CN111540129A - Renting equipment for MR glasses in scenic spot and renting and returning operation method thereof - Google Patents
Renting equipment for MR glasses in scenic spot and renting and returning operation method thereof Download PDFInfo
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Abstract
The invention discloses a renting device of scenic spot MR glasses and a renting and returning operation method thereof, wherein the device mainly comprises a renting integrated cabinet, wherein an industrial personal computer is in networking connection with a cloud server and a user mobile terminal and interacts with a device state, user authentication information and renting and returning charge information; the industrial personal computer is in man-machine interaction with a user through a display input unit, and each storage unit is controlled by the industrial personal computer to open and close the storage door; and the storage unit is provided with an inner bin self-checking unit which interactively collects and stores state information with an industrial personal computer. By applying the technical scheme of the MR glasses leasing in the scenic spot, the risk of detaining the personal identity card is avoided, and the labor cost is saved; the user can check the use state and duration of the rental equipment at the mobile terminal; in addition, the functions of leasing and returning can be simultaneously met at any time period, the borrowing and returning efficiency of the valuable equipment is improved, the phenomenon that the borrowing and returning procedures cannot be completed in time due to large flow of people at a specific time period in a scenic spot is avoided, and the working cost of workers on duty in advance or the error of guests is prevented.
Description
Technical Field
The invention relates to a self-service equipment leasing scheme under tourist attractions, in particular to self-service equipment leasing aiming at MR glasses which are separated from manual operation and maintenance and a leasing and returning operation method thereof.
Background
With the continuous development of material civilization and mental civilization construction, more and more cultural tourism themes are widely put forward and popularized to the majority of users. And after people are in daily busy work and life, people need to arrange a travel plan in each major holiday, and people can increase the awareness while relaxing the mood. In the whole travel process, no matter the tourist plays water or visits various exhibition halls, the tourist can not guide the introduction of the scenic spots, thereby avoiding the tourist from scratching or missing the cultural characteristics of the important scenic spots.
The traditional scenic spot tour guide modes generally comprise manual tour guide, rental interpreters or mobile equipment virtual tour guide with remarkably improved popularity at present. The MR glasses are used in the former case, and are a novel intelligent easy-to-use tool for synchronous visual presentation of scenes. Under the premise of not influencing the traveling of the tourist and ensuring the safety of the tourist, the introductions of various forms of the triggered scenic spots in the scene can be synchronously displayed.
However, such smart devices are expensive and not easy to damage or compensate, and thus the existing renting of the devices is more or less disadvantageous. In particular, on one hand, a manual check-in standing book is hired to rent by pressing and storing personal identification cards or high-volume cash, the labor cost is high, human errors are difficult to avoid, and the MR glasses are complicated to access; on the other hand, the user can not accurately master the lease time in the mode of leasing through the simple device of the identity card recognizer and the charger, only the scenic spot management terminal is provided for checking and timing, and the hidden danger of charge disorderly exists. On the other hand, the renting and returning integrated machine consisting of the switcher, the renting circuit and the returning circuit is adopted for renting, but the mode is only suitable for service scenes with unified admission time and scattered time, such as cinema film watching and the like, and cannot simultaneously meet the management functions of free renting and returning.
Disclosure of Invention
In view of the above-mentioned deficiencies of the prior art, the present invention aims to provide a renting device for MR glasses in a scenic spot and a renting and returning operation method thereof, which solve the problem of multi-party controllability of self-service MR glasses renting.
