TW201300618A - Electronic seal device with intrusion detection circuit and method of using the same for door sealing - Google Patents

Abstract

An electronic seal device with intrusion detection circuit is disclosed, which is used to pass through door buckle and lock the door thereby, comprising a metal-made door bolt and a door bolt socket. After the door bolt is inserted into the door bolt socket, the rechargeable battery device can supply the operation power. The power can drive the electric actuator to drive a fastening machine set to fasten the door bolt. By monitoring the detect whether there is an interrupt in the power supply and signal transmission, the intrusion event of electronic seal can be real time identified, and both the time and the event of the intrusion event are recorded and sent to an active electronic seal reader for retrieving the record. In addition, with the installation of an extended chassis, the invention can further transmit the active electronic seal security information and cargo information of the two-way transmitted through the telecommunication network packet protocol. Through a remote communication device to achieve real-time position report and location display, the entire process can be visually monitored. The present invention further provides a method of using the electronic seal device to seal the door, it is able to instantly access the intrusion event of electronic seal, and the time and event of the intrusion event are recorded or transmitted to the outside.

Description

Electronic seal device with anti-vandal detection circuit and method for sealing door using electronic seal device

The present invention relates to active electronic seals, and more particularly to an electronic seal device having a tamper-proof detecting circuit and a method of sealing the door using the electronic seal device.

The present invention is an electronic seal, and more specifically, an electronic seal that is electrically actuated by using a radio frequency identification (RFID) technology and a combined communication architecture device, and is applied to a container truck. And the safe transportation control information of the confined truck confined space compartment and the instant transmission of the goods information and its identification. Generally, electronic seals are mainly divided into active and passive electronic seals, and passive electronic seals without additional battery power, such as Taiwan's M358380, M328051, M260603, I289795 and other patents, which are single-use. That is, discarding, when it is less environmentally friendly and damaged, it is impossible to actively record the event time and it is impossible to immediately notify the event through the communication channel.

As for the active electronic seals with independent battery power, more functions can be performed due to the extra battery power, such as ZL200620047910.6 patent in mainland China, the electronic seal has GPS positioning module, microprocessor and signal transceiving function. , can perform positioning function. However, the latch and the lock of the patent of ZL200620047910.6 are still one-time and cannot be reused, which makes the use cost too high. In addition, as disclosed in U.S. Patent No. 6,069,563, an active detection circuit is additionally provided in the electronic seal to detect an external force destruction event, but it is still a one-time use or discarded design.

In addition, the existing mechanical seal device is a one-time design, and whether it has been unlocked can be easily judged by whether the appearance is damaged or not. As for the additional anti-destruction devices of the electronic seals, most of them are for external parameters, such as various light, heat and temperature sensing units. For containers in confined spaces and bonded trucks, the safety of the containers before and after sealing is detected. Whether it is damaged or illegally opened the monitoring of the compartment door. Or with GPS positioning and GSM/GPRS/WCDMA/HSDPA and other remote communication means to achieve positioning and two-way instant security message notification and bearer goods information exchange function.

However, when the active electronic seal device fails, the battery is usually depleted of power, but it cannot be ruled out that the active electronic seal device is damaged. Therefore, it is often difficult to judge the cause of failure when the active electronic seal device fails. It is difficult to judge even if the active electronic seal device has been unlocked in an unbroken state. It is very important to verify whether the electronic seal device has been destroyed before the unsealing or because the battery is unable to work in practical applications. The technical surface must provide improvement in the judgment method and its device.

In addition, in response to the different conditions, locations and environments required for the safe transport of various goods, the active electronic seal device can be combined with the system requirements (especially the external communication part) to propose a modular combination, such an active electronic seal device. The operation can provide users with the most intelligent use efficiency.

In view of the above problems, the present invention provides an electronic seal device having a tamper-proof detecting circuit and a method for sealing the door using the electronic seal device, which can effectively record the events and events that may be damaged by the electronic seal device, and improve the active electronic device. The practical use of the seal.

