CN109711499A - Tourism unit visit from visitors statistical system and application method based on Internet of Things - Google Patents
Tourism unit visit from visitors statistical system and application method based on Internet of Things Download PDFInfo
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- CN109711499A CN109711499A CN201811615490.0A CN201811615490A CN109711499A CN 109711499 A CN109711499 A CN 109711499A CN 201811615490 A CN201811615490 A CN 201811615490A CN 109711499 A CN109711499 A CN 109711499A
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Abstract
The tourism unit visit from visitors statistical system based on Internet of Things that the invention discloses a kind of, it is characterized in that, it include: multiple electronic tag carriers, it include a superfrequency Calibration Circuit in each electronic tag carrier, the superfrequency Calibration Circuit includes superfrequency induction coil, superfrequency chip and antenna, which carries for tourist；Statistic device, including server, multiple servomechanisms and multiple induction terrace bands, the induction terrace band includes signal projector and receiver, and server is connect with servomechanism by wired and or wireless network；Each servomechanism is used to power for several induction terrace bands being electrically connected with the servomechanism, and the information perceived for receiving the induction terrace band being electrically connected with the servomechanism.The present invention studies and judges the cold and hot degree of visiting of sight spot and sense part branch mouth for scenic spot management side the range of tourist's visiting statistics is refine to sight spot grade.
Description
Technical field
The present invention relates to be related to historical and cultural heritage scenic spot managing and control system field more particularly to a kind of trip based on Internet of Things
Swim unit visit from visitors statistical system and application method.
Background technique
Historical and cultural heritage scenic spot generally can all carry out tourist's visiting statistics, and the most common method is (1) looking at scenic spot
The inlet of ticketing is tested by the way that several gates are arranged, allows tourist randomly in each seat in the plane is lined up into geo-statistic one by one；(2)
The mode of papery stub is checked using traditional manpower.It is well known that scenic spot tourist visit quantity manage work, concerning arrive scenic spot order
Sequence and tourist experience.If ASSOCIATE STATISTICS work is made more scientific, is conducive to administrative staff and intervenes in time or scheduling of resource, from
And promote the Tourist Experience at scenic spot.
However, all there is some defects and deficiency in existing mode:
The defect of method (1) is it will be evident that setting gate is often because gate movable doorboard or rotation thick stick are all easily to consume
Product cause maintenance cost very big.
Method (2) necessarily expends many manpowers, also, dredging due to personnel if implemented at large range of scenic spot
Suddenly or the error of observation, data obtained also it is difficult embody it is accurate.
Summary of the invention
For overcome the deficiencies in the prior art, one of the objects of the present invention is to provide a kind of tourism list based on Internet of Things
First visit from visitors statistical system studies and judges sight spot for scenic spot management side the range of tourist's visiting statistics is refine to sight spot grade
With the cold and hot degree of visiting of sense part branch mouth.
The second object of the present invention is, tourist's flow direction to solve how to count each sight spot/crossing of visiting is asked
Topic.
The third object of the present invention is how tourist to be facilitated to carry in scenic spot with electronic tag to solve
Carrier.
The fourth object of the present invention is, steals a ride to solve how more reasonably to hit tourist, breaks in behavior
The problem of.
The fifth object of the present invention is to provide making for the tourism unit visit from visitors statistical system based on Internet of Things
Use method.
An object of the present invention adopts the following technical scheme that realization:
Tourism unit visit from visitors statistical system based on Internet of Things, comprising:
Multiple electronic tag carriers, interior each electronic tag carrier includes a superfrequency Calibration Circuit, the extra-high frequency marking
Determining circuit includes superfrequency induction coil, superfrequency chip and antenna, which carries for tourist；
Statistic device, including server, multiple servomechanisms and multiple induction terrace bands, the induction terrace band include letter
Number transmitter and receiver, the server are connect with servomechanism by wired and or wireless network；Each servomechanism is for being
It powers with several induction terrace bands that the servomechanism is electrically connected, and is electrically connected inductively for receiving with the servomechanism
The information that level ground band is perceived.
The second object of the present invention adopts the following technical scheme that realization:
Further, the multiple induction terrace band includes the sight spot induction terrace band set on sight spot, the sight spot induction
Terrace band includes sight spot doorway terrace band, incudes terrace band set on the first of one side crossing of sight spot and be set to the sight spot other side
The second induction terrace band at square crossing.
