JPH07303511A - Paper money contaminating solution spouting device for theft preventive case for use in cash transport - Google Patents

Abstract

PURPOSE:To hinder stolen paper money from being used through contamination of the banknotes by spouting ink toward bundle(s) of banknotes in case of emergency certainly even if a cash case is inclined in any direction. CONSTITUTION:A valve body 23 to be opened in conformity to a given start signal is furnished at one end of a pressure-accumulating ink accommodation vessel 7 installed inside a case body 1, and a siphon tube for feeding the ink connected with the inlet passage of the valve body 23 is formed as capable of bending with a point near the base end of connection as the center of bending, and one end of the siphon is extended in such a way as opening near the internal bottom of the ink accommodation vessel 7.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a cash transport case used for storing and transporting a large amount of cash consisting of a bundle of banknotes when the cash transport case encounters damage such as theft during transportation. A banknote contamination pollution liquid ejecting apparatus for a cash transport crime prevention case, which is configured to eject a pollutant liquid such as a colored ink liquid toward a banknote bundle that is being used to contaminate the banknote bundle to an unusable state. is there.

[0002]

2. Description of the Related Art As described above, if a crime prevention measure is adopted such that a pollutant is ejected toward a banknote bundle stored in a case to stain the banknote in an unusable state, the banknote can be taken away during transportation. Even if the victim suffers from such damage, the stolen banknotes can be made unusable and it is very effective in identifying the criminal.

By the way, as a pollution liquid ejecting apparatus for bill fouling of a crime prevention case for cash transportation of this kind, as generally disclosed in Japanese Patent Publication No. 51-39589, there is a conventional method.
Place a rubber bag containing high pressure contaminant in the case body,
It has been known that the rubber bag is destroyed in an emergency so that the polluted liquid is ejected to stain the banknote bundle.

[0004]

However, in the conventional bill transporting contamination liquid ejecting device for a cash transport crime prevention case having the above-described structure, since the ejection direction of the contaminated liquid is not fixed, all bill bundles are not fixed. There is a problem that it is very difficult to stain the unusable state, and some stolen banknotes can be used. Further, in order to solve such a problem, a pollutant liquid storage container is installed in the case body, and the pollutant liquid sent from this storage container is ejected from a nozzle provided toward the banknote bundle. In this case, if the case is tilted at an angle other than the proper transportation posture, or if the container is laid down sideways, the pollutant liquid will not be ejected at all, or the ejection amount will be insufficient to ensure that the banknote stack is sufficiently soiled. It may not be possible.

The present invention has been made in view of the above circumstances, and in addition to being able to eject the contaminated liquid toward the banknote bundle in an emergency, the case is tilted vertically, horizontally and diagonally. Even in this case, it is an object of the present invention to provide a pollution liquid ejecting device for banknote contamination of a crime prevention case for cash transportation, which can reliably direct and eject the contaminated liquid.

[0006]

In order to achieve the above-mentioned object, a bill-staining polluted liquid ejecting device for a cash transport crime prevention case according to the invention of claim 1 has a bill bundle storing section formed in a case body. A cash arranged on a side portion and configured to spout a pollutant liquid toward a banknote bundle stored in the bill bundle storage section from a nozzle in response to an input of a start signal to contaminate the banknote in an unusable state. A bill spoiling contaminant jetting device for a transportation crime prevention case, which is disposed in the case main body and filled with the pollutant liquid under a pressurized condition, and is attached to one end of the pollutant deposit container. The valve body that is opened by the input of the activation signal, and the base end is connected to the inlet side passage of the valve body and is configured to be bendable around the connection base end part in the contaminated liquid storage container. One end opens near the bottom of the And a pollutant discharge pipe that connects the outlet passage of the valve element and the nozzle in communication with each other. Liquid ejection device.

In the bill smearing pollutant ejecting device for a cash transport crime prevention case having the above-mentioned structure, it is preferable to attach an orifice member also serving as a weight to one end of the pollutant condensing liquid delivery pipe.

