CN111416742A - Quality evaluation method of shared equipment based on augmented reality simulation perspective - Google Patents
Quality evaluation method of shared equipment based on augmented reality simulation perspective Download PDFInfo
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- CN111416742A CN111416742A CN202010195527.XA CN202010195527A CN111416742A CN 111416742 A CN111416742 A CN 111416742A CN 202010195527 A CN202010195527 A CN 202010195527A CN 111416742 A CN111416742 A CN 111416742A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
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- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
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- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/04—Processing captured monitoring data, e.g. for logfile generation
- H04L43/045—Processing captured monitoring data, e.g. for logfile generation for graphical visualisation of monitoring data
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Abstract
The invention discloses a quality evaluation method of sharing equipment based on augmented reality simulation perspective, wherein an equipment provider carries out 3D modeling on each vehicle and provides a client program for a user through a server website, when the user focuses a candidate object through a camera of a handheld electronic terminal, the client program outlines the appearance contour line of the equipment in an augmented reality mode, simulates a perspective three-dimensional rendering graph of a functional component at a corresponding position in the sharing equipment in the contour line in an augmented reality mode, displays the evaluation information of the corresponding component by the user before, and gives warning display to the part with poor evaluation value of the user, and meanwhile, the current user can carry out feedback and evaluation of maintenance problems aiming at a certain independent component; the maintenance personnel regularly check and repair the shared transportation means according to the user evaluation, and simultaneously update the maintenance information to the relevant database. The invention is convenient for the public to evaluate the quality problem of the shared transportation means and is convenient for maintainers to quickly and accurately process the related equipment problem.
Description
Technical Field
The invention relates to the technical field of quality inspection, in particular to a quality evaluation method of shared equipment based on augmented reality simulation perspective.
Background
With the development of sharing economy, sharing devices are becoming more common on the market. However, due to the sharing characteristic of the sharing equipment, many sharing equipment on the market lack necessary maintenance, and the sharing equipment is not timely recovered and overhauled after being frequently damaged. Therefore, a user cannot know the condition of a candidate individual before selecting shared equipment (such as a shared bicycle, a shared automobile and the like), especially cannot know the quality problem of equipment related to personal safety, and potential safety hazards are easy to generate.
Disclosure of Invention
The invention aims to provide a quality evaluation method of a shared device based on augmented reality simulation perspective.
The technical scheme adopted by the invention is as follows:
the quality evaluation method of the sharing equipment based on the augmented reality simulation perspective comprises the following steps:
step 1, a device provider performs 3D modeling on each shared device in an operation range and can render client programs of the shared devices in an augmented reality form;
step 2, the equipment provider builds a waiter website for the renter to download the client program;
step 3, when a user needs to select the sharing equipment, aligning a camera of the electronic terminal equipment to a candidate object, drawing an appearance contour line of the equipment by a client program in the handheld electronic terminal equipment in an augmented reality mode, simulating a perspective three-dimensional rendering of a functional component or a subsystem at a corresponding position in the sharing equipment in the contour line in an augmented reality mode, simultaneously displaying evaluation information of the user using the sharing equipment to the corresponding component at a position near each component, and displaying the part with poor evaluation value of the user in an alert mode;
step 4, after the user finishes the rental business and returns the shared equipment, each internal part rendered by clicking the augmented reality program is clicked, and evaluation is given;
step 5, the server adjusts the quality evaluation score of the sharing equipment according to the expert integral of the user;
step 6, periodically checking and maintaining the shared transportation means by maintenance personnel according to user evaluation;
and 7, the intelligent program of the server adjusts the expert points of the user and updates the database according to whether the maintenance diagnosis conforms to the user evaluation.
Further, the accuracy of the 3D modeling in step 1 satisfies the requirement of being able to distinguish between individual parts with well-defined functions.
Further, the 3D modeled modeling in step 1 needs to be consistent with the brand it replicates.
Further, in step 2, the waiter website constructed by the provider or the operator includes information of all rental items, information of all rental items and parts thereof, information of all customers, and information of all maintenance personnel.
Further, in step 3, the electronic terminal devices used by the customer include a smart phone, a tablet computer, a virtual reality head-mounted display, augmented reality glasses, and the like.
Further, in step 3, the client program downloaded by the client to the electronic terminal device has the function of performing augmented reality rendering on the shot shared device.
Further, in step 3, when the user uses the electronic terminal device to aim at the candidate object, the attendant program automatically inquires the user number and the candidate object device number in the database, and displays the previous evaluation and maintenance record of the vehicle by the user in the form of augmented reality.
Further, the augmented reality subdivision display in the step 3 has a target tracking function, namely, the display of the augmented reality subdivision is synchronously changed along with the displacement and torsion of the lens.
Further, in step 3, the augmented reality display program gives a warning display to the user in the form of a warning color or a text description for reminding the user to carefully check the parts suspected to have problems.