Further, the multiple induction terrace band includes the crossing induction terrace for being installed on transport hub or scenic spot arterial highway
Band, including several crossroads induction terrace band, several road junctions induction terrace and several straight ways incude terrace band.
The third object of the present invention adopts the following technical scheme that realization:
The electronic tag carrier is a soft admission ticket, and the superfrequency calibration is laid in the nominal value side of the soft admission ticket
Circuit has puted up a protection paster on the outside of the superfrequency Calibration Circuit.
Further, the electronic tag carrier is a soft bracelet, and lateral surface one end of the bracelet is laid with described
Superfrequency Calibration Circuit is laid with a soft protective coating on the outside of the superfrequency Calibration Circuit.
Further, the superfrequency chip is ALN9654, and the working frequency range of the superfrequency induction coil is 860MHz
To 960MHz.
The four of the object of the invention adopt the following technical scheme that realization:
Further, the side of the sight spot doorway terrace band is equipped with a camera and device of warning, the camera
It is electrically connected by cable with corresponding servomechanism with device is warned.
The fifth object of the present invention adopts the following technical scheme that realization:
The application method of tourism unit visit from visitors statistical system based on Internet of Things, comprising:
Facility environment: multiple electronic tag carriers, interior each electronic tag carrier includes a superfrequency Calibration Circuit, described
Superfrequency Calibration Circuit includes superfrequency induction coil, superfrequency chip and antenna, which carries for tourist；
Statistic device, including server, multiple servomechanisms and multiple induction terrace bands；Server and servomechanism by wired and/or
Wireless network connection；The induction terrace band includes signal projector and receiver；The induction terrace band includes several is set to
The sight spot at sight spot incudes terrace band, and the sight spot induction terrace band includes sight spot doorway terrace band, the sight spot doorway terrace band
Side is equipped with a camera and device of warning, and it is electrical with corresponding servomechanism that the camera and device of warning pass through cable
Connection.
Operating process: the following steps are included:
S1: server, servomechanism starting up, it is described to incude the signal projector sending electromagnetic wave having in terrace band；
S2: tourist carries electronic tag carrier and enters scenic spot, and road is through the induction terrace band, the issued electricity of signal projector
Magnetic wave makes superfrequency induction coil generate electromotive force, forms electric energy, after superfrequency chip obtains the electric energy, using antenna to
The outgoing signal in outside；
S3: after receiver possessed by induction terrace band receives the signal of superfrequency chip feedback, which is transferred to
Servomechanism records the tourist and passes by the induction terrace band；
S4: each servomechanism passes data to server, the mounted statistics application program of server by utilizing one statistics
Current all tourists' visiting data in unit time T.
Further, step S3 includes a sub-step S31: the camera is used to currently pass by based on unit time shooting
The image information of tourist, and be transferred in servomechanism, portrait quantity recognizer is installed, servomechanism will in the servomechanism
The electronic tag carrier quantity perceived according to the same unit time compares, if portrait quantity is greater than Current electronic label
Amount vector, then servomechanism issue instruction allow warn device issue standby signal.
Further, sub-step S31 further include: servomechanism currently passes by the shadow of tourist by shooting in the camera unit time
As data information transfer to server, server is according to current induction terrace band electronic tag definition user obtained
ID, the number obtained are divided into effective the number of visiting people and total the number of visiting people, and total the number of visiting people is the people for having added repeated accesses.
Label carrier ID, transfers the ID and corresponds to tourist's tourist's identity head image data obtained in booking and compare, if it find that
Abnormal, then servomechanism issues instruction device of warning is allowed to issue standby signal.
Compared with prior art, the beneficial effects of the present invention are:
(1) by allowing the tourist of booking to take electronic tag carrier, which can be inside and posts electricity
The soft admission ticket of subtab or the internal soft bracelet that electronic tag is housed.At the doorway at sight spot and the crossing of doorway side
Setting induction terrace band can be realized visiting and check card when tourist passes by, and so then server can count on sight spot visiting trip
Objective quantity, and can perceive tourist flow direction upstream-downstream relationship, facilitate scenic spot management side study and judge and formulate afterwards it is more scientific
Management strategy；
(2) behavior of stealing a ride further is prevented, other than the examination of scenic spot doorway, sight spot doorway or arterial highway can also be with
When check, in this way, then greatly strengthen in scenic spot steal a ride, the investigation effect of false tickets；
(3) be arranged detection zone position can be adjusted flexibly, using it is temporarily mating formation, have accommodate transmitter, receive
Several induction terrace bands of device cavity, the induction terrace band is since the position of setting is on ground, also to greatest extent
Ground avoid interference tourist watch/take pictures sight spot the case where generation；
(4) implementation process is simple, low in cost, of good reliability.
