CN113095960A - Garden visiting system considering comfort of tourists and garden visiting planning method - Google Patents
Garden visiting system considering comfort of tourists and garden visiting planning method Download PDFInfo
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Abstract
The invention discloses a tourist park system considering comfort of tourists and a tourist park planning method, wherein the tourist park system comprises a server, a tourist sign acquisition device for acquiring tourist sign information, a manager control terminal for acquiring real-time information of a park, a tourist interaction device for acquiring preference information of the tourists and a plurality of ibeacon base stations installed at each scenic spot of the park; the method aims to solve the technical problem that the tourist path recommendation result is lack of individuation. The route planning instruction is generated through the visitor sign information, the visitor preference information and the park real-time information, the accuracy is high, meanwhile, the defects that in the prior art, the tour recommendation result is single, the interaction is few, and the personalization degree and the comfort degree of the visitor are low are overcome, the comfort degree of the visitor is improved, and the park efficiency is improved.
Description
Technical Field
The invention relates to a park system considering comfort of tourists and a park planning method, and belongs to the technical field of park auxiliary science and technology.
Background
At present, the tourist mode with the automatic explanation function is more and more popular, tourists can check related explanation videos by only carrying electronic equipment and scanning two-dimensional codes in different scenic spots, and recommended tourist routes are obtained
The current garden-visiting method and system generally have the following defects: first, the recommended travel routes are mostly targeted to include all scenic spots, and the interest and time of the tourist are not considered. The park system also lacks interaction with the tourists, and is difficult to make the tourists feel fun in the park, so the personalization degree and the comfort degree of the park method and the system are low.
Simultaneously, at the touring in-process, a lot of tourists can have the cognitive deviation to oneself, lead to when the route tour of oneself planning, half is visited, and physical power exhausts, and the visitor begins bored and anxious, careless playing, and the adventure task of paradise design also can be extravagant, and unreasonable paradise planning not only can reduce the paradise comfort level of visitor, can increase visitor detention time moreover, makes the scenic spot block up, has reduced user's evaluation and economic benefits.
Disclosure of Invention
The invention aims to overcome the defects in the prior art, provides a park system and a park planning method considering the comfort level of tourists, solves the technical problems that no individuation and low interactivity exist in park visiting, and can improve the comfort level of the tourists in the park.
In order to achieve the purpose, the invention is realized by adopting the following technical scheme:
in a first aspect, the invention provides a tourist park system considering comfort of tourists, which comprises a server, a tourist sign acquisition device for acquiring tourist sign information, a manager control terminal for acquiring real-time information of a park, a tourist interaction device for acquiring tourist preference information and a plurality of ibeacon base stations installed at each scenic spot of the park, wherein the tourist sign acquisition device is used for acquiring tourist sign information;
the server is respectively in signal connection with the tourist sign acquisition device, the administrator control terminal and the tourist and tourist interaction device, and is used for generating a path planning instruction according to the tourist sign information, the park real-time information and the tourist preference information and transmitting the path planning instruction to the tourist interaction device for execution;
the tourist interaction device is arranged on a tourist entering the park;
the ibeacon base station is in signal connection with the server and is used for receiving the Bluetooth contact signal of the tourist interaction device and transmitting a corresponding server website address and a corresponding webpage to the tourist interaction device according to the Bluetooth contact signal.
Further, the tourist sign information comprises the body temperature, heart rate, blood oxygen content and blood sugar content of the tourist;
the tourist sign acquisition device comprises a body temperature monitoring module for acquiring body temperature, a heart rate monitoring module for acquiring heart rate, a blood oxygen detection module for acquiring blood oxygen content, a blood glucose detection module for acquiring blood glucose content, a sign control module and a power supply module; the physical sign control module is connected with the server, and is in signal connection with the body temperature monitoring module, the heart rate monitoring module, the blood oxygen detection module and the blood sugar detection module respectively to acquire the physical sign information of the tourists and send the physical sign information of the tourists to the server; the power supply module supplies power to the body temperature monitoring module, the heart rate monitoring module, the blood oxygen detection module and the blood sugar detection module;
the guest interaction device includes: the system comprises an interactive controller connected with the server, and a Bluetooth module, an input module, a storage module, a display screen, an audio output module and a power supply module which are all connected with the interactive controller;
the Bluetooth module acquires signals of each ibeacon base station through wireless connection with the ibeacon base stations to obtain the position information of the tourists; the input module is used for inputting tourist preference information, wherein the tourist preference information comprises the sex, age, planned garden time and interest scores of all scenic spots of the tourist; the storage module is used for storing the tourist preference information, the path planning instruction and the resource file received by the interaction controller; the path planning instruction comprises a planning tour path and a path task; the resource files comprise an explanation video file and a task information configuration file; the display screen is used for displaying a planning tour path, a tourist position and an explanation video; the audio output module is used for playing the audio of the explanation words; the power module is used for supplying power to each module of the tourist interaction device.