Further, the bill smearing contaminated liquid ejecting device for a cash transport crime prevention case according to the invention of claim 3 is arranged on a side portion of a bill bundle storing portion formed in the case body, and an activation signal is inputted. In accordance with this, the pollution liquid ejecting device for the banknote contamination of the cash transport crime prevention case is configured to eject the pollution liquid from the nozzle toward the banknote bundle stored in the bill bundle storage section to contaminate the banknote in an unusable state. A container for storing a pollutant liquid, which is arranged in the case body and comprises an inflatable / deformable inner container for filling the pollutant liquid, and a hermetic pressure-resistant outer container for housing the inner container, and a container for storing the contaminant liquid. A valve body attached to one end of the inner container and operated to open by the input of the activation signal, and a pressurizing gas is supplied into the outer container of the contaminant storage container with the input of the activation signal. To shrink and deform the above inner container And polluted liquid forced transmit a pressurizing mechanism, in which and a polluted liquid discharge tube connected in communication with the outlet passage and the nozzle of the valve body.

In the bill smearing pollutant ejecting device of the cash transport crime prevention case having the above-mentioned structure, the pressurizing gas supplied from the pressurizing mechanism for forcibly delivering the pollutant into the outer container of the pollutant container is used as the above-mentioned valve. It is desirable to be configured to also serve as a power source for opening the body.

[0010]

According to the first aspect of the present invention, a banknote is stolen during transportation of the case while the banknote stack is stored in the banknote storage section of the case body and the case body and the door are normally closed. In this case, when the valve is opened by inputting a start signal, the polluted liquid filled in the polluted liquid storage container under pressure is discharged into the polluted liquid delivery pipe, the internal passage of the valve body, and the polluted liquid discharge pipe. Is pressure-fed to the nozzle via the nozzle, and is vigorously ejected from the nozzle toward the banknote bundle stored in the banknote storage unit.
As a result, the bills are unusable and contaminated,
It is impossible for the criminal to use stolen banknotes.

Here, since the pollutant liquid delivery pipe is configured to be bendable around the base end portion connected to the valve body, even if the case is tilted or tilted sideways other than in the proper transportation posture. When it is placed in a non-regular posture by being turned upside down or turned upside down, the contamination liquid delivery pipe bends freely around the base end portion connected to the valve body, following the change in the posture of the case. One end of the container is always kept open near the bottom of the container, so that regardless of the posture of the case, almost no liquid in the container remains, and it is pumped to the nozzle through the above path. Then, it is possible to reliably eject the bill toward the bill bundle.

Particularly, if an orifice member which also functions as a weight is attached to one end of the pollutant liquid delivery pipe, the flexure movement of the pollutant liquid delivery pipe in response to a change in the posture of the case is further improved. It can be done surely and promptly.

According to the third aspect of the present invention, when the activation signal is input, the valve body is automatically opened, and the polluted liquid storage container is provided with the polluted liquid forced-feeding mechanism. The pressurizing gas is supplied into the outer container, and the pressurizing gas causes the inner container to be contracted and deformed, forcing the contaminated liquid filled in the inner container to be forced out. Regardless of this, it is possible to send out the polluted liquid in the inner container without leaving it, and to surely eject it from the nozzle toward the banknote bundle.

Here, the pressurizing gas supplied from the pressurizing mechanism for forcedly delivering the polluted liquid into the outer container of the polluted liquid storage container also serves as a power source for opening the valve body. In this case, it becomes possible to continuously perform the valve opening operation and the contracting deformation operation of the inner container by the pressurizing gas at appropriate time intervals, and the inner container is pressurized by the pressurizing gas before the valve body is opened. It is possible to avoid a situation where the inner container is unduly pressurized and the inner container is unexpectedly damaged such as ruptured.