(5) statistics application program and numerical map are combined, it can be based on statistics life in subsequent operation of checking card of tourist
At visitor's hot spot cloud atlas.More intuitively data are studied and judged for manager.
Detailed description of the invention
Fig. 1 is equipment connection schematic diagram of the invention；
Fig. 2 is the structural schematic diagram applied to large area historical and cultural heritage scenic spot of the invention；
Fig. 3 is the structural schematic diagram of induction terrace band of the present invention；
Fig. 4 is the structural schematic diagram of electronic tag admission ticket of the present invention；
Fig. 5 is the structural schematic diagram of soft bracelet admission ticket of the present invention.
In figure, the 10, first sight spot；11, gate sentry incudes terrace band；12, the first induction terrace band；13, the second induction terrace
Band；20, first via mouthfeel answers terrace band；21, the second crossing incudes terrace band；22, third crossing incudes terrace band；3, superfrequency
Calibration Circuit；40, soft admission ticket；41, soft bracelet；5, paster is protected.
Specific embodiment
In the following, being described further in conjunction with attached drawing and specific embodiment to the present invention, it should be noted that not
Under the premise of conflicting, new implementation can be formed between various embodiments described below or between each technical characteristic in any combination
Example.
As shown in Figs. 1-5,
Tourism unit visit from visitors statistical system based on Internet of Things, comprising: multiple electronic tag carriers and statistic device；
The number of electronic tag carrier is all multiple, each electronic tag carrier follow tourist after the entrance booking of scenic spot just
It needs tourist to carry, includes a superfrequency Calibration Circuit, the superfrequency Calibration Circuit packet in each electronic tag carrier
Superfrequency induction coil, superfrequency chip and antenna are included, which carries for tourist；Specifically, described extra-high
Frequency chip can be ALN9654, and the working frequency range of the superfrequency induction coil can be 860MHz to 960MHz.Certainly, such as
Fruit in order to reduce power consumption, can also select high frequency chip ISO15693, the radio-frequency induction coil that collocation working frequency is 13.56MHz
Circle.
The working principle of said chip type selecting is all identical, after coil receives the radiofrequency signal of signal projector, its turn
It changes induced current into, is the induced electricity that chip powers, while will have signal projector command information by booster circuit boosting
Stream detects to obtain digital signal by RF front-end circuit, and the digital signal is sent into logic control circuit processing, logic control
Circuit sends back to external receiver by label antenna for information is handled.The maximum reading/writing distance of ultrahigh frequency band reaches 10m,
Have the fast advantage of read or write speed, has been widely used in industrial automation, operation flow tracking, asset management, inventory at present
Monitoring is carried in the fields such as monitoring, identification, depot's management and file security.In addition, due to the RFID of 13.56MHz frequency range
It is one of the RFID technique that first is standardized, technology is highly developed, and chip I SO15693 is a large amount of in many fields
It uses, for example is applied in bus card or unmanned supermarket's commodity checkout stations.
The statistic device includes that server, multiple servomechanisms and multiple induction terrace bands, the servomechanism can lead to
The mode and server communication connection of cable network or wireless network are crossed, the induction terrace band includes signal projector and reception
Device, the server are equipped with a statistics application program, and be equipped with tag database, induction terrace band database etc.；The system
Meter application program is that each electronic tag carrier establishes archives, and archives table content includes but is not limited to ID number, activationary time, disengaging
When the time of checking card at scenic spot, sight spot/crossing all incude the frequency number of checking card of terrace band, sight spot/crossing induction terrace band is checked card
Between.By above-mentioned list, can calculate it is each hold electronic tag carrier tourist stay duration, travel path, finally with
All data collected by unit time (1 day/1 hour/15 minutes) are counted, and export all kinds of charts, assist scape
Area administrative staff judge cold and hot degree, tourist's preference, personnel flow direction of scenic area and scenic spot etc..Certainly, which is every
One induction terrace band is also filed, and archives table content includes but is not limited to sight name, sight spot grade, passed through electricity in the unit time
The quantity of subtab carrier, passed through electronic tag carrier ID inventory etc. in the unit time.
