CN115620226A - Regional passenger flow monitoring system based on video image analysis - Google Patents
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Abstract
A regional passenger flow monitoring system based on video image analysis comprises a monitoring camera device, and further comprises a data acquisition unit, a prompting unit, a distress unit, a data sending unit, a data receiving unit, a scenic spot people counting unit, a short message pushing unit, a comparison unit, a confirmation unit, a reservation unit and a database unit; the data acquisition unit, the prompt unit and the data sending unit are software installed in a master control system of the monitoring camera device, the distress unit, the confirmation unit, the reservation unit and the prompt unit are software installed in tourist internet equipment, and the data receiving unit, the scenic spot number counting unit, the short message pushing unit, the comparison unit and the database unit are software installed in management equipment. The invention can discriminate and count the number of people entering the scenic spot in real time, meets the tourism needs of other tourists for visiting the corresponding scenic spot, utilizes tourism resources comprehensively and physically, and can prompt the tourists in time when the tourists enter dangerous areas so as to prevent personal injury accidents.
Description
Technical Field
The invention relates to the technical field of internet application methods in the tourism industry and the like, in particular to a regional passenger flow monitoring system based on video image analysis.
Background
With the development of the internet technology, great progress of related industries such as the tourism industry is promoted, in the prior art, people can book entrance tickets of tourist attractions, book guesthouses in advance and the like on the premise of staying out, and great convenience is brought to travel of people.
Although the existing internet technology applied to the tourism industry and the like brings convenience to people, the existing internet technology is limited by the technology and has some specific technical problems. For example, especially for group tourism, there is a possibility that the passengers have not arrived at the scenic spots of the scenic spot within the corresponding time, or only some people have arrived at the corresponding scenic spots, so that adverse effects are brought to the arrangement of the passenger flow volume of the scenic spot, which is not favorable for rationalizing and effectively utilizing the tourist resources (for example, 2000 persons are allowed to enter the passenger flow volume data in one day for one corresponding scenic spot of the scenic spot, 500 tickets for the scenic spots are preset by a plurality of tourist groups, 1500 tickets are reserved for the scattered passengers in the scenic spot, but the arrangement of the passenger flow volume of the scenic spot is adversely affected by some practical tourist groups due to various reasons, the corresponding scenic spots of the scenic spot are not scheduled at the specified time, or the number of persons arriving at the scenic spots is insufficient, which results in the waste of the tourist resources). In addition, when tourists travel at scenic spots with potential safety hazards, such as mountainous rivers, the tourists may accidentally cause personal injury accidents (for example, the tourists fall into the river too close to the river edge carelessly) because no prompt is obtained. In summary, it is necessary to provide a system capable of counting the amount of scenic spot traffic in real time, and simultaneously prompting the tourists and the related personnel of the scenic spot manager when the tourists do not arrive at the scenic spot of the scenic spot in the corresponding time period, and prompting the tourists to enter the dangerous area.
Disclosure of Invention
In order to overcome the technical limitation of the internet management technology applied in the prior tourism industry and the like, the invention provides a regional flow monitoring system based on video image analysis, which can discriminate and count the number of scenic spots entering the scenic area in real time under the combined action of related application units, particularly for the group tourism group, tourists in the corresponding time period do not reach the scenic spots in the scenic area, or part of the tourists do not reach the scenic spots, can automatically push prompt information contents for the mobile phones of the personnel, and the like, and can automatically generate prompt information to prompt the scenic area manager to improve the scattered flow entering the scenic spot in the corresponding time period after the system obtains the receipt that part of the personnel can not reach the scenic spots on time, and can compare the passenger flow in the historical time period with the passenger flow in the prior corresponding time period, thereby meeting the requirements of tourists on visiting the corresponding scenic spots, and comprehensively utilizing tourism resources, and can prompt the passengers to prevent personal injury accidents when the passengers enter dangerous regions.
