WO2020211885A2

WO2020211885A2 - Renting device for mr glasses at scenic spot, and borrowing operation method therefor

Info

Publication number: WO2020211885A2
Application number: PCT/CN2020/102864
Authority: WO
Inventors: 张鲲; 沈重; 周晖
Original assignee: 南京新研协同定位导航研究院有限公司
Priority date: 2020-07-10
Filing date: 2020-07-17
Publication date: 2020-10-22
Also published as: CN111540129A; WO2020211885A3; CN111540129B; DE212020000233U1; JP3234214U

Abstract

Provided are a renting device for MR glasses at a scenic spot, and a borrowing operation method therefor, said device mainly comprising a renting integrated cabinet, wherein an industrial PC networks and docks with a cloud server and user mobile terminals, and interacts device statuses, user authentication information and borrowing order settlement information. The industrial PC performs human-computer interaction with users via a display and input unit, and various storage units are controlled by the industrial PC to open and close storage doors. The storage units are provided with an internal self-checking unit which interacts with the industrial PC to collect and store status information. The technical solution for renting MR glasses at a scenic spot prevents the risk of personal identity card seizure, and saves labour costs. A user can view a rental device usage status and duration on a mobile terminal. Renting and returning functions can be performed at any time, thereby increasing the efficiency of borrowing and returning valuable devices, avoiding the situation wherein it is not possible to complete borrowing and returning procedures in a timely manner due to a large flow of people during a specific time period at a scenic spot, and thus preventing workers from starting work early and producing overtime costs, and preventing tourists from being late and causing delays.

Description

Rental equipment for MR glasses in scenic spots and its borrowing and returning operation method

Technical field

The invention relates to a scheme for self-service equipment leasing in tourist attractions, and in particular to a self-service equipment leasing device for MR glasses from manual operation and maintenance and a method for borrowing and returning the equipment.

Background technique

With the continuous development of material civilization and spiritual civilization construction, more and more cultural tourism themes are widely proposed and promoted to the majority of users. Moreover, after the daily busy work and life, people need to arrange travel plans during major holidays to relax and increase their knowledge. During the whole travel process, whether it is to visit the mountains or the water or to visit various exhibition halls, most of them cannot do without the guide's introduction to the scenic spots, so as to avoid tourists from catching blindness or missing the cultural features of important scenic spots.

Traditional tourist guide methods generally include manual tour guides, rental explainers, or virtual tour guides with mobile devices that have significantly increased their popularity. The latter uses MR glasses, which is an easy-to-use tool for a new type of intelligent scene synchronized visual presentation. Under the premise of not affecting the travel of tourists and ensuring the safety of tourists, various forms of introductions that trigger scenic spots in the scene can be simultaneously displayed.

However, this type of smart device is expensive and it is not easy to damage or recover. Therefore, the existing rental method of the device has more or less drawbacks. Specifically, on the one hand, employing manual registration of the ledger and depositing personal ID cards or high-value cash for renting. This method has high labor costs and is difficult to avoid human errors. MR glasses are complicated to access and process; on the other hand, identification through ID cards It is a simple device for renting a device and a meter. In this way, the user cannot accurately grasp the rental time, and only provides viewing and timing at the management end of the scenic spot. There is a hidden danger of arbitrary charging. On the other hand, a loan-return integrated machine composed of "switches, lease circuits, and return circuits" is used for lease. However, this method is only suitable for business scenes with unified admission and exit time such as cinema viewing, and cannot meet free lease and return. Return management function.

Summary of the invention

In view of the above-mentioned shortcomings of the prior art, the purpose of the present invention is to propose a rental equipment for MR glasses in scenic spots and a method for borrowing and returning it, so as to solve the multi-party proper control problem of self-service rental of MR glasses.