As one of embodiment, the server can be connect with multiple servomechanisms by cable, if in scenic spot
Scenic spot number is more, and data transmission distance farther out, can also also be realized by way of adding several hubs in network；Often
A servomechanism is used to power for several induction terrace bands being electrically connected with the servomechanism, and for receiving and servomechanism electricity
Property connection the information that is perceived of induction terrace band.
As shown in Figure 1, 2, in order to perceive tourist near sight spot come to when foreground point visit time statistics, as one kind
Preferred scheme, the multiple induction terrace band include the sight spot induction terrace band set on sight spot, and the sight spot incudes terrace band
Including sight spot doorway terrace band, terrace band is incuded set on the first of one side crossing of sight spot and is set to another side crossing in sight spot
Second induction terrace band.Herein, the sequencing that electronic tag carrier is checked card can be used for reflection tourist come to go
To alternatively, it is also possible to infer that current tourist stays duration at the sight spot using the interval for time of checking card.
If there is that there are statistics/examination is necessary for individual road in scenic area, as a preferred solution, it is the multiple inductively
Level ground band includes the crossing induction terrace band for being installed on transport hub or scenic spot arterial highway, including several crossroads induction terrace band,
Several road junction induction terraces and several straight ways incude terrace band.
As shown in figure 3, in order to guarantee the safety of equipment and resist the external impact for trampling even running car, the sense
Answering terrace band includes rigid band-like box body, both sides of the edge slope belt, transmitter and receiver, the transmitter and receiver
It is mounted in band-like box body, the transmitter and receiver pass through cable and be electrically connected with corresponding servomechanism；Described two
Side edge slope belt is divided at the two edges of the band-like box body extending direction.
As shown in figure 4, tourist carries electronic tag carrier, as a preferred solution, the electronics mark for convenience
Signing carrier can be a soft admission ticket, and the superfrequency Calibration Circuit is laid in the nominal value side of the soft admission ticket, described extra-high
A protection paster has been puted up on the outside of frequency Calibration Circuit.Certainly, the electronic tag carrier may be a kind of soft bracelet, such as
Shown in Fig. 5, lateral surface one end of the bracelet is laid with the superfrequency Calibration Circuit, the outside of the superfrequency Calibration Circuit
It is laid with a soft protective coating.
Tourist steals a ride, using cheatings such as false tickets in order to prevent, as a preferred solution, the sight spot doorway
The side of level ground band is equipped with a camera and device of warning, and the camera and device of warning pass through cable and corresponding servomechanism
It is electrically connected.
A kind of application method of the tourism unit visit from visitors statistical system based on Internet of Things, comprising:
Facility environment: multiple electronic tag carriers, interior each electronic tag carrier includes a superfrequency Calibration Circuit, described
Superfrequency Calibration Circuit includes superfrequency induction coil, superfrequency chip and antenna, which carries for tourist；
Statistic device, including server, hub, multiple servomechanisms and multiple induction terrace bands；The server, which is equipped with, to be unified
Application program is counted, the server, hub, servomechanism are connected by cable；The induction terrace band includes signal projector
And receiver；The induction terrace band includes that several sight spots set on sight spot incude terrace band, and the sight spot incudes terrace band packet
Include sight spot doorway terrace band, the side of the sight spot doorway terrace band is equipped with a camera and device of warning, the camera and
Device of warning passes through cable and is electrically connected with corresponding servomechanism.
Operating process: the following steps are included:
S1: server, servomechanism starting up, it is described to incude the signal projector sending electromagnetic wave having in terrace band；
S2: tourist carries electronic tag carrier and enters scenic spot, and road is through the induction terrace band, the issued electricity of signal projector
Magnetic wave makes superfrequency induction coil generate electromotive force, forms electric energy, after superfrequency chip obtains the electric energy, using antenna to
The outgoing signal in outside；
S3: after receiver possessed by induction terrace band receives the signal of superfrequency chip feedback, which is transferred to
Servomechanism records the tourist and passes by the induction terrace band；
S4: each servomechanism passes data to server, and the mounted statistics application program of server by utilizing counts
Current all tourists' visiting data in unit time T.Unit time T can be 1 day, can be 1 hour, is also possible to 15
Minute.
