TWM553455U - Exhibition access control and data collection system through surveillance equipment - Google Patents

Description

Exhibition access control and data collection system through monitoring device

This creation relates to a booth access control management and data collection system through a monitoring device, which is a booth management system that combines monitoring and exhibitor data reading functions.

Exhibitions are the leading industry for improving the economy. Holding a large-scale exhibition can attract hundreds or even thousands of exhibitors at home and abroad, and at the same time display their most distinctive products in one place, attract potential buyers from all over the world, and then facilitate the transaction. There are three main components of the exhibition: the organizer of the exhibition, the exhibitors, and the visitors (collectively referred to as the exhibitors). From the perspective of the outside world, the success of the exhibition depends on the number of exhibitors and visitors. However, what most people don't understand is that the organizer of the exhibition is actually the soul of the exhibition; the choice of the exhibition organizer for the exhibition, the choice of time and place often determines the scale of the exhibition. What is more, whether an exhibition can continue to develop depends on the exhibition organizer's continued deep cultivation of the market and the improvement of service quality.

Regarding the service quality of the exhibition organizer, in fact, it is to discuss the staff of the exhibition organizer (pre-show post-planners and field service personnel) The overall level of satisfaction provided by exhibitors and visitors. For example, the planning of the exhibition line, the work of the exhibition invitation before the exhibition, and the information provided by the exhibition venue are all the service items that the exhibition organizer can't fake others and must do their best. Of the costs of these services, human capital accounts for the majority. With the development of internationalization, various exhibitions have blossomed everywhere. The same location, even across international exhibitions, has created a competitive landscape. In the exhibition industry, it is necessary to break through the pressure of competition and obtain the opportunity for the continuous development of the exhibition. In addition to strengthening the content of the exhibition service and establishing a good reputation, the appropriate deregulation policy of the exhibition organizer can also gain a competitive advantage for itself. However, the aforementioned throttling policies usually cause little damage to the quality of service.

Nowadays, due to the rapid advancement of technology, it is no longer impossible to replace traditional manpower with machine services and strengthen business services. For example, in the past, in order to cooperate with the entrance and exit management of the exhibition hall, the exhibitors must wear the identification card; the issuance of the identification card is a disturbing task, and the staff who can identify the identification card at the gate of the exhibition hall cannot replace the fixed cost. However, this extra action caused the inconvenience of the exhibitors. In addition to the time spent in and out of the queue, the capital may be unintentionally leaked by the identification card. Since the bar code and reader have been widely used in exhibition management, the aforementioned problems have been greatly alleviated. This technology is more representative of the big data analysis of exhibitors and lays a good foundation. However, unfortunately, no matter how convenient the bar code application is, the cost of the gate manager is always a burden that cannot be removed: the management has the dual role of access control management and data collection.

Therefore, in order to replace the access control and data collection reasonably and effectively Work, reduce the cost of management staff, and does not cause inconvenience to exhibitors when entering and leaving. A new type of exhibition access control management and data collection system combined with monitoring devices is needed.

In order to solve the aforementioned problems, the present invention proposes a booth access control management and data collection system combined with a monitoring device. The system comprises: a monitoring device comprising: a recording module for recording a photographic image; a human body infrared sensing module, the sensing direction of the human infrared sensing module is in the same direction as the recording module, For detecting a person traveling toward the monitoring device within a detection distance; a power module for providing power required by the monitoring device; a monitoring device processing unit for using the monitoring device processing unit When detecting the approaching person, the human body infrared sensing module starts the recording module, extracts a two-dimensional barcode on the person in the image data recorded by the recording module, and converts the two-dimensional barcode into a corresponding data. When the person exceeds a release distance, the recording module is turned off, and if the two-dimensional bar code cannot be read when the person exceeds the release distance, a warning signal is issued; and a data transmission module, the data transmission module For transmitting recorded photographic image data, corresponding data and warning signals from the monitoring device processing unit; a plurality of two-dimensional barcode labeling, each two-dimensional barcode labeling comprises a specific two-dimensional a server, the server and the monitoring device are connected through a network, comprising: a data transceiver module for receiving the recorded image data, corresponding data and warning signals, and sending a message; a storage device, The storage device is used for storing the recorded photographic image data, and a plurality of exhibitors Personnel data, wherein each exhibitor data corresponds to a specific corresponding data; and a server processing unit for comparing corresponding data from the data receiving module with corresponding data stored in the storage device And issuing a warning signal if the corresponding data from the data receiving module does not exist in the storage device; and a warning device connected to the monitoring device and the server through a network for receiving the Warning signal and release the warning signal or alert.

