37results about How to "Improve the tour experience" patented technology

The invention discloses a method and a system for statistical analysis and service of a tourist flow based on a WiFi probe. The method comprises the steps of acquiring an initial visitor data record including a network card MAC address, a signal strength, a time stamp and the like through a WiFi probe terminal device arranged in a detection area; monitoring the amount of tourists entering and exiting a scenic spot in real time at an entrance and an exit, recording the visiting time and departure time of the tourists, and pushing scenic spot visiting path information and the like for the tourists; in a specific scenic spot, monitoring the amount of tourists in real time, providing hot spots for the tourists, and pushing scenic spot information; and in a dangerous area, monitoring whether tourists enter the dangerous area in real time, and providing a quick help service for the tourists. The scenic spot service information can be pushed by the WiFi probe terminal device, the geographicallocation information is positioned by GPS/BD, the data is updated by a network communication module, and a cloud server performs statistical analysis, so that the quality of management and service ofthe scenic spot can be improved, and the tourist experience can be further improved.

The invention provides a method and a device for pushing tour guide information and creating a scenic spot information database, wherein the method comprises the following steps of: obtaining currentposition reference information of a user terminal; matching a preset scenic spot information database according to the current position reference information to determine a target scenic spot; pushinga personalized tour guide information of the target attraction to an end user. By adopting the method of pushing tour guide information provided by the present disclosure, the tour guide informationsatisfying the personalized needs of the user can be accurately pushed to the end user, and the tour experience of the end user can be improved.

The invention discloses a method for virtual touring of a scenic region. The method comprises the following steps of receiving a virtual touring request of a user for a target scenic spot of the scenic region; determining target touring equipment according to the virtual touring request; determining a touring route according to a current position of the target touring equipment and a position of the target scenic spot; controlling the target touring equipment to proceed according to the touring route; acquiring panoramic pictures captured by the target touring equipment in real time; and pushing the panoramic pictures to virtual reality equipment so that the virtual reality equipment displays the panoramic pictures of the scenic region on the touring route for the user. By use of the method provided by the embodiment, the user can enjoy the real scenery without going to the actual scenic spot and experiences a real sense of the scenic spot, thus the touring experience of the user is improved. The invention also discloses a device for virtual touring of the scenic region and has a corresponding technical effect.

The invention discloses an Arduino-based multi-device interactive display control system and method. The system comprises a control server, wherein the control server receives a data display request command from a control subsystem, and the data display request command comprises card data or knob data; corresponding data is acquired from a database according to the data display request command, the acquired data is sent to a display subsystem, and the control server controls the display subsystem to select a corresponding device for data display; and the database is maintained through a background management subsystem. The system provided by the invention has the beneficial effects that different display devices can be selected according to different display contents, so that the display contents can be presented to a user in a most suitable and perfect manner, and the user experience can be improved.

The invention discloses an intelligent self-service terminal cabinet. The cabinet comprises a main cabinet body and an auxiliary cabinet body. The main cabinet body is provided with a touch operationscreen, control equipment, audio playing equipment and communication equipment. The auxiliary cabinet body is provided with a plurality of boxes, and serial port trays for fixedly containing guide machines are arranged in the boxes. Meanwhile, a lock control board and a guide machine board are further arranged in the auxiliary cabinet body, the cabinet can automatically issue the guide machine equipment to tourists, the cabinet and the guide machines are in communication through serial ports, guide machine power amount statistics is achieved, the high-power-amount guide machines are preferentially issued, and automatic equipment inialization, language setting and other operation can be executed through a serial port communication instruction; the efficiency is improved, failure equipment can be replaced through the cabinet, the cabinet and a background server are subjected to data interaction through a network, and data can be automatically counted and uploaded; manpower and material resource cost is greatly reduced, the work efficiency is improved, the touring experience of the tourists is improved, and economic benefits of a scenic area can be increased.

The invention provides a scenic spot queuing method and system, and relates to the technical field of scenic spot navigation. An embodiment of the scenic spot queuing method comprises the following steps of: receiving a scenic spot registration and setting basic information of a scenic spot, and then starting a cloud queuing; performing queue processing and algorithm support according to the basicinformation; performing state monitoring and information preparation on the processed information; and performing an operation according to application situation and status receiving information. According to the scenic spot queuing method, a problem of crowded people in the scenic spot is solved, the cost threshold of queuing function laying is reduced, the overall business awareness of the scenic spot is enhanced, and the user experience in the scenic spot is improved.