Further, the tourist sign information comprises the body temperature, heart rate, blood oxygen content and blood sugar content of the tourist; the tourist sign acquisition device comprises a body temperature monitoring module for acquiring body temperature, a heart rate monitoring module for acquiring heart rate, a blood oxygen detection module for acquiring blood oxygen content, a blood glucose detection module for acquiring blood glucose content, a sign control module and a power supply module; the physical sign control module is connected with the server, and is in signal connection with the body temperature monitoring module, the heart rate monitoring module, the blood oxygen detection module and the blood sugar detection module respectively to acquire the physical sign information of the tourists and send the physical sign information of the tourists to the server; the power module supplies power for the body temperature monitoring module, the heart rate monitoring module, the blood oxygen detection module and the blood sugar detection module.
Furthermore, the tourist sign acquisition device also comprises a raincoat and a rain-proof helmet;
the body temperature monitoring module comprises an infrared sensor arranged on the inner side of the raincoat;
the heart rate monitoring module comprises a heart rate sensor arranged at the neckline part of the raincoat;
the blood oxygen detection module comprises a MAX30100 sensor arranged at the forehead of the rainproof helmet;
the blood glucose detection module comprises an MLX90614 sensor arranged at the forehead of the rainproof helmet.
This raincoat-type visitor sign collection system is applicable to rainy weather, both can provide rain-proof function for the visitor, also can also accurately acquire visitor sign information in rainy day, can be more accurate for the visitor provides the service that has the individuation, and the position of each module of raincoat is when visitor sign collection system is difficult for receiving the rainwater influence, and the information that provides is also more accurate.
Furthermore, the tourist sign acquisition device comprises a watch box and connecting bands connected to two sides of the watch box, magic tapes for fixing are arranged on the connecting bands, a cavity is formed in the watch box, and a body temperature monitoring module, a heart rate monitoring module, a blood oxygen detection module, a blood sugar detection module, a sign control module and a power supply module are arranged in the cavity; the body temperature monitoring module comprises an infrared sensor; the heart rate monitoring module comprises a heart rate sensor; the blood oxygen detection module comprises a MAX30100 sensor; the blood glucose detection module comprises an MLX90614 sensor. This watch formula visitor sign collection system can use at good weather, and is small, easily carries.
Furthermore, the tourist sign acquisition device also comprises an alarm device connected with the sign control module; the alarm device comprises an alarm lamp and a buzzer; when the detected heart rate is larger than a threshold value, the sign control module sends alarm information to the server and controls the alarm lamp to flicker and the buzzer to vibrate; the server receives the alarm information and then sends the alarm information and the related position information to an administrator control end; the park real-time information comprises real-time weather information, park map information, position information of each scenic spot, road information, saturation information of tourists of each scenic spot, restaurant information and medical office information; the manager control end comprises a management control computer and a management control mobile end, and the management control mobile end is in signal connection with the server to upload park real-time information in real time and receive related information.
Further, the tourist interaction device comprises a wrist type mini flat plate, an earphone in signal connection with the wrist type mini flat plate earphone and a disposable earcap matched with the earphone; the wrist type mini flat panel is provided with an interactive controller connected with the server, and a Bluetooth module, an input module, a storage module, a display screen, an audio output module and a power supply module which are all connected with the interactive controller;
the tourist interaction device also comprises a photographing module connected with the interaction controller, and the photographing module is used for photographing related photos and uploading the photos to the server through the interaction controller.
In a second aspect, the invention provides a method for planning a tourist park in consideration of comfort of the tourist, comprising the following steps:
obtaining visitor sign information through a visitor sign acquisition device;
acquiring guest preference information through a guest interaction device;
acquiring real-time park information through an administrator control terminal;
generating a path planning instruction according to the tourist sign information, the tourist preference information and the park real-time information; the path planning instruction comprises a planning tour path and a path task;
and transmitting the path planning instruction to a guest interaction device for execution.