The technical scheme adopted by the invention for solving the technical problems is as follows:
a regional passenger flow monitoring system based on video image analysis comprises a monitoring camera device and is characterized by further comprising a data acquisition unit, a prompting unit, a help seeking unit, a data sending unit, a data receiving unit, a scenic spot number counting unit, a short message pushing unit, a comparison unit, a confirmation unit, a reservation unit and a database unit; the system comprises a data acquisition unit, a prompt unit and a data transmission unit, wherein the data acquisition unit, the prompt unit and the data transmission unit are application software installed in a master control system of a monitoring camera device of each scenic spot, the help seeking unit, the confirmation unit, the reservation unit and the prompt unit are application software installed in registered tourist internet equipment, and the data receiving unit, the scenic spot people number counting unit, the short message pushing unit, the comparison unit and the database unit are application software units installed in scenic spot duty room internet management equipment; in the reservation unit application, the tourist group and the tourist and the guest can reserve and unsubscribe the scenic spot tickets through the reservation unit; the data acquisition unit can control a camera of the monitoring camera device to acquire the facial data of the tourists entering the scenic spot in real time and send the data to the data receiving unit through the data sending unit; the data receiving unit receives and processes the data and outputs the data to the scenic spot number counting unit, the comparison unit compares the face information of the tourists entering the scenic spot with the face information in the scenic spot number counting unit, short messages can be sent to relevant personnel through the short message pushing unit at intervals when the corresponding time period of the corresponding tourists does not reach the scenic spot, and after the relevant personnel receive the prompt information, the time of the scenic spot and the data of the scenic spot which cannot be reached are determined through the confirmation unit and uploaded to the data receiving unit; the comparison unit can push tourism information of the corresponding time slot of the scenic spot for other tourism customers when the corresponding visitor cannot arrive at the scenic spot, so that tourism resources can be reasonably utilized; the prompting unit is based on GPS real-time positioning data, and can prompt the tourist to enter a dangerous area through the prompting unit in time when the tourist enters the scenic spot dangerous area, so that the tourist is careful and safe to prevent personal injury accidents; the database unit can store the tourist number data collected by the scenic spot number counting unit in real time, so that the tourists can be conveniently called and read by workers, the database unit can also provide tourist number data in any historical time period for managers, analyze passenger flow data, provide reasonable suggestions, improve the scenic spot service level and increase the passenger flow volume.
Furthermore, the data acquisition unit mainly has the function of controlling the camera to acquire the face data of the tourists entering the scenic spots; the data transmission means transmits data in one of a wired and wireless manner, and preferably transmits data in a wireless manner.
Furthermore, the scenic spot people counting unit stores face image data uploaded by tourists when booking scenic spot tickets, and the scenic spot ticket selling department can collect various data including mobile phone numbers and facial images of on-site ticket buying tourists and output the data to the scenic spot people counting unit.
Further, when the comparison unit compares the face information of the tourist entering the scenic spot with the face data in the scenic spot people counting unit, after the tourist appears in the scenic spot at the preset time, the subsequent short message pushing unit does not push the short message to the mobile phone of the tourist, and when the tourist does not arrive at the scenic spot at the preset time, the subsequent short message pushing unit pushes the short message to the mobile phone of the tourist.
Furthermore, the short message pushing unit pushes the short message for the tourist at intervals, and stops pushing the short message for the tourist after the data confirmed by the confirming unit is obtained.
Furthermore, the prompting unit prompts the tourists by short message prompting and voice prompting.
Furthermore, in the application of the help-seeking unit, the tourist can contact with the scenic spot paper attendant through the interface to obtain path prompt help of the scenic spot, and the tourist can be rescued when the body of the tourist is in a bad condition.
