JP3234214U - MR glasses rental equipment for tourist spots and how to rent and return them - Google Patents

Abstract

PROBLEM TO BE SOLVED: To avoid the risk of seizure of a personal identification card, save labor cost, always be able to lend / return, improve the efficiency of lending / returning expensive equipment, and pass by tourist spots at a specific time zone. MR glasses rental equipment for tourist destinations and how to operate the rental / return I will provide a. SOLUTION: The device includes an integrated rental device cabinet, and an industrial computer is connected to a cloud server and a user mobile terminal via a network to exchange device status, user authentication information, and rental / return order settlement information, and display and input the information. The unit performs man-machine interaction with the user, and under the control of the unit, the storage unit opens and closes the locker door, and the storage unit has an internal storage self-check unit that exchanges storage status information with an industrial computer. [Selection diagram] Fig. 1

Description

The present invention relates to a solution for self-rental of equipment for tourist destinations, and particularly to a self-rental equipment for MR glasses that does not require manual operation and maintenance, and an operation method for lending / returning the MR glasses.

With the development of material and spiritual civilization construction, many cultural travel themes have been proposed and promoted to a wide range of consumers. And people need to move away from their busy daily lives and work, travel on holidays, relax their moods and spread their insights. In most cases, a guide is required to ensure that tourists are not stunned or overlook the culture and characteristics of important tourist attractions, whether they are sightseeing in the natural landscape or visiting the exhibition hall while traveling.

Traditional tourist destination guidance methods generally include human guides, audio guides for rent, or virtual guides with mobile devices, which are now becoming significantly more widespread. MR glasses are used for virtual guides and are new easy-to-use smart tools that synchronize and visually present scenes. In order not to affect the tourists on the move and to guarantee their safety, it is also possible to synchronously present the tourist spots in the scene and trigger them to introduce them in various formats.

However, since such smart devices are expensive and it is difficult to reimburse them if they are damaged, there are some adverse effects on the conventional lending method of such devices. Specifically, a method of hiring a person to write a ledger, seizing a personal identification card or taking an expensive deposit when lending is high in human cost, and it is difficult to avoid human error. In addition, the procedure for putting in and taking out MR glasses is complicated. In addition, in the method of lending with a simple device such as a personal identification card recognition device or a billing device, only functions such as confirmation and timekeeping are provided from the tourist resort management side, and the user cannot accurately grasp the lending time. There is concern about unreasonable collection of expenses. Furthermore, the method of renting out using a rental / return multifunction device consisting of a "switch, a rental circuit and a return circuit" can be applied only to business scenes such as movie theaters where the entrance time and end time are fixed, and is free. The lending / returning management function cannot be satisfied at the same time.

In view of the above-mentioned drawbacks of the prior art, an object of the present invention is to provide an MR glasses rental device for tourist spots and an operation method for renting / returning the MR glasses, and to solve the problem of appropriate control of MR glasses self-renting in various fields. Is.

The technical solution of the present invention for achieving one of the above objects is as follows. MR glasses rental equipment for tourist areas, including one or more integrated rental equipment cabinets distributed and installed in tourist areas, and the integrated rental equipment cabinet is for storing MR glasses for each mass. Used for network connectivity and man-machine interaction capabilities, cabinets, cabinet-mounted industrial computers, display inputs, and 10 or more matrix grids or It consists of a honeycomb type storage unit, of which the industrial computer is connected to a cloud server and a user mobile terminal via a network to exchange device status, user authentication information and order settlement information for lending / returning, and the display input unit is used to exchange with the user. Man-machine interaction, and under its control, each uniquely positioned storage unit with a storage position number opens and closes the locker door, and each storage unit exchanges storage status information with an industrial computer. A storage self-check unit is provided, and the internal storage self-check unit includes a weight sensor and an optical sensor.

