TWI522970B - Electrical label security device - Google Patents

Description

Electronic label security device

The present invention relates to a security device, and more particularly to an electronic tag security device.

Due to the development of industrial and commercial activities, the interaction between people has become more frequent, and the difficulty of obtaining urban space, in the cities where the land is expensive, in order to achieve effective use of space, the company number and exhibition site often set up many The room or the independent space makes the use of the space independent and effective, but it also makes the entry and exit of the buildings or exhibition halls more complicated. With more and more rooms or independent spaces, how to effectively control access control is a problem that needs to be improved.

In the security access control system, after the identification information of the magnetic stripe card or the RFID card memory is read through a card reader, the security system is further set/released. In the foregoing, it is easy to forget to carry a magnetic stripe card or an RFID card. In addition, after the magnetic stripe card or the RFID card is lost, the person usually cannot find the magnetic stripe card or the RFID card lost in the first time.

In view of the above, the present invention provides an electronic label security device, comprising: an access control monitoring module having a preserved state and an unsecured state; and a plurality of detection modules each having a detection area for detecting an electronic tag unit in the detection area And the central control module, which electrically connects the access control monitoring module and the complex detection module, and drives the access control monitoring module to be in an unsafe state when the detection module detects that the electronic tag unit is located in the detection area. The test module drives the access control module to be in a state of preservation when the electronic tag unit is not detected in the detection area.

In an implementation aspect, the access control monitoring module includes a control unit and a door lock unit. When the access control module is in the security state, the control unit drives the door lock unit to be locked; when the access control module is in the non-preservation state, the door The lock unit is in a locked state. When the detecting module detects that the electronic label unit is in the open position, the control unit drives the door lock unit to release the locked state.

In one embodiment, each detection module includes an electronic tag detection unit and a body temperature sensing unit, the electronic tag detection unit detects the electronic tag unit, and the body temperature sensing unit senses the body temperature; the access control module is In the non-preservation state, the electronic tag detecting unit detects that the electronic tag unit moves from the detecting area to the non-detecting area, and when the body temperature sensing unit does not sense the body temperature within a predetermined time, the central control module drives the access control The monitoring module is in a state of security.

In an embodiment, when the access control module is in the state of security, when the detection module does not detect the electronic tag unit in the detection area, and the body temperature sensing unit senses the body temperature, the central control module sends out Invade the abnormal signal to the electronic device or cloud host.

In an embodiment, each detection module includes an identification comparison unit. When the electronic label unit is located at the identification position, the recognition comparison unit captures the image to be recognized and compares it with the preset image.

Therefore, the central control module includes a notification unit, and when the image to be recognized conforms to the preset image, the notification unit sends a notification message to the electronic device or the cloud host. In addition, the central control module sends the to-be-identified image to the electronic device or the cloud host while sending the notification message.

Moreover, when the image to be recognized does not conform to the preset image, the central control module sends an abnormal signal to the electronic device or the cloud host. In addition, the central control module sends the to-be-identified image to the electronic device or the cloud host while sending the notification message.

In an implementation manner, when the electronic tag unit moves from the non-detection area to the detection area, or when the detection area moves to the non-detection area, the notification unit sends a notification message to the electronic device or the cloud host.

In summary, as long as the user wears the clothing with the electronic label or the wristband, the watch or the mobile phone with the electronic label function, the electronic label security device of the present invention can be fully preserved or released according to the user's behavior, which is simple. Convenient. When the user goes out, the electronic label security device of the present invention can automatically perform the security setting, and provides a convenient home security for the elderly or the user who forgets to set the security. In addition, the electronic label security device of the present invention can provide a notification function, and can automatically notify the parents when the user goes to work, or can automatically be used as a work record, or when the child returns home. Moreover, by means of the notification function, the user can effectively grasp the entry and exit status of the person, and if an intrusion abnormal event occurs, the relevant processing personnel or the security personnel can be immediately notified to handle the intrusion abnormal event, and the user is informed.

The detailed features and advantages of the present invention are described in detail in the embodiments of the present invention, which are to be understood by those skilled in the art and The related objects and advantages of the present invention will be readily understood by those skilled in the art.

