CN112948935B - Internet-based home soft installation design method - Google Patents
Internet-based home soft installation design method Download PDFInfo
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- CN112948935B CN112948935B CN202110250407.XA CN202110250407A CN112948935B CN 112948935 B CN112948935 B CN 112948935B CN 202110250407 A CN202110250407 A CN 202110250407A CN 112948935 B CN112948935 B CN 112948935B
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Abstract
The invention discloses a home furnishing soft installation design method based on the internet, which adopts a system comprising a collocation server, a plurality of design servers and a plurality of application terminals, wherein the design servers and the application terminals are connected with the collocation server; the method comprises the following steps: the method comprises the steps of spatial sensing matching, home product type selection and home product uploading; the spatial sense matching step comprises: the application terminal sends the preliminary spatial data and the design personalized information of the house to the collocation server, and the collocation server generates a soft package rendering effect diagram of the house according to the spatial data and the design personalized information. The invention adopts a mode of matching the server and the design servers, so that an owner user can find the latest product data provided by a plurality of home product companies through the matching server, and can match the home soft-wear style and the home product type selection by himself or a designer. The spatial sense matching step and the home product type selection step are separately carried out, and a spatial design scheme can be selected according to own preference.
Description
Technical Field
The invention relates to a home soft installation design method, in particular to a home soft installation design method based on the Internet.
Background
At present, most commercial houses are installed and designed (hard installation for short) of hardware structures of internal structures when being folded, and the design of internal home furnishing is finished by owners according to own requirements, wherein the commercial houses mainly comprise furniture such as beds, cabinets, sofas and the like and household appliances, and also comprise personalized home furnishing ornaments such as rocking chairs, treadmills and the like (soft installation for short). Currently, there are some simple design software for design companies or owners to perform simplified dynamic display of model designs. However, when the design software is used, besides the more beautiful dynamic display function, the available modeling options are limited; most use is made of the home product option of a company. For example, in a pleasant home, a design team provides a service of a design scheme for a user.
Since the owner cannot use the software to design the home scheme, the owner needs to find a design company to do the design, and the cost of home decoration of the owner is increased if the design company charges alone. And the variety of home products provided by design companies is lacking in diversity.
Therefore, there is a need for a platform that can provide diversified home product type-selecting services for owners or designers through the platform.
According to a search keyword 'category number (G06) AND name, abstract, claim + (decoration AND home AND design)', 15 Chinese patent documents are searched, wherein one patent document with a patent number CN201510171103.9 name as an intelligent home decoration design system is a patent document, AND specifically, how a computer uses a virtual technology to display different design patterns is described. The design method is mainly used for household hard clothing, is not suitable for household soft clothing design, and is particularly a design mode freely performed by an owner.
In addition, the design of home soft furnishings in the same cell usually occurs at the same time because the time of arrival is similar. Some owners will be well designed and see the actual effect after finishing. At present, the information is shared to the neighbors free of charge in a mode of a business owner group and the like. This is a design result that is personal to the owner and it is necessary to provide a chance to get remuneration for these design considerations.
Therefore, the inventor feels that a method for designing internet-based home soft design is needed.
Disclosure of Invention
The invention aims to provide an internet-based home soft installation method aiming at the problems in the prior art.
The purpose of the invention is realized by the following technical scheme:
an internet-based home soft installation method, which adopts the following system: the system comprises a collocation server, a plurality of design servers connected with the collocation server, and a plurality of application terminals connected with the collocation server; the method comprises the following steps:
the spatial sense matching step comprises the following steps: the method comprises the steps that an application terminal sends preliminary space data and design personalized information of a house to a collocation server, and the collocation server generates a soft package rendering effect diagram of the house according to the space data and the design personalized information;
the method comprises the following steps of selecting the type of the household product: the method comprises the following steps that an owner user uploads space specific data obtained by photographing or measurement through an application terminal, and a matching server provides at least more than two home product matching schemes for the application terminal according to a soft package rendering map, wherein the home product matching schemes at least comprise standard home product matching schemes;
the home product uploading step comprises the steps that a design server periodically transmits home product data of a company to a collocation server;
the household products adopted by the standard household product matching scheme are all household products with batch supply in the market. Furthermore, the household product matching scheme also comprises a finished soft-clothing matching engineering scheme. Furthermore, the household product collocation scheme also comprises a scheme to be designed; when the scheme to be designed is taken as an option, the designer user accesses the soft package rendering effect diagram of the house of the owner user provided by the collocation server through the application terminal.