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

Further, the display input unit is an LCD screen, a touch keyboard, a camera, or a touch screen with a camera module in which a face registration and recognition program is preset, which is connected to each other by an industrial computer.

Further, the storage unit is provided with a locker door and a door lock for signal connection to the industrial computer. The locker door is made of reinforced light emitting glass, and is controlled by the industrial computer to display the operation status of lending / returning by light emission. The door lock is controlled by an industrial computer to open and close the locker door.

Further, the user mobile terminal is synchronized with the cloud server, and an application used for inquiring and visually presenting the rental time of MR glasses is installed.

The technical solutions of the present invention for achieving the above other objects are as follows. This is an operation method for renting and returning MR glasses for tourist destinations, which is realized by the above-mentioned rental equipment, a cloud server connected to the network, and a user mobile terminal.
The user mobile terminal connects to the Internet, registers in the operator background to complete real name authentication, synchronizes the storage status information of each storage unit in the integrated rental equipment cabinet with the user mobile terminal by the cloud server, and integrates the rental. A tourist authentication step that presents the user with the positioning information of the equipment cabinet and the number of MR glasses that can be rented.
The user makes a face recognition request and a rental order request to the cloud server by the display input unit of the integrated rental equipment cabinet, the integrated rental equipment cabinet collates the order, and one storage unit is provided so that the user can take out the MR glasses. When opened, the industrial computer converts the free signal of the storage unit, order information, and face recognition result into a data packet and synchronizes it with the cloud server.
The user makes a face recognition request to the cloud server again by the display input unit, the cloud server recognizes the face, extracts the corresponding data packet, opens the storage unit by the industrial computer, and after the user returns the MR glasses, the inside. The storage self-check unit recognizes whether the MR glasses are damaged, and if the MR glasses function normally, closes the storage unit, pays the fee, completes the return, updates the storage status information of the storage unit, and updates the storage status information. It is characterized by including an MR glasses return step, which proceeds to manual processing by the operator when the MR glasses are damaged.

Further, the MR glasses start timing from the time when a free signal in the storage unit is generated, the App of the user mobile terminal inquires and visually presents the real-time lending time, and corresponds to the timing end time related to the charge settlement. The MR glasses are returned to the storage unit, and it is the time when it is judged to be normal by the inspection.

Further, in the process in which the internal storage self-check unit recognizes the presence or absence of damage to the MR glasses, the weight sensor and the optical sensor determine the change in the mass of the MR glasses and the change in the appearance in multiple dimensions, and synchronize the MR glasses themselves. Includes establishing a connection with a cloud server.

Further, the locker door of the storage portion is manufactured of reinforced luminescent glass and signal-connected to an industrial computer, and the reinforced luminescent glass is driven so as to change from green lighting to green blinking and red lighting in order in the step of renting MR glasses. , When the return of the MR glasses is completed in the step of returning the MR glasses, the reinforced light emitting glass is driven so as to change from red lighting to red blinking and green lighting in order.

The technical solution for lending MR glasses for tourist destinations of the present invention has outstanding substantial features and remarkable inventive step. First, it is possible to solve the harmful effects of the old management method by hand, reduce the risk of personal information leakage due to seizure of the user identification card when renting expensive equipment, standardize the management of tourist spots, and save labor costs. can. Next, the user will be able to check the usage status and usage time of the rented device on the mobile terminal. In addition, it is possible to rent and return at any time, improving the efficiency of renting and returning expensive equipment, and avoiding the situation where the procedure for renting and returning cannot be completed promptly due to the large number of tourist destinations at a specific time. In addition, it prevents overtime costs due to the staff going to work early, or delays in tourist time and schedule due to poor returns.

It is a hierarchical structure schematic diagram of the MR glasses rental equipment for tourist spots of this invention.

Hereinafter, specific embodiments of the present invention will be described in more detail with reference to the drawings so as to make it easier to understand and understand the technical solution of the present invention and to more clearly define the protection scope of the present invention. do.

