WO2002079599A1 - Safety for banknotes or confidential paper with guard against theft and security system - Google Patents

Abstract

The invention relates to the safety for banknotes or confidential paper with guard against theft and security system, wherein that, the safety include a body (11) with door, further include the alarm apparatus (12) setting on the wall, the door and the cover inside of the body (11), driver device (17) connect with the alarm apparatus (12). When the alarm apparatus (12) disconnetion, that on stolen, the driver device (17) would be startup to drive the action device (14, 15, 16) for connection to mark the banknotes or destroy the confidential paper. In this way, to stop theft for safety or transportation vehicle.

Description

 Banknotes or confidential documents, eyelid protection cabinet and anti-theft security system

 The present invention relates to the technology of anti-theft and robbing security of a safe deposit box and refusing valuables, and in particular to a system of anti-theft and robbing security deposit box of a coin or confidential document. Background technique

 In the current development process of the market economy, driven by interest factors, some criminals in the society have taken the risk and took the risk to the financial and financial departments and confidential departments of the state and units, resulting in the theft of bank coins and state units over the years. Economic criminal confidential documents such as confidential documents frequently occur, which seriously affects the stability of the country's social order and the healthy operation of the social and economic order. In the prior art, the anti-theft and alarm facilities in the working and business rooms, vaults, insurance boxes, transport boxes, important rooms of important functional units, and file box boxes in the financial and financial departments are generally made by automatic sound and light. The police alarmed the criminals, and some of them also added an automatic camera function to provide a basis for solving the case. There were even injuries caused by the addition of non-causing weapons such as high-voltage electricity or propellants. Certain procedures have also played a certain role in anti-theft protection, but the anti-theft performance is not strong enough. Coupled with the huge temptation of benefits, criminals must not be allowed to take risks and steal valuable coins or confidential documents. Summary of the Invention

 In order to fundamentally solve the obsession problem existing in the prior art, the object of the present invention is to provide a safe deposit box to prevent theft and rob security system, so as to prevent the criminals from stealing and stealing the crime, thus fundamentally This kind of incident has been prevented.

In order to achieve the above object of the present invention, the present invention provides a wonderful coin or confidential text. A safe box with a box door, wherein the safe box also includes a warning device provided in the wall of the box (11), the door and the cover wall, and a driving device connected to the warning device. , And an execution device activated by the action of the driving device when the guard device is turned off.

 The invention also provides an anti-theft and security system for magic coins or confidential documents. The system includes: a door and window warning circuit, a host monitoring driver connected to the door and window warning circuit, and at least one banknote connected to an output end of the host monitoring driver. Coin theft tokenizer and / or file theft destroyer.

 It can be seen from the above technical solution that when the smart coin or confidential file safe is refused to be stolen, the drive device will be controlled and turned on to start the execution device and leave a mark on the banknote or destroy the confidential file. Therefore, it can effectively prevent vicious cases such as theft of coins or confidential documents, insurance refusal, and hijacking of coin transport vehicles.

 Because the above-mentioned safe deposit box and anti-theft security system can make all banknotes or confidential documents obtained by illegal guns or theft unusable, thus losing the significance of such crimes, it can fundamentally prevent the occurrence of such crimes. . BRIEF DESCRIPTION OF THE DRAWINGS

 FIG. 1 is a schematic diagram of an embodiment of a safe deposit box for rejecting coins or confidential documents according to the present invention; FIG.

 FIG. 2 is a schematic diagram of a structure of an anti-theft alert network in FIG. 1; FIG.

 3 is a schematic diagram of an electric ignition structure according to an embodiment of the present invention;

 4 is a block diagram of an anti-theft and security system of the present invention;

 FIG. 5 is a structural principle diagram of the door and window warning switch circuit and the host monitoring driver in FIG. 4; FIG.

 FIG. 6 is a schematic diagram of the structure of a coin that has been stolen and burned, or a document that has been stolen and burned;

7 is a schematic diagram of an electric ignition structure of the embodiment shown in FIG. 6; FIG. 8 is a schematic structural diagram of a four-cavity banknote that is stolen and corroded or stained by the present invention; FIG.

 FIG. 9 is a schematic diagram of the electric ignition structure of the embodiment shown in FIG. 8;

 FIG. 10 is a schematic structural diagram of a spray cavity type coin stolen corrosion marker according to the present invention; FIG.

 FIG. 11 is a schematic diagram of the electric ignition structure of the embodiment shown in FIG. 10; FIG.

