CN212507899U - Explosion-proof bullet financial intelligent security deposits tub cabinet - Google Patents

Abstract

The utility model provides an explosion-proof bullet financial intelligent security deposits and manages cabinet belongs to financial equipment technical field. It has solved the current big problem of money transportation burden. This explosion-proof bullet financial intelligent security deposits pipe cabinet, including the cabinet body that has the access hole, have in the cabinet body with the access hole intercommunication be used for supplying the deposit box deposit chamber of placing, the lateral wall in the deposit chamber is connected with the several and is used for detecting whether there is the detector that the deposit box put into, it has linked firmly the card reader on the lateral wall of above-mentioned access hole to deposit the chamber to keep away from, the safe pipe cabinet of depositing still includes the control unit and suggestion unit, the control unit can receive the detection signal that detector and card reader sent sends the cue signal and give the suggestion unit. This explosion-proof bullet financial intelligent security deposits tub cabinet has convenient to use and the high advantage of security.

Description

Explosion-proof bullet financial intelligent security deposits tub cabinet

Technical Field

The utility model belongs to the technical field of financial equipment, a safe deposit pipe cabinet is related to, especially, relate to an explosion-proof bullet financial intelligent security deposits pipe cabinet.

Background

The banking industry is a financial institution for people in the current social group to store money, and enough cash needs to be prepared every day so as to be convenient for users to take at any time. With the rapid development of banking industry, more and more network point mechanisms are set up, and each network point needs a large amount of cash for standby. However, most banking outlet institutions do not have a location and secure messaging facilities for efficient storage of protected funds. The currently adopted protection mode is that a vault is arranged in a specific area, cash is transported to each network point by a cash deposit vehicle every morning, and after the business is finished, the cash is sent back to the vault by the cash deposit vehicle for storage, so that the safety is high.

However, with the development of the automobile industry and smart phone payment, traffic congestion is increasingly serious, which is not favorable for the cash deposit vehicle to deliver money on time, the use demand of people for cash is continuously reduced, and the cash demand used by bank outlets every day is also continuously reduced. The money is not convenient to be used at any time every day when the money escort vehicle is employed to transport the money back and forth, and the expense of employing the money escort vehicle also becomes a great burden gradually.

SUMMERY OF THE UTILITY MODEL

The utility model aims at the above-mentioned problem that prior art exists, provide an explosion-proof bullet financial intelligent security deposits and manages cabinet, solved how to provide a safe convenient money and deposited the problem of managing the device.

The purpose of the utility model can be realized by the following technical proposal:

the explosion-proof financial intelligent safe deposit pipe cabinet comprises a cabinet body with an access port, and is characterized in that a deposit box cavity communicated with the access port and used for placing a deposit box is arranged in the cabinet body, the side wall in the deposit box cavity is connected with a plurality of detectors used for detecting whether the deposit box is placed in, a card reader is fixedly connected to the side wall, far away from the access port, of the deposit box cavity, the safe deposit pipe cabinet further comprises a control unit and a prompt unit, and the control unit can receive detection signals sent by the detectors and the card reader and send prompt signals to the prompt unit.

When the anti-explosion financial intelligent safety deposit and management cabinet is used, a deposit box accessed by a bank worker is a specific box, a sensing card corresponding to a card reader is required to be embedded into the box, when the deposit box is placed into a cabinet body from an access port, a plurality of detectors detect whether the deposit box completely enters a deposit box cavity, the card reader reads the sensing card in the deposit box, the card reading distance of the card reader is limited, and the information of the sensing card in the deposit box can be read only when the deposit box is close to the card reader, so that whether the card is successfully read by the card reader can be judged whether the deposit box is in place or not and whether the specific deposit box is placed into the deposit box, the other deposit boxes are prevented from entering, and the control unit can give a prompt through the prompting unit when the detectors do not detect that the deposit box completely enters or the card reader does not read the corresponding sensing card, so as to avoid misoperation and also arouse the attention of related personnel, the safety of the money storage box is ensured. And along with the reduction of cash user demand, this explosion-proof bullet financial intelligent security deposits pipe cabinet's volume is less relatively, can directly place in the website or can only deposit the pipe room safely, need not to make a round trip to transport cash, and it is comparatively convenient to use.