Furthermore, the method also comprises a sharing step of transmitting the photo or the video of the house which is matched with the soft package and the soft package matching data of the house to the matching server through the application terminal. More specifically, home product links are marked in house photos and house videos, and the home product introduction page is accessed by clicking the center area of the corresponding home product.
Furthermore, the method also comprises a scoring step, wherein the owner user in the design requirement stage accesses the sharing scheme provided by the owner user or the designer user in the sharing stage through the collocation server, counts the sharing scheme, and credits the sharing scheme to the corresponding sharing stage user or designer user in a scoring mode.
Furthermore, the system also comprises a personalized household product design step, wherein the system comprises a personalized design server connected with the collocation server; the owner user obtains the authority for accessing the personalized design server through application, and the personalized design server is displayed through an embedded window or a pop-up window of the collocation server.
Still further, the personality design server provides a manual dialog window that includes a text interaction interface and a voice interaction button.
Furthermore, the system also comprises a variable household product, and the flexible design timer displays the whole household rendering effect of the variable household product in various states for the owner user.
Furthermore, the variable home furnishing product is a home furnishing product with a double appearance style, the double style home furnishing product is a square body and is arranged at a corner of a house, two vertical surfaces are close to a wall surface when the variable home furnishing product is used, and the other two solid surfaces are exposed.
Furthermore, the dual-style household product is a shoe cabinet, the bottom of the shoe cabinet is provided with trundles with a braking function, two adjacent vertical surfaces are warm-colored surfaces, and the other two adjacent vertical surfaces are cold-colored surfaces; more specifically, the upper end surface of the shoe cabinet is provided with a detachable L-shaped firm board.
Furthermore, the variable household product also comprises a ceiling lamp, and the ceiling lamp has two use modes of a divergent state and a convergent state; the ceiling lamp comprises a main rod part and at least two side rod parts which are annularly arranged on the periphery of the main rod part, and the side rod parts and the main rod part are hinged; when the angle between the side rod part and the main rod part is more than 120 degrees, the side rod part faces downwards and is in a convergent state; when the angle between the side rod part and the main rod part is smaller than or equal to 90 degrees, the side rod part is horizontal or upward and is in a divergent state.
Furthermore, the ceiling lamp is provided with a double-color light source, and light switching of three colors can be realized through control of the circuit board.
Furthermore, the variable household product further comprises a variable television wall, the variable television wall comprises two vertical lamp boxes respectively arranged at two sides of the television, the vertical lamp boxes comprise box bases provided with inner cavities, and triangular box bodies or cylindrical box bodies embedded in the inner cavities, and the upper ends and the lower ends of the triangular box bodies or the cylindrical box bodies are rotatably connected with the box bases.
Further, a light source is arranged in the triangular box body or the cylindrical box body, the surface of the triangular box body or the cylindrical box body can be a smooth surface, and a decorative surface with a smooth surface is attached in an attaching mode. The owner can update the style periodically according to the favorite type.
Furthermore, the method of the invention also comprises a comparison step, which is used for comparing after the owner user selects at least more than two design schemes and finishes the collocation design, so that the owner user can make more suitable selection; more than two design schemes can be the same space sensing concept design scheme; and also can belong to different space concept design schemes.
Furthermore, the collocation server further comprises a progressive design unit and an object reduction design unit, and the design server comprises a home product with a progressive structure and a home product with an object reduction structure. And the owner user selects the soft package rendering effect graphs in the progressive state and the object reduction state in the spatial sense matching step, and the matching server starts the work of the progressive design unit and the object reduction design unit to provide the soft package rendering graphs in different states. The progressive soft package rendering graph has at least two pieces, including an initial state and a superposition state; the object-reducing soft package rendering diagram has at least two pieces, including a full object state and a cleaning state. The progressive soft-package rendering is suitable for the initial decoration period, and the object-reducing soft-package rendering is suitable for home improvement after two or three years.