Further, the method for generating the path planning instruction according to the physical sign information of the tourist, the preference information of the tourist and the real-time information of the park comprises the following steps:
transmitting the tourist sign information, the tourist preference information and the park real-time information to the administrator control terminal; the tourist sign information comprises the body temperature, heart rate, blood oxygen content and blood sugar content of the tourist; the tourist preference information comprises tourist position information, sex, age, planned park time and interest scores of all scenic spots; the park real-time information comprises real-time weather information, park map information, position information of each scenic spot, road information, saturation information of tourists of each scenic spot, restaurant information and medical office information;
and acquiring a manual planning instruction from the administrator control terminal as a path planning instruction.
Further, the method for generating the path planning instruction according to the physical sign information of the tourist, the preference information of the tourist and the real-time information of the park comprises the following steps:
calculating the maximum tour mileage of the tourist according to the physical sign information of the tourist, and calculating an alternative path set with the path length not greater than the maximum tour mileage of the tourist; the tourist sign information comprises the body temperature, heart rate, blood oxygen content and blood sugar content of the tourist;
calculating the comfort level of the tourists of each alternative path in the alternative path set according to the tourist preference information and the park real-time information, and selecting the alternative path with the highest comfort level of the tourists as a planning path; the tourist preference information comprises tourist position information, sex, age, planned park time and interest scores of all scenic spots; the park real-time information comprises real-time weather information, park map information, position information of each scenic spot, road information, saturation information of tourists of each scenic spot, restaurant information and medical office information;
and generating a path task on the path according to the scenic spots of the planned path by combining the tourist preference information and the park real-time information.
Further, the method for calculating the comfort level of the path for the tourists comprises the following steps:
calculated as follows:
F＝αs+βx+γl+δk
f represents the comfort level of the tourist on the path, s represents the ratio of planned garden time of the tourist to general tour time of the path, x represents the interest score sum of each scenic spot on the path, l represents the ratio of road bearing capacity of the path to real-time road passenger flow, k represents the average value of the saturation of the tourist on each scenic spot on the path, alpha, beta, gamma and delta respectively represent the influence factors of each factor, alpha represents the influence factor of the garden time, beta represents the influence factor of interest, gamma represents the influence factor of the road, and delta represents the influence factor of the saturation of the passenger;
the method for generating the path task on the path according to the scenic spots of the planned path by combining the tourist preference information and the park real-time information comprises the following steps:
acquiring the total mileage of a planned path and task information of all scenic spots of the planned path, wherein the task information comprises task names and task time;
acquiring the moving speed of the tourist and calculating to obtain the moving time of the tourist;
calculating the total tour time of the tourists, wherein the total tour time is the sum of the moving time and the task time of all the scenic spots of the planned path;
if the total tour time is longer than the planned tour time of the tourist, sequencing all the scenic spots on the planned path from small to large according to the interest scores of the tourist, and sequentially removing tasks of the scenic spots with low interest scores of the tourist until the total tour time is shorter than the planned tour time of the tourist, thereby generating path tasks;
the method for the tourist interaction device to execute the path planning instruction comprises the following steps:
within the access distance of the ibeacon base stations of the scenic spots, sending Bluetooth communication signals to the ibeacon base stations of the scenic spots;
after the ibeacon base station of the scenic spot receives the successful auditing signal after the access signal is received, skipping to the server website address indicated by the ibeacon base station, and opening the corresponding server webpage to execute the scenic spot task;
the attraction tasks include one or more of the following methods: playing the commentary video; displaying an answering webpage; and uploading the picture.
Compared with the prior art, the invention has the following beneficial effects:
1. the tourist park system provided by the invention can effectively collect and consider the personality of each tourist through the tourist sign collection device and the tourist interaction device, can update real-time park real-time information through the administrator control terminal, can manually plan a path and generate a path planning instruction, and is flexible and high in accuracy;
2. according to the method for planning the tourist park, the route planning instruction is generated through the physical sign information of the tourist, the preference information of the tourist and the real-time information of the park, the accuracy is high, meanwhile, the defects that in the prior art, the tourism recommendation result is single, the interaction is few, the personalization degree and the comfort degree of the tourist are low are overcome, the comfort degree of the tourist is improved, and the efficiency of the park is improved.
