CN114202620A - Transmission product instant design display system and design method for realizing design interactive linkage - Google Patents
Transmission product instant design display system and design method for realizing design interactive linkage Download PDFInfo
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Abstract
The invention relates to a transmission product instant design display system and a design method for realizing design interactive linkage. The design terminal and the experience terminal are associated through a server, and bidirectional interaction is realized by combining a VR technology; the experience terminal can experience effects brought by design of the aspects of the product such as the exterior, the internal form, parameters, installation and operation in the first time, and the design terminal can collect the use experience and modification suggestions of the user in the first time. Automatically analyzing the use process of a user through a server, and performing character analysis and voice recognition on the user experience of the user; therefore, the screening and analysis of the user opinions can be automatically realized on the server, and useful modification suggestions and user experiences after screening are sent to the design terminal, so that the time of a designer is saved; and the users are sequenced according to the actual use conditions of the users, so that the users with deep experience are limited, and the acquisition speed of the designers for effectively modifying the suggestions can be improved.
Description
Technical Field
The invention relates to the field of design of transmission products, in particular to a system and a method for realizing design interactive linkage of a transmission product instant design display.
Background
With the development of technology, the personalized requirements of users on design are higher and higher, and design enterprises must pay more attention to user experience; the design of transmission products generally needs to go through a plurality of processes of finalizing, designing, communicating, modifying and the like; each communication needs a lot of time to carry out communication and analysis of user opinions, the design period is long, and the user experience is not good;
the advent of VR technology has increasingly visualized the presentation of 3D designs. Application number CN202011499610.2 discloses a three-dimensional-based ornamental garden design method, which comprises a data layer, a transmission layer, a storage layer, a data processing layer, a VR display layer, and a VR interaction layer; the method comprises the steps of data acquisition of a data layer, data transmission, data processing of a data processing layer, three-dimensional effect display of a VR display layer and interaction design of a VR interaction layer; the ornamental garden is modeled and displayed by adopting a three-dimensional virtual interaction technology, the model and the environment are changed by real-time interaction, so that designers can be helped to conveniently and visually obtain a design effect, the design is carried out on a three-dimensional layer in real time, and the design efficiency and the design effect are effectively improved.
However, merely improving the experience does not fundamentally shorten the design cycle, and improvements in the way of collecting and communicating are required.
Disclosure of Invention
Aiming at the content and solving the problems, the invention provides a transmission product real-time design display system for realizing design interactive linkage, which comprises a server, an experience terminal and a design terminal;
the design terminal is used for designing a 3D model of the transmission product and uploading the model to the server; the experience terminal is provided with VR equipment, a motion detector, input equipment and a voice collector;
the experience terminal downloads the 3D model of the transmission product from the server and displays the model through VR equipment;
the motion detector detects head motion of a user of the VR device to angularly rotate a 3D model presented within the VR device;
the input device is used for inputting direction information so as to control the position and the size of the 3D model displayed in the VR device;
the voice collector is used for collecting voice expressing use experience after the user uses the voice collector and sending the use experience to the server;
the analysis module analyzes the voice of the use process and the use feeling of the user, generates a modification suggestion and sends the modification suggestion to the design terminal.
The 3D model of the transmission product designed in the design terminal includes a 3D model of each component and a 3D model of the assembled transmission system.
The experience terminal detects the use duration of the VR equipment in real time, and counts the duration of each part appearing in the picture of the VR equipment when the VR equipment is used;
and when the using time of each component is counted, the proportion of the component in the VR equipment picture is counted.
The specific mode of counting the proportion of the component in the picture of the VR device is as follows:
the VR equipment displays according to a fixed display frame rate, calculates all pictures of a certain part in the VR equipment, and counts the total frame number of all the pictures, wherein the total frame number is marked as the display duration t of the corresponding part;
calculating the ratio p of the area of the part in each frame of picture to the area of the whole picture; and summing all the occupation ratios P in all the frames of the part to obtain a total occupation ratio P;
wherein p isiIndicating the occupation ratio in the ith frame picture;
the experience terminal sends the display duration t and the total occupation ratio P of each component to the server; the server thus obtains the presentation duration t of the kth component for each userkTotal ratio of Pk。
The voice acquisition device acquires voice feeling after the user uses the voice acquisition device, and the voice acquisition device comprises a microphone, a storage hard disk and a voice recognition module;
the voice recognition module carries out character recognition on the voice feeling of the user and converts the voice feeling into characters; when the name of the equipment component appears in the recognized character, the voice recognition module takes the voice of time delta t before and after the name appears as the key voice to be stored; the voice recognition module sends the recognized characters and the key voice to a server; the server obtains the experienced text version and key voice used by each user from the activity.