Further, the database of step 7 includes a shared device quality database for evaluating various vehicles, a user expert level database, and a maintainer database, and the shared device quality database includes quality evaluation values and fault classifications of individual components in each device; (ii) a The user expert grade database is used for storing expert point data of the user; the maintainer database is used for recording information data of the maintainer, and when problem evaluation provided by a user after maintenance is greatly reduced, the evaluation value of the database corresponding to the maintainer is improved.
By adopting the technical scheme, the device provider carries out 3D modeling on the shared vehicle and renders a client program of the 3D modeling in an augmented reality mode, and the 3D modeling meets the requirement of displaying the split body of each independent component. And the equipment provider builds an attendant website for the renter to download the client program. When a user focuses on a candidate object through a camera of a handheld electronic terminal, a client program in handheld electronic terminal equipment outlines the appearance of the equipment in an augmented reality mode, a perspective three-dimensional rendering map of a functional component or a subsystem at a corresponding position in shared equipment is simulated in the outline in an augmented reality mode, meanwhile, before the evaluation information of the user using the shared equipment on the corresponding component is displayed at a position near each component, and the part with poor evaluation value of the user is displayed in a warning mode, so that the user can conveniently judge whether the equipment state of shared traffic work needs to be checked or not, or the user feeds back and evaluates maintenance problems aiming at an independent component; in addition, maintenance personnel can periodically check the maintenance shared vehicle according to user evaluation, and meanwhile, the maintenance information is updated to the relevant database. The invention utilizes the 3D modeling technology to cooperate with the augmented reality technology, effectively solves the problem of evaluating the quality of the shared transportation equipment by the public, is convenient for maintainers to quickly and accurately process the relevant equipment problems, and reduces the potential safety hazard.
Drawings
The invention is described in further detail below with reference to the accompanying drawings and the detailed description;
FIG. 1 is a schematic flow chart of a quality evaluation method for a shared device based on augmented reality simulation perspective according to the present invention;
FIG. 2 is a schematic outline view of a vehicle showing an augmented reality display process according to the present invention.
Detailed Description
As shown in fig. 1 or fig. 2, the invention discloses a quality evaluation method of a shared device based on augmented reality simulation perspective, which comprises the following steps:
step 1, a device provider performs 3D modeling on each shared device in an operation range and can render client programs of the shared devices in an augmented reality form;
step 2, the equipment provider builds a waiter website for the renter to download the client program;
step 3, when a user needs to select the sharing equipment, aligning a camera of the electronic terminal equipment to a candidate object, drawing an appearance contour line of the equipment by a client program in the handheld electronic terminal equipment in an augmented reality mode, simulating a perspective three-dimensional rendering of a functional component or a subsystem at a corresponding position in the sharing equipment in the contour line in an augmented reality mode, simultaneously displaying evaluation information of the user using the sharing equipment to the corresponding component at a position near each component, and displaying the part with poor evaluation value of the user in an alert mode;
step 4, after the user finishes the rental business and returns the shared equipment, each internal part rendered by clicking the augmented reality program is clicked, and evaluation is given;
step 5, the server adjusts the quality evaluation score of the sharing equipment according to the expert integral of the user;
step 6, periodically checking and maintaining the shared transportation means by maintenance personnel according to user evaluation;
and 7, the intelligent program of the server adjusts the expert points of the user and updates the database according to whether the maintenance diagnosis conforms to the user evaluation.
Further, the accuracy of the 3D modeling in step 1 satisfies the requirement of being able to distinguish between individual parts with well-defined functions.
Further, the 3D modeled modeling in step 1 needs to be consistent with the brand it replicates.
Further, in step 2, the waiter website constructed by the provider or the operator includes information of all rental items, information of all rental items and parts thereof, information of all customers, and information of all maintenance personnel.
Further, in step 3, the electronic terminal devices used by the customer include a smart phone, a tablet computer, a virtual reality head-mounted display and augmented reality glasses.
Further, in step 3, the client program downloaded by the client to the electronic terminal device has the function of performing augmented reality rendering on the shot shared device.
Further, in step 3, when the user uses the electronic terminal device to aim at the candidate object, the attendant program automatically inquires the user number and the candidate object device number in the database, and displays the previous evaluation and maintenance record of the vehicle by the user in the form of augmented reality.
Further, the augmented reality subdivision display in the step 3 has a target tracking function, namely, the display of the augmented reality subdivision is synchronously changed along with the displacement and torsion of the lens.
Further, in step 3, the augmented reality display program gives a warning display to the user in the form of a warning color or a text description for reminding the user to carefully check the parts suspected to have problems.
Further, the database of step 7 includes a shared device quality database for evaluating various vehicles, a user expert level database, and a maintainer database, and the shared device quality database includes quality evaluation values and fault classifications of individual components in each device; (ii) a The user expert grade database is used for storing expert point data of the user; the maintainer database is used for recording information data of the maintainer, and when problem evaluation provided by a user after maintenance is greatly reduced, the evaluation value of the database corresponding to the maintainer is improved.