As a preferred solution, step S3 includes a sub-step S31: the camera is used to be based on to clap between unit
It takes the photograph and currently passes by the image information of tourist, and be transferred in servomechanism, portrait quantity identification journey is installed in the servomechanism
Sequence, servomechanism compares the electronic tag carrier quantity perceived according to the same unit time, if portrait quantity is greater than
Current electronic label carrier quantity, then servomechanism issue instruction allow warn device issue standby signal.After knowing the standby signal,
Staff on duty near the servomechanism can interrogate and examine the tourist for currently having illegal act suspicion.To effective power-assisted scenic spot
Manager hits illegal act of the tourist in ticketing service.Herein, the unit time of camera scanning should be 1 second.
It should be noted that the application can also be applied to various disengaging other than being applied to tourist and counting and manage
In the management work of scenic spot personnel, such as construction personnel's management, chore boy's management, scenic spot administration of employee etc..If server
It was found that the soft bracelet user ID data worn in the hands such as current tourist/office worker/chore boy and preparatory booking/into garden when institute
When the human face data of acquisition mismatches, or when discovery is existed without bracelet personnel are worn, server will issue instruction and allow dress of warning
Initiation alarm is set, the staff for prompting scenic spot to be responsible for security gets involved in the investigation rapidly, video monitoring is checked at once with regard to the situation of presence,
And it takes measures.This meaning for extending application has two: first is that preventing personnel from swarming into non-open area or forbidden zone, fully avoiding anticipating
Outer generation；Unopened, shielded ancient site is swarmed into second is that preferably watching out for and having stranger's no ticket to rush into or go beyond one's commission.
Since soft bracelet can be all distributed before You Ke Zhi Yuan chore boy waits into garden, and at the same time being recorded into
The ID card information and face information of above-noted persons, in this way, the equal behavior in ancient site of tourist/office worker/chore boy
To be monitored and be managed.In this manner, can greatly reduce security personnel's manpower even realize historical sites without guarantor
Anhua management.
Revert to the application, in order to reinforce security effect, above-mentioned sub-step S31 further includes the following contents: servomechanism will
The image data information that shooting currently passes by tourist in the camera unit time is transferred to server, and server is according to current induction
Terrace band electronic tag carrier ID obtained transfers the ID and corresponds to tourist's tourist's identity head image data obtained in booking
It compares, if it find that it is abnormal, such as tourist's head image data that camera is passed back, with identity card when tourist's booking
Head image data is there are when relatively large deviation, then system assert that the tourist has the suspicion that breaks in, and servomechanism is issued to instruct to allow and be warned
Device issues standby signal, allow live duty personnel quickly, accurately intervention handle.
The above embodiment is only the preferred embodiment of the present invention, and the scope of protection of the present invention is not limited thereto,
The variation and replacement for any unsubstantiality that those skilled in the art is done on the basis of the present invention belong to institute of the present invention
Claimed range.
Claims (10)
1. the tourism unit visit from visitors statistical system based on Internet of Things characterized by comprising；
Multiple electronic tag carriers, interior each electronic tag carrier includes a superfrequency Calibration Circuit, the superfrequency calibration electricity
Road includes superfrequency induction coil, superfrequency chip and antenna, which carries for tourist；
Statistic device, including server, multiple servomechanisms and multiple induction terrace bands, the induction terrace band include signal hair
Emitter and receiver, the server are connect with servomechanism by wired and or wireless network；Each servomechanism is used for
Several induction terrace bands power supply that servomechanism is electrically connected, and for receiving the induction terrace band being electrically connected with the servomechanism
The information perceived.
2. the tourism unit visit from visitors statistical system based on Internet of Things as described in claim 1, it is characterised in that: described more
A induction terrace band includes the sight spot induction terrace band set on sight spot, and the sight spot induction terrace band includes sight spot doorway terrace
Band incudes terrace band set on the first of one side crossing of sight spot and incudes terrace set on the second of another side crossing in sight spot
Band.
3. the tourism unit visit from visitors statistical system based on Internet of Things as described in claim 1, it is characterised in that: described more
A induction terrace band includes the crossing induction terrace band for being installed on transport hub or scenic spot arterial highway, including the induction of several crossroads
Terrace band, several road junctions induction terrace and several straight ways incude terrace band.
4. the tourism unit visit from visitors statistical system based on Internet of Things as described in claim 1, it is characterised in that: the electricity
Subtab carrier is a soft admission ticket, and the superfrequency Calibration Circuit is laid in the nominal value side of the soft admission ticket, described extra-high
A protection paster has been puted up on the outside of frequency Calibration Circuit.