The technical solution of the present invention for achieving the above object is: a rental apparatus for MR glasses in a scenic spot, characterized in that: the system comprises more than one leasing integrated cabinet which is used for storing MR glasses in a grid division manner and has networking and man-machine interaction capabilities, wherein the leasing integrated cabinet is distributed in a scenic spot and consists of a cabinet body, an industrial personal computer which is connected based on the cabinet body and is connected with the cabinet body through a bus, a display input unit and ten or more storage units in a matrix square format or a honeycomb form, wherein the industrial personal computer is connected with a cloud server and a user mobile terminal in a networking way and interacts equipment states, user authentication information and borrowing and returning charge information; the industrial personal computer is in man-machine interaction with a user through a display input unit, and each storage unit with unique positioning and bin position numbering is controlled by the industrial personal computer to open and close the storage door; and each storage unit is provided with an inner bin self-checking unit which interactively receives and stores state information with an industrial personal computer, and each inner bin self-checking unit comprises a weight sensor and an optical sensor.
Further, the rental integral cabinet is provided with an equipment number, and the storage state information of the storage unit is synchronized in a database of the cloud server based on the paired equipment number and the bin number.
Furthermore, the display input unit is an LCD display screen, a touch keyboard and a camera which are connected with each other through an industrial personal computer, or a touch display screen with a camera module, and a face registration and identification program is preset in the touch display screen.
Furthermore, the storage unit is provided with a storage door and a door lock, the storage door is connected with the industrial personal computer through signals, the storage door is made of tempered light-emitting glass and is controlled by the industrial personal computer to emit light to display the borrowing and returning operation state, and the door lock is controlled by the industrial personal computer to open and close the storage door.
Further, the user mobile terminal is provided with an App and synchronizes data with the cloud server for inquiring and visually presenting the lease duration of the MR glasses.
The technical solution of the invention for achieving the other purpose is as follows: a borrowing and returning operation method of scenic spot MR glasses is realized based on the leasing equipment, a cloud server connected in a network and a user mobile terminal, and is characterized by comprising the following steps:
the tourist authentication is realized by accessing the Internet through the user mobile terminal, registering in the background of an operator and completing real-name authentication, the storage state information of each storage unit in the integrated rental cabinet is synchronized to the user mobile terminal through the cloud server, and the positioning information of the integrated rental cabinet and the borrowable quantity related to the MR glasses are presented to the user;
the MR glasses are lent, a user initiates face recognition to a cloud server through a display input unit of the integrated leasing cabinet, a leasing order request is initiated, order matching is carried out by the integrated leasing cabinet, and one storage unit is started for the user to take the MR glasses; empty bin signals, order information and face recognition results of the storage units form data packets through an industrial personal computer and are synchronized to a cloud server;
the MR glasses are returned, a user initiates face recognition to the cloud server again through the display input unit, the cloud server recognizes the face and calls a corresponding data packet, the storage unit is opened through the industrial personal computer, the inner bin self-checking unit recognizes whether the MR glasses are damaged or not after the user puts back the MR glasses, and if the MR glasses are normal in function, the storage unit is closed, the expense is settled, the return is completed, and the storage state information of the storage unit is updated; and if the MR glasses are damaged, the MR glasses are manually processed by an operator.
Furthermore, the MR glasses are timed from the generation of empty bin signals of the storage unit, and are inquired by an App of a user mobile terminal, and the real-time lease duration is visually presented; and the timing end point related to the settlement fee is the time when the MR glasses in the corresponding storage unit are normally restored to be checked.
Further, the process of identifying whether the MR glasses are damaged or not by the internal bin self-inspection unit comprises the steps of judging the mass change and the multi-dimensional appearance change of the MR glasses by the weight sensor and the optical sensor, and establishing connection between the MR glasses and the cloud server.
Further, toughened luminescent glass is adopted to manufacture a storage door of the storage unit, signals are connected to an industrial personal computer, and the toughened luminescent glass is driven to be sequentially changed from green light to flicker and continuous red light in the step of lending the MR glasses; and in the step of returning and finishing the MR glasses, the toughened luminous glass is driven to be sequentially changed from continuous red light to red light flickering and continuous green light.