In view of the objective problem that the conventional method of renting MR glasses for tourist destinations is old and there are many harmful effects and hidden risks, the designer of this application made use of many years of technical experience in the development of smart terminals and scene playback equipment. We will innovatively propose MR glasses rental equipment for tourist spots and the operation method for lending and returning them, and apply the Internet of Things technology to the operation and maintenance of tourist spot guide tools.

A part of the present invention relates to MR glasses rental equipment for tourist spots, and the hardware features thereof are as shown in FIG. Including one or more integrated rental equipment cabinets distributed and installed in tourist areas, the integrated rental equipment cabinets are used to store MR glasses on a mass-by-mass network connection and man-machine interaction. It consists of a cabinet, an industrial computer connected to each other via a bus mounted on the cabinet, a display input unit, and 10 or more storage units, of which the industrial computer is a cloud server and user mobile. It is connected to the terminal via a network, exchanges device status, user authentication information and order settlement information for lending / returning, performs man-machine interaction with the user by the display input unit, and has a storage position number under its control. Each storage unit to be positioned opens and closes a locker door, and each storage unit is provided with an internal storage self-check unit for exchanging storage status information with an industrial computer.

In order to facilitate the understanding of the features outlined above, a supplementary explanation will be given in detail below. As is well known, the area of a tourist spot is usually large, and the tourist spot entrance and the tourist spot exit are far apart for tourists. For this reason, on the way back, it is unlikely that you will return to the same road or take a detour to return to the tourist attraction entrance. In tourist destinations where MR glasses are used, if you manually write a ledger and seize important documents in the conventional way, the enthusiasm of tourists to use the equipment will naturally be diminished, and you will experience sightseeing with modern technology. Can't be done. As a result of considering this, in the actual tourist spot scene, the rental equipment is provided with a plurality of integrated rental equipment cabinets distributed and installed at the entrance and exit of the tourist spot. In any tourist spot, all the integrated rental equipment cabinets are connected to the cloud server via the Internet to form a working group, and the equipment status and user authentication information of each integrated rental equipment cabinet are synchronously shared.

In any one integrated rental equipment cabinet, the cabinet is a foundation housing that protects equipment such as MR glasses from wind, rain, sunlight and theft, and also provides spatial bearing capacity for each enclosure. An industrial computer, a display input unit, and dozens of storage units mounted on the cabinet are used to perform the corresponding functions for each object. Naturally, the industrial computer as the master core of the rental equipment may be an integrated ultra-micro electric machine that is currently mainstream, and the hardware strength can be freely set according to the demand for arithmetic processing. The uplink mainly satisfies the communication with the cloud server, the device status, user authentication information, and the exchange of order settlement information for a large amount of lending / returning, and the downlink controls the opening / closing of each storage unit and the man-machine interaction authentication. Satisfy control etc. The display input unit is mainly used to realize man-machine interaction, confirm the identity by face recognition, and support the operability of the lending / returning operation, and the embodiment of the hardware is various. Similarly, in each integrated rental equipment cabinet, the storage units each have a storage position number and are uniquely positioned with each other to have a specific spatial arrangement, and each storage unit has one MR. Only the glasses are stored, and all MR glasses rented by the user have an integrated rental equipment cabinet and a dedicated position corresponding to the storage unit in the rental equipment, but this dedicated position changes when renting and returning, and the latest Updated to cloud server. Considering the self-performance of the rental equipment, the storage part includes appearance damage, weight reduction due to parts loss, etc. for MR glasses that are not always rented from the main storage, which are returned to the storage part each time. Since it is necessary to detect the situation with high consistency, the internal storage self-check unit has a hardware configuration necessary for operating rental equipment that does not require human labor.

The integrated rental equipment cabinet seems to have the same quality as the delivery box, vegetable delivery box, and supermarket locker both structurally and functionally, but the present invention makes the smart locker a specific tourist destination scene. It has been applied, and the control method for lending / returning operations has been further improved functionally. Therefore, the rental device does not mechanically use a conventional general-purpose smart locker.