Further, the method also comprises a DISC personality testing step and a new product displaying step; the new product display step is to display the latest technical trends of the household products, each new household product has at least two enterprises providing information and comprises the technical background of the new household product and the state analysis of domestic and foreign patent technologies; classifying and displaying the new product according to the individual classification of the DISC of the owner users when the new product displays the content; before a new product is displayed, a DISC personality testing step is carried out, and the latest scientific and technological household product is displayed for a D-type owner user according to a testing result; displaying the scientific and technological household products which are mature and used for more than two years at present to the C-type owner user; displaying the latest human art type household products to the I type owner users; displaying the people and art type home furnishing products which are mature and used for more than two years to the S type owner user;
and/or the presence of a gas in the gas,
and the method also comprises a DISC individual updating step, wherein after the owner user finishes the home soft design scheme and finishes the actual home installation, the home soft design scheme is classified according to the access data stored in the collocation server by the owner user to generate the DISC data of the home soft design of the owner user and generate the analysis content of the DISC home design class.
Compared with the prior art, the invention has the beneficial effects that: the invention adopts a mode of matching the server and the design servers, so that an owner user can find the latest product data provided by a plurality of home product companies through the matching server, and can match the home soft-wear style and the home product type selection by himself or a designer. And the spatial sense matching step and the household product type selection step are further separated, and spatial design schemes of different styles can be selected according to own preference. Furthermore, the finished soft-fitting and matching engineering scheme is adopted, and the method is suitable for being adopted by owners of the same residential district and the same house type. And the integration step is provided, so that a way for acquiring revenue is provided for owner users or designer users sharing the design scheme. Further, the system provides variable household products for the owner users, and can provide variable household soft design schemes for the owner users. The ceiling lamp with the divergent state and the convergent state is further adopted, and light with three colors can be selected in the using process. Further, the shoe cabinet with the casters and two color systems is adopted, so that the direction can be changed irregularly, and the freshness in the household space is improved. The shoe cabinet needs the cabinet doors which can be opened on the front plane and the rear plane, shoes can be conveniently placed, and the cabinet doors adopt handles formed by concave structures. And further adopting a comparison step to provide comparison services of more than two design schemes for the owner users, and further adopting a progressive design unit and an object reduction design unit to provide a dynamically-changed design idea for the owner users.
Drawings
FIG. 1 is a block diagram of a system for implementing the Internet-based home soft installation method according to an embodiment of the present invention;
fig. 2 is a schematic perspective view of a shoe cabinet (one of dual-style home products) provided in a system according to the internet-based home soft design method of the present invention;
fig. 3 is a schematic structural diagram of a divergent state (also called an open state) of a ceiling lamp (one of variable home products) of a system adopted by the internet-based home soft design method of the invention;
fig. 4 is a schematic structural diagram of a convergence state (also called a storage state) of a ceiling lamp (one of variable home products) of a system adopted by the internet-based home soft design method of the present invention;
fig. 5 is a schematic structural diagram of a variable tv wall (one type of variable home product) of a system adopted by the internet-based home soft design method of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely by the following embodiments, which are only a part of the embodiments of the present invention, but not all of them. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
It will be understood that the terms "comprises" and/or "comprising," when used in this specification and the appended claims, specify the presence of stated features, integers, steps, operations, elements, and/or components, but do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, and/or groups thereof.
It is also to be understood that the terminology used in the description of the embodiments of the invention herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the embodiments of the invention. As used in the description of the embodiments of the present invention and the appended claims, the singular forms "a," "an," and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise.
As shown in fig. 1, the system adopted by the internet-based home soft installation method of the present invention: the system comprises a collocation server 10, a plurality of design servers 20 connected with the collocation server 10, and a plurality of application terminals 30 connected with the collocation server 10; the method comprises the following steps:
the spatial sense matching step comprises the following steps: the method comprises the steps that an application terminal sends preliminary space data and design personalized information of a house to a collocation server, and the collocation server generates a soft package rendering effect diagram of the house according to the space data and the design personalized information;
the method comprises the following steps of selecting the type of the household product: the method comprises the following steps that an owner user uploads space specific data obtained by photographing or measurement through an application terminal, and a matching server provides at least more than two home product matching schemes for the application terminal according to a soft package rendering map, wherein the home product matching schemes at least comprise standard home product matching schemes;
and uploading the home products, wherein the design server periodically transmits home product data of the company to the collocation server.