By adopting the technical scheme, the device provider carries out 3D modeling on the shared vehicle and renders a client program of the 3D modeling in an augmented reality mode, and the 3D modeling meets the requirement of displaying the split body of each independent component. And the equipment provider builds an attendant website for the renter to download the client program. When a user focuses on a candidate object through a camera of a handheld electronic terminal, a client program in handheld electronic terminal equipment outlines the appearance of the equipment in an augmented reality mode, a perspective three-dimensional rendering map of a functional component or a subsystem at a corresponding position in shared equipment is simulated in the outline in an augmented reality mode, meanwhile, before the evaluation information of the user using the shared equipment on the corresponding component is displayed at a position near each component, and the part with poor evaluation value of the user is displayed in a warning mode, so that the user can conveniently judge whether the equipment state of shared traffic work needs to be checked or not, or the user feeds back and evaluates maintenance problems aiming at an independent component; in addition, maintenance personnel can periodically check the maintenance shared vehicle according to user evaluation, and meanwhile, the maintenance information is updated to the relevant database. The invention utilizes the 3D modeling technology to cooperate with the augmented reality technology, effectively solves the problem of evaluating the quality of the shared transportation equipment by the public, is convenient for maintainers to quickly and accurately process the relevant equipment problems, and reduces the potential safety hazard.
Claims (10)
1. The quality evaluation method of the sharing equipment based on the augmented reality simulation perspective is characterized by comprising the following steps: which comprises the following steps:
step 1, a device provider performs 3D modeling on each shared device in an operation range and can render client programs of the shared devices in an augmented reality form;
step 2, the equipment provider builds a waiter website for the renter to download the client program;
step 3, when a user needs to select the sharing equipment, aligning a camera of the electronic terminal equipment to a candidate object, drawing an appearance contour line of the equipment by a client program in the handheld electronic terminal equipment in an augmented reality mode, simulating a perspective three-dimensional rendering of a functional component or a subsystem at a corresponding position in the sharing equipment in the contour line in an augmented reality mode, simultaneously displaying evaluation information of the user using the sharing equipment to the corresponding component at a position near each component, and displaying the part with poor evaluation value of the user in an alert mode;
step 4, after the user finishes the lease service and returns the shared equipment, evaluating each internal part of the shared equipment in an augmented reality interaction mode;
step 5, the server adjusts the quality evaluation score of the sharing equipment according to the expert integral of the user;
step 6, periodically checking and maintaining the shared transportation means by maintenance personnel according to user evaluation;
and 7, the intelligent program of the server adjusts the expert points of the user and updates the database according to whether the maintenance diagnosis conforms to the user evaluation.
2. The method for quality assessment of a shared device based on augmented reality simulation perspective as claimed in claim 1, wherein: the accuracy of the 3D modeling in step 1 meets the requirement to be able to distinguish between individual components with well-defined functions.
3. The method for quality assessment of a shared device based on augmented reality simulation perspective as claimed in claim 1, wherein: the 3D modeled shape in step 1 needs to be consistent with the brand it replicates.
4. The method for quality assessment of a shared device based on augmented reality simulation perspective as claimed in claim 1, wherein: in step 2, the waiter website constructed by the provider or the operator comprises information of all rental varieties, information of all rented products and parts thereof, information of all customers and information of all maintenance personnel.
5. The method for quality assessment of a shared device based on augmented reality simulation perspective as claimed in claim 1, wherein: in step 3, the electronic terminal devices used by the customer include a smart phone, a tablet computer, a virtual reality head-mounted display, and augmented reality glasses.
6. The method for quality assessment of a shared device based on augmented reality simulation perspective as claimed in claim 1, wherein: in step 3, the client program downloaded to the electronic terminal device by the client has the function of performing augmented reality rendering on the shot shared device.
7. The method for quality assessment of a shared device based on augmented reality simulation perspective as claimed in claim 1, wherein: in step 3, when the user uses the electronic terminal device to aim at the candidate object, the waiter program automatically inquires the user number and the candidate object device number in the database, and displays the evaluation and maintenance record of the vehicle by the user in the form of augmented reality.
8. The method for quality assessment of a shared device based on augmented reality simulation perspective as claimed in claim 1, wherein: and 3, the augmented reality simulation perspective display has a real-time target tracking function, namely, the display that the rendered image synchronously changes the form and angle along with the displacement and torsion of the lens in real time.
9. The method for quality assessment of a shared device based on augmented reality simulation perspective as claimed in claim 1, wherein: in step 3, the augmented reality display program gives a warning display to the user in the form of warning color or text description to remind the user to carefully check the parts suspected to have problems.
10. The method for quality assessment of a shared device based on augmented reality simulation perspective as claimed in claim 1, wherein: the database of step 7 includes a shared device quality database for evaluating various vehicles, a user expert level database, and a maintainer database, and the shared device quality database includes quality evaluation values and fault classifications of individual components in each device; the user expert grade database is used for storing expert point data of the user; the maintainer database is used for recording information data of the maintainer, and when problem evaluation provided by a user after maintenance is greatly reduced, the evaluation value of the database corresponding to the maintainer is improved.
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| CN202010195527.XA CN111416742A (en) | 2020-03-19 | 2020-03-19 | Quality evaluation method of shared equipment based on augmented reality simulation perspective |
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2020
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