[0015]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a perspective view showing a security bag for cash transportation according to an embodiment of the present invention in a state where a door is opened. In FIG. 1, reference numeral 1 denotes a case body, which has an appearance similar to that of a normal attache case, It has a handle 2 at the center, and cylinder locks 3, 3 are provided on both sides of this handle 2.
The cylinder locks 3 and 3 are provided with lock switches 19 and 1 for detecting the unlocked state of the locks 3 and 3, respectively.
9 (see FIG. 5) is attached. Reference numeral 4 denotes a door connected to the other side surface of the case body 1 via hinges 5 and 5 so as to swing and open, and lock seats 6 and 6 are provided at inner surface portions corresponding to the cylinder locks 3 and 3. Is provided.

Inverted L-shaped covers 11 and 12 are arranged at both ends of the case body 1, respectively, and a banknote bundle of about 30 million yen is housed between the covers 11 and 12. A bill bundle storage portion 8 having a size (volume) is formed. As shown in FIG. 2, inside the space 13 formed by the cover 11 and the case body 1 below one of the covers 11 and 12, as shown in FIG. A cylindrical ink container 7 (FIGS. 3 and 4) that stores a colored ink such as red, blue, yellow or the like or a transparent ink I that is excellent and does not discolor once washed with water.
And a bill stain in which the ink I in the ink storage container 7 is jetted toward the bill bundle stored in the bill bundle storage portion 8 from the jet nozzle 9 which is made to face the vertical plate portion 11a of the cover 11. An ink ejecting device 10 (described later) is housed.

In the space 14 below the other cover 12, which is formed by the cover 12 and the case body 1, as shown in FIG. 2, a flexible ink jetting operation control device 21, which will be described later, is constructed. Print control board 1
5 and a battery (not shown) serving as a power source thereof are housed. Further, on the upper surfaces of the horizontal plate portions 11b and 12b of the both covers 11 and 12, two door switches 16 for detecting the open state of the case body 1 and the door 4 are provided, and a total of four door switches 16 are provided. At the same time, an alarm buzzer 17 is attached to the central portion of the upper surface of the horizontal plate portion 11b of the one cover 11, and the four door switches 16 are provided.
Switch pressing pieces 18 are fixed to four locations on the inner surface of the door 4 respectively corresponding to.

Numeral 20 is embedded in one continuous line shape over the entire surface of the flat plate portion 4a of the door 4, and it is detected that the door 4 is broken or cut due to punching, tearing or smashing. It is a linear sensor that operates. Such a linear sensor 20 is not limited to the flat plate portion 4a of the door 4, but may be the case body 1
The flat plate portion 1a is also embedded in a continuous linear shape over the entire surface thereof.

The bill spoiling ink jetting device 10 is constructed as follows. That is, in FIGS. 3 and 4, a pressurized gas such as nitrogen gas is enclosed and stored in the space inside the ink container 7. Reference numeral 23 is a valve body fitted and fixed to one end side of the ink container 7, and the valve body 23 is a sealing plate 23a for blocking the outflow of the ink I,
It has a breaking claw 23b at the tip for breaking this sealing plate 23a,
The valve shaft 23c that is slidably movable in the axial direction and one of the axial direction against the urging force of the spring 23d that urges the valve shaft 23c in the direction in which the breaking claw 23b at the tip moves away from the sealing plate 23a. It is composed of a piston 23e and the like for moving to. Reference numeral 29 is an ink delivery tube made of a polyurethane resin tube or the like (hereinafter referred to as siphon tube)
The siphon tube 29 has a base end portion which is the valve body 2 described above.
3 is connected to the inlet side passage 23g1 and is configured to be bendable around the connection base end portion, and one end provided with a metal orifice member 29a also serving as a weight is provided in the ink storage container 7. It is extended so as to open near the bottom.

Reference numeral 22 denotes an outlet side passage 23g2 of the valve body 23.
And an ejection nozzle 9 that communicates with the ejection nozzle 9 via an elbow 30. The ink ejection pipe is disposed outside the ink container 7 along the upper portion thereof.