The technical scheme of the scenic spot MR glasses leasing has the prominent substantive characteristics and remarkable progressiveness: firstly, the defect of a manual backward management mode can be overcome, the risk of personal information leakage caused by the fact that a user identity card is detained during the renting of valuable equipment is reduced, meanwhile, scenic spot management is standardized, and the labor cost is saved; secondly, the user can check the use state and duration of the rental equipment at the mobile terminal; moreover, the functions of leasing and returning can be simultaneously realized at any time interval, the borrowing and returning efficiency of the valuable equipment is improved, the phenomenon that the borrowing and returning procedures cannot be completed in time due to large flow of people at a specific time interval in a scenic spot is avoided, and further the phenomenon that the workers need to go on duty in advance to cause overtime cost or the visitors are mistakenly checked due to unsmooth returning is prevented.
Drawings
Fig. 1 is a schematic view of a layered architecture of a renting device of the scenic spot MR glasses of the present invention.
Detailed Description
The following detailed description of the embodiments of the present invention is provided in conjunction with the accompanying drawings to make the technical solution of the present invention easier to understand and grasp, so as to define the protection scope of the present invention more clearly.
In view of the objective problems that the existing tourist attraction has a laggard MR glasses renting mode and has a plurality of defects and hidden dangers, the application designer innovatively provides a renting device of scenic spot MR glasses and a borrowing and returning operation method thereof by combining the technical experience of years of research and development of an intelligent terminal and scene reproduction equipment, and the technical breakthrough of the internet of things is applied to operation and maintenance management of scenic spot tour guide tools.
Part of the innovation is a renting device for scenic MR glasses, which outlines hardware features including, as shown in FIG. 1: the system comprises more than one leasing integrated cabinet, a display input unit and more than ten storage units, wherein the leasing integrated cabinet is used for storing MR glasses in a grid-division manner and has networking and man-machine interaction capabilities and is distributed in a scenic spot, and the leasing integrated cabinet consists of a cabinet body, an industrial personal computer, a display input unit and more than ten storage units, wherein the industrial personal computer is connected with a cloud server and a user mobile terminal in a networking manner and interacts equipment states, user authentication information and borrowing and returning charge information; the industrial personal computer is also in man-machine interaction with a user through a display input unit, and each storage unit with unique positioning and bin position numbering is controlled by the industrial personal computer to open and close the storage door; and the storage unit is provided with an inner bin self-checking unit which interactively collects and stores state information with an industrial personal computer.
For the purpose of understanding the above outlined features, the following are specifically added: as is well known, scenic areas typically occupy a significant amount of floor space, and the tour entry is often spaced far from the tour exit for the guest. So in many cases there is little tour path that returns or can detour back to the tour entrance. For the scenic spot that MR glasses were used, if adopt the manual work to register the standing book, press the traditional mode of depositing important certificate, then can obviously disappear the visitor and use the interest of this type of equipment, can't experience the body of visiting that modern science and technology brought. Therefore, the renting equipment is provided with a plurality of renting integrated cabinets under the actual scenic spot scene, and is distributed and arranged relative to the entrance and the exit of the scenic spot. For any scenic spot, all the rental integrated cabinets are interconnected and accessed to the cloud server to form a working group, and the equipment state and the user authentication information of all the rental integrated cabinets are synchronously shared.