In the above-mentioned financial intelligent safe deposit and management cabinet for explosion-proof bombs, the safe deposit and management cabinet further comprises a system time unit and a remote communication unit which are connected with the control unit, the control unit can receive the system time sent by the system time unit, and when the system time reaches a set time and the detector or the card reader does not send a signal that the deposit box is accessed, the control unit controls the remote communication unit to send prompt information to the remote terminal. The set time of the system time can be set according to actual requirements, and generally can be set to be before work or after work, such as 7 am, 7 am or 6 pm, 6 am or 7 pm, and the like, when the system time reaches the time and a deposit box in the safe deposit box is not taken out or is not completely put into a corresponding deposit box, information can be sent to a designated remote terminal through the remote communication module to remind a supervisor or a main manager, and the deposit box of the network is not taken out or stored in the deposit box at regular time, so that timely contact can be facilitated to check the situation, and the safety of deposit of money and the orderliness of work are ensured.

In foretell explosion-proof bullet financial intelligent security deposits and manages cabinet, the cabinet body still including set up in the cabinet door of access department and can lock the cabinet door lock of cabinet door, still be connected with the input unit on the cabinet body, the input unit with the control unit is connected, the control unit enables the cabinet door lock removes the locking. The cabinet door and the cabinet door lock are arranged, so that the safety of money inside the safe deposit and management cabinet during use is enhanced.

In foretell explosion-proof bullet financial intelligent security deposits and manages cabinet, deposit safely manage cabinet still include the alarm and set up in whether the slope detector that the cabinet body whether takes place the slope can be detected on the cabinet body, alarm and slope detector all with the control unit is connected, the control unit still includes orientation module, the control unit receives can with behind the slope signal that the slope detector sent real-time location and alarm information send for remote terminal. When the cabinet body inclines or moves, the inclination detector detects that the cabinet body inclines, sends an inclination signal to the control unit, and the alarm gives an early warning prompt or gives a remote alarm, and meanwhile, the real-time position where the cabinet body is located in the positioning module is sent to the remote terminal through the remote communication unit. Here, the tilt detector may employ a gyro sensor and a conventional hall device switch that detects a horizontal state by using a position movement of mercury in a tube.

In foretell explosion-proof bullet financial intelligent security deposits and manages cabinet, deposit and manage cabinet still including trigger button safely, it just to have the splenium that can supply to press on the trigger button set up in on the cabinet body, press the splenium outwards to set up and press the terminal surface of splenium to stretch out the bottom surface or the side of the cabinet body, trigger button with the control unit is connected. When the trigger button is used, the end face of the pressing portion of the trigger button extends out of the side face of the cabinet body, the cabinet body is placed on the ground or placed close to a wall, the pressing portion of the trigger button is pressed down, when the cabinet body is lifted or kept away from the wall under the action of external force, the trigger button is popped up to send a trigger signal to the control unit, and the control unit controls the alarm to give an alarm or give a remote alarm.

In foretell explosion-proof bullet financial intelligent security deposits and manages cabinet, deposit safely and manage the cabinet still including camera and the alarm that is used for shooing the reference thing, camera and alarm all with the control unit is connected, just the camera can to the real-time image information who shoots of sending of the control unit, the control unit can compare the image information of at least twice that the camera sent and control at both asynchronism the alarm sends out the police dispatch newspaper. The camera is connected to the storage and management cabinet, the camera can directly shoot the storage and management cabinet, other reference objects in a space where the storage and management cabinet is placed can also be shot, the shot images are sent to the control unit, when the control unit analyzes and judges that the reference objects in the images are different in change, the storage and management cabinet is judged to move, and the alarm gives an alarm.

In the above-mentioned explosive-proof financial intelligent security storage and management cabinet, the storage and management cabinet further comprises an outer shell and a safety door openably connected to one side of the outer shell, the safety door and the outer shell are locked by a safety lock, the cabinet body is arranged in the outer shell, an identity recognition unit capable of performing identity recognition is connected to the safety door, the identity recognition unit can recognize input information and compare the input information with preset information, and the safety lock is opened after the comparison is successful. The shell is used as a component of a safety protection comprehensive structure, and can be subjected to explosion-proof bomb treatment so as to further improve the safety of the shell.

In the above-mentioned financial intelligent security of preventing bomb deposit management cabinet, the identification unit can carry out at least one kind of discernment in face identification, fingerprint identification, IC-card discernment, palm print discernment, finger vein discernment and password discernment. Here, the identification can be performed for a plurality of kinds of information of the same person, and also can be performed for simultaneous identification of a single feature of a plurality of persons, that is, the security gate can be opened only when a plurality of persons are present and the identification of the plurality of persons passes.