Preferably, the warning device is a broadcaster for broadcasting the content of the warning signal. The warning device can also be a display for receiving the warning signal and displaying the warning signal content. The warning device can also be an alarm bell for ringing as a warning.

According to the present invention, the monitoring device processing unit can further analyze the image of the clothing worn by the person in the image data recorded by the recording module. If the monitoring device processing unit finds a change in the image of the clothing worn by a certain two-dimensional barcode labeling staff within a certain time, a warning signal is issued. This particular time can be any time between 1 minute and 30 minutes.

The human infrared sensor module is used to detect the actual entry and exit personnel, and the monitoring device processing unit performs image separation of the two-dimensional barcode. The exhibition access control management and data collection system of the monitoring device can perform the work of access control management and data collection, thereby reducing The cost of managing personnel configuration does not cause inconvenience to exhibitors when entering or leaving.

10‧‧‧Exhibition access control and data collection system through surveillance devices

100‧‧‧Monitor

110‧‧‧Video Module

120‧‧‧ human body infrared sensor module

130‧‧‧Power Module

140‧‧‧Monitor processing unit

150‧‧‧Data Transmission Module

200‧‧‧2D barcode labeling

300‧‧‧Server

310‧‧‧ Data Transceiver Module

320‧‧‧Storage device

330‧‧‧Server Processing Unit

400‧‧‧Warning device

500‧‧‧Network

D1‧‧‧Detection distance

D2‧‧‧Relieving distance

The first figure shows the exhibition access control management and data collection system of a transmission monitoring device according to the present invention.

Figure 2 depicts the internal structure of a monitoring device.

Figure 3 depicts the internal structure of a server.

Figure 4 depicts the operational functions of the exhibition access control and data collection system of the transmission monitoring device.

Please refer to Figures 1 through 4, which illustrate an embodiment of the present creation. 1 is a schematic diagram of a booth access management and data collection system 10 of a transmission monitoring device according to the present invention, and FIG. 2 depicts an interior of a monitoring device 100 in a booth access management and data collection system 10 of a transmission monitoring device. structure. FIG. 3 depicts the internal structure of a server 300 in the exhibition access control and data collection system 10 through the monitoring device, and FIG. 4 depicts the operation function in the exhibition access control and data collection system 10 of the transmission monitoring device. . The composition of the exhibition access control management and data collection system 10 of the transmission monitoring device includes one monitoring device 100, three two-dimensional barcode labels 200, one server 300, and one warning device 400. According to the spirit of the present creation, the number of monitoring devices 100 is not limited to one, and the actual number may be determined according to the number of entrances and exits of the exhibition site. Similarly, the number of two-dimensional bar code labels 200 is not limited to three, but varies with the number of exhibitors (including exhibitors, visitors, and event organizer service personnel). Each two-dimensional barcode label 200 contains a specific two-dimensional barcode, and no two of them are the same. The number of servers 300 should be set according to the workload, if the meeting When the flow of inbound and outbound personnel of the exhibition is large, and one server 300 cannot be loaded, the workload can be processed by more than two servers 300. The warning device 400 is used in conjunction with the monitoring device 100, and in principle, the number of the two is the same. The composition and function of the above elements will be described below.

The monitoring device 100 is a tool for performing video recording on a exhibition entrance area and collecting data. The recorded images can be transmitted by image data (streaming data, complete video files, complete video files or short-term continuous capture of image files). The monitoring device 100 includes a recording module 110, a human body infrared sensing module 120, a power module 130, a monitoring device processing unit 140, and a data transmission module 150. The recording module 110 is a tool for recording a photographic image in the monitoring device 100, and the resolution thereof can be used to read a two-dimensional barcode within 2 to 5 meters. In principle, there is a fixed-focus lens, but a zoom lens that can track objects in short distances can also be used. The sensing direction of the human body infrared sensing module 120 is in the same direction as the recording module 110, and is used to sense a person traveling toward the monitoring device within a detecting distance d1. The so-called detection distance d1, please refer to FIG. 1 , which is the distance that the video module 110 can read the two-dimensional barcode on the two-dimensional barcode label 200 as far as possible. Above this distance, the quality of the two-dimensional barcode image read by the video module 110 is not good; but after the release distance d2 is shorter, the video module 110 does not easily read the two-dimensional barcode because of the relationship between the focal length and the angle. When a person travels toward the hollow arrow direction (enters the venue), the human body infrared sensing module 120 senses the person between the detection distance d1 and the release distance d2. The elapsed time between the detecting distance d1 and the releasing distance d2 is also the time when the recording module 110 is turned on. And the detection distance d1 and The selection of the distance d2 is determined in accordance with the lens resolution of the video module 110, the installation angle of the video module 110, the entrance size of the venue, the flow of personnel, and the like.