In order to achieve the above object, the present invention provides an electronic seal device having a tamper-proof detecting circuit for inserting a latch hole of a door and inserting a latch seat to block the door, and providing an identification function for checking Whether the door has been opened, the electronic sealing device comprises a latch and a latch seat. :

Forming an annular groove at the end of the pin, and comprising: a pin connector terminal, located in the pin, having a plurality of conductive points; a rechargeable battery device connecting the transmission wire and the pin connector terminal; a radio frequency identification The wafer is connected to the pin connector terminal by a transmission wire.

The latch base includes a main body casing having an insertion hole for inserting the insertion hole of the pin, so that the pin is tightly fastened to the pin seat; a pin holder connector terminal for matching with the pin connector terminal Docking; a control and communication circuit, providing a sealed signal, and capable of receiving an external encrypted command signal, performing decoding and compliance check of the encrypted command signal, and transmitting an open command after the match; and the control and communication a circuit for providing time and event records of the electronic seal destruction event and for actively transmitting event occurrence information to a radio frequency identification reader; a fastening device assembly including a buckle seat and a cross bar The buckle is horizontally moved to enable the crossbar to be engaged and disengaged from the annular groove of the latch; and an RF antenna is disposed in the main housing to be coupled with the radio frequency identification chip in the rechargeable battery device When it is unable to work for a reason, the reading of a radio frequency identification reader can determine the security information of the radio frequency identification chip.

In one or more embodiments of the present invention, a display and warning unit is further disposed on the surface of the main body casing, and according to the operation of the control and communication circuit, the battery is weakened, the sealing is completed, the communication structure, and the anti-destruction are performed. Display and warning of messages.

In one or more embodiments of the present invention, when the latch is engaged with the latch seat, the plurality of conductive points of the latch connector terminal and the plurality of conductive points of the latch connector terminal are matched and docked to enable radio frequency identification in the latch The chip is electrically connected to the RF antenna in the main body of the pin holder to respond to the RF electromagnetic wave of the external RFID reader.

In one or more embodiments of the present invention, when the plug is broken or abnormally opened, the radio frequency identification chip is disconnected, and the time and event of the interruption are recorded in the radio frequency identification chip.

In one or more embodiments of the present invention, an extension type casing is further disposed, and a satellite positioning component is disposed therein for transmitting positioning information to the control and communication circuit main casing for recording and archiving.

In one or more embodiments of the present invention, a remote communication device is further disposed in the extended casing for transmitting active electronic seal security information and two-way transmission of cargo information through a telecommunication network packet protocol. .

In one or more embodiments of the present invention, the telecommunications network packet protocol includes GPRS, WDCDMA, HSDPA.

In one or more embodiments of the present invention, the latch, the latch seat and an extended casing, wherein the latch seat and the extended casing can each perform two-way communication work independently.

The invention further provides a method for sealing a door by using an electronic sealing device for sealing a door of a package, wherein the package has a buckle ring for the electronic sealing device to pass through and be locked thereon. And sealing the package, the method comprising the steps of: providing an electronic sealing device, the latch of the latch is coupled to the latch seat through the latch ring; continuously monitoring whether power supplied to the control and communication circuit is Interrupting; and when the power supply to the control and communication circuit is interrupted by the rechargeable battery device, an event of the power interruption and an event occurrence time are recorded in the control and communication circuit.

In one or more embodiments of the present invention, the method further includes a step of transmitting the power interruption event and the event occurrence time to a specified object through a remote communication module.

Through the event of power interruption and the record of the time of occurrence of the incident, it will be possible to effectively discriminate whether the electronic seal device has been damaged, thereby enhancing the inspection of the goods and even tracking the location of the damage incident. In addition, one or more embodiments of the present invention also provide an instant remote notification function, which can immediately notify the destruction event and obtain the location of the destruction event through GPS positioning, thereby improving the practical application of the active electronic seal.

The embodiments of the present invention are described below by way of specific examples, and those skilled in the art can readily appreciate other advantages and functions of the present invention from the disclosure herein.