Please refer to FIG. 1 and FIG. 2 . FIG. 1 is a block diagram of a first embodiment of an electronic label security device of the present invention, and FIG. 2 is a schematic diagram of an indoor architecture. The electronic label security device 1 includes an access control monitoring module 20, a complex detection module 30, and a central control module 50.

The access control module 20 has a state of preservation and a state of non-preservation. Here, the security state is in the safe loop detection, any door or window is opened or destroyed, that is, an alarm is issued, and the non-preservation state is to stop the safety loop detection, and the doors and windows are freely opened or closed by the personnel. status.

The plurality of detection modules 30 respectively have a detection area R1 for detecting the electronic tag unit 70 in the detection area R1. In other words, the indoor unit can be divided into a plurality of areas, and each area is separately provided with a detecting module 30 to detect whether the electronic tag unit 70 is located in the detecting area R1 in the room.

In the present invention, the electronic tag unit 70 can be applied as a clothing, a wristband, a watch, a smart phone or other portable mobile device, or combined with an access card, that is, an electronic tag (e-tag) is provided on the personal belongings. Electronic tag unit 70.

The central control module 50 electrically connects the access control module 20 and the complex detection module 30. When the detection module 30 detects that the electronic tag unit 70 is located in the detection area R1, the access control module 20 is driven. In the state of security, the detection module 30 drives the access control module 20 to maintain the state when the electronic tag unit 70 is not detected in the detection area R1.

For example, as shown in FIG. 2, the detection area R1, that is, the office area R11 is divided into a reception room R111, a conference room R112, an office area R113, and the like, and a detection module 30 is respectively disposed. During the working hours, the person with the electronic label unit 70 is located in the office area R113 (or in the reception room R111 or the conference room R112), and the detection module 30 detects that there is a person in the office area R11, and the central control mode The group 50 drives the access control module 20 to be in an unsecured state; during off-hours, the person with the electronic tag unit 70 leaves the office area R11, and each detection module 30 is in the detection area R1 (ie, the reception room R111, In the conference room R112 and the office area R113, the electronic tag unit 70 is not detected, and the central control module 50 drives the access control module 20 to switch to the security state, thereby achieving the effect of automatic setting and preservation.

When the present invention is applied to a home use, the home member has an electronic tag on the personal belongings to form the electronic tag unit 70. When the members of the home leave the home, each detecting module 30 does not detect the electronic device in the detecting area R1. The tag unit 70, the central control module 50 will drive the access control monitoring module 20 to switch to the security state, thereby automatically setting the security, avoiding the problem of the elderly, children or rushing out and forgetting the setting security.

In an embodiment, as shown in FIG. 3 and FIG. 4 , the access control module 20 includes a control unit 21 and a door lock unit 22 , wherein the control unit 21 is electrically connected to the door lock on the door or the window. Unit 22. When the access control module 20 is in the state of security, the control unit 21 drives the door lock unit 22 to be in a locked state; when the access control module 20 is in the non-preserved state, the door lock unit 21 is in a locked state, and when the detection module 30 is in the locked state When it is detected that the electronic tag unit 70 is located at the door opening position R10, the control unit 21 drives the door lock unit 22 to release the locked state. In other words, the door lock unit 21 is normally in a locked state regardless of the security state or the non-preservation state. When the door lock unit 21 is unlocked, the door lock unit 21 should be abnormal. The central control module 50 sends an intrusion abnormal signal to the electronic device 80 or the cloud host 90, and when in the non-preserved state, when the person with the electronic tag unit 70 moves to the open position R10, the control unit 21 drives the door lock unit 22 The unlocking state is released to achieve the effect of automatically opening the door. Here, the door opening position R10 is an area in which the indoor or security space is close to the door lock unit 22 by a predetermined distance, and the door is automatically opened by detecting the electronic tag unit 70 for the person with the electronic tag unit 70 to leave.