In the above-mentioned explosion-proof bomb financial intelligent safety storage tube cabinet, an explosion-proof bulletproof coating is sprayed on the shell and/or between the shell and the cabinet body. Through the spraying of the explosion-proof and bulletproof coating, the safe storage pipe cabinet can be prevented from being damaged by violence, and the safety is improved.

In the above-mentioned explosion-proof bullet financial intelligent security deposits pipe cabinet, the shell is well light composite wall or adopts the muddy earth metal mixed material to make. According to the different spaces that deposit the pipe cabinet and place, also can be with the shell design for the wall body of pouring, place one or more cabinet bodies in the shell, can reach explosion-proof and shellproof effect equally, improve the security. Here, the medium-light composite wall and the concrete metal mixed material are conventional materials, and the specific structural composition thereof is not specifically described.

In foretell explosion-proof bullet financial intelligent security deposits a tub cabinet, the cabinet lock is including seting up in the inboard fore shaft of cabinet door, be the latch fitting and the electro-magnet that collude the form, be located in the cabinet door the lateral part of fore shaft has can supply the locking chamber that the latch fitting stretched into, the armature of electro-magnet with the inner of latch fitting is connected and is worked as can drive when armature removes the outer end swing of latch fitting, the outer end of latch fitting can stretch into when the swing the locking intracavity makes locking between the cabinet door and the cabinet body. When the door is locked, the electromagnet is powered on, the armature moves to drive the locking piece to swing and retract, the outer end of the locking piece can stretch into the locking opening of the cabinet door, then the electromagnet is powered off, the armature recovers, the outer end of the locking piece swings and stretches out, and the outer end hook-shaped part hooks into the locking cavity to realize locking. This structure of cabinet lock need not to set up the lockhole in the cabinet door outside for the cabinet door outside is a complete plane, can't open from the outside, has guaranteed the security of money in the cabinet door.

In foretell explosion-proof bullet financial intelligent security deposits pipe cabinet, the internal unlocking chamber and the connecting rod of still having of cabinet, deposit the incasement and still be provided with the unblock pole, the one end and the armature of unblock pole are connected, the other end with the connecting rod is connected, the one end of connecting rod extends to the intracavity of unblanking is forced. When the electro-magnet outage, can be in the intracavity of unblanking of forcing toggle the connecting rod, drive armature through the unblock pole and remove to manual replacement is electronic, and the pulling latch fitting moves, thereby realizes the unblock of cabinet door lock, opens the cabinet door, has avoided the trouble or the outage and has caused the unable condition of taking out of money.

In the above-mentioned explosion-proof bullet financial intelligent security deposits tub cabinet, the bottom of depositing the case chamber still is provided with rotatable roller bearing or the slide bar that can horizontally slide. After cash is put into the deposit box, the whole weight is heavier, the deposit box can be conveniently placed on the deposit box and pushed into the deposit box cavity through the arrangement of the rolling shaft or the sliding rod, and the deposit and withdrawal are more convenient.

In foretell explosion-proof bullet financial intelligent security deposits a tub cabinet, deposit safely manage the cabinet still including set up in humidity transducer, temperature sensor, vibration sensor and the smoke on the cabinet body sense the alarm, humidity transducer, temperature sensor, vibration sensor and smoke sense the alarm all with the control unit is connected. Each environmental parameter and the state of locating of cabinet body department are monitored in real time through humidity transducer, temperature sensor, vibration sensor and smoke detector alarm, guarantee to store the security of cash.

In the above-mentioned financial intelligent storage and management cabinet for explosive bomb, an opening communicated with the forced unlocking cavity is provided at the position of the forced unlocking cavity on the cabinet body, a forced unlocking door is connected to the opening in a manner of being openable and closable, the forced unlocking door is locked with the cabinet body through a lock, an opening and closing detector capable of identifying whether the forced unlocking door is opened or not is connected to the inside of the forced unlocking cavity, the forced unlocking door or between the cabinet body and the forced unlocking door, the opening and closing detector is capable of sending unlocking information to the control unit after the forced unlocking door is opened, the control unit is provided with a memory capable of storing the unlocking information, and a standby power supply capable of supplying power to the control unit and the opening and closing detector is further provided in the cabinet body. When the external power supply trouble, unable electric start and stop cabinet door lock need be unblanked through forcing the chamber department of unblanking, and through stand-by power supply's power supply, the control unit can be with opening and close the information storage of unblanking that detector department detected in the memory so that later stage inquiry. The on-off detector can be a detection component for detecting the position state commonly used by an on-off switch, an infrared sensor, a proximity switch, a Hall sensor and the like.

