comes into contact with the inner surface of the side panel portion 65 of the box body 60 to restrict movement in the Z2 direction. The ink bag 90 and the platen 100 still stay in the original position.

When the supporting member 70 moved to the position shown in FIG. 7, as shown in the figure, the supporting protrusions 73a, 74a were disengaged from the protrusions 85, 86, and the supporting protrusions 75a, 75b were disengaged from the parts 88, 89, and the bracket member 80 was released. Support, through the spring force F of the conical compression springs 120, 121, the bracket part 80, the ink bag 90 and the pressure plate 100 are integrally moved to the Y2 direction instantly to the position where the bracket part 80 contacts the front panel 61. That is, as seen from the ink pack 90, the floor that has been supported so far is in a state of being removed. Figure 8 shows this state. When the ink bag 90 moved to the Y2 direction, the blade 69 relatively entered the opening window 84 of the support member 80, the ink bag 90 approached the blade 69 and pushed into contact with the blade 69, the bag 92 was pierced by the blade 69, and a hole 93 was opened. , the ink 91 starts to be ejected strongly in the Y2 direction from the ink ejection opening window 66 of the anti-theft ink pack device 50 as indicated by reference numeral 140 .

Then, because the whole ink bag 90 is pushed toward the Y2 direction by the pressing plate 100, the pressing plate 100 plays the function of a piston, and the pressure acts on the ink bag 90 and effectively bursts, and almost all the ink 91 in the bag 92 moves toward the Y2 direction at once. Diffuse and continue to spray vigorously.

Here, since the pressure plate 100 is pressed at two places by the conical compression coil springs 120 and 121, the displacement in the Y2 direction is stabilized.

In this way, due to the use of the anti-theft ink pack device 50, under the spring force of the conical compression coil springs 120, 121, almost all the ink 91 in the bag 92 is ejected vigorously from the ink ejection opening window 66 to the Y2 direction at one go, and the ink All the banknotes in the banknote storage room are stained, and the banknotes 25 cannot be circulated.

After the support member 70 moves in the Z2 direction until the anti-theft ink pack device 50 is activated, the support protrusions 73a, 74a are connected and fixed to the protrusions 85, 86 of the guide member 80, and the return to the Z1 direction is restricted. Therefore, based on the position of the arm portion 72, it can be determined whether the anti-theft ink pack device 50 has been used.

The anti-theft ink pack device 50 has the following features in addition to the above descriptions.

1. Componentization.

The ink pack 90 and the like are installed inside the box body 130 , and the anti-theft ink pack device 50 is modularized and assembled. Therefore, for the cash box 10, it is only necessary to install a mechanism for connecting the door and the anti-theft ink pack device 50, and install the anti-theft ink pack device 50, and the structure for easily assembling the cash box 10 can be obtained. Furthermore, the size of the cash box 10 can be reduced.

2. Low manufacturing cost.

Owing to do not use the sensor that detects action to start, the large pump that conveys ink, the motor that drives pump etc., and because do not need the design of software and firmware, the manufacturing cost of anti-theft ink bag device 50 is low.

3. High reliability.

The operation starts when the connection and the fixed state are released, and the ejection of the ink utilizes the spring force of the conical compression coil springs 120 and 121 and is completely mechanically performed. Since no power supply is used, there is no room for problems related to power supply, and it can operate normally even in the event of a power failure. Since no software is required, there is no room for software-related problems to occur. Therefore, it has high reliability.

4. High sprayability.

The ink is ejected by the spring force of the conical springs 120, 121, and the ink is ejected at a fast ejection speed and spread widely. Therefore, all the banknotes in the banknote storage room can be stained with ink. All the banknotes in the banknote storage room can be brought into a non-circulatory state.

In addition, due to the spring force of the conical compression coil springs 120, 121, the ink is ejected without being affected by the direction of gravity, and the anti-theft ink pack device 50 can be installed in the valuables storage in any direction. That is, the spray opening window 66 is not limited to being installed under the ceiling of the valuables storage in a downward posture, and the spray opening window 66 shown in FIG. Ink can be ejected to the banknote even when it is mounted on the bottom side in an upward state.