Drawings
FIG. 1 is a block diagram of a park system;
FIG. 2 is a flow chart of the park electronic system of the present invention;
FIG. 3 is a system block diagram of the guest sign acquisition device of the present invention;
FIG. 4 is a system block diagram of the guest interaction device of the present invention;
fig. 5 is a system configuration diagram of the administrator control terminal of the present invention.
Detailed Description
The invention is further described below with reference to the accompanying drawings. The following examples are only for illustrating the technical solutions of the present invention more clearly, and the protection scope of the present invention is not limited thereby.
The first embodiment is as follows:
the embodiment provides a tourist park system considering comfort of tourists, which comprises a server, a tourist sign acquisition device for acquiring tourist sign information, an administrator control terminal for acquiring real-time information of a park, a tourist interaction device for acquiring preference information of the tourist and a plurality of ibeacon base stations installed at each scenic spot of the park, as shown in fig. 1; the server is in signal connection with the tourist sign acquisition device, the administrator control end, the tourist and the tourist interaction device respectively, and is used for generating a path planning instruction according to the tourist sign information, the park real-time information and the tourist preference information and transmitting the path planning instruction to the tourist interaction device for execution.
As shown in fig. 4, the guest interaction device is provided on a guest who enters a campus, and the guest interaction device includes: the system comprises an interactive controller connected with the server, and a Bluetooth module, an input module, a storage module, a display screen, an audio output module and a power supply module which are all connected with the interactive controller; the Bluetooth module acquires signals of each ibeacon base station through wireless connection with the ibeacon base stations to obtain the position information of the tourists; the input module is used for inputting tourist preference information, wherein the tourist preference information comprises the sex, age, planned garden time and interest scores of all scenic spots of the tourist; the storage module is used for storing the tourist preference information, the path planning instruction and the resource file received by the interaction controller; the path planning instruction comprises a planning tour path and a path task; the resource files comprise an explanation video file and a task information configuration file; the display screen is used for displaying a planning tour path, a tourist position and an explanation video; the audio output module is used for playing the audio of the explanation words; the power supply module is used for supplying power to each module of the tourist interaction device; the ibeacon base station is in signal connection with the server and is used for receiving the Bluetooth contact signal of the tourist interaction device and transmitting a corresponding server website address and a corresponding server webpage to the tourist interaction device according to the Bluetooth contact signal.
Fig. 2 is a flow chart of the tourist park electronic system of the present invention, in which the server connects the tourist sign collection device, the administrator control terminal, the tourist interaction device and a plurality of ibeacon base stations installed at each scenic spot of the park together to implement the personalized tour path planning of the client.
ibeacon base station combines with visitor interaction device, can provide more modes and enjoyment for the visitor, through the form that sets up the task, can effectively improve visitor's participation and comfort level.
The tourist sign acquisition device of the embodiment can be selected in two ways, including a raincoat type and a watch type, as shown in fig. 3, the tourist sign information includes the body temperature, heart rate, blood oxygen content and blood sugar content of the tourist; the two tourist sign acquisition devices respectively comprise a body temperature monitoring module for acquiring body temperature, a heart rate monitoring module for acquiring heart rate, a blood oxygen detection module for acquiring blood oxygen content, a blood sugar detection module for acquiring blood sugar content, a sign control module and a power supply module; the physical sign control module is connected with the server, and is in signal connection with the body temperature monitoring module, the heart rate monitoring module, the blood oxygen detection module and the blood sugar detection module respectively to acquire the physical sign information of the tourists and send the physical sign information of the tourists to the server; the power module supplies power for the body temperature monitoring module, the heart rate monitoring module, the blood oxygen detection module and the blood sugar detection module.
The raincoat type tourist sign acquisition device also comprises a raincoat and a rainproof helmet; the body temperature monitoring module comprises an infrared sensor arranged on the inner side of the raincoat; the heart rate monitoring module comprises a heart rate sensor arranged at the neckline part of the raincoat; the blood oxygen detection module comprises a MAX30100 sensor arranged at the forehead of the rainproof helmet; the blood glucose detection module comprises an MLX90614 sensor arranged at the forehead of the rainproof helmet.
This raincoat-type visitor sign collection system is applicable to rainy weather, both can provide rain-proof function for the visitor, also can also accurately acquire visitor sign information in rainy day, can be more accurate for the visitor provides the service that has the individuation, and the position of each module of raincoat is when visitor sign collection system is difficult for receiving the rainwater influence, and the information that provides is also more accurate.