Compared with the prior art, this explosion-proof bullet financial intelligent security deposits tub of having following advantage:

1. the safety door has the advantages that the safety of opening and closing of the safety door is improved through multiple identity recognition, particularly, the biological feature recognition can be recorded in the memory, so that the access records can be conveniently checked at any time, the management order and safety are further improved, and the condition of internal theft is prevented;

2. through the arrangement of the detector and the card reader, the accuracy and the effectiveness of the money storage box can be automatically detected, the case that the money storage box is maliciously placed in other boxes or is misplaced in other boxes is avoided, and the safety is ensured;

3. the arrangement of the inclination detector and the trigger button in the cabinet body can avoid the situation that the whole storage tube cabinet is directly moved away without unlocking, thereby further improving the safety;

4. the explosion-proof and bulletproof coating is sprayed on the shell, so that the storage and management cabinet can be prevented from being damaged violently, and the safety of money in the cabinet body is ensured.

Drawings

Fig. 1 is a schematic structural view of the explosion-proof bomb financial intelligent safety storage and management cabinet.

Fig. 2 is a schematic structural view of the anti-explosion financial intelligent safety storage cabinet for removing the safety door.

Fig. 3 is a sectional view of the financial intelligent security storage cabinet for explosion-proof bombs.

Fig. 4 is a schematic structural diagram of a cabinet door lock in the anti-explosion financial intelligent safety storage and management cabinet.

Fig. 5 is a schematic structural diagram of the explosion-proof bomb financial intelligent safety storage cabinet after the safety door and one of the cabinet doors are opened.

Fig. 6 is a schematic block diagram of the explosion-proof bomb financial intelligent safety storage and management cabinet.

In the figure, 1, a housing; 2. a safety door; 3. a storage chamber; 4. a detector; 5. a card reader; 6. a cabinet door lock; 7. a cabinet door; 8. an unlocking lever; 9. a trigger button; 10. locking the opening; 11. a lock; 12. a locking cavity; 13. an electromagnet; 14. forcibly unlocking the lock cavity; 15. a roller; 16. an identity recognition unit; 17. a cabinet body; 18. a file data chamber; 19. a computer-like control terminal; 20. an on-off detector; 21. a camera; 22. a backup power source.

Detailed Description

The following are specific embodiments of the present invention and the accompanying drawings are used to further describe the technical solution of the present invention, but the present invention is not limited to these embodiments.

As shown in figure 1, the explosion-proof bomb financial intelligent safety storage and management cabinet comprises a shell 1 and a safety door 2 which is openably connected to one side of the shell 1, the safety door 2 and the shell 1 are locked through a safety lock, an identity recognition unit 16 capable of identifying identities is connected to the safety door 2, the identity recognition unit 16 can recognize input information and compare the input information with preset information, and the safety lock is opened after the comparison is successful. Here, in order to ensure safety, the explosion-proof and bulletproof coating may be sprayed on the shell 1 and/or the interlayer between the shell 1 and the chest 17 to prevent violent damage, of course, the shell 1 may be directly coated outside the chest 17 as shown in fig. 1, or may be an existing external wall of the vault, that is, the shell 1 is a medium-light composite wall or a wall made of a mixed material of concrete and metal, and the chest 17 is directly placed into the vault, of course, one or more chest 17 may be placed into the vault according to the space size and the use requirement in the vault; the identification unit 16 is capable of performing at least one of face recognition, fingerprint recognition, IC card recognition, palm print recognition, finger vein recognition and password recognition, preferably biometric recognition, i.e., face recognition and fingerprint recognition, and may perform multiple recognition in sequence if necessary. In particular, the identification of multiple features may be for the same person, or for different features or the same feature of different persons.

As shown in fig. 2, fig. 3 and fig. 5, a cabinet 17 having an access port is further disposed in the housing 1, in this embodiment, three storage cavities 3, a forcible unlocking cavity 14 and a file data cavity 18 are disposed in the cabinet 17, the three storage cavities 3 are sequentially arranged from bottom to top, and the forcible unlocking cavity 14 and the file data cavity 18 are disposed at the top in parallel. Since the three storage chambers 3 have the same structure, the following description will be given taking one of the storage chambers 3 as an example.