The invention has the beneficial effects that: based on AI artificial intelligence technology and a plurality of cameras in the scenic spot, the invention can discriminate and count the number of the scenic spots entering the scenic spot in real time under the combined action of related application units, is particularly favorable for group management application of group tourism, and when tourists do not reach the scenic spots of the scenic spot in a corresponding time period or part of the tourists do not reach the scenic spot, prompt information contents can be automatically and repeatedly pushed for mobile phones and the like of the part of the tourists, and after the receipt that part of the tourists cannot visit the scenic spot on time is obtained, the system can automatically generate prompt information to prompt the scenic spot manager to improve the flow of the passengers entering the scenic spot in a corresponding time period, thereby meeting the needs of other tourists visiting the corresponding scenic spots and comprehensively utilizing tourism resources. In the invention, when a passenger enters a dangerous area, the passenger can be prompted in time in a short message mode and the like based on the mobile phone number data of the tourist grasped by the system, personal injury accidents are prevented, and the passenger flow in a historical time period can be compared with the passenger flow in the existing corresponding time period, so that the requirement of other tourists on visiting the corresponding scenic spots is met, and tourist resources are utilized comprehensively.
Drawings
The invention is further illustrated below with reference to the figures and examples.
FIG. 1 is a diagram of the software architecture of the present invention.
Detailed Description
As shown in fig. 1, a regional passenger flow monitoring system based on video image analysis includes a plurality of sets of monitoring camera devices with wireless data transmission function installed at the entrance of each scenic spot and at the road side of a scenic region, and further includes a data acquisition unit, a prompt unit, a distress unit, a data transmission unit, a data receiving unit, a scenic spot people counting unit, a short message push unit, a comparison unit, a confirmation unit, a reservation unit, and a database unit; the data acquisition unit, the prompt unit and the data sending unit are application software installed in a main control system of the monitoring camera device of each scenic spot, the help seeking unit, the confirmation unit, the reservation unit and the prompt unit are application software installed in registered tourist internet equipment (such as a PC), and the data receiving unit, the scenic spot people counting unit, the short message pushing unit, the comparison unit and the database unit are application software units installed in internet management equipment (such as a smart phone) of a scenic spot duty room.
As shown in fig. 1, the data acquisition unit mainly functions to control the camera to acquire the facial data of the tourist entering the scenic spot; the data transmission means transmits data in one of wired and wireless modes, and preferably transmits data in a wireless mode. The scenic spot number counting unit stores face image data uploaded by tourists when booking scenic spot entrance tickets, and a scenic spot ticket office can collect various data including mobile phone numbers and face pictures of on-site ticket buying tourists and output the data to the scenic spot number counting unit. When the guest appears in the scenic spot at the preset time, the subsequent short message pushing unit does not push the short message to the mobile phone of the guest, and the guest does not arrive at the scenic spot at the preset time, and the subsequent short message pushing unit pushes the short message to the mobile phone of the guest. The short message pushing unit pushes the short message for the tourist at a certain interval, and the short message pushing unit stops pushing the short message for the tourist after obtaining the data confirmed by the confirming unit. The prompting unit prompts the tourists in a mode of short message prompting and voice prompting. In the application of the help seeking unit, the tourist can get contact with the scenic spot paper watch personnel through the interface to obtain the path prompt help of the scenic spot, and the tourist can be rescued when the body of the tourist is in bad conditions. The database unit can store the tourist number data collected by the scenic spot number counting unit in real time, so that the tourists can be conveniently called and read by workers, the database unit can also provide tourist number data in any historical time period for managers, analyze the passenger flow data, provide reasonable suggestions, improve the scenic spot service level and increase the passenger flow.