 FIG. 12 is a schematic diagram of the structure of a slot-type note of the present invention that is stolen and corroded or stained; and

 Fig. 13 is a top view of the structure of the embodiment shown in Fig. 12. detailed description

 Hereinafter, specific embodiments of the present invention will be described with reference to the drawings.

Referring to FIG. 1, the safe box shown in the figure is a double-layer (also single-layer or multi-layer) box reject, which includes a door with a box reject door and built-in alarm circuit, and the bottom of the box. Coins stolen in the walls and partition walls. The wall plate of the box body is made of an outer shell plate 11a, an inner shell plate lib, and an anti-theft warning net 12 sandwiched between the two shell plates. The anti-theft warning net 12 is composed of a single row of wire wires. The shape of the anti-theft warning net 12 can be a snake-like net as shown in FIG. 2, or it can be formed into various forms such as a cross porous net and a labyrinth net. It may be constituted by a printed circuit net made directly in a wall panel. The design structure of the magic coin stolen marker is as follows: An inner concave cavity 14 is provided on the bottom wall of the safe box 11 and each partition. The width of the concave cavity can be set according to the actual situation; The chamber 14 is provided with a layer of chemical flammable material 15, the chemical flammable material used may be gunpowder or solid alcohol, etc .; a very thin flame-guiding layer 16 is laid on the layer of chemical flammable material 15; The concave cavity 14 is provided with a grid frame 13 on the side, and the banknotes 18 are arranged neatly and fixedly on the grid frame 13. A driving device such as an electric igniter 17 connected to the fire guide surface layer 16 is provided on one side of the concave cavity 14. As shown in FIG. 3, the electric device The igniter 17 is composed of an electric fuse 701, an electric wire 702, a battery (such as a dry battery) 703, and a controllable ignition switch 704. In actual work, when the Mycoin safe refuses to be stolen and the burglar alarm sounds an alarm, or when the box refuses the wall or cover, or the door is stolen, the thief attempts to forcibly drill, cut, or pry open with a tool. When the fuser works or the anti-theft alarm net is disconnected, the ignition switch 704 is also controlled and closed at the same time, so that the electric igniter is turned on, and the electric fuse 701 generates heat to ignite the fire-resistant surface layer 16, and the fire-resistant surface layer 16 then ignites chemically flammable Material, leaving a fixed-length defect mark on the bottom edge of the coin. The electric igniter in the present invention can use various known lighters, such as electronic lighters.

 The structure of the stolen coin marker in this article can also be used with the four-cavity type coin stolen rot (dyed) erosion marker and the spray cavity type coin stolen rot (dyed) eroded marker described later in this application And the structure of the sinker-type banknote was stolen (dyed) and eroded.

Referring to FIG. 4, the anti-theft and security system for banknotes and confidential documents according to the present invention includes security cameras (such as bank business rooms, vaults, unit financial rooms, confidential rooms, etc.) Door and window warning switch circuit 1, host monitoring driver connected to door and window warning switch circuit 1, and multiple substations are set up in security room workbenches (such as banknote workbenches), banknote insurance rejection, banknote transport boxes and confidential document boxes ( Refused) waiting for the smart coin stolen marker 3 (3i ~ 3 _n ) and / or file theft destroyer 4 (4! ~ 4 _n ) connected to the output terminal of the host monitoring drive 2 and so on.

 Figure 5 shows the structural principle of the door and window warning switch circuit and the host monitor driver. The door and window warning switch circuit 1 is composed of a window warning switch circuit 1a and a door warning switch circuit 1b. The window warning switch circuit 1a is a warning circuit braided with a thin core wire and installed on a door and window glass of a security room such as a bulletproof glass of a business room. Net, when the window glass is violently broken, the circuit net will be disconnected. The door alert switch circuit lb is composed of a power-on component such as a manual door hook or an internal door latch. On the door body of the chamber, the part should have a certain strength. When the door body is strongly knocked open, it will break and drive the subsequent circuit work.