The storage box cavity 3 in the cabinet body 17 is cuboid, and the access opening is positioned at the front side of the storage box cavity 3 and is communicated with the storage box cavity 3. The lateral wall in the deposit box chamber 3 is connected with the detector 4 that the several is used for detecting whether there is the deposit box to put into, and several detector 4 distributes along the horizontal direction equidistance, and deposit box chamber 3 keeps away from on the lateral wall of access mouth, has linked firmly card reader 5 on the back lateral wall promptly, still is connected with several roller bearing 15 on the bottom cabinet body 17 baffle of deposit box chamber 3, several roller bearing 15 along the horizontal direction equipartition. In this embodiment, the detector 4 may be an infrared sensor or a photoelectric sensor and is connected to the middle of the entire storage chamber 3; the reader 5 may be an existing device for reading sensors at close range. The roller 15 can be replaced by a plurality of sliding rods capable of sliding horizontally as required, so that the deposit box can be placed on the roller and the deposit box can be driven to move in and out.

The side of the forced unlocking cavity 14 facing the access opening is also provided with an opening, and a forced unlocking door is connected to the opening in an openable and closable manner and is locked with the cabinet body through a lockset. Here, the forced unlocking door may specifically include an openable frame fixedly connected to the opening and a computer-like control end 19 fixedly connected to the frame, the computer-like control end 19 completely covers the opening, and the frame and the cabinet 17 are locked by a lock. The computer control end 19 is provided with a control unit and a prompting unit, and the control unit can receive detection signals sent by the detector 4 and the card reader 5 and send prompting signals to the prompting unit to prompt. In this embodiment, the prompting unit may include a speaker, a buzzer, and a display.

The computer-like control end 19 is also provided with a system time unit and a remote communication unit, the control unit can receive the system time sent by the system time unit, and when the system time reaches the set time and the detector 4 or the card reader 5 does not send a signal that the deposit box is deposited or taken out, the control unit controls the remote communication unit to send prompt information to the remote terminal. In this embodiment, the setting time of the system time may be set according to actual requirements, and may generally be set to be before work and after work, for example, 7 am, or 6 pm, 6 am, or 7 pm, and when the system time reaches the time and the safe deposit box is not taken out of the deposit box or is completely put into the corresponding deposit box, a message may be sent to a designated remote terminal through the remote communication module to remind a monitoring person or a supervisor, where the remote terminal may specifically be a mobile phone of a background monitoring system or a supervisor, a tablet computer, or the like.

The cabinet body 17 further comprises cabinet doors 7 arranged at the access openings of the storage cavities 3 and cabinet door locks 6 capable of locking the cabinet doors 7, the computer-like control end 19 is further provided with an input unit, and the control unit can open the corresponding cabinet door locks 6 according to information input by the input unit. Here, the input unit may be an input keyboard, a fingerprint recognizer, a face recognition camera, or the like.

As shown in fig. 4, the cabinet door lock 6 includes a recessed locking notch 10 at the inner side of the cabinet door 7, a locking piece 11 with a hook-shaped front end and an electromagnet 13, a recessed locking cavity 12 is further provided in the cabinet door 17, the locking notch 10 is communicated with the locking cavity 12, and two side walls of the locking cavity 12 are respectively located at two sides of the locking notch 10, the number of the locking pieces 11 is two and are arranged back to back, the armature of the electromagnet 13 is connected with the rear ends of the two locking pieces 11 and can drive the outer ends of the two locking pieces 11 to be close to each other in opposite directions when the armature moves, and the outer ends of the two locking pieces 11 can correspondingly extend into the locking cavity 12 when being far. In this embodiment, the armature front end of electro-magnet 13 is connected with the locking plate of dull and stereotyped dress, the lower extreme of this locking plate has two stabilizer blades of downward convex, the guide slot has been seted up in the slope of two latch fittings 11 rear ends, two stabilizer blades insert respectively in the guide slot of two latch fittings 11, two latch fittings 11 middle parts articulate on cabinet body 17, then when electro-magnet 13 circular telegram, armature rethread, drive the stabilizer blade rethread, set up because of the guide slot slope, then two latch fittings 11 can the atress rotate around the pin joint, thereby realize being close to each other between them. Wherein, the number of the locking pieces 11 can be adjusted to one, three, four, etc. according to the requirement.