The application terminal is a smart phone (i.e., mobile communication device), a tablet computer or a desktop computer, and most users are owners or designers. The matching server is a main server and is maintained and operated by a home soft-mounted platform company. The design server is maintained for the household product enterprise and provides real-time updated household product data for the main server. And establishing connection between the owner user and the enterprise user through the collocation server. Before the connection between the design server and the collocation server is established, the home soft-packaging platform company needs to identify the identity of a home product enterprise, establish a cooperative relationship and the like so as to ensure that the home products provided by the enterprise are guaranteed.
In a more specific embodiment, all household products adopted by the standard household product matching scheme are household products with batch supply in the market. Furthermore, the household product matching scheme also comprises a finished soft-clothing matching engineering scheme. Furthermore, the household product collocation scheme also comprises a scheme to be designed; when the scheme to be designed is taken as an option, the designer user accesses the soft package rendering effect diagram of the house of the owner user provided by the collocation server through the application terminal.
In a more specific embodiment, the method further includes a sharing step of transmitting a photo or a video of the house and the data of the soft-package matching of the house to the matching server through the application terminal. More specifically, home product links are marked in house photos and house videos, and the home product introduction page is accessed by clicking the center area of the corresponding home product.
In a more specific embodiment, the method further comprises a scoring step, wherein the owner user in the design requirement stage accesses the sharing scheme provided by the owner user or the designer user in the sharing stage through the collocation server, counts the sharing scheme, and credits the sharing scheme to the corresponding sharing stage user or designer user in a scoring mode. And the sharing stage user or the designer user can obtain corresponding benefits according to the points.
In a more specific embodiment, the system further comprises a personalized household product design step, wherein the system comprises a personalized design server connected with the collocation server; the owner user obtains the authority to access the personality design server through application, and the personality design server is displayed through an embedded window or a pop-up window of the collocation server. The step is that the owner user connects the home product which can be DIY designed through the matching server, so as to realize the personalized design of the house.
In a more specific embodiment, the personality design server provides a manual dialog window that includes a text interaction interface and voice interaction buttons. The system can communicate with customer service personnel in real time in a text, voice or video mode, and obtains technical support at the highest speed.
In a more specific embodiment, the system further comprises a variable home product, and the flexible design timer displays the home integral rendering effect of the variable home product in various states for the owner user.
In a more specific embodiment, the variable home furnishing product is a home furnishing product with a double appearance style, the double style home furnishing product is a square body and is arranged at a corner of a house, when the variable home furnishing product is used, two vertical surfaces are close to a wall surface, and the other two vertical surfaces are exposed. The method specifically comprises the following steps: the dual style household product is a shoe cabinet 40, the bottom of which is provided with a caster wheel (not shown in the figure) with a braking function, two adjacent vertical surfaces are warm color surfaces 41, and the other two adjacent vertical surfaces are cold color surfaces 42; more specifically, the upper end of the shoe chest 40 is provided with a detachable L-shaped firm board 43.
In a more specific embodiment, as shown in fig. 3 and 4, the convertible household product further includes a pendant lamp 50, and the pendant lamp 50 has two use modes of a divergent state and a convergent state; the pendant lamp 50 comprises a main rod part 51 and at least two side rod parts 52 annularly arranged on the periphery of the main rod part 51, and the side rod parts 52 are hinged with the main rod part 51; when the angle between the side rod part and the main rod part is more than 120 degrees, the side rod part faces downwards and is in a convergent state; when the angle between the side rod part and the main rod part is smaller than or equal to 90 degrees, the side rod part is horizontal or upward and is in a divergent state. In a more specific embodiment, the ceiling lamp 50 is provided with a two-color light source, and light switching of three colors can be realized through control of the circuit board.
In a more specific embodiment, the variable household product further includes a variable tv wall 60, the variable tv wall 60 includes two vertical light boxes 62 respectively disposed at two sides of the tv 61, the vertical light boxes 62 include a box base 621 having an inner cavity 620, and a triangular box 622 (or a cylindrical box) embedded in the inner cavity 621, and upper and lower ends of the triangular box 622 are rotatably coupled to the box base 621.