An electronic seal device 1 having a tamper-proof detecting circuit according to a first embodiment of the present invention includes a latch 100 and a latch holder 200, wherein the latch 100 is used for wearing After passing through the bolt hole of the buckle ring of the door, the latch seat 200 is inserted to block the door, and an identification function is provided for checking whether the door has been opened.

Please refer to "1", "2" and "3". The pin 100 is made of metal, and the outside is protected by a rubber case (not shown), and an annular groove is formed at the end. Slot 130. The latch 100 further includes a latch connector terminal 140 located in the latch 100 having a plurality of conductive points.

As shown in FIG. 1 and FIG. 2, the leading edge of the plug 100 forms a guiding slope 121, and the plug 100 further includes an annular groove 130 formed on the outer peripheral surface of the front end of the plug 100. The annular groove 130 may be a continuous annular groove surrounding the outer circumferential surface of the plug 100, or may be a discontinuous lower concave structure partially formed on the outer circumferential surface of the plug 100. The plug 100 further includes the following technical means.

As shown in FIG. 2 and FIG. 3, the plug 100 further includes a rechargeable battery unit 150 disposed on the head of the plug 100 and covered with a plastic case for providing a power. The rechargeable battery device 150 is connected to the conduction point of the pin connector terminal 140 by using the transmission wire 101 as a power line.

As shown in "Fig. 2", the end of the plug 100 is further formed with an opening that communicates with the inside of the plug 100. The latch connector terminal 140 is disposed in the latch 100 and corresponds to the opening 123. The plug connector terminal 140 is electrically connected to the rechargeable battery device 150 by using the transmission wire 101 as a power line for transmitting the power provided by the rechargeable battery device 150.

As shown in "Fig. 2", the latch connector terminal 140 is provided in the plug 100 and communicates with the outside through the opening 123. The latch connector terminal 140 has a plurality of electrical contacts electrically connected to the rechargeable battery device 150 for transmitting power of the rechargeable battery device 150.

As shown in FIG. 2, the latch 100 further includes a radio frequency identification chip 160 disposed in the plug 100 and located in a hollow portion of the plug 100. The RFID chip 160 provides a unique code for identification purposes. The radio frequency identification chip 160 is electrically connected to the conduction point of the pin connector terminal 140 through the transmission wire 101 as a signal line, thereby outputting the unique code through the pin connector terminal 140.

As shown in "1", "2" and "3", the pin holder 200 has a main housing 210, a pin holder connector terminal 220, a button assembly 250, and a pin holder connection. The device terminal 220, a voltage conversion unit 230, a control and communication circuit 240, a fastening device assembly 250, an electric actuator 260, a safety switch 270, an RF antenna 280, and a display and warning unit 290. The main body casing 210 is used for accommodating the pin holder connector terminal 220, the fastener assembly 250, the pin holder connector terminal 220, the voltage conversion unit 230, the control and communication circuit 240, the fastening device assembly 250, and the electric actuator 260. , a safety switch 270, a radio frequency antenna 280, a display and warning unit 290.

As shown in Fig. 2, the main casing 210 is made of insulating plastic and has an insertion hole 211 for inserting the front end of the plug 100 to form an electronic seal device. The fastener assembly 250 is disposed corresponding to the insertion hole 211 for latching the latch 100 when the insertion pin 211 is inserted into the insertion hole 211.

As shown in "Fig. 2" and "Fig. 3", the pin holder connector terminal 220 has a plurality of conduction points for abutting the conduction point of the pin connector terminal 140 to cause the pin holder connector terminal 220 and the pin connector Terminal 140 is mated. When the latch 100 is inserted into the latch holder 200, the latch connector terminal 140 is mated with the latch connector terminal 220, so that the rechargeable battery device 150 and the radio frequency identification chip 160 in the latch 100 are electrically connected to the control and communication circuit 240. The rechargeable battery device 150 is electrically connected to the electric actuator 260 to supply power to the control and communication circuit 240 and the electric actuator 260, and transmits the unique code to the control and communication circuit 240.