When the electromagnet 13 is in failure and cannot be opened electrically, forced unlocking is required, and the lock on the frame at the forced unlocking cavity 14 can be unlocked through a key. An unlocking rod 8 is horizontally arranged in the box storage cavity 3, the front end of the unlocking rod 8 is connected with the rear end of the armature, the other end of the unlocking rod is connected with the middle of a connecting rod, and the upper end of the connecting rod extends into a forced unlocking cavity 14. In this embodiment, the rear ends of the unlocking rods 8 in the three storage cavities 3 are all connected to the same connecting rod, and the unlocking rods 8 can be pulled to move backwards by pushing the connecting rod, so as to drive the locking pieces 11 to be close to each other for unlocking. Of course, if necessary, a plurality of links may be provided.

The safe storage pipe cabinet further comprises an ultrasonic alarm, an inclination detector and a trigger button 9, wherein the trigger button 9 is provided with a pressing part for pressing and is arranged on the lower side of the cabinet body 17, the pressing part is arranged downwards, the bottom surface of the pressing part is lower than the bottom surface of the cabinet body 17, and when the cabinet body 17 is placed on the ground, the trigger button 9 is pressed down. Ultrasonic alarm and slope detector all set up in forcing unlocking cavity 14, and the alarm opening has been seted up at cabinet body 17 top, according to the use needs and service environment of difference, microwave alarm still can be chooseed for use to the alarm, and trigger button 9 also can connect the lateral part at cabinet body 17 to make it press the splenium to stretch out the lateral part of cabinet body 17, when cabinet body 17 leaned on the wall and placed, pressed the splenium and pressed down. In this embodiment, the tilt detector may be a gyro sensor, or other existing sensor that uses mercury movement within a tube to detect whether it is level.

When the explosion-proof bomb financial intelligent safety deposit management cabinet is used, special deposit boxes are required to be matched, and the induction cards with different codes are embedded into the plurality of deposit boxes one by one.

The safety lock is unlocked by the person who accesses the deposit box through identity recognition to open the safety door 2. Then, one or more of the storage chambers 3 which can be opened in the self authority are input at the computer-like control end 19, the computer-like control end 19 controls the corresponding electromagnets 13 to be electrified, the armatures are pulled back, so that the two locking pieces 11 are close to each other, the two sides of the front end self-locking chamber 12 retract, the cabinet door 7 is pulled, the front end self-locking opening 10 of the locking pieces 11 can be separated, and the corresponding cabinet door 7 can be opened. Meanwhile, the control unit records the opening time of the specific box storage cavity 3 and the specific opening personnel information in the memory for subsequent inquiry.

After opening the door 7, the bank can put the lower end of the deposit box into the deposit box chamber 3 and push the deposit box into it completely by means of the roller 15. The detectors 4 are sequentially shielded and send corresponding signals to the control unit, similarly, the card reader 5 reads the induction card at the bottom of the money storage box and also sends corresponding signals to the control unit, and the control unit sends corresponding voice prompts to indicate that the money storage is finished. Bank personnel can close cabinet door 7, and two latch fittings 11 stretch into in the fore shaft 10, and the power failure of control unit control electro-magnet 13, two latch fittings 11 open and detain in the locking chamber 12 of fore shaft 10 both sides, realize the locking of cabinet door 7. The bank personnel can then close the security gate 2 and exit.

If the deposit box is stored in a wrong position or placed into other boxes in the process of storing the deposit box, the card reader 5 or the detector 4 does not completely detect the deposit box, the computer-like control end 19 sends a prompt, the cabinet door 7 cannot be locked, and the cabinet door is not corrected for a long time, the control unit sends corresponding information to the background monitoring system and the mobile terminal of a supervisor through the remote communication unit to prompt the situation, so that the situation can be inquired in time.

When the system time reaches the set time, for example, the system time exceeds the off-duty time by 1 hour, the correct deposit box is not stored in the cabinet 17, and the control unit also sends information to the background monitoring system and the mobile terminal of the supervisor to remind the situation.