In a more specific embodiment, a light source is further arranged in the triangular box body or the cylindrical box body, the surface of the triangular box body or the cylindrical box body can be a smooth surface, and a decorative surface (which can be provided with patterns or characters) with a smooth surface is attached in an attaching mode. The owner can update the style periodically according to the favorite type.
The internet-based home soft design method further comprises a comparison step, wherein the comparison step is used for comparing the at least two design schemes selected by the owner user after the matching design is finished so as to facilitate the owner user to make a more suitable choice; more than two design schemes can be the same space sensing concept design scheme; and also can belong to different space concept design schemes.
In a more specific embodiment, the collocation server further comprises a progressive design unit and an object reduction design unit, and the design server comprises a home product with a progressive structure and a home product with an object reduction structure. And the owner user selects the soft package rendering effect graphs in the progressive state and the object reduction state in the spatial sense matching step, and the matching server starts the work of the progressive design unit and the object reduction design unit to provide the soft package rendering graphs in different states. The progressive soft package rendering graph has at least two pieces, including an initial state and a superposition state; the object-reducing soft package rendering diagram has at least two pieces, including a full object state and a cleaning state. The progressive soft-package rendering is suitable for the initial decoration period, and the object-reducing soft-package rendering is suitable for home improvement after two or three years.
In a more specific embodiment, the method further comprises a feedback step, after the owner user finishes home soft clothing, the problem in the soft clothing process is fed back to the collocation server in a text, photo and/or video mode, and the collocation server forwards the problem to the corresponding design server according to the relevance of the feedback signal. The feedback step is beneficial to the design server to receive the actual effect of the owner user so as to improve the structure or quality of the household product. The feedback step may be synchronized with the sharing step.
In a more specific embodiment, the matching server is provided with a 3D stereoscopic display module and planar display modules in the front-back, left-right, and up-down directions, and the home product provided by the design server also includes 3D stereoscopic display data and planar display data in the front-back, left-right, and up-down directions.
In a more specific embodiment, the method further comprises a matching and combining automatic positioning step, wherein a household product provided by the server is designed and provided with an automatic capturing and positioning surface; when the combination is matched, the automatic capturing and positioning surface is used for positioning. The method can also comprise a manual positioning step, and after automatic positioning, adjustment in a single direction is performed one by one.
Because the household products are updated quickly, some owner users cannot know the latest household products in the first time, and a lot of opportunities are missed in the design process. Therefore, the method further comprises a new product display step, wherein the latest technical dynamics of the household products are displayed in the matching server, each new household product at least comprises two enterprises providing information, and the technical background of the new household product and the state analysis of domestic and foreign patent technologies are included. More specifically, the new product display content is classified and displayed according to the individual classification of the DISC of the owner users; before a new product is displayed, a DISC personality test step is carried out, and the latest science and technology type household products (mainly digital science and technology products and multifunctional structure combination products) are displayed for a D type owner user according to a test result; displaying the scientific and technological household products which are mature and used for more than two years at present to the C-type owner user; displaying the latest human art type household products to the I type owner users; and displaying the people and art type household products which are mature and used for more than two years at present to the S type owner user. The DISC personality test is carried out on the owner user once, so that the owner user can know the owner user more clearly in the process of home soft clothing. The home software methods are beneficial to the physical and psychological health of owner users.
In other embodiments, a DISC individual updating step may be further included, in which after the owner user completes the home soft design scheme and completes the actual home installation, the owner user classifies the access data stored in the matching server according to the access data, generates home soft design DISC data of the owner user, and generates analysis content of DISC home design classes. That is, the owner user originally does not have his/her DISC personality data (because it takes some time to test the subject, because of the time, the test is always performed), and the collocation server can determine the type in DISC personality analysis according to the selected type and the time spent by the collocation server when the collocation server makes various options in the home soft-wear process. The test content is changed into the activity of the home soft-mounting process through appropriate theme change according to the currently known standard test questions. Therefore, independent testing time can be saved for an owner, and the DISC personalized analysis data of the owner can be obtained only through a household soft-mounting process once, so that the household soft-mounting platform can provide deeper service for customers. How to change the standard test questions into activities in the household soft-mounting process through proper theme changes is the cost of certain workers. Therefore, by utilizing the statistical function of the matching server, the owner users who have finished the home soft goods design and have the DISC data can be classified, and the preference of each activity is associated with the original DISC type, so that the DISC test question bank exclusive for the home soft goods is obtained. The owner user with the DISC data means that the DISC test (self-contained report) of the standard version is completed before the home soft clothing is finished, or the DISC data is completed by matching with a server when the home soft clothing is finished.