From the perspective of any one rental integrated cabinet, the cabinet body is a windproof, rainproof, sun-proof and antitheft basic shell of the equipment, and simultaneously provides space supporting force for each storage unit. And the industrial personal computer, the display input unit and the dozens of storage units which are arranged on the cabinet body are used for realizing corresponding functions by sub-objects. Certainly, the industrial personal computer serving as the main control core of the rented equipment can be a current mainstream integrated microcomputer, the hardware strength can be freely configured according to the operation processing requirement, and the requirements of upward communication with the cloud server and interaction of the equipment state, user authentication information and mass borrowing and paying fee information, downward control of on-off control and man-machine interaction authentication of each storage unit and the like are mainly met. The display input unit is mainly used for realizing man-machine interaction, carrying out identity authentication of face recognition and supporting operability of borrowing and returning actions, and has diversity in hardware implementation. Similarly, for each rental integral cabinet, the storage units respectively have bin numbers, and have specific spatial arrangement and unique positioning among each other, only one MR glasses is stored in each storage unit, and the MR glasses rented by the user each time have exclusive positioning corresponding to the rental integral cabinet and the storage units in the rental equipment, but the exclusive positioning changes in the process of borrowing and returning and is updated in the subsequent cloud server. In view of the self-help of the rented equipment, the storage unit is required to perform conventional detection of high consistency on the returned MR glasses not necessarily from the internal chamber every time, including the conditions of appearance damage, part missing and weight loss and the like, so that the internal chamber self-detection unit is a necessary hardware configuration for the operation of the rented equipment away from a person.
More particularly, the renting integrated cabinet seems to have the same quality as an express self-taking cabinet, a vegetable distribution cabinet and a supermarket locker in structure and function, but the intelligent storage cabinet is put into use in a specific scenic spot scene in the innovation, and a control scheme of borrowing and returning operation is further perfected on function realization. Therefore, the rented equipment is never a life-carrying hard cover of the existing mature intelligent cabinet.
In view of a further detailed implementation scheme, the integrated rental cabinet is multi-machine combined, so that the storage unit and the database are conveniently identified and controlled, each integrated rental machine is provided with the equipment number, and the storage state information of the storage unit is synchronized in the database of the cloud server based on the paired equipment number and the bin number, so that the mobile end of a user can conveniently inquire the storage state information of the storage unit at any time and any place and accurately position the storage state information.
As important hardware for a human-computer interaction basis, the display input unit needs to present a visual graphical interface, provide basic functions of guest (user) operation input and acquisition of user images, expressions and the like, and realize information interaction between a user and an industrial personal computer. In the implementation, the combination of devices with isolated functions is considered, the display input unit can be an LCD display screen, a touch keyboard and a camera which are connected with each other through an industrial personal computer, and although each part has a self-defined function, the man-machine interaction can be reliably realized after the integration and optimization. Similarly, the existing mature multifunctional integrated all-in-one machine can be used, the display input unit can be a touch display screen with a camera module, and a face registration and recognition program is preset in the touch display screen; the functional program and the hardware requirement thereof are the existing mature technology and can be realized by adopting an integrated flat plate.
Because the MR glasses product has limited volume and space, the single rental integral cabinet can meet the rental use of large-scale users. In order to fully improve the space utilization rate, the rental integral cabinet is provided with storage units in a matrix square format or a honeycomb format, and the inner bin self-checking unit in each storage unit comprises a weight sensor and an optical sensor. The weight sensor correspondingly detects whether the mass of the MR glasses is reduced due to the absence of parts, and the optical sensor correspondingly detects the multi-dimensional appearance integrity of the MR glasses. In addition, the storage unit is provided with a storage door and a door lock which are connected with the industrial personal computer through signals, the storage door is made of tempered luminescent glass and is controlled by the industrial personal computer to emit light to display and borrow the operating state, and the states can be distinguished by setting different color display or display modes. The door lock is controlled by an industrial personal computer to open and close the storage door, and can be an electromagnetic control switch or an electric control mechanical switch and the like.
In addition, the user mobile terminal is provided with a special App developed aiming at scenic spot operation, and the App and the cloud server synchronize data and are used for inquiring and visually presenting the lease duration of the MR glasses. The App development is similar to the development of various existing application programs and applets. The name, the symbolic publicity picture, the vivid man-machine interface and the input/output interface of the scenic spot are associated, and meanwhile, the data of the cloud server is synchronously acquired through the user mobile terminal and is completely called to the App, so that the humanized design is easier to accept.