According to a further subdivided embodiment, since there are a plurality of integrated rental equipment cabinets, each integrated rental machine is numbered in order to facilitate the recognition of the storage unit and the management and control of the database. In addition, the storage status information of the storage unit is synchronized with the database of the cloud server based on the paired device number and storage location number, so that the user mobile terminal can inquire the storage status information of the storage unit anytime and anywhere. You will be able to position accurately.

As important hardware that forms the basis of man-machine interaction, the display input unit presents a visualized graphic interface, provides input operations for tourists (users), and collects user figures and facial expressions. It must meet the basic functions and realize the exchange of information between the user and the industrial computer. At the time of implementation, it is conceivable to combine devices having independent functions, and the display input unit may be an LCD screen, a touch keyboard, or a camera connected to each other by an industrial computer, and each part is unique. It has the function of definition, but can surely realize man-machine interaction after integration and optimization. Similarly, it is possible to take the embodiment of the conventional general-purpose multifunction device integrated machine, and the display input unit may be a touch screen with a camera module in which a face registration and recognition program is preset. Often, the functional program and its hardware requirements belong to conventional established techniques and can be achieved using integrated flat panels.

Since the space occupied by the MR eyeglass products is small, one integrated rental equipment cabinet can meet the rental needs of large-scale users. On the other hand, in order to sufficiently improve the space utilization rate, the integrated rental equipment cabinet is provided with a matrix lattice type or honeycomb type storage part, and the internal storage self-check part in each storage part is a weight sensor and an optical. Includes sensor. Among them, the weight sensor detects the presence or absence of weight loss due to the loss of parts of the MR glasses, and the optical sensor detects the completeness of the appearance of the MR glasses in multiple dimensions. Further, the storage unit is provided with a locker door and a door lock for signal connection to the industrial computer, and the locker door is made of reinforced light emitting glass and is controlled by the industrial computer to display the operation status of lending / returning by light emission. However, the states here can be distinguished by setting different colors or display methods. The door lock is controlled by an industrial computer to open and close the locker door, and may be an electromagnetic control switch, an electrically controlled mechanical switch, or the like.

In addition, a dedicated App developed for tourist resort management is installed on the user mobile terminal, and the App is used to inquire and visually present the rental time of MR glasses by synchronizing data with the cloud server. Be done. The development of the App is similar to the development of various conventional application programs and applets. Humanization that associates tourist spot names, typical public relations screens, clear man-machine interfaces, and input / output interfaces, and synchronously acquires cloud server data from user mobile terminals and calls them all to App. The design is more acceptable.

Another part of the present invention relates to the operation method of lending / returning MR glasses for tourist spots, and the features of the steps include the following. First, the tourist is authenticated, the user is connected to the Internet with the mobile terminal, registered in the operator background to complete the real name authentication, and the storage status information of each storage unit in the integrated rental equipment cabinet is sent to the user mobile by the cloud server. Synchronized with the terminal, the positioning information of the integrated rental equipment cabinet and the number of MR glasses that can be rented are presented to the user. As can be seen from the explanation of the step, the operation method of lending / returning does not seize the user's identification card, but diverts the already established conventional technology of real name authentication by a mobile terminal, the operation is convenient, and there is a concern about trouble. Is largely eliminated, and this does not impair the concrete novelty of the lending / returning operation method.