The server analyzes the time length t according to the users respectively, and displays the time length t of each user when in usekTotal ratio of PkMarking the parts exceeding the threshold value as key parts; searching the key part in the text feelings published by the user, and sending the text feelings and the key voice corresponding to the key part to a design terminal; therefore, the terminal is designed to obtain the key components of each user and the character feeling and the key voice of the key components.
The design terminal sorts users, the user code is set as X, and the number of key components corresponding to the user X is MxThe total display duration of the key components of user X is Tx(ii) a The total number of words of the character feeling of the key part is Nx；
Calculating the sorting weight G:
wherein N is0Is a preset constant;
and sorting all the users according to the calculated sorting weight G and displaying the sorted users on a design terminal.
A display system carries on the real-time design display method of transmission product of the interactive linkage of design, including the following step:
step 1, designing a 3D model of a transmission product in a design terminal, wherein the 3D model comprises a 3D model of each component and a 3D model of an assembled transmission system, and uploading the 3D models to a server;
step 2, installing the experience terminal to an office area where the customer service is located, and connecting the experience terminal with a server;
step 3, the experience terminal detects the use duration of the VR equipment in real time, and counts the duration of each component appearing in the picture of the VR equipment when the VR equipment is used; when the using time of each component is counted, the proportion of the component in the VR equipment picture is counted;
step 4, the server respectively analyzes according to the users, and displays the duration t of each user when in usekTotal ratio of PkMarking the parts exceeding the threshold value as key parts; searching the key part in the text feelings published by the user, and sending the text feelings and the key voice corresponding to the key part to a design terminal; the terminal is designed to obtain the key components of each user and the character feeling and the key voice of the key components;
step 5, designing a terminal to sort users, setting user codes as X, and setting the number of key components corresponding to the user X as MxThe total display duration of the key components of user X is Tx(ii) a The total number of words of the character feeling of the key part is Nx；
Calculating the sorting weight G:
wherein N is0Is a preset constant;
and sorting all the users according to the calculated sorting weight G and displaying the sorted users on a design terminal.
The invention has the beneficial effects that:
the design terminal and the experience terminal are associated through the server, and the two-way interaction is realized by combining the VR technology; the experience terminal can experience effects brought by design of the aspects of the product such as the exterior, the internal form, parameters, installation and operation in the first time, and the design terminal can collect the use experience and modification suggestions of the user in the first time.
Automatically analyzing the use process of a user through a server, and performing character analysis and voice recognition on the user experience of the user; therefore, the screening and analysis of the user opinions can be automatically realized on the server, and useful modification suggestions and user experiences after screening are sent to the design terminal, so that the time of a designer is saved; and the users are sequenced according to the actual use conditions of the users, so that the users with deep experience are limited, and the acquisition speed of the designers for effectively modifying the suggestions can be improved.
Drawings
The accompanying drawings, which are included to provide a further understanding of the disclosed subject matter, are incorporated in and constitute a part of this specification. The drawings illustrate the implementations of the disclosed subject matter and, together with the detailed description, serve to explain the principles of implementations of the disclosed subject matter. No attempt is made to show structural details of the disclosed subject matter in more detail than is necessary for a fundamental understanding of the disclosed subject matter and various modes of practicing the same.
FIG. 1 is a block diagram of the overall architecture of the system of the present invention.
Detailed Description
The advantages, features and methods of accomplishing the same will become apparent from the drawings and the detailed description that follows.
Example 1:
as shown in fig. 1, a system for realizing design interactive linkage of a transmission product instant design display includes a server, an experience terminal and a design terminal;
the design terminal is used for designing a 3D model of the transmission product and uploading the model to the server; the experience terminal is provided with VR equipment, a motion detector, input equipment and a voice collector;
the experience terminal downloads the 3D model of the transmission product from the server and displays the model through VR equipment;
the motion detector detects head motion of a user of the VR device to angularly rotate a 3D model presented within the VR device;
the input device is used for inputting direction information so as to control the position and the size of the 3D model displayed in the VR device;
the voice collector is used for collecting voice expressing use experience after the user uses the voice collector and sending the use experience to the server;
the analysis module analyzes the voice of the use process and the use feeling of the user, generates a modification suggestion and sends the modification suggestion to the design terminal.
The 3D model of the transmission product designed in the design terminal includes a 3D model of each component and a 3D model of the assembled transmission system.
The experience terminal detects the use duration of the VR equipment in real time, and counts the duration of each part appearing in the picture of the VR equipment when the VR equipment is used;
and when the using time of each component is counted, the proportion of the component in the VR equipment picture is counted.