As shown in FIG. 2 and FIG. 3, a voltage conversion unit 230 is disposed in the main housing 210 for converting the power output of the rechargeable battery unit 150 to provide components of the active electronic seal. The source of electricity required.

As shown in "Fig. 2" and "Fig. 3", the control and communication circuit 240 is configured to provide an external communication of the sealed signal, and can receive an external encrypted command signal for decoding and matching the encrypted command signal. Sexual checkup. The control and communication circuit 240 is responsible for transmitting an unsealing command after the coincidence; and the control and communication circuit 240 provides time and event records when the electronic seal is destroyed and has an active transmission event occurrence information to the RFID reader.

As shown in FIG. 2 and FIG. 3, in one embodiment, the fastener assembly 250 includes a buckle seat 251 and at least one crossbar 252. The crossbar 252 is horizontally moved through the buckle seat 251 so that the crossbar 252 can be engaged and disengaged from the annular groove 130 of the latch 100. Preferably, the front end of the crossbar 252 can be crescent shaped.

As shown in "Fig. 2" and "Fig. 3", the electric actuator 260 can be a motor, a solenoid (solenoid), a relay, etc., which converts electric power into driving force, thereby providing a linear actuation force to push the horizontal. The rod 252 is displaced and engaged and disengaged from the annular groove 130 of the bolt 100. When the electric actuator 260 receives the opening command issued by the control and communication circuit 240, the electric actuator 260 pulls the crossbar 252 out of the annular groove 130. When the electric actuator 260 receives the seal signal from the control and communication circuit 240, the electric actuator 260 pulls the crossbar 252 to engage the annular groove 130.

The safety switch 270 has a button on the main housing 210 that receives the unsealing command and drives the electric actuator 260 to pull the crossbar 252 out of the annular groove 130 of the latch 100 after being triggered.

As shown in FIG. 2 and FIG. 3, the RF antenna 280 is disposed in the main body casing 210 and can be combined with the radio frequency identification chip 160. When the rechargeable battery device 150 fails to work, it passes through an external device. The radio frequency identification reader can determine the security information of the electronic seal 1 for the radio frequency identification chip 160.

As shown in "1" and "2", when the electronic sealing device 1 of the present invention is used, the pin 100 is first passed through the bolt hole of the locking ring of a door, and then the pin 100 is further passed through. The insertion hole 211 of the latch holder 200.

As shown in "Fig. 2" and "Fig. 3", when the latch 100 is inserted into the latch holder 200 to engage the latch connector terminal 140 with the latch seat connector terminal 220, the rechargeable battery device 150 of the latch 100 is provided at this time. The power is converted to an appropriate voltage by the voltage conversion unit 230. The control and communication circuit 240 is electrically connected to the rechargeable battery device 150, and the self-charging battery device 150 obtains power to start, and the control and communication circuit 240 sends a sealing signal to drive the electric actuator 260 to push the button in the fastening device assembly 250. The crossbar 252 is displaced toward the latch 100.

At this time, a power source is provided by the rechargeable battery device 150 of the plug 100, and the electric actuator 260 is activated by the electric power to push the cross bar 252 to engage with the annular groove of the plug 100. When the displacement to the annular groove 130 at the end of the pin 100 is engaged, the control and communication circuit 240 cuts off the power to the electric actuator 260.

At this time, the direction in which the latch 100 is pulled out of the latch seat 200 is perpendicular to the direction of the crossbar 252, and the crossbar 252 can withstand the stress of high safety unless the drive actuator 260 is reversed and the buckle structure cannot be opened.

When the latch 100 is inserted into the latch holder 200 and fully engaged, the conduction point through the latch connector terminal 140 and the pin holder connector terminal 220 of the latch holder 200 are operatively coupled to each other, and the radio frequency identification chip 160 and the pin holder in the latch 100 are inserted. The RF antenna 280 in 200 is connected to form a radio frequency identification system in response to the RF electromagnetic wave of the external RFID reader.