The invention also discloses a variable home soft-packaging system which comprises a variable home product. The variable household products are ceiling lamps, shoe cabinets and/or television walls. The ceiling lamp, the shoe cabinet and the television wall can be in the structure of the embodiment.
In a more specific embodiment, the variable home soft package system comprises a dynamic change area, wherein the dynamic change area changes with the change of the whole year, and is used for placing fan home products in high-temperature weather such as summer and warmer home products in low-temperature weather such as winter; placing the sterilizing and disinfecting household products at the time of the change of the temperature in spring or autumn.
In a more specific embodiment, the dynamic variable area is provided with a floor type multifunctional air conditioner, which mainly performs a heating function in winter, a blowing function in summer, and a disinfecting and sterilizing function in spring and autumn.
In summary, the present invention employs a matching server and a plurality of design servers, so that an owner user can find the latest product data provided by a plurality of home product companies through the matching server, and can match the home soft-wear style and the home product type selection by himself or a designer. And the spatial sense matching step and the household product type selection step are further separated, and spatial design schemes of different styles can be selected according to own preference. Furthermore, the finished soft-fitting and matching engineering scheme is adopted, and the method is suitable for being adopted by owners of the same residential district and the same house type. And the integration step is provided, so that a way for acquiring revenue is provided for owner users or designer users sharing the design scheme. Further, the system provides variable household products for the owner users, and can provide variable household soft design schemes for the owner users. The ceiling lamp with the divergent state and the convergent state is further adopted, and light with three colors can be selected in the using process. Further, the shoe cabinet with the casters and two color systems is adopted, so that the direction can be changed irregularly, and the freshness in the household space is improved. The shoe cabinet needs the cabinet doors which can be opened on the front plane and the rear plane, shoes can be conveniently placed, and the cabinet doors adopt handles formed by concave structures. And further adopting a comparison step to provide comparison services of more than two design schemes for the owner users, and further adopting a progressive design unit and an object reduction design unit to provide a dynamically-changed design idea for the owner users.
The technical contents of the present invention are further illustrated by the examples only for the convenience of the reader, but the embodiments of the present invention are not limited thereto, and any technical extension or re-creation based on the present invention is protected by the present invention. The protection scope of the invention is subject to the claims.
Claims (8)
1. A home soft design method based on the Internet is characterized in that a system adopted by the method comprises a collocation server, a plurality of design servers connected with the collocation server and a plurality of application terminals connected with the collocation server; the method comprises the following steps:
the spatial sense matching step comprises the following steps: the method comprises the steps that an application terminal sends preliminary space data and design personalized information of a house to a collocation server, and the collocation server generates a soft package rendering effect diagram of the house according to the space data and the design personalized information;
the method comprises the following steps of selecting the type of the household product: the method comprises the following steps that an owner user uploads space specific data obtained by photographing or measurement through an application terminal, and a matching server provides at least more than two home product matching schemes for the application terminal according to a soft package rendering map, wherein the home product matching schemes at least comprise standard home product matching schemes;
the home product uploading step comprises the steps that the design server periodically transmits home product data of a company to a collocation server;
the household products adopted by the standard household product matching scheme are all household products with batch supply in the market; the household product matching scheme also comprises a finished soft-clothing matching engineering scheme and a scheme to be designed; when the scheme to be designed is taken as an option, a designer user accesses a soft package rendering effect diagram of the house provided by the collocation server through an application terminal;
the method also comprises a DISC personality testing step and a new product displaying step; the new product display step is to display the latest technical trends of the household products, each new household product has at least two enterprises providing information and comprises the technical background of the new household product and the state analysis of domestic and foreign patent technologies; classifying and displaying the new product according to the individual classification of the DISC of the owner users when the new product displays the content; before a new product is displayed, a DISC personality testing step is carried out, and the latest scientific and technological household product is displayed for a D-type owner user according to a testing result; displaying the scientific and technological household products which are mature and used for more than two years at present to the C-type owner user; displaying the latest human art type household products to the I type owner users; displaying the people and art type home furnishing products which are mature and used for more than two years to the S type owner user;