In the present invention, the central control module 50 sends an intrusion abnormal signal to the electronic device 80, which means that the central control module 50 sends an intrusion abnormal signal to the user-set communication software account number and mobile phone door number through the network or other communication mode. Etc., in order to let the user know immediately about an abnormal event. The central control module 50 sends an intrusion abnormal signal to the cloud host 90, which means that the central control module 50 sends an intrusion abnormal signal to the cloud host 90 through the network or other communication mode, except that the abnormal event is recorded in the cloud host 90, the cloud The host 90 can actively notify the remote monitoring platform 92 of the abnormal event to notify the relevant personnel (such as police officers, security personnel, etc.) to immediately handle the abnormal event.

Please refer to FIG. 5, which is a block diagram of a second embodiment of the electronic label security device of the present invention. The difference between the present embodiment and the first embodiment is the composition of the detection module 30. In the first embodiment, the detection module 30 detects the electronic tag unit 70 in the detection area R1. In this embodiment, The detection module 30 can further sense the body temperature of the person.

The detection module 30 includes an electronic tag detecting unit 31 and a body temperature sensing unit 33. The electronic tag detecting unit 31 detects the electronic tag unit 70 in the detecting area R1, and the body temperature sensing unit 33 is in the sensing area. The body temperature is sensed inside. Here, the sensing area may be the same as the detecting area R1, but the invention is not limited thereto, and the sensing area may be different from the detecting area R1. When the sensing area is larger than the detecting area R1, the sensing area may be A plurality of electronic tag detecting units 31 are disposed, and when the sensing area is smaller than the detecting area R1, a plurality of body temperature sensing units 33 may be disposed in the detecting area R1.

When the access control module 20 is in the non-preserved state, the electronic tag detecting unit 31 detects that the electronic tag unit 70 is moved from the detecting area R1 to the non-detecting area R5, and the body temperature sensing unit 33 senses within a predetermined time. When the body temperature is not reached, the central control module 50 drives the access control module 20 to maintain the state. In other words, after the person with the electronic tag unit 70 leaves the detection area R1, the electronic tag detecting unit 31 has not detected the electronic tag unit 70, and further senses the body temperature through the body temperature sensing unit 33. After the personnel has determined to leave, the central control module 50 automatically starts the security setting, and the access control module 20 is in a state of security. Thereafter, when the door lock unit 22 is unlocked, or the body temperature sensing unit 33 senses the body temperature in the sensing area, the abnormality occurs, and the central control module 50 sends an intrusion abnormal signal to the electronic device. 80 or cloud host 90.

Please refer to FIG. 6 and FIG. 7 , which are block diagrams and appearance diagrams of a third embodiment of the electronic label security device of the present invention. The difference between the embodiment and the foregoing embodiment is the composition of the detection module 30. In the embodiment, the detection module 30 is further provided with an identification comparison unit 34. When the electronic label unit 70 is located at the identification position R13, the identification is performed. The comparison unit 34 captures the image to be recognized and compares it with the preset image. Here, the identification position R13 is an area in which the indoor or security space is close to the door lock unit 22 by a predetermined distance, that is, a specific position in the detection area R1, for example, the entrance position R13 is the identification position R13, when the door lock unit 22 is released In the locked state, the person holds the guest access card (electronic tag unit 70) to open the gate and enters the detection area R1. At this time, the recognition comparison unit 34 captures the image of the person and compares it with the preset image. The identification position R13 at the entrance of the above-mentioned gate is only an example, and the identification position R13 may be defined at the position of the window or other persons entering the detection area R1.

When the image to be recognized does not conform to the preset image, the central control module 50 sends an abnormal signal to the electronic device 80 or the cloud host 90. That is to say, after the identification of the image of the person captured by the comparison unit 34 is recognized, if it does not match the preset image, it indicates that the person is not allowed to enter the original. Therefore, the central control module 50 sends an abnormal signal to The electronic device 80 is configured to let the user know immediately that an abnormal event has occurred, and send an abnormal signal to the cloud host 90 for recording. In addition, the central control module 50 can simultaneously send the image to be recognized to the electronic device 80 or the cloud host 90, so that the user can instantly determine the identity of the person, or can connect to the cloud host 90 via the electronic device 80 to query the abnormal event and image.

Here, the identification comparison unit 34 may be composed of an imaging unit and a comparison unit, and the image is captured by the imaging unit and compared by the comparison unit. However, the present invention is not limited thereto, and the identification comparison unit 34 may only For the camera unit, after capturing the image, it is transmitted to the central control module 50 for comparison.