Another part of the innovation is a borrowing and returning operation method for scenic MR glasses, which is characterized by the steps of: firstly, tourist authentication is carried out, the mobile user terminal is accessed into the internet, the registration is carried out in the background of an operator, real-name authentication is completed, the storage state information of each storage unit in the integrated rental cabinet is synchronized to the mobile user terminal through the cloud server, and the positioning information of the integrated rental cabinet and the borrowable quantity related to the MR glasses are presented to the user. As can be seen from the introduction of this step, the borrowing and returning operation method does not need to use the user identification card for the purpose of saving, but the prior art is relatively mature in that the mobile terminal performs real-name authentication, and the borrowing has the convenience of operation and eliminates a large number of hidden troubles of disputes, and this does not destroy the specific innovation degree of the borrowing and returning operation method.
Secondly, in a more intuitive implementation scene, when the MR glasses are lent, a user initiates face recognition to a cloud server through a display input unit of the integrated leasing cabinet, initiates a leasing order request, performs order matching by the integrated leasing cabinet, and starts one storage unit for the user to take the MR glasses; and the empty bin signal, the order information and the face recognition result of the storage unit form a data packet through an industrial personal computer and are synchronized to a cloud server. In the process, the expense settlement is not directly caused, only the timing starting point of the MR glasses lending is recorded in a contact mode, and only the corresponding storage unit is displayed as an empty bin in the state display of the cloud server and the leasing integrated cabinet, wherein the MR glasses are lent. The user can take the MR glasses away and can use and keep the MR glasses properly. The MR glasses are timed from the generation of empty bin signals of the storage unit, and are inquired by an App of a user mobile terminal, and the real-time lease duration is visually presented.
The MR glasses are returned, a user initiates face recognition to the cloud server again through the display input unit, the cloud server recognizes faces and calls a corresponding data packet, the storage unit is opened through the industrial personal computer, whether the MR glasses are damaged or not is recognized by the inner bin self-checking unit after the user puts back the MR glasses, and if the MR glasses are normal in function, the storage unit is closed, the expense is settled, and the storage state information of the storage unit is updated; and if the MR glasses are damaged, the MR glasses are manually processed by the operator until the whole renting, borrowing and returning process is completed. From the ideal condition that the MR glasses are intact and have the same quality after being lent and returned, the timing end point related to the settlement fee is the time point when the MR glasses in the corresponding storage unit are returned to be normal. The manual processing of the operator is relatively responsible, and the solution is not related to the innovation, so the detailed description is omitted.
After the MR glasses are returned to the warehouse, the process that the internal warehouse self-checking unit identifies whether the MR glasses are damaged or not comprises the steps that the weight sensor and the optical sensor judge the mass change and the multi-dimensional appearance change of the MR glasses, and the MR glasses are synchronously connected with the cloud server. In addition to the self-checking in terms of both the weight and the appearance, the MR glasses can be connected with a cloud server in a parallel mode by being seated on a storage unit, so that software detection can be carried out remotely and online, and the scenic spot introductions can be prevented from being deleted accidentally or the loss of functions of the scenic spot introductions can be prevented.
On the other hand, toughened luminescent glass is adopted to manufacture the storage door of the storage unit, and signals are connected to the industrial personal computer, and the toughened luminescent glass is driven to be sequentially changed from green light to flicker and continuous red light in the step of lending the MR glasses; and in the step of returning and finishing the MR glasses, the toughened luminous glass is driven to be sequentially changed from continuous red light to red light flickering and continuous green light. The self-defined relation between the opening and closing of the storage door and the display mode under different borrowing and returning states can be set and established by a preset program of the industrial personal computer.