The specific mode of counting the proportion of the component in the picture of the VR device is as follows:
the VR equipment displays according to a fixed display frame rate, calculates all pictures of a certain part in the VR equipment, and counts the total frame number of all the pictures, wherein the total frame number is marked as the display duration t of the corresponding part;
calculating the ratio p of the area of the part in each frame of picture to the area of the whole picture; and summing all the occupation ratios P in all the frames of the part to obtain a total occupation ratio P;
wherein p isiIndicating the occupation ratio in the ith frame picture;
the experience terminal sends the display duration t and the total occupation ratio P of each component to the server; the server thus obtains the presentation duration t of the kth component for each userkTotal ratio of Pk。
The voice acquisition device acquires voice feeling after the user uses the voice acquisition device, and the voice acquisition device comprises a microphone, a storage hard disk and a voice recognition module;
the voice recognition module carries out character recognition on the voice feeling of the user and converts the voice feeling into characters; when the name of the equipment component appears in the recognized character, the voice recognition module takes the voice of time delta t before and after the name appears as the key voice to be stored; the voice recognition module sends the recognized characters and the key voice to a server; the server obtains the experienced text version and key voice used by each user from the activity.
The server analyzes the time length t according to the users respectively, and displays the time length t of each user when in usekTotal ratio of PkMarking the parts exceeding the threshold value as key parts; searching the key part in the text feelings published by the user, and sending the text feelings and the key voice corresponding to the key part to a design terminal; therefore, the terminal is designed to obtain the key components of each user and the character feeling and the key voice of the key components.
The design terminal sorts users, the user code is set as X, and the number of key components corresponding to the user X is MxThe total display duration of the key components of user X is Tx(ii) a The total number of words of the character feeling of the key part is Nx；
Calculating the sorting weight G:
wherein N is0Is a preset constant;
and sorting all the users according to the calculated sorting weight G and displaying the sorted users on a design terminal.
Example 2:
a display system carries on the real-time design display method of transmission product of the interactive linkage of design, including the following step:
step 1, designing a 3D model of a transmission product in a design terminal, wherein the 3D model comprises a 3D model of each component and a 3D model of an assembled transmission system, and uploading the 3D models to a server;
step 2, installing the experience terminal to an office area where the customer service is located, and connecting the experience terminal with a server;
step 3, the experience terminal detects the use duration of the VR equipment in real time, and counts the duration of each component appearing in the picture of the VR equipment when the VR equipment is used; when the using time of each component is counted, the proportion of the component in the VR equipment picture is counted;
step 4, the server respectively analyzes according to the users, and displays the duration t of each user when in usekTotal ratio of PkMarking the parts exceeding the threshold value as key parts; and isSearching the key part in the character feelings published by the user, and sending the character feelings and the key voice corresponding to the key part to a design terminal; the terminal is designed to obtain the key components of each user and the character feeling and the key voice of the key components;
step 5, designing a terminal to sort users, setting user codes as X, and setting the number of key components corresponding to the user X as MxThe total display duration of the key components of user X is Tx(ii) a The total number of words of the character feeling of the key part is Nx；
Calculating the sorting weight G:
wherein N is0Is a preset constant;
and sorting all the users according to the calculated sorting weight G and displaying the sorted users on a design terminal.
Example 3:
on the basis of the embodiment 1, the design terminal comprises a first display, a second display and a voice playing device; the first display is used for displaying a design software interface, and the second display is used for displaying user experience of all parts currently displayed by the first display;
that is, the design terminal monitors the current components displayed on the first display in real time, and performs screening among all users, and only screens out the user experience of the components in the picture including the display of the first display, and calculates the ranking weight thereof for ranking.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily conceive of the changes or substitutions within the technical scope of the present invention, and the changes or substitutions should be covered within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the appended claims.
Claims (8)
1. A real-time design display system for realizing design interactive linkage of a transmission product is characterized by comprising a server, an experience terminal and a design terminal;
the design terminal is used for designing a 3D model of the transmission product and uploading the model to the server; the experience terminal is provided with VR equipment, a motion detector, input equipment and a voice collector;
the experience terminal downloads the 3D model of the transmission product from the server and displays the model through VR equipment;
the motion detector detects head motion of a user of the VR device to angularly rotate a 3D model presented within the VR device;
the input device is used for inputting direction information so as to control the position and the size of the 3D model displayed in the VR device;
the voice collector is used for collecting voice expressing use experience after the user uses the voice collector and sending the use experience to the server;
the analysis module analyzes the voice of the use process and the use feeling of the user, generates a modification suggestion and sends the modification suggestion to the design terminal.