In addition, in the foregoing description, the image captured by the recognition unit 34 may be a photo or a movie. In addition, the preset image described in the foregoing may be stored in a built-in storage unit of the central control module 50. 53, or may be stored in the cloud host 90, but the invention is not limited thereto.

Please refer to FIG. 8 , which is a block diagram of a fourth embodiment of the electronic tag security device of the present invention. The difference between the embodiment and the foregoing embodiment is the composition of the central control module 50. In the embodiment, the central control module 50 is further provided with a notification unit 55.

In an implementation manner, when the electronic tag unit 70 moves from the non-detection area to the detection area R1 or moves from the detection area R1 to the non-detection area, the notification unit 55 sends a notification message to the electronic device 80 or the cloud. Host 90. In other words, when the detection module 30 is composed of the electronic tag detecting unit 31 or the electronic tag detecting unit 31 and the body temperature sensing unit 33, when the person with the electronic tag unit 70 leaves the detecting area R1, the electronic The tag detecting unit 31 has not detected the electronic tag unit 70, and the notification unit 55 sends a notification message to the electronic device 80 or the cloud host 90. For example, the electronic device 80 can be a recorder, because different electronic tag units 70 have different bodies. The serial number can be used to record the time when the person with the electronic tag unit 70 leaves the detection area R1 as a record of the off-duty time. Similarly, it can also be used as a record of working hours.

In addition, another application is that when the child with the electronic tag unit 70 goes home (ie, enters the detection area R1), the notification unit 55 sends a notification message to the electronic device 80, while the other members of the family with the electronic tag unit 70 After returning home (ie, entering the detection area R1), the notification unit 55 does not send a notification message to the electronic device 80, thereby achieving the effect of returning home, so that the parents can grasp the time when the child returns home.

In the present invention, the notification message may be a short message, a voice message, an email, a push notification, or an electronic signal that can be processed by the processor, etc., depending on the receiving end, and the present invention is not limited thereto.

Referring to FIG. 9 , in an embodiment, the detection module 30 is further provided with an identification comparison unit 34 (as described above, which may be composed of an imaging unit and a comparison unit, via the imaging unit. The image is taken and compared by the comparison unit, or it may be only the camera unit, and after the image is captured, it is transmitted to the central control module 50 for comparison. When the image to be recognized conforms to the preset image, the notification unit 55 sends out the image. The notification message is to the electronic device 80 or the cloud host 90. For example, the parent sets the child image as the preset image. When the child with the electronic tag unit 70 returns home (ie, enters the detection area R1), since the child image conforms to the preset image, the notification unit 55 sends a notification message to The electronic device 80, when the other members of the home with the electronic tag unit 70 go home (ie, enter the detection area R1), the notification unit 55 does not send a notification message to the electronic device 80 because the image does not conform to the preset image. In this way, when the child returns home, the effect of automatically notifying the parents can be achieved. In addition, when the notification unit 55 sends a notification message to the parent, the child image captured by the detection module 30 can be transmitted to the parent at the same time, so that the parent can immediately know the state of the child when returning home.

In summary, as long as the user wears the clothing with the electronic label or the wristband, the watch or the mobile phone with the electronic label function, the electronic label security device of the present invention can be fully preserved or released according to the user's behavior, which is simple. Convenient. When the user goes out, the electronic label security device of the present invention can automatically perform the security setting, and provides a convenient home security for the elderly or the user who forgets to set the security. In addition, the electronic label security device of the present invention can provide a notification function, and can automatically notify the parents when the user goes to work, or can automatically be used as a work record, or when the child returns home. Moreover, by means of the notification function, the user can effectively grasp the entry and exit status of the person, and if an intrusion abnormal event occurs, the relevant processing personnel or the security personnel can be immediately notified to handle the intrusion abnormal event, and the user is informed.

Although the technical content of the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and any modifications and refinements made by those skilled in the art without departing from the spirit of the present invention are encompassed by the present invention. The scope of protection of the present invention is therefore defined by the scope of the appended claims.