The power module 130 is configured to provide power required by the monitoring device 100. In practice, the power module 130 can be a secondary battery module or a mains transformer. The monitoring device processing unit 140 is the core of the monitoring device 100 and has the following functions: A. when the human body infrared sensing module 120 detects the approaching person, the recording module 110 is turned on; B. the image recorded in the recording module 110 Extracting a 2D barcode from the person; C. Converting the 2D barcode into a corresponding data; D. When the person exceeds the release distance d2, closing the video module 110, and E. If the person exceeds When the two-dimensional barcode cannot be read after the distance d2 is released, a warning signal is issued. The functions A and D control the opening of the video module 110, which can avoid long-time recording, effectively capture useful images and save operating costs. Function B is the focus of this creation. Whether it is continuous video recording or photography, the movie or the photo can be finally displayed into a plurality of image files according to the capturing time, and the monitoring device processing unit 140 can use the image files to find the two-dimensional barcode contained in the image. And using function C to obtain a corresponding data (described later) implied in the two-dimensional barcode. Function E is to prevent some restrictions on the admission of the person to use the fast running, or qualified personnel can not be read by the monitoring device 100 on the two-dimensional bar code because the two-dimensional bar code label 200 is not attached. When the warning signal is sent in various forms, the security personnel at the venue can ask the person to present the relevant passable proof information or re-scan the 2D barcode.

a data transmission module 150 for transmitting from a monitoring device processing unit 140 recorded photo data, corresponding data and warning signals. In practice, the data transmission module 150 can be a wireless transmission module, such as a Wi-Fi module.

The server 300 is connected to the monitoring device 100 via a network 500, which may be a wired network (connected using an Ethernet device) or a wireless network (connected using a Wi-Fi communication device). The server 300 includes a data transceiver module 310, a storage device 320 and a server processing unit 330. The functions of the components are respectively described below. The data transceiver module 310 is configured to receive the recorded image data, the corresponding data and the warning signal, and send a message from the server processing unit 330. The storage device 320 is configured to store the recorded photographic image materials and a plurality of exhibitor materials. The information of each exhibitor mentioned here includes the identity of the person, the name of the unit, the name, the contact information, etc., and corresponds to a specific corresponding data. The corresponding data may be a URL (Uniform Resource Locator) or just an encrypted or unencrypted text and number. As mentioned above, the corresponding data has been bound to a two-dimensional bar code and printed on a bar code label 200 for an exhibitor to wear. The corresponding data is the data that the person records in advance in the exhibition device before entering the exhibition, and then records in the storage device 320. The server processing unit 330 is configured to compare the corresponding data from the data transceiver module 310 with the corresponding data stored in the storage device 320, and if the corresponding data from the data transceiver module 310 does not exist in the storage device 320. At the time, a warning signal is issued. Since the corresponding data is recorded at the same time, the entry and exit of the relative personnel can be mastered. Monitoring the personnel of the exhibition hall can simultaneously read their identity data; the system can be used as a personnel control tool to reduce the door. Manpower is dispatched and more intelligent access control is formed. Further, these read and enter the exhibition personnel identity data can be used for commercial purposes of big data analysis.

The warning device 400 is connected to the monitoring device 100 and the server 300 via the network 500 for receiving the warning signal and issuing the warning signal content or issuing a warning. Here, the warning device 400 can be a broadcaster for broadcasting the content of the warning signal (for example, the broadcaster informs the former customs personnel to perform the two-dimensional barcode scanning again). Of course, since the warning signal is also sent to the server 300 for recording, the content of the warning signal is not limited to the actual broadcast content, and may also include when and where the corresponding information of the certain two-dimensional barcode corresponds to what kind of alarm event, etc. data. The warning device 400 can also be a display for receiving the warning signal and displaying the warning signal content. Alternatively, the warning device 400 is an alarm bell for emitting a ringtone as a warning.