The watch type tourist sign acquisition device comprises a watch box and connecting bands connected to two sides of the watch box, wherein magic tapes for fixing are arranged on the connecting bands, a cavity is formed in the watch box, and a body temperature monitoring module, a heart rate monitoring module, a blood oxygen detection module, a blood sugar detection module, a sign control module and a power supply module are arranged in the cavity; the body temperature monitoring module comprises an infrared sensor; the heart rate monitoring module comprises a heart rate sensor; the blood oxygen detection module comprises a MAX30100 sensor; the blood glucose detection module comprises an MLX90614 sensor. This watch formula visitor sign collection system can use at good weather, and is small, easily carries.
The tourist sign acquisition device also comprises an alarm device connected with the sign control module; the alarm device comprises an alarm lamp and a buzzer; when the detected heart rate is larger than a threshold value, the sign control module sends alarm information to the server and controls the alarm lamp to flicker and the buzzer to vibrate; the server receives the alarm information and then sends the alarm information and the related position information to an administrator control end; the park real-time information comprises real-time weather information, park map information, position information of each scenic spot, road information, saturation information of tourists of each scenic spot, restaurant information and medical office information.
As shown in fig. 5, the administrator control terminal includes a management control computer and a management control mobile terminal, and the management control mobile terminal uploads real-time park information and receives related information in real time through signal connection with the server. The administrator acquires the physical sign information and the preference information of the tourists through the server, formulates a manual planning path and uploads the manual planning path to the server. The tourist park system provided by the invention can effectively collect and consider the personality of each tourist through the tourist sign collection device and the tourist interaction device, and can update real-time park real-time information and manually plan a path through the administrator control terminal; the path planning instruction can be automatically generated by the server according to the algorithm, or a manual planning path can be formulated by taking account of physical sign information and preference information of the tourists by an administrator, so that the path planning instruction is generated, and the method is flexible and high in accuracy.
The tourist interaction device comprises a wrist type mini flat plate, an earphone in signal connection with the wrist type mini flat plate earphone and a disposable earcap matched with the earphone; the wrist type mini flat panel is provided with an interactive controller connected with the server, and a Bluetooth module, an input module, a storage module, a display screen, an audio output module and a power supply module which are all connected with the interactive controller.
The tourist interaction device also comprises a photographing module connected with the interaction controller, and the photographing module is used for photographing related photos and uploading the photos to the server through the interaction controller. The participation of the tourists can be effectively improved, and the pleasure of the tourists in the amusement park is improved.
Example two:
the embodiment provides a park planning method considering comfort of tourists, which comprises the following steps:
obtaining visitor sign information through a visitor sign acquisition device;
acquiring guest preference information through a guest interaction device;
acquiring real-time park information through an administrator control terminal;
generating a path planning instruction according to the tourist sign information, the tourist preference information and the park real-time information; the path planning instruction comprises a planning tour path and a path task;
and transmitting the path planning instruction to a guest interaction device for execution.
The method for generating the path planning instruction according to the tourist sign information, the tourist preference information and the park real-time information comprises the following steps:
calculating the maximum tour mileage of the tourist according to the physical sign information of the tourist, and calculating an alternative path set with the path length not greater than the maximum tour mileage of the tourist; the tourist sign information comprises the body temperature, heart rate, blood oxygen content and blood sugar content of the tourist;
calculating the comfort level of the tourists of each alternative path in the alternative path set according to the tourist preference information and the park real-time information, and selecting the alternative path with the highest comfort level of the tourists as a planning path; the tourist preference information comprises tourist position information, sex, age, planned park time and interest scores of all scenic spots; the park real-time information comprises real-time weather information, park map information, position information of each scenic spot, road information, saturation information of tourists of each scenic spot, restaurant information and medical office information;
and generating a path task on the path according to the scenic spots of the planned path by combining the tourist preference information and the park real-time information.
The method for calculating the comfort level of the tourists on the path comprises the following steps:
calculated as follows:
F＝αs+βx+γl+δk
f represents comfort level of the tourist on the path, s represents a ratio of planned garden time of the tourist to general tour time of the path, x represents interest scores and sums of all scenic spots on the path, l represents a ratio of road bearing capacity of the path to passenger flow of the real-time road, k represents a saturation average value of all scenic spot visitors on the path, and alpha, beta, gamma and delta respectively represent influence factors of all factors and can be adjusted by a manager or input by the tourist; in the present example, the calculation of α is 0.5, β is 0.25, γ is 0.1, and δ is 0.15, according to empirical data.