The host monitor driver 2 is mainly composed of a gate circuit (may be a NAND circuit) 2a, The D flip-flop 2b, the analog switch circuit 2c, the battery power supply circuit 2d, the execution switch circuit 2e, and the manual monitoring switch circuit 2f are configured. In the embodiment shown in FIG. 5, the gate circuit 2a uses a NAND gate device with a model number of 4011, and its input end is connected to the window alert switch circuit la and the door alert switch circuit lb; the D flip-flop 2b uses a dual model of 4013. The master-slave D-type flip-flop. Its input terminal is connected to the working power via the start button Jingguan AN1, and its output terminal is connected to the gate circuit 2a and the two input terminals of the analog switch circuit 2c respectively. The analog switch circuit 2c can use The device type is 4066. The output end is connected to the input end of the switch circuit 2e. The execution switch circuit 2e is composed of a triode BGt and a relay. The relay contact switch is connected to each of the coin stolen markers 3 or the file through the transfer switch K. The end of the electric drive mechanism of the theft destroyer 4; the manual monitoring switch circuit 2f is a working circuit located in the general monitoring room far from the studio of the finance, finance or confidential department, etc., and its input is connected to the battery power supply. The output end is connected to the triggering work end of the relay ^, and its role is to handle special emergency emergencies for the supervisors of the department's general monitoring room (such as gangsters have been mixed in the studio or A vault is being implemented in the vault) to provide a manual power supply signal; the battery power supply circuit 2d is used to provide power for the entire host monitor driver circuit. In Figure 5, the reference is the circuit working indicator; D ₂ is the circuit fault indicator; 2g is the manual monitoring switch-powered battery.

The said banknote stolen marker 3 is provided in a banknote carrying device (such as a banknote table, a banknote insurance rejection, a banknote transport box, etc.), and the drive 2 or the host monitors the drive 2 through the transfer switch K or the device. The alarm control circuit 8 is composed of stolen ablation markers and / or erosion markers and / or stain markers, which are stolen ablation markers and / or erosion markers and / or The tainted marker can work in a controlled manner when the financial and financial department is robbed, and leave a certain burned or damaged mark on the banknotes, making it a "residual coin" and unable to circulate; the documents are stolen and destroyed The device 4 is composed of a file incinerator destroyer provided in a file storage device (document box rejection) and controlled to be connected with the host monitor driver 2 or the original alarm control circuit 8 in the device through a switch K. The destroyer Confidential documents (including manuscript papers, compact discs, audio tapes, video tapes, etc.) can be controlled and burned in case of theft, so that the gangsters cannot succeed.

 The token theft token device of the present invention is a device that can leave an identification mark when a coin in the financial and financial department is stolen. It is located in each banknote placing device of the system provided in the financial and financial department ( (Such as a banknote workbench, a banknote insurance rejection, a banknote transport box, etc.) and controlled connection with the host monitoring driver 2 or the original alarm control circuit 8 in the device through a transfer switch K. The setting method of the single-pole double-throw transfer switch K in the lottery is: The moving contact of the transfer switch K is provided on the door of the coin storage box 5; the two static contacts are connected to the host monitor driver 1 and stored respectively. The output terminal of the original alarm control circuit 8 in the box rejection 5, so that when the door of the box rejection is opened, the marker in it is controlled by the host monitoring driver 2. When the door is closed, the marker is controlled by the box rejection. The original alarm control circuit 8. In a specific implementation, the token theft token of the present invention may include the following structural forms:

1. The stolen currency ablation marker 3a, see Fig. 6 and Fig. 7 for its structure. It consists of an inner four-sided cavity 3 _ai provided on the bottom wall of the coin storage box 5 and the walls of each compartment, a chemical combustible material layer 3a ₂ contained in the concave cavity, and a chemical flammable material layer laid on the chemical combustible material layer. or detonating fuse the surface layer 3a _3, provided inner side of the concave cavity and the electrical igniter is connected to the erection chamber _{3 3l} each concave surface 3a ₄ mesh frame configuration, the surface layer of said detonating fuse or the 3a ₃ One side is connected with an electric igniter. The electric igniter is composed of an electric fuse 3a ₅ , an electric wire 3a ₆ , a battery 3a ₇ and a controllable ignition switch 3a _8. The controllable ignition switch 3a _{8 is} connected by a changeover switch. K is controlled to be connected with the host monitor driver 2 or the banknote storage box rejection 5 of the Central Plains alarm control circuit 8. The marker is mainly suitable for the application of banknote insurance refusal to the transport box. Its action mechanism is: when the host monitors the driver 2 or the original alarm control circuit 8 in the reject box issues an alarm because the door of the reject box is damaged by skids, the electric ignition The controllable ignition switch 3a _{8 of the device} will be controlled and turned on, and the electric ignition device will act accordingly, ignite the fuse or the fuse 3a ₃ connected to it, and the fuse or the fuse 3a _{3 will} ignite immediately below it. Layer of chemical flammable material 3a ₂ , so the chemical flammable material 3a _{2 is} on the bottom wall The designed concave cavity quickly burns in a directional direction, and within 3 to 5 seconds, the bottom edge of the wonderful coin 7 that is discharged in the container of the insurance box or the transportation box will be burned to leave a fixed-length defect mark, thereby completing the theft of the coin. Marking function. Later, in cooperation with government actions, the use of coins with stolen marks is prohibited from circulation, which can more effectively prevent vicious cases such as theft of bank insurance and the hijacking of coin transport vehicles. In the present embodiment, the width of _a concave surface of the chamber 3 may be specifically set according to actual situation, a chemical used in the combustible matter cavity may be a solid powder or the like alcohol; electrical igniter may employ well-known electronic igniter; To make The chemical flammable substance in the surface cavity 3 _ai burns more uniformly and quickly, and a plurality of upright short tubes 6 can be closely arranged in the surface 3 a1, and the chemical flammable materials can be hung in the short tubes 6 respectively. in.