The invention relates to an automatic scenic spot photographing system and method capable of automatically screening photos, and the method comprises the steps of determining a preset photographing region, enabling a camera to photograph the photos at a preset frequency, enabling a tourist to photograph the photos facing the camera in a specified photographing region matched with face features, and generating a face photo management library; enabling a tourist to upload a selfie photo, matching the selfie photo with a photo face in a face photo management library, selecting photos meeting preset conditions, and calculating the position matching degree, the illumination matching degree and the posture matching degree through the initial shooting area photo, the initial illumination photo and the initial posture photo, so that the photos are screened according to comprehensive screening parameters, and the processed data is screened and acquired by tourists. According to the invention, the purpose of automatically screening out photos with high tourist satisfaction is achieved by automatically photographing tourists in the scenic area and fusing information such as expressions, positions and illumination, the tourists can take photos in the scenic area conveniently, the tour experience of the tourists in the scenic area is improved, and benign operation of the scenic area is facilitated.

The invention discloses a tourist attraction route intelligent recommendation method based on a mobile internet and big data analysis, and the method comprises the steps: screening out candidate recommendation scenic spots from all scenic spots through the real-time positioning of the geographic positions of tourists, and screening out a target recommendation scenic spot through integrating the distance of all candidate recommendation scenic spots, the real-time number of tourists and the tourist attraction visiting popularity, recommending to tourists and navigating touring routes, thus intelligent recommendation and touring route navigation of the current touring scenic spots of the tourists are realized, and compared with a traditional manual scenic spot screening recommendation method, the recommendation method is high in intelligent level and recommendation efficiency, the recommendation basis is expanded, the recommendation function is perfected, According to the method, the screened target recommendation scenic spot can meet the distance proximity recommendation principle, and the off-peak sightseeing and the sightseeing popularity of the scenic spot can be considered, so that the recommendation effect is improved, the sightseeing experience of the tourist is enhanced, and the rapid and comprehensive recommendation requirement of the tourist for sightseeing the scenic spot in real time is greatly met.

The invention belongs to the technical field of scenic spot navigation, and relates to an iBeacon and GPS-based outdoor positioning tourism navigation system. The system comprises a scenic spot management subsystem and a scenic spot display subsystem. The scenic spot display subsystem comprises a GPS positioning algorithm and an iBeacon positioning algorithm. According to the invention, iBeacon and GPS fusion-based precise positioning is adopted, so that the accuracy of tourist positioning is improved. The automatic switching to a current scenic spot is realized. The all-dimensional and multi-angle display information such as characters, pictures and audios is provided for tourists, data are modified, added and deleted at any time, scenic spot changes are adapted in real time. Particularly, a character-to-voice technology is applied to upload explanation characters to automatically generate explanation audios. According to the iBeacon and GPS-based outdoor positioning tourism navigation system, the burden of a tour guide is reduced, and the labor cost is saved. The comprehensive and detailed scenic spot introduction is brought to tourists. The touring experience is improved, and benefits are created for scenic spots.

The invention discloses a tour guide robot face device with a human eye concentration identification function and control, and belongs to the field of intelligent service robots. The problem that in the prior art, a tour guide robot is low in man-machine interaction intelligent degree is solved. The robot comprises a robot face and eye mechanism, a mouth mechanism and a control system. The robot face is of a plate-shaped structure, and the eye mechanisms and the mouth mechanisms are arranged on the surface of the robot face. The robot face comprises a visual module, a voice module and a face support. The eye mechanism comprises an eye structure and an eyebrow structure; the mouth mechanism comprises a mouth action mechanism and a lip structure. According to the control system, an improvedRBF neural network learning algorithm is adopted, a human eye concentration prediction model is established, and higher classification accuracy is achieved; the robot can achieve the basic tour guideintroduction function, can detect the micro-expression change of the eye concentration degree of a tourist in real time, adjusts the tour guide introduction content, and meanwhile changes the facial expression of the robot to improve the man-machine interaction performance.

The invention provides a tour guide walking stick. The tour guide walking stick comprises a storage unit, a processing unit, a data acquisition unit and a prompt unit, wherein the processing unit is electrically connected with the storage unit, the data acquisition unit and the prompt unit, the storage unit is used for storing tour guide information, the data acquisition unit is used for acquiring serial number information, and the processing unit controls the prompt unit to output the corresponding tour guide information according to the serial number information acquired by the data acquisition unit. The invention further provides a tour guide system adopting the tour guide walking stick. With the tour guide system, the self-guided tour guidance of tourists in scenic spots is realized.