When the external RFID reader is received by the RF antenna 280 by transmitting the RF electromagnetic wave, the control and communication circuit 240 obtains a unique code from the RFID chip 160, and can recognize the RFID chip 160 in response to a RF electromagnetic wave. The unique code, together with the security and logistics information of the electronic seal, is read by the wireless RF reader for inspection of the container or the container of the bonded truck.

After the latch 100 and the latch seat 200 are fastened to the buckle of the container truck, the bonded truck and the truck compartment, the electronic seal 1 can be respectively transmitted through the control and communication circuit 240 of the main casing 210 and externally fixed or handheld. The reader performs two-way security and logistics information transmission, and can realize unique code identification and two-way security and logistics information transmission through the RFID system in the electronic seal and the fixed or handheld RFID system reader.

When the electronic seal 1 is damaged by an external force, part or all of the transmission wire 101 between the latch 100 and the latch base 200 is disconnected, so that the control and communication circuit 240 of the latch base 200 is disconnected on the transmission wire 101. At the moment of the line, the time of the voltage change is detected and the event is recorded in a built-in memory. Even if the transmission line 101 is re-energized, this event record will be retained and transmitted to the reader without disappearing. At the same time, whether the transmission line 101 as the power line or the signal line is broken due to external force damage, the event is recorded in the radio frequency identification chip 160, even if the signal line/power line is re-connected, the record is also It will be retained and transferred to the reader without disappearing, so the present invention has a dual anti-vandal detection function. The inspector can decide whether to inspect the container or the container of the bonded truck based on the event of the power interruption and the time of the event. If there is a problem with the results of the inspection, it is also possible to track the location of the container or the container where the bonded truck may be damaged by the time of the incident.

If the rechargeable battery device 150 is exhausted or the rechargeable battery device 150 is inoperable due to damage, the unique code of the RFID chip 160 can still be obtained by other means without inspection by the electronic seal device 1. At the same time, the other latch 100 can be replaced to supply power to the latch base 200 to detect whether there is a recorded power interruption event and event occurrence time in the memory unit 270, thereby determining that the rechargeable battery device 150 is a depleted or rechargeable battery device 150. Damaged for any reason.

As shown in FIG. 2 and FIG. 3, in order to prevent the rechargeable battery device 150 from being exhausted, the electronic sealing device 1 may further include a display and warning unit 290 disposed on the surface of the main body casing 210, according to The operation of the control and communication circuit 240 displays the battery weak current, the sealing is completed, the communication architecture, and the display and warning of the anti-vandal message. When the latch 100 is inserted into the latch base 200, the control and communication circuit 240 detects the power of the rechargeable battery device 150, and displays the weak current message on the display and alert unit 290 in real time. .

If the inspector is to be tested for a specific container, the checkpoint can be transmitted through an external RFID reader (including fixed and handheld) or a remote monitoring center to transmit a set of encrypted command signals, electronic seals. The control and communication circuit 240 receives the encrypted command signal and decodes it. If the decoded encrypted command signal matches, the control and communication circuit 240 sends the open command to the safety switch 270 before the plug 100 is removed. A button on the safety switch 270 of the electronic seal is required to determine the current address of the electric actuator 260 and drive the electric actuator 260 to rotate in the opposite direction to pull the crossbar 252 and the latch in the fastener assembly 250. With 100 snaps, the plug 100 can be safely removed without damage, and the effect of completely recycling the electronic seal 1 can be achieved.

As shown in "Figure 6" and "Figure 7", the present invention provides a schematic diagram of a communication pipe combination design for extending with an external information exchange architecture and method, the structure including a pin (not shown in the figure) A latch housing 200 that can be engaged with the latch 100 and an extended housing 300.

The latch base 200 is substantially the same as the previous embodiment, and will not be described herein. The main difference is that the latch base 200 provides a set of extended electronic harnesses including the power supply and the control and communication circuit 240 signal lines provided by the latch 100. 310, as the power supply and signal transmission of the electronic seal extension type casing 300.

The extended casing 300 has a positioning and communication combination structure, and is locked to the main casing 210 of the bolt base 200 by screws 340 and connected to the electronic harness 310 of the main casing 210 and the extended casing 300, and then can be extended. The communication device of the casing 300 achieves diversity and combined communication extension applications.