2. The cavity-type banknote is stolen and corroded or stained. The structure is shown in Figures 8 and 9. The product is mainly suitable for indoor fixed insurance and coin storage containers. It consists of a cavity box 3bn filled with a chemical etchant solution or a dye agent liquid embedded under the top wall of the coin storage container 5 and below each partition plate wall, and a glass cover 3b ₂ covering the mouth end of the cavity box. A plurality of chemical explosive points 3b ₃ which are arranged between the glass cover surfaces, a fuse line 3b ₄ connected to each explosion point, and an electric igniter connected to the fuse line at one end, the electric igniter is composed of an electric fuse 3b ₅ The electric wire 3b ₆ , the battery 3b ₇ and the controllable ignition switch 3b _{8 are} connected. The controllable ignition switch 3b _{8 is} also controlled by the switch K and the host monitor driver 2 or the coin storage box rejection 5 The Central Plains alarm control circuit 8 is controlled. Join. The operating mechanism of the marker is: after the electric igniter is controlled to work, the fuse 3b ₄ connected to it is ignited, and the fuse 3b ₄ then ignites the explosive point 3b ₃ of each chemical provided on the glass cover 3b ₂ . The glass cover 3b _{2 is} smashed to cause the high-concentration chemical or dye solution in each cavity box 3th to pour down, which will cause the upper side of the banknote 7 in the safe to be discharged in a very short time. The edges and sides are corroded or stained to leave a damaged mark, thereby completing the token theft function. The actual product of the structure of this embodiment may also adopt a structure in which a rot (dye) etchant liquid cavity is provided above the bottom wall of the banknote storage container and each partition plate wall, that is, above the bottom wall of the box reject container and each partition plate wall. Embedded on top A recessed cavity box filled with a chemical etchant solution or a dye solution, and a glass cover with a plurality of chemical explosion points disposed therebetween is sealed on the cavity box, and each chemical explosion point is communicated with the electric igniter through a fuse at the same time . When in use, the bundled coins are placed neatly on the glass cover, and when the electric igniter is controlled on, the chemical explosion point is detonated and the glass cover is broken to make the banknote bundle fall into Chemical caustics or dyes inside the recessed box, leaving erosion marks on the periphery of the coin.