5. the tourism unit visit from visitors statistical system based on Internet of Things as described in claim 1, it is characterised in that: the electricity
Subtab carrier is a soft bracelet, and lateral surface one end of the bracelet is laid with the superfrequency Calibration Circuit, described extra-high
A soft protective coating is laid on the outside of frequency Calibration Circuit.
6. the tourism unit visit from visitors statistical system based on Internet of Things as described in claim 1, it is characterised in that: the spy
High frequency chip is ALN9654, and the working frequency range of the superfrequency induction coil is 860MHz to 960MHz.
7. the tourism unit visit from visitors statistical system based on Internet of Things as claimed in claim 2, it is characterised in that: the scape
The side of point doorway terrace band is equipped with a camera and device of warning, the camera and device of warning pass through cable with it is corresponding
Servomechanism be electrically connected.
8. the application method of the tourism unit visit from visitors statistical system based on Internet of Things characterized by comprising
Facility environment: multiple electronic tag carriers, interior each electronic tag carrier includes a superfrequency Calibration Circuit, described extra-high
Frequency Calibration Circuit includes superfrequency induction coil, superfrequency chip and antenna, which carries for tourist；Statistics
Device, including server, multiple servomechanisms and multiple induction terrace bands；Server and servomechanism are by wiredly and/or wirelessly
Network connection；The induction terrace band includes signal projector and receiver；The induction terrace band includes several set on sight spot
Sight spot incude terrace band, sight spot induction terrace band includes sight spot doorway terrace band, the side of the sight spot doorway terrace band
Equipped with a camera and device of warning, the camera and device of warning pass through cable and electrically connect with corresponding servomechanism
It connects.
Operating process: the following steps are included:
S1: server, servomechanism starting up, it is described to incude the signal projector sending electromagnetic wave having in terrace band；
S2: tourist carries electronic tag carrier and enters scenic spot, and road is through the induction terrace band, the issued electromagnetic wave of signal projector
So that superfrequency induction coil generates electromotive force, electric energy is formed, after superfrequency chip obtains the electric energy, using antenna to outside
Outgoing signal；
S3: after receiver possessed by induction terrace band receives the signal of superfrequency chip feedback, which is transferred to servo
Device records the tourist and passes by the induction terrace band；
S4: each servomechanism passes data to server, the mounted statistics application program statistical unit of server by utilizing one
Current all tourists' visiting data in time T.
9. the application method of the tourism unit visit from visitors statistical system based on Internet of Things as claimed in claim 8: step S3 packet
Include a sub-step S31: the camera is used to currently pass by the image information of tourist based on unit time shooting, and is transferred to
In servomechanism, portrait quantity recognizer is installed in the servomechanism, servomechanism will be perceived according to the same unit time
Electronic tag carrier quantity compares, if portrait quantity is greater than Current electronic label carrier quantity, servomechanism sending refers to
Order allow warn device issue standby signal.
10. the application method of the tourism unit visit from visitors statistical system based on Internet of Things as claimed in claim 9: sub-step
S31 further include: servomechanism is transferred to server for the image data information for currently passing by tourist is shot in the camera unit time,
Server transfers the ID and corresponds to tourist and obtained in booking according to current induction terrace band electronic tag carrier ID obtained
Tourist's identity head image data compare, if it find that abnormal, then servomechanism issues instruction device of warning is allowed to issue prompt letter
Number.
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| CN110727751A (en) * | 2019-10-09 | 2020-01-24 | 重庆特斯联智慧科技股份有限公司 | Scenic spot tourist delineation method and system based on real-name system |
| CN112750223A (en) * | 2021-01-05 | 2021-05-04 | 南京七加二网络科技有限公司 | Intelligent scenic spot processing method and device, storage medium and server |
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| CN110390369A (en) * | 2019-06-19 | 2019-10-29 | 吴汇羽 | A kind of wearable Tickets Systems using RFID technique |
| CN110727751A (en) * | 2019-10-09 | 2020-01-24 | 重庆特斯联智慧科技股份有限公司 | Scenic spot tourist delineation method and system based on real-name system |
| CN110727751B (en) * | 2019-10-09 | 2022-09-30 | 重庆特斯联智慧科技股份有限公司 | Scenic spot tourist delineation method and system based on real-name system |
| CN112750223A (en) * | 2021-01-05 | 2021-05-04 | 南京七加二网络科技有限公司 | Intelligent scenic spot processing method and device, storage medium and server |
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