A satellite positioning component 320 is disposed in the extended casing 300 for obtaining GPS positioning information, and the positioning information is transmitted back to the control and communication circuit 240 of the main casing 210 for record archiving and application. The extended chassis 300 further includes a remote communication device 330 disposed in the extended chassis 300 for transmitting active electronic seal security information and two-way transmission of cargo information through the telecommunication network packet protocol. The telecommunication communication network packet protocol includes GPRS, WDCDMA, and HSDPA to achieve instant and long-distance two-way information return and exchange through the telecommunication communication network. In addition, the GPS positioning information can also be transmitted through the remote communication device 330 to achieve instant positioning and position display for visual monitoring. In addition, the extension machine 300 can be placed in the battery pack 350 to form its own power source, or can be physically connected to the main body 210 electronic harness 310 of the latch holder 200 to obtain power.

Referring to FIG. 8 , the present invention further provides a method for sealing a door using an electronic sealing device for sealing a door of a package, wherein the package has a buckle ring for the electronic seal device. 1 passes through and snaps onto it, sealing the package. The aforementioned package may be a container or a container of a bonded truck. The method includes the steps of engaging the latch 100 through the latch ring and engaging the latch seat 200, as shown in step 110.

It is continuously monitored whether the power supplied to the control and communication circuit 240 is interrupted, as shown in step 120.

When the power supply to the control and communication circuit 240 is interrupted by the rechargeable battery device 150, the control and communication circuit 240 records a power interruption event and an event occurrence time in a memory unit, as shown in step 130.

In this way, when the electronic seal device 1 has been damaged or accidentally unlocked, it can be known through the power interruption event and the time when the event occurs, so that the specific package can be checked, and the event occurrence time is tracked.

In addition, when the power interruption event occurs, the remote communication module 320 can further transmit the event of the power interruption and the event occurrence time, or even the positioning information such as coordinates to a designated object, so as to immediately notify the package, such as Step 140 is shown.

By the foregoing method, the electronic seal device 1 which may have been destroyed can be found in real time, thereby checking the contents of the specific package. What's more, you can use the instant notification to find out the package and locate it through the location information in a short time at or after the destruction event.

The above-described embodiments are merely illustrative of the features and functions of the present invention, and are not intended to limit the scope of the technical scope of the present invention. Modifications and variations of the above-described embodiments can be made by those skilled in the art without departing from the spirit and scope of the invention. Therefore, the scope of protection of the present invention should be as set forth in the scope of the claims described below.

1. . . Electronic seal device

100. . . plug

101. . . Transmission wire

120. . . plug

130. . . Annular groove

140. . . Pin connector terminal

150. . . Rechargeable battery device

160. . . Radio frequency identification chip

200. . . Pin block

210. . . Host shell

211. . . Insertion hole

220. . . Pin block connector terminal

230. . . Voltage conversion unit

240. . . Control and communication circuit

250. . . Fastener assembly

251. . . Buckle

252. . . Crossbar

260. . . Electric actuator

270. . . Safety switch

280. . . Radio frequency antenna

290. . . Display and warning unit

300. . . Extended housing

310. . . Electronic harness

320. . . Satellite positioning component

330. . . Remote communication device

340. . . Screw

350. . . Battery

Figure 1 is a side view of an embodiment of the invention.

2 and 3 are schematic cross-sectional views showing an embodiment of the present invention.

4 and 5 are partial cross-sectional views of the embodiment of the invention.

Figure 6 is a side elevational view of another embodiment of the present invention.

Figure 7 is a schematic cross-sectional view showing another embodiment of the present invention.

Figure 8 is a flow chart of a method of the present invention for sealing a door using an electronic seal device.