3. The spray cavity type coin is stolen and rotted (dyed) etched. Its structure is shown in Figure 10 and Figure 11. The product is suitable for use in the delivery of large and medium banknotes. It consists of a pressure storage box 3d filled with chemical rot (dye) erosive agent provided in the coin storage container 5 and provided on and above the upper and / or side walls and / or the lower wall of the coin storage container 5 The spray chamber tube 3c ₂ with a liquid spray port and a diversion connecting tube 3c _{3 which is} connected between the pressure reservoir box 3ci and the spray chamber tube 3c ₂ and has an on-off valve are formed. The on-off valve is composed of one piece. A glass cover 3c ₄ sealed between the lumen 3c _{3 of the} lumen, a chemical explosion point 3c ₅ provided between the glass cover surfaces, a fuse 3c ₆ connected to the explosion point, and an electrical terminal connected to the fuse The igniter is composed of an electric fuse 3c ₇ , an electric wire 3c ₈ , a battery 3c ₉ and a controllable ignition switch 3c _G. The controllable ignition switch is also connected to the host monitor the drive 2 or the banknote through the switch K The storage box rejects 5 the central alarm control circuit 8 in a controlled connection. The operating mechanism of the marker is: When the host monitoring driver 2 issues a command or the original alarm control circuit 8 in the reject box issues an alarm because the door of the reject box is damaged by skids, it is connected to the host monitoring driver 2 or the alarm control circuit 8 to open and close the valve. It will be controlled and switched on, and the diversion connecting tube 3c ₃ will be broken through the glass cover 3c ₄ through the chemical explosion point 3c _{5 so as to} be connected to the pressure storage tank 3 (^ and the spray chamber tube 3c _2). The diversion tube 3c ₃ between them is conducted, so the high-concentration chemical pressure corrosion (dyeing) etchant solution stored in the pressure storage box 3d is sprayed out from the liquid injection port 3c ₂ 'of the spray chamber tube. In a very short time, the upper side and the side of the banknotes 7 that are discharged in the insurance box or the shipping box will be rotted (dyed) to leave a corrosion mark, thereby completing the function of marking the theft of banknotes. For multi-layered coin insurance or coin transport boxes, the spray cavity tube 3c ₂ in the structure of this embodiment may be provided at each layer in the container. At the upper and / or side wall and / or lower wall of the compartment.

4. The sinker type coin is stolen and rotted (dyed) and etched. Its structure is shown in Figure 12 and Figure 13. The product is suitable for the use of banknote workbench and insurance refusal. It has a frame composed of two side plates 3 (^, one to multi-layer coin-carrying cross plates 3d ₂ and cross bars 3d ₃ , where: each layer of cross plates 3d ₂ are hinged on two outer sides respectively. The two hinge plates on the two side plates are composed of 3d ₂ 'and 3d ₂ ". Its two plate surfaces can be rotated 180 ° along the respective hinge axes. The crossbar 3d _{3 is} symmetrically connected to the two side plates 3 At both ends, the position is slightly lower than the horizontal plate 3d _2. In the middle of the cross rod 3d _{3 is} provided a positioning pull tab 3d ₄ with a pin protruding inward. The positioning pull pin 3d _{4 is} passed through a steel wire 3d ₅ and / Or the pull pin driving mechanism and the switch K are controlled to be connected with the original alarm 8 or the host monitoring driver 2 of the coin platform and the safe, and a chemical corrosive agent or a dye agent is connected to the lower end of the frame. The liquid storage tank 3d ₆ is provided with a thin glass cover 3d ₆ ′ at the mouth end of the liquid storage tank. When in use, the marker is embedded in a coin table with a recessed cavity on the table dedicated to the business department of the metal department. On the marker, the horizontal wall of the marker and the work surface are leveled slightly lower, or the marker is set in the coin insurance rejection. Usually, each marker is fixed on the marker. The pin tongues of the pull pins 3d ₄ are in the extended state, and the two flaps constituting the coin carrying horizontal board 3d ₂ are aligned horizontally, and the banknote 7 is placed on the coin carrying horizontal board 3d _2; when the host issues an instruction to monitor the transmitter 2 or reject the original table 8 provided alarm after the alarm, the alarm is controlled by the monitor 8 or the host drives the pull pin driving mechanism 2 will follow the operation, the carrier pull pin The pin of the coin cross plate 3d ₄ is retracted, so that the two flaps 3d ₂ ′, 3d ₂ ′ 'fall down, so that the bundles of coins with a certain weight originally placed on the flip plate will fall quickly. As the flap 3d ₂ fell down and shattered the cover layer on the glass or liquid storage tank, the coins fell into the liquid storage tank 3d ₆ and were acted on by high-concentration chemical corrosive liquid or dye solution in the tank. Obvious signs of erosion or staining will be left, so as to complete the function of stolen coins. In specific applications, to ensure the working effect of the structure of this embodiment, a gravity object can be set above the liquid storage tank 3d ₆ to crush The actual production example of the mechanism can be as follows: The two sides of the marker were stolen and rotted (dyed) The both ends of the sump 3d ₆ Symmetry and 3d ₂ at a position between the cross-plates connected each shelf has a rail 3d _3, on both sides of the crossbar and the central wall 3d ₃ are each provided with the middle of the cross bar 3d ₃ which is flush with a bit line The positioning pull pins 3d ₄ protruding inwardly of the pin tongue, each of said positioning pull pins 3d ₄ is passed through a wire pull line 3d ₅ and a pull pin driving mechanism, and a switch K and a banknote alarm or an original alarm for the insurance rejection. 8 or the mainframe monitoring driver 2 is controlled to be connected. After the pull pin tongues protrude inward, a weight 3d ₇ with a pointed end at the bottom end is carried on the pin tongues. In this way, after the marker is controlled to work, as the pull-out pin tongue is retracted, the weight 3d ₇ falls down first, and the glass cover 3d ₇ ′ on the liquid storage tank 3d ₆ is broken to make the coin 7 smooth. The floor sink is immersed in the chemical etchant solution or dye solution in the storage tank 3d ₆ . A similar heavy plate and mechanism can also be set on the top of the interior to press the coins into the liquid storage tank to achieve better results.