Reference numeral 24 denotes a gas generator which constitutes the starting device of the above-mentioned ink jetting device 10, and this gas generator 24
As shown in FIG. 6, the gas generator main body 24a forming the gas generation chamber 24e and the gas generator main body 24a.
The lid 24b is screwed into the lid 24b, and the cartridge is composed of the explosive 24c and the detonation electric heating element 24d integrally attached to the lid 24b.
Lead wire 2 pulled out from d through the lid 24b
When an operation signal from the ink ejection actuating control device 21 to be described later is applied to the detonation electric heater 24d via 4f, gas is generated from the explosive charge 24c to increase the gas pressure in the gas generation chamber 24e. The gas pressure acts on the piston 23e of the valve body 23 in the ink ejecting apparatus 10 to cause the valve shaft 23c.
Is pressed and moved in the direction of arrow a in FIG. 3, whereby the breaking claw 23b at the tip of the valve shaft 23c breaks the sealing plate 23a,
The ink I in the ink container 7 is the siphon tube 29, the passages 23g1 and 23g2 in the valve body 23, and the ink discharge tube 2
It is configured to be ejected from the nozzle 9 through 2.

FIG. 5 is a block diagram showing the configuration of the ink jetting operation control device 21 formed on the flexible print control board 15. In FIG. 5, reference numeral 25 indicates the case body 1 and the door 4 being opened normally. Means, that is, unauthorized opening detection means for inserting a key (not shown) into each of the two cylinder locks 3 and 3 and detecting that both keys have been opened by means other than the regular opening means rotated by 90 ° The unauthorized opening detection means 25 is provided when a detection signal is output from the linear sensor 20 embedded in the case body 1 and the door 4 and the door switch 16, and at the same time as the case body 1 and the door 4. Cylinder lock provided between and 3,
The lock circuit 19, which detects the unlocked state of No. 3, and the logic circuit 26 configured to output the illegal unlock signal when the detection signal is not output, and the two lock switches 1 described above.
9 is composed of a timer circuit 27 for detecting a state where both are not unlocked within a set time, for example, 90 seconds, and an unauthorized opening detection signal (starting signal) of this unauthorized opening detection means 25 is sent to the control device 21. When input, the gas generator 24 of the ink ejection device 10 and the buzzer 17 are operated.

Next, the crime prevention operation of the cash transport crime prevention case having the above-described structure will be described. The banknote stack is stored in the banknote stacking unit 8 formed in the case body 1, and the case body 1 and the door 4 are normally closed while the case is being transported. When a theft occurs, a criminal is supposed to open the case, when the case body 1 or the door 4 side is cut, punched, or smashed to break, and the case body 1 and the door 4 are broken. If you forcefully pry it open by inserting another object at the location where
There are three ways of unlocking by inserting a similar key to the three cylinder locks 3 and 3.

If the case body 1 or the door 4 is broken, the linear sensor 20 will be broken or cut along with the break, and the state will be detected by the linear sensor 20 and will be illegal. The release signal is input to the control device 21. Further, in the case of forcibly opening the door, the door switch 16 is actuated, and the detection signal is the logic circuit 26.
Is input to the logic circuit 26, the lock switch 1
If the detection signal from 9 is not input, that state is detected. Furthermore, in the case of unlocking with a key analog,
Even if it is possible to unlock one cylinder lock 3,
It takes time to unlock the lock, and similarly, it is highly possible that the set time, for example, 90 seconds, will be exceeded before the other cylinder lock 3 is unlocked. The input interval of the input signal to the timer circuit 27 is 90
Since it exceeds the second, the state will be detected as an illegal unlocking.