As shown in figure 1, the application steps of the invention are as follows (1) tourist groups and tourists register and log in through a reservation unit, the data to be input by logging in comprises names, identification numbers, contact telephones and telephone data of emergency contacts, and the facial image data of all persons needing to order tickets are also required to be input, then the tourist groups and the tourists can carry out reservation and unsubscription of tickets of scenic spots through the unit (the unit can also provide operations of two-dimensional code payment and charge withdrawal and the like) (2) after the tourists enter the scenic spots of the scenic spots, the data acquisition unit controls the cameras of the monitoring camera devices at the entrance of the scenic spots to acquire the facial data of the tourists entering the scenic spots and transmits the data to the data receiving unit through the data transmitting unit, and simultaneously, the cameras installed in the monitoring camera devices with certain danger factor areas after the tourists enter the scenic spots also acquire the facial data of the tourists entering the scenic spots and transmit the data to the data receiving unit through the data transmitting unit. (3) The data receiving unit receives the data, classifies the data, outputs the data to the scenic spot people counting unit, the comparing unit compares the tourist face information entering the scenic spot with the tourist face data stored in the scenic spot people counting unit, when particularly tourists do not arrive at the scenic spot, short messages can be sent to related personnel through a mobile phone at certain intervals (in the embodiment, the short messages are sent once every half an hour before the tourists arrive at the scenic spot), and after the related tourists receive the prompt information, the approximate time of the scenic spot and the data of the scenic spot which cannot be reached are determined through the confirming unit and uploaded to the data receiving unit; meanwhile, when the relevant tourist cannot arrive at the scenic spot, the system judges that the tourist cannot arrive at the scenic spot on time when the system continuously sends short messages for three times to the tourist and the like without confirmation replies. (4) The unit of comparing can be when corresponding visitor can not arrive this sight spot for but the tourism information of the corresponding time quantum of this sight spot of other tourism guests propelling movement for the tourism resource can obtain rationalization utilization, under the actual conditions, can not be when this visitor replies for other visitor propelling movement information automatically for next visitor propelling movement information. (5) After the tourist enters the sight spot, if the tourist enters the dangerous area, the prompt unit can prompt the tourist to enter the dangerous area and pay attention to safety to prevent personal injury accidents through the prompt unit when the tourist enters the dangerous area of the sight spot based on the GPS real-time positioning data of the tourist. (6) When the tourist encounters danger or sudden diseases, the tourist can get contact with the scenic spot paper watch personnel through the help seeking unit interface to obtain path prompt help of the scenic spot, and the tourist can be rescued when the body of the tourist is in bad conditions. (7): the database unit stores the tourist number data acquired by the scenic spot number counting unit in real time, so that the tourists can conveniently visit the management personnel at any time, the database unit can also provide tourist number data in any historical time period for management personnel, analyze the passenger flow data and provide reasonable suggestions to improve the scenic spot service level and increase the passenger flow (for example, the passenger flow in the corresponding time period is lower than the historical synchronization level, so that the management end can improve the problems in the scenic area, fully serve the tourists and improve the passenger flow).
As shown in fig. 1, through the combined action of all the software units, the invention can discriminate and count the number of scenic spot persons entering a scenic spot in real time, and is particularly beneficial to group management application of group tourism, and tourists do not arrive at the scenic spot of the scenic spot in a corresponding time period, or when part of the tourists do not arrive at the scenic spot, prompt information contents can be automatically pushed for mobile phones and the like of the tourists for multiple times, and after a receipt that part of the tourists cannot arrive at the scenic spot tourism on time is obtained, the system can automatically generate prompt information to prompt the management staff of the scenic spot, and can improve the flow of passengers entering the scenic spot in a corresponding time period, so that the requirements of other tourists on visiting the corresponding scenic spot tourism are met, and tourism resources are reasonably utilized; when the passenger enters the dangerous area, the passenger can be prompted in time in a short message mode and the like based on the mobile phone number data of the tourist grasped by the system, and personal injury accidents are prevented. The invention provides a favorable technical support for the construction of intelligent scenic spots.
While there have been shown and described what are at present considered to be the essential features of the invention and advantages thereof, it will be apparent to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, but is capable of other specific forms without departing from the spirit or essential characteristics thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein.
Furthermore, it should be understood that although the present description refers to embodiments, the embodiments do not include only one independent technical solution, and such description is only for clarity, and those skilled in the art should take the description as a whole, and the technical solutions in the embodiments may be appropriately combined to form other embodiments that can be understood by those skilled in the art.