 The structure and operation mechanism of the stolen file destroyer 4 according to the present invention are basically similar to the aforementioned stolen ablative ablation marker 3a, which can be controlled and burned when confidential documents in the confidential reject box are stolen .

 The security system according to the present invention includes two types of working modes: on-the-guard (normal working state) anti-theft and unattended anti-theft, which are respectively described below.

 I. Someone is on duty (usually during normal working hours)

After entering the security room such as the bank's business room, vault, confidential room, etc., the staff or watchman activates the push-button switch AN1 to turn on the circuit. The manual door hook or the inner door latch is fixed to the frame fan of the door. Place the door and window warning switch circuit 1 in a charged state of guard; open the insurance door or the file door of each coin or file in the room, so the banknotes in it are stolen by the tokenizer 3 and / or the file is encountered. Theft Destroyer 4 is controlled to communicate with the mainframe monitoring drive 2 (the cash box can be connected to the mainframe monitoring drive 2 through a plug-in component); after that, when a gangster attempts to violently hit the window glass or door leaf of the security room, When the glass core wire network or the manual door hook is broken, the switch circuit 1 causes a potential change when the circuit is disconnected. Then, the host monitors the output terminal of the gate circuit 2a in the driver 2 to a high level, and then passes the subsequent analog switch circuit 2c. And execute the switch circuit 2e to the indoor money theft token 3 and / or documents are stolen Destroyer 4 sends a working signal; each stolen token marker 3 acts simultaneously after receiving the signal, leaving a specific defect mark on the banknote, making it a "remnant coin" and losing its circulation value; the document is stolen and destroyed 4 After receiving the signal, it immediately set fire to burn the documents stored in the reject ashes. If the criminals have been mixed in the security room in some way, such as internal staff committing crimes or entering the room due to familiarity with internal staff, etc., when their crimes are transmitted to the main monitoring station through the monitor, the main monitoring station will press Pushing down the manual monitoring switch 2f drives the banknote stolen marker 3 and / or document theft destroyer 4 in the room, so that the criminal's attempt to commit the crime cannot be succeeded.

 Second, unattended anti-theft:

After all staff or duty personnel have left the security room, they will close the doors of the banknote security rejection, banknote transport box, and document rejection in the room. Then the banknotes in each rejection box are stolen and the documents are stolen and destroyed. The device 4 is directly connected to the original alarm control circuit 8 in the box rejection. After that, if the electric gangster attempts to steal the box and refuse the body, the alarm control circuit 8 works at the moment when the door of the box is damaged by the skid, and the marker 3 or the destroyer 4 in the box is driven to mark or destroy the refuse. In addition, a countdown start circuit can be installed in a box that is easy to move (such as a coin safe, a cash box, a document box, etc.), and the box door must be opened within the time set by the owner, otherwise it will expire. The marker 3 and the destroyer 4 are automatically triggered to prevent the gangster from removing the insurance box or the document box directly and leaving it for a long time, and finally attempting to skim the battery after the battery in the box is de-energized; An oblique shaking switch circuit is installed inside the refusal body. If a criminal moves the refusal body with force, the switch circuit inside the refusal will cause the marker 3 or the destroyer 4 to work; if conditions permit, it can also be installed in the box refusal. The well-known satellite tracking and positioning system facilitates timely tracking, monitoring and detection by relevant departments. Although the present invention has been described, it is only for the purpose of illustration. The present invention is not limited to the above description with reference to the accompanying drawings. Those skilled in the art can make various changes without departing from the spirit of the present invention. In addition, the present invention The scope of protection of the invention The appended claims define it.