The exhibition access control management and data collection system 10 through the monitoring device sometimes encounters some security problems. For example, as shown in FIG. 4, when two entrance persons are in close proximity, whether or not intentionally, the monitoring device 100 can only read the two-dimensional barcode on the foremost person. At this time, since the human body infrared sensing module 120 senses two figures, a warning signal can be issued to enable the monitoring device 100 to perform the two-dimensional bar code reading again by the person who fails to scan the work through the two-dimensional bar code. If there are people who are maliciously entering the venue, for example, three people have only two qualified entrance 2D barcode labels, and the two will enter the venue first. One of them will carry two 2D barcode labels 200 out of the venue, so that the staff can Third person Admission again, this will cause a dead end of the venue management. There is another countermeasure for the exhibition access control management and data collection system 10 through the monitoring device. At this time, the monitoring device processing unit 140 further analyzes the image of the clothing worn by the person in the image data recorded by the recording module 110. If the monitoring device processing unit 140 finds a change of the image of the clothing worn by a certain two-dimensional barcode labeling device 200 within a specific time, a warning signal is issued, and the two-dimensional barcode labeling 200 is required to provide a description or temporarily prohibit the image. Admission. The settings for the specific time mentioned above are flexible, depending on the exhibition and size. Preferably, it can be set to any time between 1 minute and 30 minutes.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention, and any person skilled in the art can make some changes and refinements without departing from the spirit and scope of the present invention. The scope of protection of this creation is subject to the definition of the scope of the patent application attached.

10‧‧‧Exhibition access control and data collection system through surveillance devices

100‧‧‧Monitor

110‧‧‧Video Module

120‧‧‧ human body infrared sensor module

200‧‧‧2D barcode labeling

300‧‧‧Server

400‧‧‧Warning device

500‧‧‧Network

D1‧‧‧Detection distance

D2‧‧‧Relieving distance

Claims (7)

A booth access control management and data collection system through a monitoring device includes: a monitoring device comprising: a video module for recording a photographic image; a human body infrared sensing module, the human body infrared sensing module The sensing direction is in the same direction as the video module, and is used for sensing a person traveling toward the monitoring device within a detecting distance; a power module for providing power required by the monitoring device; a device processing unit, wherein the monitoring device processing unit is configured to: when the human body infrared sensing module detects the approaching person, open the recording module, and extract a two-dimensional barcode on the person in the image data recorded by the recording module Converting the two-dimensional barcode into a corresponding data, and when the person exceeds a release distance, closing the recording module, and if the person cannot read the two-dimensional barcode after exceeding the release distance, issuing a warning signal; And a data transmission module, the data transmission module is configured to transmit the recorded photographic image data, the corresponding data and the warning signal from the processing unit of the monitoring device; the plurality of two-dimensional Code labeling, each 2D barcode labeling comprises a specific 2D barcode; a server connected to the monitoring device via a network, comprising: a data transceiver module for receiving the recorded image Information, corresponding data and warning signals, and a message; a storage device for storing the recorded photographic image data, and a plurality of exhibitor materials, wherein each exhibitor data corresponds a specific processing data; and a server processing unit, the server processing unit is configured to compare corresponding data from the data receiving module with corresponding data stored in the storage device, and if from the data receiving module When the corresponding data does not exist in the storage device, a warning signal is issued; and a warning device is connected to the monitoring device and the server through a network for receiving the warning signal and publishing the warning signal content or Warning. The exhibition access control management and data collection system of the monitoring device according to claim 1, wherein the warning device is a broadcaster for broadcasting the content of the warning signal. The exhibition access control management and data collection system of the monitoring device according to the first aspect of the invention, wherein the warning device is a display for receiving the warning signal and displaying the warning signal content. The exhibition access control management and data collection system of the monitoring device according to the first aspect of the patent application, wherein the warning device is an alarm bell for emitting a ringtone as a warning. The exhibition access control management and data collection system of the monitoring device according to the first aspect of the invention, wherein the monitoring device processing unit further analyzes the image of the clothing worn by the person in the image data recorded by the recording module. For example, in the exhibition access control management and data collection system of the monitoring device according to claim 5, if the monitoring device processing unit finds a change of the image of the clothing worn by a certain two-dimensional barcode labeling configuration personnel within a specific time period, , then send a warning signal. The exhibition access control management and data collection system of the monitoring device according to claim 6 of the patent application, wherein the specific time is any time between 1 minute and 30 minutes.