1. . . Electronic seal that can be opened by electric actuation

100. . . plug

101. . . Transmission wire

130. . . Annular groove

140. . . Pin connector terminal

150. . . Rechargeable battery device

160. . . Radio frequency identification chip

200. . . Pin block

210. . . Host shell

211. . . Insertion hole

220. . . Pin block connector terminal

230. . . Voltage conversion unit

240. . . Control and communication circuit

250. . . Fastener assembly

251. . . Buckle

252. . . Crescent-shaped crossbar

260. . . Electric actuator

270. . . Safety switch

280. . . Radio frequency antenna

290. . . Display and warning unit

Claims (10)

An electronic sealing device with a tamper-proof detecting circuit for passing through a bolt hole of a buckle ring of a door and inserted into the latch seat to block the door and providing an identification function for checking whether the door has been opened, The electronic sealing device comprises: a latch having an annular groove formed at an end thereof, comprising: a latch connector terminal located in the latch and having a plurality of conductive points; and a rechargeable battery device for transmitting the wire and the plug connector terminal a radio frequency identification chip connected to the pin connector terminal by a transmission wire; and a pin holder comprising: a main body case having an insertion hole for inserting the pin into the insertion hole, so that the pin is tight Fastened to the latch seat; a latch seat connector terminal for mating with the pin connector terminal; a control and communication circuit providing a seal signal and capable of receiving an external encrypted command signal for encryption The decoding and compliance check of the command signal is responsible for transmitting an open command after the match; and the control and communication circuit provides the electronic seal when the electronic event is destroyed Time and event records and actively transmitting event occurrence information to a radio frequency identification reader; a fastening device assembly including a buckle seat and a cross bar through which the cross bar moves horizontally to make the cross bar Can be engaged and disengaged from the annular groove of the latch; and an RF antenna disposed in the main body casing to be combined with the radio frequency identification chip, and through the radio frequency identification when the rechargeable battery device fails to work due to any reason The reading of the reader can determine the safety information of the RFID chip. The electronic seal device with the anti-destruction detecting circuit of claim 1 further includes a display and warning unit, and the surface of the main body case is arranged, according to the operation of the control and communication circuit, the battery is weakly charged, and the sealing is completed. Communication architecture, display and warning of vandalism messages. The electronic seal device as claimed in claim 1, wherein when the latch is engaged with the latch seat, the plurality of conductive points of the latch connector terminal and the plurality of conductive points of the latch connector terminal are matched and docked. The radio frequency identification chip in the latch is electrically connected to the radio frequency antenna in the main body of the pin holder to respond to the radio frequency electromagnetic wave of the external radio frequency identification reader. The electronic seal device of claim 1, wherein when the plug is broken or abnormally opened, the radio frequency identification chip is disconnected, and the time and event of the interruption are recorded in the radio frequency. Identify the inside of the wafer. The electronic seal device with the anti-corruption detection circuit of claim 1, further comprising an extended casing, wherein a satellite positioning component is disposed therein for transmitting positioning information to the control and communication circuit mainframe Record the records. The electronic seal device with the tamper-detecting circuit of claim 5 further includes a remote communication device disposed in the extended casing for transmitting the active electronic seal security information through the telecommunication network packet protocol. And two-way transmission of cargo information. The electronic seal device with the anti-destructive detection circuit of claim 6, wherein the telecommunication network packet protocol comprises GPRS, WDCDMA, HSDPA. The electronically actuated open electronic seal of claim 6, wherein the latch, the latch base and an extended casing, wherein the latch seat and the extended casing independently perform two-way communication work. A method of sealing a door using an electronic sealing device for sealing a door of a package, wherein the package has a buckle ring for the electronic sealing device to pass through and be locked thereon, thereby sealing the door a package comprising the following steps: providing an electronic seal device as claimed in claim 1 , wherein a latch of the latch is passed through the latch ring to be coupled to the latch seat; continuously monitoring supply to the control Whether the power of the communication circuit is interrupted; and when the power supply to the control and communication circuit is interrupted by the rechargeable battery device, an event and an event occurrence time of the power interruption are recorded by the control and communication circuit. The method for sealing a door using an electronic seal device according to claim 9, further comprising a step of transmitting the power interruption event and the event occurrence time to a specified object through a remote communication module.