The method for generating the path task on the path according to the scenic spots of the planned path by combining the tourist preference information and the park real-time information comprises the following steps:
acquiring the total mileage of a planned path and task information of all scenic spots of the planned path, wherein the task information comprises task names and task time;
acquiring the moving speed of the tourist and calculating to obtain the moving time of the tourist;
calculating the total tour time of the tourists, wherein the total tour time is the sum of the moving time and the task time of all the scenic spots of the planned path;
if the total tour time is longer than the planned tour time of the tourist, sequencing all the scenic spots on the planned path from small to large according to the interest scores of the tourist, and sequentially removing tasks of the scenic spots with low interest scores of the tourist until the total tour time is shorter than the planned tour time of the tourist, thereby generating path tasks;
the method for the tourist interaction device to execute the path planning instruction comprises the following steps:
within the access distance of the ibeacon base stations of the scenic spots, sending Bluetooth communication signals to the ibeacon base stations of the scenic spots;
after the ibeacon base station of the scenic spot receives the successful auditing signal after the access signal is received, skipping to the server website address indicated by the ibeacon base station, and opening the corresponding server webpage to execute the scenic spot task;
the attraction tasks include one or more of the following methods: playing the commentary video; displaying an answering webpage; and uploading the picture.
According to the method for planning the tourist park, the route planning instruction is generated through the physical sign information of the tourist, the preference information of the tourist and the real-time information of the park, the accuracy is high, meanwhile, the defects that in the prior art, the tourism recommendation result is single, the interaction is few, the personalization degree and the comfort degree of the tourist are low are overcome, the comfort degree of the tourist is improved, and the efficiency of the park is improved.
Example three:
the embodiment provides a tourist park planning method considering comfort of tourists, which is different from the first embodiment in that according to the first embodiment, a manual planning path is formulated by considering physical sign information of the tourists and preference information of the tourists according to an administrator, and then a path planning instruction is generated, so that the method is flexible and high in accuracy.
The method for generating the path planning instruction according to the tourist sign information, the tourist preference information and the park real-time information comprises the following steps:
transmitting the tourist sign information, the tourist preference information and the park real-time information to the administrator control terminal; the tourist sign information comprises the body temperature, heart rate, blood oxygen content and blood sugar content of the tourist; the tourist preference information comprises tourist position information, sex, age, planned park time and interest scores of all scenic spots; the park real-time information comprises real-time weather information, park map information, position information of each scenic spot, road information, saturation information of tourists of each scenic spot, restaurant information and medical office information; and acquiring a manual planning instruction from the administrator control terminal as a path planning instruction.
As will be appreciated by one skilled in the art, embodiments of the present application may be provided as a method, system, or computer program product. Accordingly, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.
The present application is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the application. It will be understood that each flow and/or block of the flow diagrams and/or block diagrams, and combinations of flows and/or blocks in the flow diagrams and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
The above description is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, several modifications and variations can be made without departing from the technical principle of the present invention, and these modifications and variations should also be regarded as the protection scope of the present invention.
Claims (10)
1. A tourist park system considering comfort of tourists is characterized by comprising a server, a tourist sign acquisition device for acquiring tourist sign information, an administrator control end for acquiring real-time information of a park, a tourist interaction device for acquiring preference information of the tourists and a plurality of ibeacon base stations installed at each scenic spot of the park, wherein the tourist sign acquisition device is used for acquiring physical sign information of the tourists;
the server is respectively in signal connection with the tourist sign acquisition device, the administrator control terminal and the tourist and tourist interaction device, and is used for generating a path planning instruction according to the tourist sign information, the park real-time information and the tourist preference information and transmitting the path planning instruction to the tourist interaction device for execution;
the tourist interaction device is arranged on a tourist entering the park;
the ibeacon base station is in signal connection with the server and is used for receiving the Bluetooth contact signal of the tourist interaction device and transmitting a corresponding server website address and a corresponding webpage to the tourist interaction device according to the Bluetooth contact signal.