When the cabinet body 17 is moved, if the cabinet body 17 is lifted, the trigger button 9 is popped up to send a trigger signal to the control unit, the control unit controls the ultrasonic alarm to give an alarm, the normal carrying of the carrying personnel is influenced, and the remote communication module sends information reminding to the background monitoring system and the terminal of the supervisor. When the cabinet body 17 is not lifted but inclined, the gyroscope sensor in the cabinet body 17 sends an inclination signal to the control unit, the ultrasonic alarm gives an alarm, and the alarm can be released after the background monitoring system knows the situation. Meanwhile, the control unit further comprises a positioning module, and the control unit can send real-time positioning information in the positioning module to the remote terminal after receiving signals sent by the gyroscope sensor or the trigger button 9, so that real-time tracking is facilitated, and the safe storage and management cabinet is searched back.

In addition, in order to avoid the failure to communicate, record information or open or close the lock due to power failure, a standby power supply 22 is provided in the forced unlocking chamber 14. The forced unlocking cavity, the forced unlocking door or the space between the cabinet body 17 and the forced unlocking door is connected with an opening and closing detector 20 capable of identifying whether the forced unlocking door is opened or not, the opening and closing detector 20 can send unlocking information to the control unit after the forced unlocking door is opened, the control unit is provided with a memory and the memory can store the unlocking information, specifically the unlocking time. In this embodiment, in addition to the forced unlocking chamber 14, other storage chambers 3, archival data chambers 18 and the safety door 2 are also provided with an opening/closing detector 20, as shown in fig. 5, the opening/closing detector 20 includes a first component connected to the cabinet 17 and a second component connected to the cabinet door 7, and when the first component and the second component are close to or separated from each other, the opening/closing detector respectively sends a signal to the control unit so that the control unit records corresponding door opening/closing information under the power supply of the standby power supply 22. The scheme for detecting whether the safe storage and management cabinet moves can further comprise a camera 21 which is connected to the cabinet body or the shell and is used for shooting a reference object, the camera 21 can send shot image information to the control unit in real time, and the control unit can compare at least two times of image information sent by the camera 21 back and forth and control the alarm to give an alarm when two images are different. Here, the reference object may be a fixed object in a room where the storage cabinet is placed, such as a gate and the storage cabinet itself, or a fixed setting added in the room after the storage cabinet is placed, or the like.

As shown in fig. 6, in order to ensure the safety of the cash stored in the cabinet body 17, the safe deposit management cabinet further comprises a humidity sensor, a temperature sensor, a vibration sensor and a smoke detector which are arranged on the cabinet body 17, wherein the humidity sensor, the temperature sensor, the vibration sensor and the smoke detector are all connected with the control unit, and can send detection signals to the control unit for recording, processing and reminding.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications, additions and substitutions for the specific embodiments described herein may be made by those skilled in the art without departing from the spirit of the invention or exceeding the scope of the invention as defined in the accompanying claims.

Claims (15)

1. Explosion-proof bullet financial intelligent security deposits pipe cabinet, including the cabinet body (17) that have the access hole its characterized in that, have in the cabinet body (17) and be used for supplying deposit box to place deposit chamber (3) with the access hole intercommunication, the lateral wall in deposit chamber (3) is connected with the several and is used for detecting whether detector (4) that the deposit box put into have, card reader (5) have been linked firmly on the lateral wall of keeping away from above-mentioned access hole in deposit chamber (3), safe deposit pipe cabinet still includes control unit and suggestion unit, control unit can receive the detection signal that detector (4) and card reader (5) sent and send the suggestion signal give the suggestion unit.

2. The bomb-proof financial intelligent security deposit and management cabinet according to claim 1, further comprising a system time unit and a remote communication unit connected with the control unit, wherein the control unit is capable of receiving the system time sent by the system time unit, and when the system time reaches a set time and the detector (4) or the card reader (5) does not send a signal that the deposit box is accessed, the control unit controls the remote communication unit to send a prompt message to a remote terminal.

3. The bomb-proof financial intelligent storage and management cabinet according to claim 1 or 2, wherein the cabinet body (17) further comprises a cabinet door (7) arranged at the access opening and a cabinet door lock (6) capable of locking the cabinet door (7), the cabinet body (17) is further connected with an input unit, the input unit is connected with the control unit, and the control unit can unlock the cabinet door lock (6).

4. The bomb-proof financial intelligent security storage and management cabinet according to claim 2, further comprising an alarm and an inclination detector arranged on the cabinet body (17) and capable of detecting whether the cabinet body (17) is inclined, wherein the alarm and the inclination detector are both connected with the control unit, the control unit further comprises a positioning module, and the control unit can send real-time positioning information in the positioning module and alarm information sent by the alarm to a remote terminal after receiving an inclination signal sent by the inclination detector.