As described above, even if the criminal takes any of the above-mentioned three types of opening means, as long as it is an unauthorized opening, the unauthorized opening detection means 25 operates and the unauthorized opening detection signal (start signal). Is input to the control device 21, and the buzzer 17 is generated by the operation signal output from the control device 21.
Sounding and the gas generator 24 of the ink ejecting apparatus 10 is activated, whereby the valve body 23
The sealing plate 23a in the above is broken, and the ink I in the ink storage container 7 is filled with the siphon tube 29 and the passage 23g in the valve body 23.
Nozzle 9 through 1, 23 g 2 and ink discharge tube 22
The banknotes can be reliably spoiled so that the banknotes are ejected toward the banknote stack stored in the banknote stack storage unit 8 and the stolen banknotes cannot be used by the criminal.

Here, since the siphon tube 29 is configured to be bendable around the base end portion connected to the valve body 23, even if the case is tilted or laid sideways other than in the proper transportation posture. When the posture is changed to a non-regular posture by being twisted or turned upside down, the siphon pipe 29 flexes freely around the base end portion connected to the valve body 23 following the posture change of the case. , One end of the ink container 7 is always kept open near the bottom of the ink container 7, so that the ink I in the container 7 is filled to the end regardless of the posture of the case.
9, the passages 23g1 and 23g2 in the valve body 23, and the ink discharge pipe 22 are pressure-fed to the nozzles 9 and reliably ejected toward the banknote bundle, and the banknotes are contaminated in a predetermined manner to make it unusable. be able to.

FIG. 7 is an enlarged vertical cross-sectional view of an ink jetting device for a crime-prevention bag for cash transportation according to another embodiment of the present invention. In FIG. 7, 31 is a flexible resin which can be expanded and contracted. The inner container having a cylindrical shape or a flat shape, which is formed in the above, and in which the ink I is filled. Reference numeral 32 denotes a hermetic pressure-resistant outer container that houses the inner container 31, and the outer container 32 and the inner container 31 constitute the ink container 7.

Reference numeral 33 denotes a cylindrical lid member fitted and fixed to one end of the outer container 32 of the ink container 7, and a cylinder chamber 34 formed at the axial center of the lid member 33.
An ink take-out cylinder 36 is concentrically fixed to the inner container 31 by being connected to a cylindrical member 35 screwed to one end side of the.
A sealing plate packing 37 as a valve body is fixed to the end of the ink take-out cylinder 36. Numeral 38 is a piston slidably fitted in the cylinder chamber 34. The piston 38 projects toward the side of the sealing plate packing 37 at the center thereof and the piston 38 resists the spring 39 by CO ₂ gas described later. A cylinder shaft 40 that ruptures the sealing plate packing 37 is integrally formed at its tip portion 40a when it is pressed and moved in the direction of the arrow x, and is formed continuously across the cylinder shaft 40 and the piston rod 41. The passage 42 is connected to the ink discharge pipe 22 via the elbow 30.

Reference numeral 43 is a gas cylinder filled with a CO ₂ gas for pressurization, and a sealing plate 44 is provided at the outlet thereof. Four
Reference numeral 5 denotes a starter device arranged to face the gas cylinder 43. This is a gas generator 46 and a piston 47 that slides toward the gas cylinder 43 side with the operation of the gas generator 46 and is projected from the piston 47. And a breaking cylinder 48. The specific configuration of the gas generator 46 is as shown in FIG. 6, and the piston 47 is slid by the gas pressure generated in the gas generation chamber 24e by the explosive 24c.

49 and 50 are resin tubes, one of which is a resin tube 49, which is sealed at the outlet of the gas cylinder 43 through the piston 47 and the breaking cylinder 48 in accordance with the operation of the gas generator 46 in the starting device 45. When the plate 44 is ruptured, CO ₂ gas ejected from the gas cylinder 43 into the passage 48a in the rupturing cylinder 48 is supplied into the cylinder chamber 34 as a power source of the piston 38. The other resin tube 50 is the piston 3
When 8 is pushed against the spring 39 in the direction of the arrow x and the sealing plate packing 37 is ruptured by the tip portion 40a of the cylindrical shaft 40, the CO supplied to the cylinder chamber 34 is reduced.
_Two gases are supplied into the outer container 32, and a pressurizing mechanism for forced delivery of ink is configured to reduce and deform the inner container 31 by the pressure of the CO ₂ gas supplied in this way.