Claims

Rights request 1. A safe box for banknotes or confidential documents, which has a box body (11) with a box door, which is characterized by: The safe deposit box further includes a warning device provided in the wall of the box body (11), a door and a cover wall, a driving device connected to the warning device, and when the warning device is disconnected, it is activated by the action of the driving device. Of the actuator.  2. The safe deposit box according to claim 1, further comprising at least one partition.  3. The safe deposit box according to claim 2, characterized in that: the security device is composed of a single-row wire wire to form an anti-theft alarm network (12).  4. The marked type coin safe deposit box according to claim 2, characterized in that: the security device is an anti-theft security network (12) composed of a printed circuit network.  5. The safe deposit box according to claim 1, wherein: the driving device is an electric igniter (17).  6. The safe deposit box according to claim 5, characterized in that the electric igniter (17) is connected by an electric fuse (701), a wire (702), a battery (703) and a controllable ignition switch (704). Make up.  7. The safe deposit box according to claim 2, wherein: the execution device is a stolen and ablative marker, and the marker comprises a wall (11) and each partition wall provided on the box body (11). The inner concave surface cavity (14), the chemical combustion substance layer (15) contained in each of the inner concave surface cavities (14), the fire guiding surface layer (16) laid on the chemical combustion substance layer, and the two The grid frame (13) outside each concave cavity (14) is formed. 8. The safe deposit box according to claim 7, characterized in that: a plurality of upright short tubes are arranged in the inner concave cavity (14) for arranging chemical flammable substances. 9. The safe deposit box according to claim 2, wherein: the execution device is a token that is stolen and corroded or stained, and is embedded under the top wall of the coin storage container and under each partition wall A cavity box filled with a chemical etchant solution or a dye solution, a cover for closing the mouth end of the cavity box, a plurality of chemical fry point units arranged between the glass cover surfaces, and connections to each fry point Composition of the fuse. 10. The safe deposit box according to claim 1, wherein: the execution device is a spray-cavity-type stolen coin marker, which is eroded by a chemical rot filled in a coin storage container. Pressure storage box for spray (3 _Cl ), spray chamber tube (3c ₂ ) provided on the upper and / or side wall and / or lower wall of the coin storage container and having a liquid spray opening thereon, and a joint between the pressure reservoir cartridge (3d) and a discharge lumen (3c ₂₎ and is equipped with flow-off valve connected pipe (3c ₃₎ constituted by the said on-off valve provided in a sealed guide tube is connected ( 3c ₃ ) The cover (3c ₄ ) between the lumens, the chemical explosive point unit (3c ₅ ) provided between the sealing surfaces, and the fuse (3c ₆ ) connected to the explosive point unit.  11. The safe deposit box according to claim 1, wherein the execution device is a spray-cavity-type stolen coin marker, which has at least one horizontal plate (3d2), and each of the horizontal plates (3d2) is It is composed of a flap (3d2 ', 3d2 ") whose outer side is hinged on a side wall plate (3dl); a positioning pin (3d4) is provided on the inner wall, and the positioning pin (3d4) is coupled with the driving device, A liquid storage tank (3d6) filled with a chemical etchant solution or a dye solution is provided at the lower end of the flap.  12. An anti-theft and security system for banknotes or confidential documents, characterized in that the system comprises a door and window warning circuit (1), a host monitoring driver (2) connected to the door and window warning circuit (1), and at least one The money theft tokenizer (3) and / or file theft destroyer (4) connected to the output end of the host monitoring driver (2). 13. The anti-theft and security system according to claim 12, characterized in that: the door and window warning circuit (1) comprises a pair of thin core wires braided or composed of a printed circuit and arranged in or on the window glass. Window guard switch circuit (la) and a door guard switch circuit (lb) hanging at the door lock. 14. The anti-theft and security system according to claim 12, characterized in that: the host monitoring driver (2) is composed of a gate circuit (2a), a D trigger (2b), an analog switch circuit (2c), and a power supply circuit. (2d) and the execution switch circuit (2e), wherein the input trigger terminal of the gate circuit (2a) is connected with the window alert switch circuit (la) and the door alert switch circuit (lb), and the gate circuit (2a) and the D trigger ( The output terminals of 2b) are respectively connected to the input terminals of the analog switch circuit (2c), and the analog switch circuit The output terminal of (2c) is connected to the input terminal of the execution switch circuit (2e), and the output terminal of the execution switch circuit (2e) is connected to the banknote stolen marker (3) and / or the file theft destroyer (4). Controlled input.  