The technical solution of the present invention to achieve the above objective is: a rental equipment for MR glasses in scenic spots, which is characterized in that it includes more than one rental integrated cabinet distribution device for storing MR glasses in compartments and having networking and human-computer interaction capabilities. In the scenic area, the leasing integrated cabinet is composed of a cabinet body, an industrial computer based on the cabinet body installed and connected by a bus, a display input unit, and more than ten matrix or honeycomb storage units, wherein the industrial computer and the cloud server , The user's mobile terminal is connected to the network and interacts with the device status, user authentication information and loan order settlement information; the industrial computer interacts with the user man-machine through the display input unit, and the storage unit of each unique location and position number is controlled by the industrial control The machine opens and closes the storage door; and each storage unit is provided with an inner warehouse self-check unit that interacts with the industrial computer to collect and store status information, and the inner warehouse self-check unit includes a weight sensor and an optical sensor.

Further, the integrated rental cabinet has an equipment number, and the storage status information of the storage unit is synchronized in the database of the cloud server based on the paired equipment number and the position number.

Further, the display input unit is an LCD display screen, a touch keyboard, a camera, or a touch screen with its own camera module connected through an industrial computer interconnection, and a human face registration is preset in the touch screen And identification procedures.

Further, the storage unit is provided with a storage door and a door lock for signal access to an industrial computer. The storage door is made of tempered luminous glass and controlled by the industrial computer to display the lending and returning operation status. The lock is controlled by the industrial computer to open and close the storage door.

Further, the mobile terminal of the user is installed with an App and synchronizes data with the cloud server for querying and visualizing the rental duration of the MR glasses.

The technical solution of the present invention to achieve the above-mentioned another objective is: a method for borrowing and returning MR glasses in scenic spots, which is implemented based on the aforementioned rented equipment and the cloud server and user mobile terminal that are connected to the Internet, and is characterized by including the steps:

Tourist authentication, through the user’s mobile terminal to access the Internet, registering in the operator’s background and completing real-name authentication, the storage status information of each storage unit in the rental cabinet is synchronized to the user’s mobile terminal through the cloud server, presenting the positioning of the rental cabinet to users Information and the loanable quantity related to MR glasses;

When MR glasses are loaned, the user initiates face recognition to the cloud server through the display and input unit of the rental cabinet, initiates a rental order request, and the rental cabinet performs order matching, and opens one of the storage units for the user to access the MR glasses; the storage The empty warehouse signal, order information, and face recognition results of the unit form a data package through the industrial computer and synchronize to the cloud server;

When the MR glasses are returned, the user initiates face recognition to the cloud server again through the display and input unit. The cloud server recognizes the face and retrieves the corresponding data package, opens the storage unit through the industrial computer, and after the user puts back the MR glasses, the internal warehouse The self-inspection unit identifies whether the MR glasses are damaged or not. If the MR glasses function normally, the storage unit will be closed, the settlement fee will be returned, and the storage status information of the storage unit will be updated; if the MR glasses are damaged, they will be transferred to the operator for processing.

Further, the MR glasses are timed from the generation of the empty warehouse signal of the storage unit, and the real-time rental duration is queried and visualized by the mobile app of the user; and the timing end related to the settlement fee is the return of the MR glasses in the corresponding storage unit. The inspection is normal.

Further, the process of identifying whether the MR glasses is damaged by the inner warehouse self-inspection unit includes determining the quality change and multi-dimensional appearance change of the MR glasses by the weight sensor and the optical sensor, and synchronizing the MR glasses itself to establish a connection with the cloud server.

Further, the storage door of the storage unit is made of tempered luminous glass and the signal is connected to the industrial computer, and the tempered luminous glass is driven to sequentially change from continuous green light to green light flashing and continuous red light in the step of MR glasses lending; In the step of returning and completing the MR glasses, the tempered luminous glass is driven to sequentially change from continuous red light to red light flashing and continuous green light.