Modifications of the anti-theft ink pack device 50 will be described below.

The support member 70 and the bracket member 80 of the above-mentioned embodiment can be combined into a boat-shaped structure, and the bottom of the structure is supported away from the blade, and the structure falls when the structure moves, so that the ink pack is pierced by the blade.

In addition, the ink pack can be set immovably at a specific position, and the plate member having the blade and the ink ejection opening window can be arranged to apply elastic force to the direction of the ink pack through a spring, the connection and fixation of the plate member can be released, and the plate member can be moved by spring force and Pushes against the ink pack to eject ink.

Claims (7)

1. prevent that usurping printing ink package puts, and is characterized in that for one kind:

The inside of plate with casing of injection orifice has in front:

Pack in the bag printing ink bag of printing ink,

The spring of when making printing ink bag and sword closely apply elastic force, to this bag, exerting pressure,

The sword that this printing ink bag is stabbed out,

Be connected and fixed and with this printing ink bag of state support that leaves and sword, the masterpiece time spent is removed the mechanism that is connected and fixed that is connected and fixed outside;

Take in described printing ink bag, described spring, described sword in inside, reach the described casing that is connected and fixed mechanism and has front panel, this front panel has ink jet exit,

When removing this and being connected and fixed being connected and fixed of mechanism, because the spring force of described spring, printing ink bag and sword are approaching and by sword the printing ink bag is stabbed out, and the printing ink bag is applied in pressure, from described ink jet exit ink jet.

2. prevent that according to claim 1 is described usurping printing ink package puts, and is characterized in that:

Described sword is formed at the edge portion place of ink jet exit of the described front panel of described casing by the punching press front panel, for this front panel constitutes partially.

3. prevent that according to claim 1 is described usurping printing ink package puts, and is characterized in that:

The pressing plate that also has the rear side that is positioned at the printing ink bag,

Described spring is arranged between the backplate of this pressing plate and described casing, and this pressing plate is applied elastic force to the direction of the front panel of described casing,

Described printing ink bag integrally is applied in pressure by described pressing plate.

4. prevent that according to claim 1 is described usurping printing ink package puts, and is characterized in that:

Described spring is the circular cone compression helical spring.

5. prevent that according to claim 1 is described usurping printing ink package puts, and is characterized in that:

The pressing plate that also has the rear side that is positioned at described printing ink bag,

Described spring is a conical helical spring, is provided with a plurality ofly, is arranged between the backplate of this pressing plate and described casing, and this pressing plate is applied elastic force to the direction of the front panel of described casing,

Described printing ink bag is integrally exerted pressure by described pressing plate.

6. prevent that usurping printing ink package puts, and is characterized in that: comprising for one kind:

The casing that the back side cover at the case body that has ink jet exit and constitute towards the front board and the side plate of the sword of inboard and the back side that covers this case body constitutes,

Have a plurality of supportings with teat, be mounted slidably in the support unit of the inner face side of this front panel,

At the bracket component of the described a plurality of supportings of the state lower support that leaves described sword with teat,

The printing ink bag that in the bag of mounting on this bracket component, adds printing ink,

Be positioned at this printing ink bag rear side pressing plate and

To be compressed in the spring members of the state setting between this pressing plate and the back side cover;

When described support unit moves, supporting by bracket component is removed supporting with teat, spring force by described spring members makes bracket component and printing ink bag and pressing plate move to the front board, the printing ink bag is stabbed out by sword, and the printing ink bag is exerted pressure by pressing plate, from described ink jet exit ink jet.

7. a valuables safe-deposit vault is characterized by, and comprising:

Each described anti-case body that printing ink package is put of usurping in the claim 1 to 6 is installed in inside,

The door that revolution is opened,

The key apparatus of being locked is locked, removed to door when door is opened,

Be connected in this and the described anti-bindiny mechanism of printing ink package between putting of usurping,

When locking, by described bindiny mechanism, remove the connection cancel system that connects by the key apparatus releasing.

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