Claims (7)
1. A regional passenger flow monitoring system based on video image analysis comprises a monitoring camera device and is characterized by further comprising a data acquisition unit, a prompting unit, a help seeking unit, a data sending unit, a data receiving unit, a scenic spot number counting unit, a short message pushing unit, a comparison unit, a confirmation unit, a reservation unit and a database unit; the system comprises a data acquisition unit, a prompt unit and a data transmission unit, wherein the data acquisition unit, the prompt unit and the data transmission unit are application software installed in a master control system of a monitoring camera device of each scenic spot, the help seeking unit, the confirmation unit, the reservation unit and the prompt unit are application software installed in registered tourist internet equipment, and the data receiving unit, the scenic spot people number counting unit, the short message pushing unit, the comparison unit and the database unit are application software units installed in scenic spot duty room internet management equipment; in the reservation unit application, the tourist group and the tourist and the guest can reserve and unsubscribe the scenic spot tickets through the reservation unit; the data acquisition unit can control a camera of the monitoring camera device to acquire the facial data of the tourists entering the scenic spot in real time and send the data to the data receiving unit through the data sending unit; the data receiving unit receives and processes the data and outputs the data to the scenic spot number counting unit, the comparison unit compares the face information of the tourists entering the scenic spot with the face information in the scenic spot number counting unit, short messages can be sent to relevant personnel through the short message pushing unit at intervals when the corresponding time period of the corresponding tourists does not reach the scenic spot, and after the relevant personnel receive the prompt information, the time of the scenic spot and the data of the scenic spot which cannot be reached are determined through the confirmation unit and uploaded to the data receiving unit; the comparison unit can push tourism information of the corresponding time slot of the scenic spot for other tourists when the corresponding tourist can not arrive at the scenic spot, so that tourism resources can be reasonably utilized; the prompting unit is based on GPS real-time positioning data, and can prompt the tourist to enter a dangerous area through the prompting unit in time when the tourist enters the scenic spot dangerous area, so that the tourist is careful and safe to prevent personal injury accidents; the database unit can store the tourist number data of scenic spot number statistics unit real-time collection, makes things convenient for the staff to look over, and the database unit can also provide any historical time quantum tourist number data for managers to carry out the analysis to passenger flow data, give rationalization suggestion, improve the scenic spot service level, increase the passenger flow volume.
2. The system of claim 1, wherein the data acquisition unit is mainly configured to control the camera to acquire facial data of the visitor entering the attraction; the data transmission means transmits data in one of wired and wireless modes, and preferably transmits data in a wireless mode.
3. The system of claim 1, wherein the scenic spot people counting unit stores face image data uploaded by tourists when booking tickets for scenic spots, and the scenic spot ticket office can collect various data including mobile phone numbers and facial image categories of tourists buying tickets on site and output the data to the scenic spot people counting unit.
4. The system of claim 1, wherein the comparison unit compares facial information of the tourists entering the scenic spot with facial data of the scenic spot people counting unit, when the tourists appear at the scenic spot at a predetermined time, the subsequent short message pushing unit does not push the short message to the mobile phone of the tourists, and when the tourists do not arrive at the scenic spot at the predetermined time, the subsequent short message pushing unit does not push the short message to the mobile phone of the tourists.
5. The system of claim 1, wherein the SMS push unit pushes the SMS at intervals, and stops pushing the SMS for the tourist after obtaining the data confirmed by the confirmation unit.
6. The system of claim 1, wherein the means for prompting the visitor by the prompting unit comprises a short message prompt and a voice prompt.
7. The system of claim 1, wherein in application of the distress unit, the tourist can contact with a paper attendant at the scenic spot via an interface to obtain a path prompt for the scenic spot and help the tourist when the body of the tourist is in bad condition.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202211224516.5A CN115620226A (en) | 2022-10-09 | 2022-10-09 | Regional passenger flow monitoring system based on video image analysis |
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| CN202211224516.5A CN115620226A (en) | 2022-10-09 | 2022-10-09 | Regional passenger flow monitoring system based on video image analysis |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN118195846A (en) * | 2024-05-17 | 2024-06-14 | 成都中智游科技有限公司 | Intelligent tourist attraction management method, device and medium based on Internet of things |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN118195846A (en) * | 2024-05-17 | 2024-06-14 | 成都中智游科技有限公司 | Intelligent tourist attraction management method, device and medium based on Internet of things |
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