In summary of the characteristic introduction and the detailed embodiment of the MR glasses leasing technical scheme of the scenic spot of the present invention, it can be seen that the scheme has prominent substantive features and remarkable progressiveness: firstly, the defect of a manual backward management mode can be overcome, the risk of personal information leakage caused by the fact that a user identity card is detained during the renting of valuable equipment is reduced, meanwhile, scenic spot management is standardized, and the labor cost is saved; secondly, the user can check the use state and duration of the rental equipment at the mobile terminal; moreover, the functions of leasing and returning can be simultaneously realized at any time interval, the borrowing and returning efficiency of the valuable equipment is improved, the phenomenon that the borrowing and returning procedures cannot be completed in time due to large flow of people at a specific time interval in a scenic spot is avoided, and further the phenomenon that the workers need to go on duty in advance to cause overtime cost or the visitors are mistakenly checked due to unsmooth returning is prevented.
In addition to the above embodiments, the present invention may have other embodiments, and any technical solutions formed by equivalent substitutions or equivalent transformations are within the scope of the present invention as claimed.
Claims (9)
1. A rental apparatus for MR glasses in a scenic spot, characterized in that: the system comprises more than one leasing integrated cabinet which is used for storing MR glasses in a grid division manner and has networking and man-machine interaction capabilities, wherein the leasing integrated cabinet is distributed in a scenic spot and consists of a cabinet body, an industrial personal computer which is connected based on the cabinet body and is connected with the cabinet body through a bus, a display input unit and ten or more storage units in a matrix square format or a honeycomb form, wherein the industrial personal computer is connected with a cloud server and a user mobile terminal in a networking way and interacts equipment states, user authentication information and borrowing and returning charge information; the industrial personal computer is in man-machine interaction with a user through a display input unit, and each storage unit with unique positioning and bin position numbering is controlled by the industrial personal computer to open and close the storage door; and each storage unit is provided with an inner bin self-checking unit which interactively receives and stores state information with an industrial personal computer, and each inner bin self-checking unit comprises a weight sensor and an optical sensor.
2. A rental facility of MR glasses for scenic spots according to claim 1, wherein: the integrated rental cabinet is provided with an equipment number, and the storage state information of the storage unit is synchronized in a database of the cloud server based on the paired equipment number and the bin number.
3. A rental facility of MR glasses for scenic spots according to claim 1, wherein: the display input unit is an LCD display screen, a touch keyboard and a camera which are connected with each other through an industrial personal computer, or a touch display screen with a camera module, and a face registration and identification program is preset in the touch display screen.
4. A rental facility of MR glasses for scenic spots according to claim 1, wherein: the storage unit is provided with a storage door and a door lock which are connected with the industrial personal computer through signals, the storage door is made of tempered light-emitting glass and is controlled by the industrial personal computer to emit light to display the borrowing and returning operation state, and the door lock is controlled by the industrial personal computer to open and close the storage door.
5. A rental facility of MR glasses for scenic spots according to claim 1, wherein: the mobile end of the user is provided with an App, synchronizes data with the cloud server and is used for inquiring and visually presenting the lease duration of the MR glasses.
6. A borrowing and returning operation method of MR glasses in a scenic spot, which is implemented based on the leasing device of claim 1 and a cloud server and a user mobile terminal which are connected in a networking way, and is characterized by comprising the following steps:
the tourist authentication is realized by accessing the Internet through the user mobile terminal, registering in the background of an operator and completing real-name authentication, the storage state information of each storage unit in the integrated rental cabinet is synchronized to the user mobile terminal through the cloud server, and the positioning information of the integrated rental cabinet and the borrowable quantity related to the MR glasses are presented to the user;
the MR glasses are lent, a user initiates face recognition to a cloud server through a display input unit of the integrated leasing cabinet, a leasing order request is initiated, order matching is carried out by the integrated leasing cabinet, and one storage unit is started for the user to take the MR glasses; empty bin signals, order information and face recognition results of the storage units form data packets through an industrial personal computer and are synchronized to a cloud server;
the MR glasses are returned, a user initiates face recognition to the cloud server again through the display input unit, the cloud server recognizes the face and calls a corresponding data packet, the storage unit is opened through the industrial personal computer, the inner bin self-checking unit recognizes whether the MR glasses are damaged or not after the user puts back the MR glasses, and if the MR glasses are normal in function, the storage unit is closed, the expense is settled, the return is completed, and the storage state information of the storage unit is updated; and if the MR glasses are damaged, the MR glasses are manually processed by an operator.