2. A park system, considering guest comfort, according to claim 1, wherein said guest vital signs information includes guest's body temperature, heart rate, blood oxygen content and blood sugar content;
the tourist sign acquisition device comprises a body temperature monitoring module for acquiring body temperature, a heart rate monitoring module for acquiring heart rate, a blood oxygen detection module for acquiring blood oxygen content, a blood glucose detection module for acquiring blood glucose content, a sign control module and a power supply module; the physical sign control module is connected with the server, and is in signal connection with the body temperature monitoring module, the heart rate monitoring module, the blood oxygen detection module and the blood sugar detection module respectively to acquire the physical sign information of the tourists and send the physical sign information of the tourists to the server; the power supply module supplies power to the body temperature monitoring module, the heart rate monitoring module, the blood oxygen detection module and the blood sugar detection module;
the guest interaction device includes: the system comprises an interactive controller connected with the server, and a Bluetooth module, an input module, a storage module, a display screen, an audio output module and a power supply module which are all connected with the interactive controller;
the Bluetooth module acquires signals of each ibeacon base station through wireless connection with the ibeacon base stations to obtain the position information of the tourists; the input module is used for inputting tourist preference information, wherein the tourist preference information comprises the sex, age, planned garden time and interest scores of all scenic spots of the tourist; the storage module is used for storing the tourist preference information, the path planning instruction and the resource file received by the interaction controller; the path planning instruction comprises a planning tour path and a path task; the resource files comprise an explanation video file and a task information configuration file; the display screen is used for displaying a planning tour path, a tourist position and an explanation video; the audio output module is used for playing the audio of the explanation words; the power module is used for supplying power to each module of the tourist interaction device.
3. The park system taking into account guest comfort according to claim 2, wherein the guest sign collecting device further comprises a raincoat and a rain-proof helmet;
the body temperature monitoring module comprises an infrared sensor arranged on the inner side of the raincoat;
the heart rate monitoring module comprises a heart rate sensor arranged at the neckline part of the raincoat;
the blood oxygen detection module comprises a MAX30100 sensor arranged at the forehead of the rainproof helmet;
the blood glucose detection module comprises an MLX90614 sensor arranged at the forehead of the rainproof helmet.
4. The amusement park system considering comfort of tourists according to claim 2, wherein the tourist sign collecting device comprises a watch box and connecting bands connected to two sides of the watch box, magic tapes for fixing are arranged on the connecting bands, a cavity is arranged on the watch box, and a body temperature monitoring module, a heart rate monitoring module, a blood oxygen detecting module, a blood sugar detecting module, a sign control module and a power supply module are arranged in the cavity; the body temperature monitoring module comprises an infrared sensor; the heart rate monitoring module comprises a heart rate sensor; the blood oxygen detection module comprises a MAX30100 sensor; the blood glucose detection module comprises an MLX90614 sensor.
5. A tourist park system considering comfort of tourists according to claim 3 or 4, wherein said tourist sign collecting device further comprises an alarm device connected with said sign control module; the alarm device comprises an alarm lamp and a buzzer; when the detected heart rate is larger than a threshold value, the sign control module sends alarm information to the server and controls the alarm lamp to flicker and the buzzer to vibrate; the server receives the alarm information and then sends the alarm information and the related position information to an administrator control end;
the park real-time information comprises real-time weather information, park map information, position information of each scenic spot, road information, saturation information of tourists of each scenic spot, restaurant information and medical office information;
the manager control end comprises a management control computer and a management control mobile end, and the management control mobile end is in signal connection with the server to upload park real-time information in real time and receive related information.
6. A guest comfort considering tourist system according to claim 1, wherein said guest interacting means comprises a wrist mini tablet, a headset signal-connected to said wrist mini tablet headset and a disposable earcap mated with said headset; the wrist type mini flat panel is provided with an interactive controller connected with the server, and a Bluetooth module, an input module, a storage module, a display screen, an audio output module and a power supply module which are all connected with the interactive controller;
the tourist interaction device also comprises a photographing module connected with the interaction controller, and the photographing module is used for photographing related photos and uploading the photos to the server through the interaction controller.
7. A method for planning a tourist park taking comfort of tourists into consideration is characterized by comprising the following steps:
obtaining visitor sign information through a visitor sign acquisition device;
acquiring guest preference information through a guest interaction device;
acquiring real-time park information through an administrator control terminal;
generating a path planning instruction according to the tourist sign information, the tourist preference information and the park real-time information; the path planning instruction comprises a planning tour path and a path task;
and transmitting the path planning instruction to a guest interaction device for execution.