The invention provides a scenic spot unmanned aerial vehicle intelligent travel shooting system, and belongs to the technical field of unmanned aerial vehicle application. The system comprises an unmanned aerial vehicle, a shooting assembly, a cloud control platform and a client, wherein the unmanned aerial vehicle is placed at a preset position of a scenic spot; the shooting assembly is arrangedon the unmanned aerial vehicle; the cloud control platform is electrically connected with the unmanned aerial vehicle and the shooting assembly. The cloud control platform is provided with a flight path storage module used for storing a preset flight path. The cloud control platform is used for receiving the instruction and controlling the unmanned aerial vehicle and the shooting assembly to complete corresponding actions; the client is electrically connected with the cloud control platform and used for sending an instruction to the cloud control platform and receiving information transmittedby the cloud control platform. According to the scenic spot unmanned aerial vehicle intelligent travel shooting system provided by the invention, manual participation is reduced in each link of the whole travel shooting, the scenic spot travel shooting effect and efficiency are improved, and the user experience of tourists is also effectively improved. The invention further provides a scenic spotunmanned aerial vehicle intelligent travel shooting method.

The invention discloses a navigation method for gathering and intensively displaying information. According to the method, an exhibit positioning terminal, a hand-held navigation terminal and a display terminal are comprised. The method comprises the following steps: a tourist reads positioning information of the positioning terminal through the hand-held navigation terminal; the hand-held navigation terminal triggers information transmission after receiving the positioning information, and determines transmission contents, transmission mode and incidental information according to a transmission protocol; the hand-held navigation terminal performs data encryption on the positioning information, prestored data and a device ID according to protocol encryption; the positioning information, the data and the device ID are transmitted to the display terminal; the display terminal receives the transmitted data and checks the data. The method gathers information of contents interest to the tourist during visiting of the tourist through various modes of positioning technologies, intensively displays the contents through a touch screen display terminal distributed in a museum, and enhances the touring experience of the tourist.

The invention relates to the technical field of tourism experience and scenic area safety protection devices, and discloses a scenic area fireproof navigation garbage can based on the balance movement principle. The scenic area fireproof navigation garbage can comprises a base, the surface of the base is fixedly connected with a shell, the inner bottom wall of the shell is fixedly connected with an outer can through a pressure cavity and a driving push rod, and an inner can is installed in the outer can. The lower end of the driving push rod is fixedly connected with a pressing plate, a driven push rod is movably connected in the pressure cavity, first gears are symmetrically arranged in the shell, and the first gears are fixedly connected with second gears through connecting rods. According to the scenic area fireproof navigation garbage can based on the balance movement principle, through cooperative use of the outer can, the inner can, the pressure cavity, the driving push rod, the driven push rod and the gear structure, the effect that a can cover is automatically closed according to the weight of garbage is achieved, the problem that environmental pollution is caused by overflowing of the garbage can is avoided, and meanwhile the situation of fire spreading caused by excessive combustible materials when the garbage can catches fire is eradicated.

The invention discloses an intelligent exhibition hall control system, relates to intelligent exhibition hall control, and aims to solve the problem that people in each hall room in an exhibition hall are easy to be too dense and concentrated, the technical scheme is characterized in that the system comprises an exhibition module and an information acquisition module, and the information acquisition module comprises an image recognition unit, an image processing unit and a display module; the image acquisition module is used for acquiring personnel intensive conditions in a specified area to output image data in real time; and the signal density monitoring unit is used for monitoring the number of the mobile signals in the specified area range in real time so as to output a signal layout map matched with the image data and monitoring data. According to the invention, by displaying the acquired image data, the signal layout map and the monitoring data, people can conveniently know the distribution condition of people in the exhibition hall, plan the path for touring the exhibition hall as soon as possible and touring with high-density people in a peak shifting manner when entering the exhibition hall, so that the touring experience of people is improved.

The invention relates to the technical field of urban cultural landscape, in particular to an urban landscape skylight device. The urban landscape skylight device comprises a box assembly and a plurality of lamp tube assemblies; the box assembly comprises a diamond box frame, a power control box and a plurality of clamping strips, the power control box is connected to one side of the diamond box frame, and the two ends of the each clamping strip are fixed to the diamond box frame; each lamp tube assembly comprises a sleeve, a PCB and an LED lamp bead, wherein the sleeve sleeves the PCB, the LED lamp bead is connected to the PCB and emits light in the direction away from the plane where the diamond box frame is located, and the sleeve is clamped to the corresponding clamping strip and is parallel to one side edge of the diamond box frame; the power control box comprises an information receiving unit, and the PCB is electrically connected with the information receiving unit. The urban landscape skylight device is novel in structure and provides a unique viewing experience, clearer display in a dark environment is realized, and meanwhile the display effect is improved.