7. The borrowing and returning operation method of the scenic spot MR glasses according to claim 7, wherein: the MR glasses are timed from the generation of empty bin signals of the storage unit, and are inquired by an App of a user mobile terminal, and the real-time lease duration is visually presented; and the timing end point related to the settlement fee is the time when the MR glasses in the corresponding storage unit are normally restored to be checked.
8. The borrowing and returning operation method of the scenic spot MR glasses according to claim 7, wherein: the process of identifying whether the MR glasses are damaged or not by the internal bin self-inspection unit comprises the steps of judging the mass change and the multi-dimensional appearance change of the MR glasses by the weight sensor and the optical sensor, and establishing connection between the MR glasses and the cloud server synchronously.
9. The borrowing and returning operation method of the scenic spot MR glasses according to claim 7, wherein: the storage door of the storage unit is made of tempered luminescent glass, signals are connected to an industrial personal computer, and the tempered luminescent glass is driven to be sequentially changed from green light to flicker and red light to continuously borrow the MR glasses in the step of lending the MR glasses; and in the step of returning and finishing the MR glasses, the toughened luminous glass is driven to be sequentially changed from continuous red light to red light flickering and continuous green light.
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202010659835.3A CN111540129B (en) | 2020-07-10 | 2020-07-10 | Renting equipment for MR glasses in scenic spot and renting and returning operation method thereof |
| DE212020000233.9U DE212020000233U1 (en) | 2020-07-10 | 2020-07-17 | Rental equipment for MR glasses at a sight and loan and return procedures thereof |
| PCT/CN2020/102864 WO2020211885A2 (en) | 2020-07-10 | 2020-07-17 | Renting device for mr glasses at scenic spot, and borrowing operation method therefor |
| JP2020600202U JP3234214U (en) | 2020-07-10 | 2020-07-17 | MR glasses rental equipment for tourist spots and how to rent and return them |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202010659835.3A CN111540129B (en) | 2020-07-10 | 2020-07-10 | Renting equipment for MR glasses in scenic spot and renting and returning operation method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN111540129A true CN111540129A (en) | 2020-08-14 |
| CN111540129B CN111540129B (en) | 2020-10-30 |
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| CN202010659835.3A Active CN111540129B (en) | 2020-07-10 | 2020-07-10 | Renting equipment for MR glasses in scenic spot and renting and returning operation method thereof |
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| Country | Link |
|---|---|
| JP (1) | JP3234214U (en) |
| CN (1) | CN111540129B (en) |
| DE (1) | DE212020000233U1 (en) |
| WO (1) | WO2020211885A2 (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112509243A (en) * | 2020-11-25 | 2021-03-16 | 国网北京市电力公司 | Transformer substation anti-misoperation unlocking key management machine and working method thereof |
| CN112863509A (en) * | 2021-01-04 | 2021-05-28 | 高悦 | Equipment lease type intelligent travel accompanying platform |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115424395B (en) * | 2022-11-04 | 2023-03-10 | 之江实验室 | Quantitative article safety management equipment and method |
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| CN112509243A (en) * | 2020-11-25 | 2021-03-16 | 国网北京市电力公司 | Transformer substation anti-misoperation unlocking key management machine and working method thereof |
| CN112863509A (en) * | 2021-01-04 | 2021-05-28 | 高悦 | Equipment lease type intelligent travel accompanying platform |
Also Published As
| Publication number | Publication date |
|---|---|
| DE212020000233U1 (en) | 2020-11-25 |
| WO2020211885A2 (en) | 2020-10-22 |
| WO2020211885A3 (en) | 2021-05-14 |
| JP3234214U (en) | 2021-09-30 |
| CN111540129B (en) | 2020-10-30 |
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