Next, from a more intuitive implementation scene, in the MR glasses lending step, the user makes a face recognition request and a lending order request to the cloud server by the display input unit of the integrated lending equipment cabinet, and the integrated lending equipment cabinet The order is collated, one storage unit is opened so that the user can take out the MR glasses, and the industrial computer converts the free signal, the order information, and the face recognition result of the storage unit into a data packet and synchronizes them with the cloud server. In the process, the charge settlement is not directly triggered, only the timing start time of the MR glasses rental is recorded in the background, and the corresponding storage unit is also displayed in the status display of the cloud server and the integrated rental equipment cabinet. It is only displayed that it is empty and the MR glasses in it will be rented. After taking out the MR glasses, the user can freely use them and store them properly. The MR glasses start timing from the time when a free signal in the storage unit is generated, and the App of the user mobile terminal inquires and visually presents the real-time lending time.

In the MR glasses return step, the user makes a face recognition request to the cloud server again by the display input unit, the cloud server recognizes the face, extracts the corresponding data packet, opens the storage unit by the industrial computer, and the user uses the MR glasses. After returning the product, the internal storage self-check unit recognizes whether the MR glasses are damaged, and if the MR glasses function normally, close the storage unit, settle the fee, complete the return, and store the storage unit. When the status information is updated and the MR glasses are damaged, the operation proceeds to manual processing by the operator, and thus proceeds until the entire flow of lending / returning is completed. In the ideal state where the MR glasses are perfect from lending to returning and there is no change in quality, the MR glasses are returned to the corresponding storage unit at the end of timekeeping related to charge settlement, and the inspection is normal. It is the time when it is judged that. Manual processing by the operator is relatively complicated and is not within the range that can be solved by the present invention, and therefore detailed description thereof will be omitted.

After the MR glasses are returned and stored in the storage, the process in which the internal storage self-check unit recognizes the presence or absence of damage to the MR glasses is a process in which the weight sensor and the optical sensor change the mass of the MR glasses and the appearance in multiple dimensions. This includes determining changes and synchronizing the MR glasses themselves to establish a connection with the cloud server. In addition to both the weight and appearance self-checks mentioned above, the MR glasses in the enclosure establish a connection with the cloud server in parallel, perform software detection remotely online, and abruptly remove tourist attraction referrals. Alternatively, it is possible to prevent the loss of the function of the device itself due to this.

In another embodiment, the locker door of the storage unit is manufactured of reinforced luminescent glass and signal-connected to an industrial computer so that the reinforced luminescent glass is sequentially changed from green lighting to green blinking and red lighting in the step of renting MR glasses. When the return of the MR glasses is completed in the step of returning the MR glasses, the reinforced light emitting glass is driven so as to change from red lighting to red blinking and green lighting in order. Here, a custom relationship between the locker door opening / closing and the display method in different states of lending / returning can be set and established by a program preset in the industrial computer.

The features and examples of the technical solution for renting MR glasses for tourist destinations of the present invention have been described in detail above, but the technical solution has outstanding substantial features and remarkable inventive step. First, it is possible to solve the harmful effects of the old management method by hand, reduce the risk of personal information leakage due to seizure of the user identification card when renting expensive equipment, standardize the management of tourist spots, and save labor costs. can. Next, the user will be able to check the usage status and usage time of the rented device on the mobile terminal. In addition, it is possible to rent and return at any time, improving the efficiency of renting and returning expensive equipment, and avoiding the situation where the procedure for renting and returning cannot be completed promptly due to the large number of tourist destinations at a specific time. In addition, it prevents overtime costs due to the staff going to work early, or delays in tourist time and schedule due to poor returns.

In addition to the above embodiments, the present invention may also have other embodiments, and any technical solution by equivalent replacement or equivalent conversion is included in the scope of protection claimed by the present invention.