1‧‧‧Electronic label security device
20‧‧‧Access Control Module
21‧‧‧Control unit
22‧‧‧door lock unit
30‧‧‧Detection module
31‧‧‧Electronic tag detection unit
33‧‧‧ body temperature sensing unit
34‧‧‧ID comparison unit
50‧‧‧Central Control Module
53‧‧‧ storage unit
55‧‧‧Notification unit
70‧‧‧Electronic label unit
80‧‧‧Electronic devices
90‧‧‧Cloud Host
92‧‧‧Monitoring platform
R1‧‧‧Detection area
R10‧‧‧Open door position
R11‧‧‧Office Area
R111‧‧‧ reception room
R112‧‧‧ meeting room
R113‧‧‧Office area
R13‧‧‧ Identification location
R5‧‧‧ non-detection area

[Fig. 1] is a block diagram showing a first embodiment of the present invention. [Fig. 2] is a schematic diagram of an indoor structure of a first embodiment of the present invention. [Fig. 3] is a block diagram showing an embodiment of the access control monitoring module of the present invention. [Fig. 4] is a plan view showing the position of the person in the present invention close to the door opening position. [Fig. 5] is a block diagram showing a second embodiment of the present invention. [Fig. 6] Fig. 4 is a block diagram showing a third embodiment of the present invention. [Fig. 7] is a schematic view showing the appearance of the person of the present invention at the identification position. [Fig. 8] Fig. 1 is a block diagram (1) of a fourth embodiment of the present invention. [Fig. 9] is a block diagram (2) of a fourth embodiment of the present invention.

1‧‧‧Electronic label security device

20‧‧‧Access Control Module

30‧‧‧Detection module

50‧‧‧Central Control Module

70‧‧‧Electronic label unit

Claims (10)

An electronic tag security device includes: an access control module having a security state and an unsecured state; and a plurality of detection modules each having a detection area for detecting an electronic tag unit in the detection area; And a central control module electrically connected to the access control monitoring module and the detection modules, wherein the detection module detects that the electronic tag unit is located in the detection area and drives the access control module For the non-preservation state, when the detection module detects the electronic tag unit in the detection area, the access control module is driven to the security state. The electronic label security device of claim 1, wherein the access control monitoring module comprises a control unit and a door lock unit, wherein the control unit drives the door lock unit to be in a locked state when the access control module is in the security state When the access control module is in the non-preserving state, the door lock unit is in the locked state, and when the detecting module detects that the electronic tag unit is in a door opening position, the control unit drives the door lock unit Unlocked. The electronic tag security device of claim 1, wherein each of the detection modules includes an electronic tag detecting unit and an integrated temperature sensing unit, wherein the electronic tag detecting unit detects the electronic tag unit, and the body temperature sense The measuring unit senses a human body temperature; when the access control module is in the non-preserving state, the electronic tag detecting unit detects that the electronic tag unit moves from the detecting area to the non-detecting area, and the body temperature sensing When the unit does not sense the body temperature of the human body within a predetermined time, the central control module drives the access control module to be in the state of preservation. The electronic tag security device of claim 3, wherein the access control module detects the electronic tag unit in the detection area when the access control module is in the security state, and the body temperature sensing unit senses When the body temperature is detected, the central control module sends an intrusion abnormal signal to an electronic device or a cloud host. The electronic label security device of claim 1 or 3, wherein each of the detection modules includes a recognition comparison unit, and the identification comparison unit captures the electronic identification unit when the electronic label unit is located at an identification position. The image is identified and compared to a preset image. The electronic label security device of claim 5, wherein the central control module comprises a notification unit, and the notification unit sends a notification message to an electronic device or a cloud host when the to-be-identified image conforms to the preset image. The electronic label security device of claim 6, wherein the central control module sends the to-be-identified image to the electronic device or the cloud host. The electronic label security device of claim 5, wherein the central control module sends an abnormal signal to an electronic device or a cloud host when the image to be recognized does not conform to the preset image. The electronic label security device of claim 8, wherein the central control module sends the to-be-identified image to the electronic device or the cloud host. The electronic label security device of claim 1, wherein the central control module includes a notification unit, wherein the electronic label unit moves from the non-detected area to the detection area, or moves from the detection area to When the area is not detected, the notification unit sends a notification message to an electronic device or a cloud host.