the method also comprises a DISC individual updating step, wherein after an owner user finishes a home soft design scheme and finishes actual home installation, the owner user classifies the home soft design scheme according to access data stored in a matching server by the owner user to generate home soft design DISC data of the owner user and generate analysis content of DISC home design classes;
determining the type in the DISC personality analysis by the collocation server according to the selected type, the time spent by the owner when making various options in the home soft-package process and the process steps; the test content is changed into the activity of the home soft-mounting process through theme change according to the currently known standard test questions; independent testing time is saved for an owner, and the data of DISC personality analysis of the owner can be obtained only through a household soft-mounting process for one time, so that the household soft-mounting platform can provide deeper service for customers; classifying owner users who finish home soft goods design and have DISC data by utilizing a statistical function of a matching server, and associating the preference of various activities with the original DISC type of the owner users so as to obtain a dedicated DISC test question bank for home soft goods; the owner user with the DISC data means that the DISC test of a standard version with a report is completed before the home soft clothing, or the DISC test is completed by matching with a server during the home soft clothing.
2. The internet-based home soft furnishing design method according to claim 1, further comprising a sharing step of transmitting a photo or video of a house and soft furnishing collocation data of the house, which have completed the soft furnishing collocation, to the collocation server through the application terminal.
3. The internet-based home soft installation and design method according to claim 2, further comprising a scoring step, wherein the owner user in the design requirement stage accesses the sharing scheme provided by the owner user or the designer user in the sharing stage through the matching server, counts the sharing scheme, and takes the corresponding sharing scheme into account by a scoring method.
4. The internet-based home soft design method according to claim 3, further comprising a step of designing a personalized home product, wherein the system comprises a personalized design server connected to the collocation server; the owner user obtains the authority for accessing the personalized design server through application, and the personalized design server is displayed through an embedded window or a pop-up window of the collocation server.
5. The Internet-based home soft furnishing design method according to claim 4, wherein the method is used for home furnishing soft furnishing intelligent matching of a variable home furnishing soft furnishing system, the variable home furnishing soft furnishing system comprises variable home furnishing products, soft furnishing timing is carried out, and home furnishing integral rendering effects of the variable home furnishing products in various states are displayed for owner users.
6. The Internet-based home furnishing soft design method according to claim 5, wherein the variable home furnishing product is a home furnishing product with a double appearance style, the double style home furnishing product is a square body, the double style home furnishing product is arranged at a corner of a house, when in use, two vertical surfaces are close to a wall surface, and the other two vertical surfaces are exposed.
7. The internet-based home furnishing soft design method according to claim 6, wherein the dual style home furnishing product is a shoe cabinet, casters with a braking function are arranged at the bottom, two adjacent vertical surfaces are warm color surfaces, and the other two adjacent vertical surfaces are cold color surfaces.
8. The internet-based home soft furnishings method according to claim 7, wherein the variable home furnishing product further comprises a ceiling lamp, the ceiling lamp having two usage modes of a diverging state and a converging state; the ceiling lamp comprises a main rod part and at least two side rod parts which are annularly arranged on the periphery of the main rod part, and the side rod parts and the main rod part are hinged; when the angle between the side rod part and the main rod part is more than 120 degrees, the side rod part faces downwards and is in a convergent state; when the angle between the side rod part and the main rod part is smaller than or equal to 90 degrees, the side rod part is horizontal or upward and is in a divergent state; the variable household product further comprises a variable television wall, the variable television wall comprises two vertical lamp boxes respectively arranged at two sides of the television, the vertical lamp boxes comprise box bases provided with inner cavities, and triangular box bodies or cylindrical box bodies embedded in the inner cavities, and the upper ends and the lower ends of the triangular box bodies or the cylindrical box bodies are rotatably connected with the box bases.
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