The technical solution for leasing MR glasses in scenic spots of the present invention has outstanding substantive features and significant progress: firstly, it can solve the shortcomings of manual and backward management methods, and reduce the risk of personal information leakage due to seizure of user ID cards when valuable equipment is leased At the same time, standardize the management of scenic spots and save labor costs; secondly, users can check the use status and duration of rental equipment on the mobile terminal; and at the same time meet the function of lease and return at any time, improve the efficiency of loan and return of valuable equipment, and avoid scenic spots During a certain period of time, the flow of people is too large to complete the loan and return procedures in a timely manner, thereby preventing workers from needing to work early to incur overtime costs or tourists from delays due to poor return.

Description of the drawings

Figure 1 is a schematic diagram of the layered architecture of the MR glasses rental equipment in the scenic spot of the present invention.

detailed description

The specific embodiments of the present invention will be described in further detail below in conjunction with the accompanying drawings, so as to make the technical solutions of the present invention easier to understand and grasp, so as to make a clearer definition of the protection scope of the present invention.

In view of the backwardness of MR glasses rental methods in the existing tourist attractions, there are many disadvantages and hidden dangers. The designer of this applicant combined many years of technical experience in the research and development of smart terminals and scene reproduction equipment, and innovatively proposed a rental of MR glasses in scenic spots The equipment and its borrowing and returning operation methods are applied to the operation and maintenance management of tourist guide tools through the breakthrough of Internet of Things technology.

Part of this innovation is the rental equipment for MR glasses in scenic spots. The hardware features outlined in Figure 1 include: more than one rental integrated cabinet for storing MR glasses in compartments and with networking and human-computer interaction capabilities. In the scenic area, the leasing integrated cabinet is composed of a cabinet body and an industrial computer based on the cabinet body connected and bus interconnected, a display input unit and more than ten storage units. The industrial computer is connected to the cloud server and the user's mobile terminal to connect and interact with the device status. , User authentication information and payment information for loan and return orders; the industrial computer also interacts with the user's man-machine through the display input unit, and the storage unit of each unique location and position number is controlled by the industrial computer to open and close the storage door; and the storage unit is set There is an internal warehouse self-check unit that interacts with the industrial computer to collect and store status information.

In order to facilitate the understanding of the features outlined above, the specific supplementary explanation is as follows: As we all know, the area of scenic spots is usually very large, and for tourists, the tour entrance is often far away from the tour exit. Therefore, in many cases, it is rare to return to the original route or to detour back to the tourist route of the tourist entrance. For scenic spots where MR glasses are applied, if the traditional method of manually registering accounts and storing important documents is adopted, it will obviously dispel tourists' interest in using such equipment, and they will not be able to experience the tourist experience brought by modern technology. Therefore, the rental equipment will be equipped with multiple rental integrated cabinets in the actual scenic spot scene, and the equipment will be distributed relative to the entrance and exit of the scenic spot. For any scenic spot, all the leasing integrated cabinets are interconnected and connected to the cloud server to form a working group, and the equipment status and user authentication information of each leasing integrated cabinet are synchronized and shared.

From the perspective of any single rental integrated cabinet, its cabinet body is a basic enclosure for such equipment that is windproof, rainproof, sun-proof, and anti-theft, while providing space support for each storage unit. The industrial computer, display input unit, and dozens of storage units attached to the cabinet body are used to divide objects to achieve corresponding functions. Of course, the industrial computer as the main control core of the rental equipment can be the current mainstream integrated microcomputer. The hardware strength can be freely configured according to the computing processing requirements, mainly to meet the upward communication with the cloud server and interact with the device status, user authentication information and massive loan and return orders Settlement information, downward control of the opening and closing control of each storage unit, and human-computer interaction authentication. The display input unit is mainly used to realize human-computer interaction, perform face recognition authentication and support the operability of borrowing and returning actions, and its hardware implementation is diversified. Similarly, for each rental cabinet, the storage units have their own warehouse number, and each has a specific spatial arrangement and unique positioning. Each storage unit only stores a unique MR glasses, and the user rents each time. All of the MR glasses have exclusive positioning corresponding to the rental cabinet and storage unit in the rental equipment, but this exclusive positioning will change during the loan and return process, and will be updated in the subsequent cloud server. Considering the self-service nature of the rented equipment, the storage unit is required to perform highly consistent routine inspections on the MR glasses returned each time, which are not necessarily from the warehouse, including appearance damage, missing parts and weight loss. Therefore, the internal The warehouse self-inspection unit is the necessary hardware configuration for the operation of the leased equipment.