In the ink ejecting device for the crime prevention security bag having the structure shown in FIG. 7, the unauthorized opening detecting means 25 is used.
Is activated and the unauthorized opening detection signal (starting signal) is input to the control device 21, the buzzer 17 sounds by the operation signal output from the control device 21, and
The gas generator 46 of the starter 45 is activated. Due to the operation of the gas generator 46, the sealing plate 44 on the gas cylinder 43 side is ruptured and the CO ₂ gas passes through the passage 48 in the rupturing cylinder 48.
a, supplied to the inside of the cylinder chamber 34 through the resin tube 49, and using this CO ₂ gas as a power source, the piston 38 is pressed and moved in the direction of arrow x against the spring 39, and is sealed by the tip portion 40a of the cylinder shaft 40. The plate packing 37 is broken.

Next, the CO ₂ gas supplied into the cylinder chamber 34 passes through the resin tube 50 and the outer container 3
The inner container 31 is contracted and deformed by the applied pressure of the supplied CO ₂ gas, whereby the ink I in the inner container 31 is passed through the passage 42, the elbow 30, and the ink discharge pipe. It is ejected from the nozzle 9 through the nozzle 22 toward the bill bundle stored in the bill bundle storage unit 8.

As described above, the pressurizing CO is placed in the outer container 32.
₂ By supplying gas, the inner container 31 is contracted and deformed by the applied pressure, and the ink I filled in the inner container 31 is forcibly delivered, so that the inner container 31 is irrespective of the posture of the case itself. The ink in the inside can be sent out without leaving and ejected from the nozzle 9 toward the banknote bundle with certainty.

In the above embodiment, the colored ink or the transparent ink is used as the ejected ink I. However, magnetic powder is mixed in the ink I and stolen bills in a vending machine or the like. It is more effective if the use of is disabled.

The pollutant liquid may be ink or the like, in addition to ink. Further, in the above embodiment, the unauthorized opening detection means is provided to automatically control the ink ejection activation signal, but it may be configured to input the activation signal by operating a manual button or the like.

[0036]

As described above, according to the first aspect of the present invention, since the pollutant liquid delivery pipe is configured to be bendable around the base end portion connected to the valve body, even if the case is normal, Even if it is tilted, laid sideways, or turned upside down in a non-regular posture other than the transport posture described above, the pollutant delivery pipe is connected to the valve body by following the posture change of the case. It can be flexibly bent near the base end, and one end of it can be always kept open near the bottom of the pollutant storage container, leaving almost no polluted liquid in the storage container regardless of the posture of the case. Instead, it can be pressure-fed to the nozzle and reliably directed and ejected toward the banknote bundle.

Particularly, if an orifice member that also functions as a weight is attached to one end of the pollutant liquid delivery pipe, the flexure movement of the pollutant liquid delivery pipe in response to a change in the posture of the case can be further improved. It can be done surely and promptly.

According to the invention of claim 3, when the activation signal is input, the valve body is automatically opened, and
A pressurizing gas is supplied into the outer container of the contaminated liquid storage container via the pressurizing mechanism for forcedly delivering the contaminated liquid, and the inner container is contracted and deformed by the pressurizing gas to remove the contaminated liquid filled in the inner container. Since it can be forcibly sent out, regardless of the attitude of the case itself, the pollutant liquid in the inner container can be sent out without fail and directed toward the banknote bundle from the nozzle to be surely ejected.

Here, the pressurizing gas supplied from the pressurizing mechanism for forcedly delivering the polluted liquid into the outer container of the polluted liquid storage container also serves as a power source for opening the valve body. In this case, it becomes possible to continuously perform the valve opening operation and the contracting deformation operation of the inner container by the pressurizing gas at appropriate time intervals, and the inner container is pressurized by the pressurizing gas before the valve body is opened. It is possible to avoid a situation where the inner container is unduly pressurized and the inner container is unexpectedly damaged such as ruptured.