8. A method for planning a tourist park according to claim 7, wherein the method for generating a path planning instruction according to the physical sign information of the tourist, the preference information of the tourist and the real-time information of the park comprises the following steps:
transmitting the tourist sign information, the tourist preference information and the park real-time information to the administrator control terminal; the tourist sign information comprises the body temperature, heart rate, blood oxygen content and blood sugar content of the tourist; the tourist preference information comprises tourist position information, sex, age, planned park time and interest scores of all scenic spots; the park real-time information comprises real-time weather information, park map information, position information of each scenic spot, road information, saturation information of tourists of each scenic spot, restaurant information and medical office information;
and acquiring a manual planning instruction from the administrator control terminal as a path planning instruction.
9. A method for planning a tourist park according to claim 7, wherein the method for generating a path planning instruction according to the physical sign information of the tourist, the preference information of the tourist and the real-time information of the park comprises the following steps:
calculating the maximum tour mileage of the tourist according to the physical sign information of the tourist, and calculating an alternative path set with the path length not greater than the maximum tour mileage of the tourist; the tourist sign information comprises the body temperature, heart rate, blood oxygen content and blood sugar content of the tourist;
calculating the comfort level of the tourists of each alternative path in the alternative path set according to the tourist preference information and the park real-time information, and selecting the alternative path with the highest comfort level of the tourists as a planning path; the tourist preference information comprises tourist position information, sex, age, planned park time and interest scores of all scenic spots; the park real-time information comprises real-time weather information, park map information, position information of each scenic spot, road information, saturation information of tourists of each scenic spot, restaurant information and medical office information;
and generating a path task on the path according to the scenic spots of the planned path by combining the tourist preference information and the park real-time information.
10. A method of planning a tourist park according to claim 9, wherein the method of calculating the comfort of tourists on the route comprises:
the comfort of the visitor to the route is calculated as follows:
F＝αs+βx+γl+δk
f represents the comfort level of the tourist on the path, s represents the ratio of planned garden time of the tourist to general tour time of the path, x represents the interest score sum of each scenic spot on the path, l represents the ratio of road bearing capacity of the path to real-time road passenger flow, k represents the average value of the saturation of the tourist on each scenic spot on the path, alpha, beta, gamma and delta respectively represent the influence factors of each factor, alpha represents the influence factor of the garden time, beta represents the influence factor of interest, gamma represents the influence factor of the road, and delta represents the influence factor of the saturation of the passenger;
the method for generating the path task on the path according to the scenic spots of the planned path by combining the tourist preference information and the park real-time information comprises the following steps:
acquiring the total mileage of a planned path and task information of all scenic spots of the planned path, wherein the task information comprises task names and task time;
acquiring the moving speed of the tourist and calculating to obtain the moving time of the tourist;
calculating the total tour time of the tourists, wherein the total tour time is the sum of the moving time and the task time of all the scenic spots of the planned path;
if the total tour time is longer than the planned tour time of the tourist, sequencing all the scenic spots on the planned path from small to large according to the interest scores of the tourist, and sequentially removing tasks of the scenic spots with low interest scores of the tourist until the total tour time is shorter than the planned tour time of the tourist, thereby generating path tasks;
the method for the tourist interaction device to execute the path planning instruction comprises the following steps:
within the access distance of the ibeacon base stations of the scenic spots, sending Bluetooth communication signals to the ibeacon base stations of the scenic spots;
after the ibeacon base station of the scenic spot receives the successful auditing signal after the access signal is received, skipping to the server website address indicated by the ibeacon base station, and opening the corresponding server webpage to execute the scenic spot task;
the attraction tasks include one or more of the following methods: playing the commentary video; displaying an answering webpage; and uploading the picture.
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| CN106052696A (en) * | 2016-08-17 | 2016-10-26 | 西安理工大学 | Museum real-time route guidance method based on mobile terminals |
| CN109086919A (en) * | 2018-07-17 | 2018-12-25 | 新华三云计算技术有限公司 | A kind of sight spot route planning method, device, system and electronic equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106052696A (en) * | 2016-08-17 | 2016-10-26 | 西安理工大学 | Museum real-time route guidance method based on mobile terminals |
| CN109086919A (en) * | 2018-07-17 | 2018-12-25 | 新华三云计算技术有限公司 | A kind of sight spot route planning method, device, system and electronic equipment |
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