What’s more worth mentioning is that the structure and function of this integrated rental cabinet seem to be homogeneous with express self-pickup cabinets, vegetable distribution cabinets, and supermarket storage cabinets, but this innovation puts the smart storage cabinet in a specific Launch applications in scenic spots, and further improve the control scheme of borrowing and returning operations in terms of functional realization. Therefore, the rental equipment is by no means a mechanical copy of the existing mature smart cabinets.

From the perspective of a more detailed implementation plan, the above-mentioned rental integrated cabinet is a combination of multiple machines, so in order to facilitate the identification of storage units and database management and control, each rental integrated machine has a device number, and the storage and storage status information of the storage unit is based on the pairing The device number and position number of the device are synchronized in the database of the cloud server, so that the mobile terminal of the user can query the storage status information of the storage unit and accurately locate it anytime and anywhere.

As an important hardware for human-computer interaction, the display input unit needs to meet the requirements of presenting a visual graphical interface, providing basic functions such as tourist (user) operation input, and collecting user images and expressions, so as to realize information exchange between users and industrial computers. In the implementation, consider combining devices with isolated functions. The display input unit can be an LCD display, touch keyboard, and camera connected through industrial computer interconnection. Although each part has custom functions, it will be integrated and optimized. It can reliably realize human-computer interaction. Similarly, it can also be implemented from the existing mature multifunctional integrated all-in-one machine. The display input unit can be a touch screen with its own camera module, and the touch screen is preset with human face registration and recognition programs ; The functional program and its hardware requirements are the existing mature technology, which can be realized by using an integrated tablet.

Due to the limited volume and space occupied by the MR glasses product, a single rental cabinet can meet the lease of large-scale users. In order to fully improve the space utilization rate, the rental integrated cabinet is equipped with a matrix square format or honeycomb storage unit, and the inner warehouse self-checking unit in each storage unit includes a weight sensor and an optical sensor. The weight sensor detects whether the quality of the MR glasses is reduced due to missing parts, and the optical sensor detects the multi-dimensional appearance integrity of the MR glasses. In addition, the storage unit is equipped with a storage door and a door lock that signal access to the industrial computer. The storage door is made of tempered luminous glass and controlled by the industrial computer to display the luminous display of the borrowing and returning operation status. The status can be set differently. The color display or display method is distinguished. The door lock is controlled by an industrial computer to open and close the storage door, and it can be an electromagnetic control switch or an electrical control mechanical switch.

In addition, the above-mentioned user mobile terminal is installed with a dedicated App developed for the operation of the scenic spot, and the App synchronizes data with the cloud server for querying and visualizing the rental duration of the MR glasses. The App development is similar to the existing development of various applications and small programs. The name of the associated scenic spot, iconic publicity screens, vivid man-machine interface and input and output interfaces, and at the same time, the data of the cloud server is synchronously obtained through the user's mobile terminal and completely called to the App, and the humanized design is more acceptable.

The other part of this innovation is the method of borrowing and returning MR glasses for scenic spots. The outline features include: firstly perform tourist authentication, connect to the Internet through the user's mobile terminal, register and complete real-name authentication at the operator's backstage, and lease integration The storage status information of each storage unit in the cabinet is synchronized to the user's mobile terminal through the cloud server, and the user is presented with the location information of the rental integrated cabinet and the available number of MR glasses. From the introduction of this step, it can be seen that the borrowing and returning operation method does not need to save the user ID card, and the real-name authentication through the mobile terminal is a relatively mature existing technology. This reference is convenient to operate and eliminates a large number of hidden troubles of disputes. It did not destroy the specific degree of innovation in the method of borrowing and returning.