2. The system of claim 1, wherein the system comprises:
the 3D model of the transmission product designed in the design terminal includes a 3D model of each component and a 3D model of the assembled transmission system.
3. The system of claim 1, wherein the system comprises:
the experience terminal detects the use duration of the VR equipment in real time, and counts the duration of each part appearing in the picture of the VR equipment when the VR equipment is used;
and when the using time of each component is counted, the proportion of the component in the VR equipment picture is counted.
4. The system of claim 3, wherein the design interactive linkage is implemented by a transmission product real-time design display system comprising:
the specific mode of counting the proportion of the component in the picture of the VR device is as follows:
the VR equipment displays according to a fixed display frame rate, calculates all pictures of a certain part in the VR equipment, and counts the total frame number of all the pictures, wherein the total frame number is marked as the display duration t of the corresponding part;
calculating the ratio p of the area of the part in each frame of picture to the area of the whole picture; and summing all the occupation ratios P in all the frames of the part to obtain a total occupation ratio P;
wherein p isiIndicating the occupation ratio in the ith frame picture;
the experience terminal sends the display duration t and the total occupation ratio P of each component to the server; the server thus obtains the presentation duration t of the kth component for each userkTotal ratio of Pk。
5. The system of claim 4, wherein the design interactive linkage is implemented by a transmission product real-time design display system, comprising:
the voice acquisition device acquires voice feeling after the user uses the voice acquisition device, and the voice acquisition device comprises a microphone, a storage hard disk and a voice recognition module;
the voice recognition module carries out character recognition on the voice feeling of the user and converts the voice feeling into characters; when the name of the equipment component appears in the recognized character, the voice recognition module takes the voice of time delta t before and after the name appears as the key voice to be stored; the voice recognition module sends the recognized characters and the key voice to a server; the server obtains the experienced text version and key voice used by each user from the activity.
6. The system of claim 5, wherein the design interactive linkage is implemented by a transmission product real-time design display system, comprising:
the server analyzes the time length t according to the users respectively, and displays the time length t of each user when in usekTotal ratio of PkMarking the parts exceeding the threshold value as key parts; searching the key part in the text feelings published by the user, and sending the text feelings and the key voice corresponding to the key part to a design terminal; therefore, the terminal is designed to obtain the key components of each user and the character feeling and the key voice of the key components.
7. The system of claim 6, wherein the design interactive linkage is implemented by a transmission product real-time design display system, comprising:
the design terminal sorts users, the user code is set as X, and the number of key components corresponding to the user X is MxThe total display duration of the key components of user X is Tx(ii) a The total number of words of the character feeling of the key part is Nx；
Calculating the sorting weight G:
wherein N is0Is a preset constant;
and sorting all the users according to the calculated sorting weight G and displaying the sorted users on a design terminal.
8. A method for real-time design and display of a transmission product by design interactive linkage using the display system of any one of claims 1 to 7, comprising the steps of:
step 1, designing a 3D model of a transmission product in a design terminal, wherein the 3D model comprises a 3D model of each component and a 3D model of an assembled transmission system, and uploading the 3D models to a server;
step 2, installing the experience terminal to an office area where the customer service is located, and connecting the experience terminal with a server;
step 3, the experience terminal detects the use duration of the VR equipment in real time, and counts the duration of each component appearing in the picture of the VR equipment when the VR equipment is used; when the using time of each component is counted, the proportion of the component in the VR equipment picture is counted;
step 4, the server respectively analyzes according to the users, and displays the duration t of each user when in usekTotal ratio of PkMarking the parts exceeding the threshold value as key parts; searching the key part in the text feelings published by the user, and sending the text feelings and the key voice corresponding to the key part to a design terminal; the terminal is designed to obtain the key components of each user and the character feeling and the key voice of the key components;
step 5, designing a terminal to sort users, setting user codes as X, and setting the number of key components corresponding to the user X as MxThe total display duration of the key components of user X is Tx(ii) a The total number of words of the character feeling of the key part is Nx；
Calculating the sorting weight G:
wherein N is0Is a preset constant;
and sorting all the users according to the calculated sorting weight G and displaying the sorted users on a design terminal.
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Denomination of invention: A real-time design display system and design method for transmission products to realize design interaction Effective date of registration: 20230222 Granted publication date: 20220527 Pledgee: Zhejiang Xiaoshan rural commercial bank Limited by Share Ltd. Jingjiang branch Pledgor: HANGZHOU JIE DRIVE TECHNOLOGY Co.,Ltd. Registration number: Y2023980033135 |
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