Claims (9)

Includes one or more integrated rental equipment cabinets distributed and installed in tourist areas, said integrated rental equipment cabinets used to store MR glasses by mass for network connectivity and man-machine interaction. Consists of a cabinet, an industrial computer mounted on a cabinet and connected to each other via a bus, a display input unit, and 10 or more matrix grid or honeycomb type storage units, of which the above-mentioned industries A computer is connected to a cloud server and a user mobile terminal via a network to exchange device status, user authentication information, and order settlement information for lending / returning, and a man-machine interaction with the user is performed by the display input unit under its control. Each storage unit that has a storage position number and is uniquely positioned opens and closes the locker door, and each storage unit is provided with an internal storage self-check unit that exchanges storage status information with an industrial computer. MR glasses rental equipment for tourist destinations, characterized in that the internal storage self-check unit includes a weight sensor and an optical sensor. The integrated lending device cabinet has a device number, and the storage state information of the storage unit is synchronized with the database of the cloud server based on the paired device number and the storage position number. MR glasses rental equipment for tourist spots according to item 1. The display input unit is an LCD screen, a touch keyboard, a camera, or a touch screen with a camera module in which a face registration and recognition program is preset, which is connected to each other by an industrial computer. The MR glasses rental device for tourist destinations according to claim 1. The storage unit is provided with a locker door and a door lock for signal connection to an industrial computer. The locker door is made of reinforced light emitting glass, and is controlled by the industrial computer to display the operation status of lending / returning by light emission. The MR glasses rental device for tourist destinations according to claim 1, wherein the door lock is controlled by an industrial computer to open and close the locker door. The tourist attraction according to claim 1, wherein data is synchronized with the cloud server, and App, which is used for inquiring and visually presenting the rental time of MR glasses, is installed in the user mobile terminal. MR glasses rental equipment for the ground. It is an operation method of lending / returning MR glasses for tourist spots realized by the rental device according to claim 1 and a cloud server connected to a network and a user mobile terminal.
The user mobile terminal connects to the Internet, registers in the operator background to complete real name authentication, synchronizes the storage status information of each storage unit in the integrated rental equipment cabinet with the user mobile terminal by the cloud server, and integrates the rental. A tourist authentication step that presents the user with the positioning information of the equipment cabinet and the number of MR glasses that can be rented.
The user makes a face recognition request and a rental order request to the cloud server by the display input unit of the integrated rental equipment cabinet, the integrated rental equipment cabinet collates the order, and one storage unit is provided so that the user can take out the MR glasses. When opened, the industrial computer converts the free signal of the storage unit, order information, and face recognition result into a data packet and synchronizes it with the cloud server.
The user makes a face recognition request to the cloud server again by the display input unit, the cloud server recognizes the face, extracts the corresponding data packet, opens the storage unit by the industrial computer, and after the user returns the MR glasses, the inside. The storage self-check unit recognizes whether the MR glasses are damaged, and if the MR glasses function normally, closes the storage unit, pays the fee, completes the return, updates the storage status information of the storage unit, and updates the storage status information. An operation method for renting and returning MR glasses for tourist destinations, which includes an MR glasses return step in which the operator proceeds to manual processing when the MR glasses are damaged. The MR glasses start timing from the time when a free signal in the storage unit is generated, the App of the user mobile terminal inquires and visually presents the real-time lending time, and the corresponding storage is performed at the end of timing related to charge settlement. The operation method for lending / returning MR glasses for tourist spots according to claim 6, wherein the MR glasses are returned to the department and the time is determined to be normal by the inspection. In the process in which the internal storage self-check unit recognizes whether or not the MR glasses are damaged, the weight sensor and the optical sensor determine the change in the mass of the MR glasses and the change in the appearance in multiple dimensions, and synchronize the MR glasses themselves with the cloud server. The operation method for renting / returning MR glasses for tourist destinations according to claim 6, which comprises establishing a connection with. The locker door of the storage unit is manufactured of reinforced luminescent glass and signal-connected to an industrial computer, and in the step of renting MR glasses, the reinforced luminescent glass is driven so as to change from green lighting to green blinking and red lighting in order, and MR. The rental of MR glasses for tourist destinations according to claim 6, wherein when the return is completed in the step of returning the glasses, the reinforced light emitting glass is driven so as to change from lighting in red to blinking in red to lighting in green in order. -Return operation method.

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