Secondly, from a more intuitive implementation scenario, where MR glasses are loaned, the user initiates facial recognition to the cloud server through the display input unit of the rental cabinet, initiates a rental order request, and the rental cabinet performs order matching and opens one of the storage units , For users to take MR glasses; the empty storage signal, order information, and face recognition results of the storage unit form a data package through an industrial computer and synchronize to the cloud server. This process did not directly trigger fee settlement, only the timing starting point of the loan of the MR glasses was recorded invisibly, and the status display of the cloud server and the rental cabinet also only showed that the corresponding storage unit was empty, and the MR glasses were lent. After the user takes away the MR glasses, they can freely use and keep them properly. The MR glasses are timed from the generation of the empty warehouse signal of the storage unit, and the real-time rental duration is queried and visualized by the App on the user's mobile terminal.

Among them, the MR glasses are returned. The user initiates face recognition to the cloud server again through the display input unit. The cloud server recognizes the face and retrieves the corresponding data package, opens the storage unit through the industrial computer, and after the user puts the MR glasses back in The warehouse self-inspection unit identifies whether the MR glasses are damaged or not. If the MR glasses function normally, the storage unit will be closed, the settlement fee will be returned, and the storage status information of the storage unit will be updated; if the MR glasses are damaged, they will be transferred to the operator for processing until the entire Lease loan and return process. Judging from the ideal state of the MR glasses after being loaned and returned, intact and consistent in quality, the timing end point related to the settlement fee is until the MR glasses in the corresponding storage unit are returned and checked. However, the operator is relatively responsible for the processing, which is beyond the scope of this innovation, so detailed description is omitted.

After the aforementioned MR glasses are returned to the warehouse, the inner warehouse self-inspection unit recognizes whether the MR glasses are damaged or not. The weight sensor and optical sensor determine the quality change and multi-dimensional appearance of the MR glasses, and synchronize the MR glasses itself with the cloud server. connection. In addition to the aforementioned self-checks in terms of weight and appearance, the MR glasses can establish a connection with the cloud server in parallel by sitting on the storage unit, and perform remote online software detection to prevent accidental deletion of scenic spots or inducing their own function loss. .

On the other hand, the storage door of the storage unit is made of tempered luminous glass and the signal is connected to the industrial computer. In the step of lending MR glasses, the tempered luminous glass is driven to sequentially change from continuous green light to green light flashing and continuous red light; In the step of returning and completing the MR glasses, the tempered luminous glass is driven to sequentially change from continuous red light to red light flashing and continuous green light. Here can be set by the preset program of the industrial computer to establish a custom relationship between the opening and closing of the storage door and the display mode in different states of borrowing and returning.

In summary of the feature introduction and detailed embodiments of the MR glasses leasing technical solution for scenic spots of the present invention, it can be seen that the solution has outstanding substantive features and significant progress: firstly, it can solve the shortcomings of manual and backward management methods and reduce the lease of valuable equipment The risk of personal information leakage due to the seizure of the user’s ID card at the same time, while standardizing the management of the scenic area and saving labor costs; secondly, allowing users to view the use status and length of the rental equipment on the mobile terminal; and at the same time meeting the functions of lease and return at any time Realize, improve the efficiency of borrowing and returning valuable equipment, and avoid the inability to complete the borrowing and returning procedures in time due to the large flow of people at specific times in the scenic area, thereby preventing workers from needing to work in advance and incurring overtime costs or tourists from delays due to poor return.

In addition to the foregoing embodiments, the present invention may also have other implementation modes, and all technical solutions formed by equivalent substitutions or equivalent transformations fall within the scope of protection claimed by the present invention.