[Brief description of drawings]

FIG. 1 is a perspective view showing a crime prevention bag for cash transportation according to an embodiment of the present invention with a door opened.

[FIG. 2] A crime-prevention bag for cash transportation according to the above embodiment,
It is a perspective view shown in the door open state which removed a part of the component.

FIG. 3 is a vertical cross-sectional view showing an enlarged configuration of an ink jetting device in a crime prevention security bag for cash transportation in the above embodiment.

FIG. 4 is a view taken along line XX in FIG.

FIG. 5 is a block diagram showing a configuration of a control device of the crime prevention security bag for cash transportation according to the embodiment.

FIG. 6 is an enlarged cross-sectional view of a gas generator serving as a starting device of the ink ejection device.

FIG. 7 is a vertical cross-sectional view showing an enlarged configuration of an ink jetting device for a crime prevention security bag for cash transportation according to another embodiment of the present invention.

[Explanation of symbols]

 1 Case Body 7 Ink Storage Container 8 Bill Bundle Storage Section 9 Ejection Nozzle 10 Ink Ejection Device 22 Ink Discharge Pipe 23 Valve Body 29 Siphon Pipe (Ink Delivery Pipe) 29a Orifice Member 31 Inner Container 32 Outer Container 37 Sealing Plate Packing

Claims (4)

[Claims] 1. A bill bundle accommodating portion formed in a case main body, which is disposed on a side portion of the bill bundle accommodating portion, ejects pollutant liquid from a nozzle toward a bill bundle accommodated in the bill bundle accommodating portion in response to an input of a start signal. A bill-staining pollution liquid jetting device for a cash transport crime prevention case configured to stain the banknotes in an unusable state, wherein the pollution liquid is arranged in the case body and is filled with the pollution liquid under pressure. A liquid storage container, a valve body attached to one end of the polluted liquid storage container and operated to open by the input of the activation signal, and a base end of the valve base connected to an inlet side passage of the valve body A contaminated liquid delivery pipe, which is configured to be bendable around the vicinity and extended so that one end of the contaminated liquid storage container is opened near the bottom, communicates with the outlet side passage of the valve body and the nozzle. It is equipped with a contaminated liquid discharge pipe for connection. A contaminated liquid ejecting device for banknote fouling in a crime prevention crime transport case. 2. The bill spattering device for bill fouling of a crime prevention case for cash transport according to claim 1, wherein an orifice member also serving as a weight is attached to one end of the pollutant liquid delivery pipe. 3. The bill liquid is disposed on the side of a bill bundle storage portion formed in the case body, and in response to the input of a start signal, the nozzle ejects the pollutant liquid toward the bill bundle stored in the bill bundle storage portion. A bill-staining pollution liquid jetting device for a cash transport crime prevention case configured to stain the banknotes in an unusable state, which is arranged in the case body and is expandable and contractible for filling with the pollution liquid. A contaminated liquid storage container comprising an inner container and a hermetically sealed pressure-resistant outer container for accommodating the inner container, and a valve opening operation that is attached to one end of the inner container of the contaminated liquid storage container and is input with the activation signal. A valve body, a pressurizing mechanism for forced delivery of a polluted liquid that supplies a pressurizing gas into the outer container of the polluted liquid storage container in response to the input of the activation signal to reduce and deform the inner container, and the valve body. Connect the outlet side passage and the above nozzle in communication. A contaminated liquid ejecting device for banknote contamination of a crime prevention case for cash transportation, comprising a contaminated liquid discharge pipe. 4. The pressurizing gas supplied from the pressurizing mechanism for forcedly delivering the polluted liquid into the outer container of the polluted liquid storage container also serves as a power source for opening the valve body. 4. The pollution liquid jetting device for bill fouling of a crime prevention case for transporting cash according to claim 3.