5. The bomb-proof financial intelligent safe deposit pipe cabinet according to claim 4, characterized in that, the safe deposit pipe cabinet further comprises a trigger button (9), the trigger button (9) has a pressing portion for pressing, the trigger button (9) is arranged on the cabinet body (17), the pressing portion is arranged outwards, the end of the pressing portion extends out of the bottom surface or the side surface of the cabinet body (17), and the trigger button (9) is connected with the control unit.

6. The bomb-proof financial intelligent security storage and management cabinet according to claim 1 or 2, further comprising a camera (21) for shooting reference objects and an alarm, wherein the camera (21) and the alarm are both connected with the control unit, the camera (21) can send shot image information to the control unit in real time, and the control unit can compare at least two times of image information sent by the camera (21) and control the alarm to give an alarm when the two are different.

7. The bomb-proof financial intelligent security storage and management cabinet according to claim 1 or 2, wherein the storage and management cabinet further comprises a housing (1) and a safety door (2) openably connected to one side of the housing (1), the safety door (2) and the housing (1) are locked through a safety lock, the cabinet body (17) is arranged in the housing (1), an identity recognition unit (16) capable of performing identity recognition is connected to the safety door (2), the identity recognition unit (16) can recognize input information and compare the input information with preset information, and the safety lock is opened after the comparison is successful.

8. The bomb-proof financial intelligent security storage and management cabinet according to claim 7, wherein the identity recognition unit (16) is capable of performing at least one of face recognition, fingerprint recognition, IC card recognition, palm print recognition, finger vein recognition and password recognition.

9. The bomb-proof financial intelligent security storage tube cabinet according to claim 7, characterized in that the shell (1) and/or between the shell (1) and the cabinet body (17) is coated with a blast-proof and bulletproof coating.

10. The bomb-proof financial intelligent security storage cabinet according to claim 7, wherein the housing (1) is a medium-light composite wall or made of a concrete metal mixed material.

11. The explosive-proof financial intelligent safe deposit pipe cabinet of claim 3, characterized in that, the cabinet door lock (6) is including offering in fore shaft (10) of cabinet door (7) inboard, being the latch fitting (11) and electro-magnet (13) that collude the form, the lateral part that lies in the fore shaft (10) in cabinet door (7) has the locking chamber (12) that can supply latch fitting (11) to stretch into, the armature of electro-magnet (13) with the inner of latch fitting (11) is connected and can drive when the armature moves the outer end swing of latch fitting (11), the outer end of latch fitting (11) can stretch into when the swing in the locking chamber (12) and make lock between cabinet door (7) and the cabinet body (17).

12. The financial intelligent security storage tube cabinet for explosion-proof bombs according to claim 9, wherein the cabinet body (17) is further provided with a forced unlocking cavity (14) and a connecting rod, the storage cavity (3) is further provided with an unlocking rod (8), one end of the unlocking rod (8) is connected with the armature, the other end of the unlocking rod is connected with the connecting rod, and one end of the connecting rod extends into the forced unlocking cavity (14).

13. The bomb-proof financial intelligent security storage cabinet according to claim 1 or 2, wherein the bottom of the storage cavity (3) is further provided with a rotatable roller (15) or a horizontally slidable sliding rod.

14. The bomb-proof financial intelligent safe deposit pipe cabinet according to claim 1 or 2, characterized in that, the safe deposit pipe cabinet further comprises a humidity sensor, a temperature sensor, a vibration sensor and a smoke-sensitive alarm which are arranged on the cabinet body (17), and the humidity sensor, the temperature sensor, the vibration sensor and the smoke-sensitive alarm are all connected with the control unit.

15. The bomb-proof financial intelligent security storage cabinet of claim 12, an opening communicated with the forced unlocking cavity (14) is arranged at the position of the forced unlocking cavity (14) on the cabinet body (17), the opening is connected with a forced unlocking door which can be opened and closed, the forced unlocking door is locked with the cabinet body (17) through a lockset, an opening and closing detector (20) capable of identifying whether the forced unlocking door is opened or not is connected in the forced unlocking cavity (14), on the forced unlocking door or between the cabinet body (17) and the forced unlocking door, the opening and closing detector (20) can send unlocking information to the control unit after the forced unlocking door is opened, the control unit is provided with a memory capable of storing the unlocking information, and a standby power supply (22) capable of supplying power to the control unit and the opening and closing detector (20) is further arranged in the cabinet body (17).

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