15. The anti-theft and security system according to claim 14, characterized in that: the host monitoring driver (2) further comprises a manual monitoring switch circuit (2f), and an output end thereof is connected to a banknote theft marker (3) And / or controlled input of the stolen file destroyer (4).  16. The anti-theft and security system according to claim 12, characterized in that: said magic coin stolen marker (3) is a stolen coin token and / or a corrosive token and / or stained by the stolen coin. The marker is constituted by being set in the banknote storage device and controlledly connected with the host monitoring driver (2) or the security device in the device.  17. The anti-theft and security system according to claim 12, characterized in that: said file theft destroyer (4) is composed of a file theft incinerator, which is arranged in the file storage device and monitors the drive with the host computer. (2) or the controlled connection of the warning device in the device. 18- The anti-theft and security system according to claim 12, characterized in that: said banknote theft indicator (3) comprises a banknote theft ablation indicator (3a), which is stored in the banknote The inner concave cavity (3 ₁ ) on the bottom wall of the device (5) and the walls of each compartment, the chemical combustible material layer (3a ₂ ) contained in the concave cavity, and the fire guide laid on the chemical combustible material layer The surface layer or the fuse line (3a ₃ ) and the grid frame (3a ₄ ) connected to each concave cavity (3 _¾1 ) are _connected . The fire layer or the fuse line (3a ₃ ) Controlled connection with the host monitoring drive (2) or the security device in the coin storage device (5).  19. The anti-theft and security system as claimed in claim 18, characterized in that a plurality of upright short pipes (6) for containing chemical flammable substances are closely arranged in the concave cavity (3a).  20. The anti-theft and security system as claimed in claim 12, characterized in that: said banknote theft indicator (3) includes a banknote for theft or corrosion of the banknote storage box for corrosion or staining of the indicator (3b), it consists of a cavity box filled with a chemical etchant solution or a dye solution, which is embedded under the top wall of the coin storage device (5) and under the walls of each compartment (3bi), a cover (3b ₂ ) covering the mouth end of the cavity box, a plurality of chemical frying point units (3b ₃ ) evenly arranged between the cover surfaces, and a fuse ( 3b ₄ ). The fuse is controlled to be connected with the host monitoring driver (2) or the security device in the coin storage device (5).  21. The anti-theft and security system according to claim 12, characterized in that: said banknote theft tokenizer (3) comprises a stolen rot (stained) eclipse mark for rejection of the banknotes in the banknote storage box Device (3c), which is composed of a pressure storage box (3d) filled with chemical rot (dye) erosive agent provided in the coin storage device (5), and is arranged in the coin storage device (5) the upper wall and / or side walls and / or the lower wall and which is opened at a discharge lumen (3c ₂₎ and the pressure in the i-mounted toner cartridge (3d) and the discharge lumen on the discharge port (3c ₂ ) And a diversion connecting pipe (3c ₃ ) provided with an on-off valve therein, said on-off valve is composed of a cover (3c ₄ ) sealed between the lumen of the diversion connecting pipe (3c ₃ ), provided The chemical explosion point unit (3c ₅ ) between the cover surfaces and the fuse (3c ₆ ) connected to the explosion point unit, the fuse is connected to the host monitoring driver (2) or the banknote storage device (5) The security device in the controlled connection. 22. The anti-theft and security system according to claim 12, characterized in that: said banknote theft indicator (3) comprises a banknote storage box rejection and a coin counterfeit from the coin counter (Dye) etched marker (3d) having at least one horizontal plate (3d2), Each layer of horizontal plate (3d2) is composed of a flap (3d2 3d2 ") whose outer side is hinged to the side wall plate (3dl); a positioning pin (3d4) is provided on the inner wall, and the positioning pin (3d4) and The banknote table and the driver or host monitoring driver (2) in the insurance rejection are controlled to be connected, and a liquid storage tank (3d6) filled with a chemical corrosive agent solution or a dye agent solution is arranged at the lower end of the flap.  23- The anti-theft security system according to claim 12, characterized in that: said document theft destroyer (4) comprises a document theft incinerator, which is provided on the bottom wall of the document storage device (5) and A concave cavity on each partition wall, a chemical combustible material layer contained in the concave cavity, a fire-guiding surface layer laid on the chemical combustible material layer, and a grid connected to each concave cavity The frame is composed of the fire-fighting surface and the host device monitoring drive (2) or the alarm device in the file storage device (5) in a controlled connection.