Claims

A rental equipment for MR glasses in a scenic spot, which is characterized in that it includes more than one integrated rental cabinet for storing MR glasses in compartments and with networking and human-computer interaction capabilities. Based on the cabinet body connected and bus interconnected industrial computer, display input unit and more than ten matrix format or honeycomb storage unit, wherein the industrial computer is connected to the cloud server, user mobile terminal networking and interactive device status, user Authentication information and settlement information for loan and return orders; the industrial computer interacts with the user's man-machine through the display input unit, and the storage units of each unique location and position number are controlled by the industrial computer to open and close the storage door; and each storage unit is set up There is an inner warehouse self-check unit that interacts with the industrial computer to collect and store status information, and the inner warehouse self-check unit includes a weight sensor and an optical sensor.
The equipment for renting MR glasses in the scenic spot according to claim 1, characterized in that the integrated rental cabinet has an equipment number, and the storage status information of the storage unit is synchronized in the database of the cloud server based on the paired equipment number and the position number.
The MR glasses rental equipment for scenic spots according to claim 1, characterized in that: the display input unit is an LCD display screen, a touch keyboard, a camera, or a touch display with a camera module connected through an industrial computer interconnection A human face registration and recognition program is preset in the touch screen.
The MR glasses rental equipment for scenic spots according to claim 1, characterized in that: the storage unit is provided with a storage door and a door lock for signal access to an industrial computer, and the storage door is made of tempered luminous glass and received It is controlled by the industrial computer to luminously display the borrowing and returning operation state, and the door lock is controlled by the industrial computer to open and close the storage door.
The MR glasses rental equipment for scenic spots according to claim 1, wherein the mobile terminal of the user has an App installed and synchronizes data with a cloud server for querying and visualizing the rental duration of the MR glasses.
A method for borrowing and returning MR glasses in a scenic spot is implemented based on the cloud server and the user mobile terminal that are connected to the networked cloud server and the user's mobile terminal based on the rental device described in claim 1, and is characterized by including the steps:

Tourist authentication, through the user’s mobile terminal to access the Internet, registering in the operator’s background and completing real-name authentication, the storage status information of each storage unit in the rental cabinet is synchronized to the user’s mobile terminal through the cloud server, presenting the positioning of the rental cabinet to users Information and the loanable quantity related to MR glasses;

When MR glasses are loaned, the user initiates face recognition to the cloud server through the display and input unit of the rental cabinet, initiates a rental order request, and the rental cabinet performs order matching, and opens one of the storage units for the user to access the MR glasses; the storage The empty warehouse signal, order information, and face recognition results of the unit form a data package through the industrial computer and synchronize to the cloud server;

When the MR glasses are returned, the user initiates face recognition to the cloud server again through the display and input unit. The cloud server recognizes the face and retrieves the corresponding data package, opens the storage unit through the industrial computer, and after the user puts back the MR glasses, the internal warehouse The self-inspection unit identifies whether the MR glasses are damaged or not. If the MR glasses function normally, the storage unit will be closed, the settlement fee will be returned, and the storage status information of the storage unit will be updated; if the MR glasses are damaged, they will be transferred to the operator for processing.
The method for borrowing and returning MR glasses in a scenic spot according to claim 7, characterized in that: the MR glasses are timed since the empty storage signal of the storage unit is generated, and the real-time rental duration is queried and visualized by the user's mobile app; and The timing end point related to the settlement fee is until the MR glasses in the corresponding storage unit are returned to the normal position.
The method for borrowing and returning MR glasses in scenic spots according to claim 7, characterized in that: the process of identifying whether the MR glasses is damaged by the inner warehouse self-checking unit includes determining the quality change and multiple dimensions of the MR glasses by a weight sensor and an optical sensor The appearance changes, and the synchronized MR glasses themselves establish a connection with the cloud server.
The method of borrowing and returning MR glasses in scenic spots according to claim 7, characterized in that: the storage door of the storage unit is made of tempered luminous glass and the signal is connected to the industrial computer, and the tempered luminescence is driven in the MR glasses lending step The glass changes from continuous green light to green light flashing and continuous red light; in the step of returning and completing the MR glasses, the tempered light-emitting glass is driven to sequentially change from continuous red light to red light flashing and continuous green light.