Cloud-based design composition agreement system

Abstract

The present application relates to a cloud design layout agreement system, mainly for building a system that can provide a pre-stored design layout database, the owner can operate the terminal operation unit to form an internet connection with the database, and select the multiple design layout data on the screen, and present the multiple design layout data on the screen. Then, the displayed design layout data is observed, and the multiple design layout data can be partially modified to form the opinion expression, and the specific modification is transmitted to the layout designer for detailed detailed construction drawing. The detailed construction drawing obtained by the interaction of the two parties can be used by the owner to provide the constructor for work.

Description

TECHNICAL FIELD

[0001] The present invention relates to a business system, in particular, a system for providing a design layout agreement. BACKGROUND

[0002] In the current construction decoration of home, office, shop, etc., since it is related to the interior furnishings and taste display of the building, it is generally paid much attention to. Many owners (hereinafter referred to as owners, which means the person who intends to have the construction decoration of home, office, shop, etc., i.e. the general customer or potential customer) will look for professional people to carry out the front-end "layout" and the back-end "construction" of the interior design.

[0003] In the prior art, although some owners will provide the front-end "layout" or the back-end "construction" with the reference data of the network screenshot or other design works. However, each design has its independence and objective environment, such as but not limited to size, style, price consideration, material selection, etc. It is not easy to apply, so the one-sided communication and understanding of the reference data through the owner's spoken language often cannot fully communicate and understand. The image can be obtained through the consultation of both parties.

[0004] The front-end "layout" is the initial performance of the design concept and idea, and it is also the sample and blueprint of the later construction. Therefore, it is very important. Many owners have a high willingness to participate in the concept. Although the owners themselves have independent thinking "design concept", they are limited by the lack of professional skills of interior design "layout" and the difficulty of specific and visual communication of spoken language for three-dimensional space. Therefore, there is often a misunderstanding between the designer or the constructor and the layout. If the discussion is often back and forth, it will also waste a lot of time and transportation and is not economical. SUMMARY

[0005] In view of the problems of the prior art, the present application provides a cloud design layout negotiation system, which comprises a cloud design layout server, a database internally storing a plurality of design layout data, a local transformation program connected to and capable of calling variable data in a variable data area, a processing unit in the cloud design layout server performing local transformation of the design layout data; the cloud design layout server comprises a style selection program and a region selection program; and an execution end operation unit in internet connection with the database; the execution end operation unit displays a style selection image and a region selection image on the screen by executing the style selection program and the region selection program, acquires the plurality of design layout data, and displays the layout image on a screen included in the execution end operation unit; the local transformation program also displays a local transformation image on the screen, and the execution end user can call the variable data area for local modification of the layout image by selecting the local transformation image.

[0006] In this way, the owner can be in internet connection with the database through the execution end operation unit, and selects the plurality of design layout data on the screen to display the design layout data on the screen. The displayed design layout data can be observed, and the design layout data can be locally modified to form a participation opinion, and the specific modification can be transmitted to the layout designer for detailed detailed construction drawing. The detailed construction drawing obtained through the interaction of the two parties can be used by the owner to provide the constructor for work. In this way, the following effects can be achieved:

[0007] 1. The layout designer does not need to communicate directly with the owner by resident personnel, and can provide cloud data to save manpower and transportation time.

[0008] 2. The design layout data stored in the large database can meet the various needs of the owner for the outline and space layout.

[0009] 3. More importantly, the owner can actually participate in the modification, and the plurality of modifications can be completed by selecting the simple execution end operation unit (such as computer, tablet computer, mobile phone, etc.), and the owner does not need to have high design professional.

[0010] 4. With the cloud internet and related computer equipment, the communication between the two parties can be recorded for future verification and evidence. BRIEF DESCRIPTION OF DRAWINGS

[0011] Figure 1 The figure is a schematic diagram of the system architecture of the present application.

[0012] Figure 2A region after the image schematic diagram of the variation.

[0013] Figure 3 A region after the image schematic diagram of the variation. Figure 2 A region after the image schematic diagram of the variation.

[0014] Figure 4 A region after the image schematic diagram of the variation. Figure 2 A region after the image schematic diagram of the variation.

[0015] Figure 5 A region after the image schematic diagram of the variation. Figure 2 A region after the image schematic diagram of the variation.

[0016] Figure 6 Another (i.e. second) image schematic diagram displayed on the screen.

[0017] BRIEF DESCRIPTION OF DRAWINGS 1 - cloud design composition server; 11 - database; 111 - design composition data; 112 - composed image; 12 - local transformation program; 12A - locally transformed image; 13 - processing unit; 14 - variable data area; 15 - size input program; 15A - size input computer image; 16 - pricing program; 16A - price presentation field; 17 - style selection program; 17A - style selected image; 18 - region selection program; 18A - region selected image; 2 - execution end operation unit; 21 - screen; 3 - Internet; 4 - composition unit; A - TV wall image; B - TV cabinet image; C - wine cabinet image. DETAILED DESCRIPTION

[0018] The structure, features and embodiments of the present application are described below in conjunction with the drawings, which provide a further understanding of the present application. Please refer to Figure 1 The present application relates to a cloud design composition system, which comprises:

[0019] A cloud design composition server (1) comprises a database (11). The database (11) internally stores a plurality of design composition data (111), which are uploaded and stored by a composition unit (4). A composition practitioner can form a large image database by a large number of productions.

[0020] The cloud design composition server (1) comprises a local transformation program (12) for performing local composition transformation. The local transformation program (12) is connected to and calls variable data in a variable data area (14), and performs local variation of the design composition data (111) through a processing unit (13) in the cloud design composition server (1).

[0021] An execution end operating unit (2) can be a desktop computer, a notebook computer, a tablet computer or a mobile phone of a user, or any device capable of operating or displaying the cloud design composition server (1).

[0022] The execution end operating unit (2) is connected to the database (11) via the Internet (3). The execution end operating unit (2) can obtain the design composition data (111) by clicking and display the composition image (112) on a screen (21) (as shown in Figure 2 The composition image (112) displays a TV cabinet and its surrounding design image. Figure 2

[0023] The cloud design composition server (1) includes a style selection program (17) and a region selection program (18). The style selection program (17) and the region selection program (18) are executed together to display a style selection image (17A) and a region selection image (18A) on the screen.

[0024] The local transformation program (12) of the present application can also display a local transformation image (12A) on the screen (21). The execution end user can modify the composition image (112) by clicking the local transformation image (12A).

[0025] The cloud design composition server (1) includes a size input program (15) and a computer image (15A) of the size input program (15) can be displayed on the screen (21). The size input program (15) is connected to a pricing program (16) and a price field (16A) of the pricing program (16) can be displayed on the screen (21). The execution end operating unit (2) can calculate the price of the composition after inputting the size.

[0026] Please refer to Figure 2 The execution end user (i.e. the user) can obtain the design composition data (111) by clicking the style selection image (17A) (such as European style, ocean style, and style, etc.) and the region selection image (18A) (such as living room, kitchen, bedroom, etc.) and display the first or original composition image (112) on the screen (21) (as shown in Figure 2 The composition image (112) displays a TV cabinet and its surrounding design image. Figure 2

[0027] Please refer to Figure 3 ​​As shown, for example, the end user is not satisfied with the texture image of the TV wall region (A) in the first or original composition image (112), and thus can click the local transformation image (12A) to call up the modifiable data area (14) for the end user to make local modifications to the composition image (112), such as the texture data in the modifiable data area (14).

[0028] Referring to Figure 4 As shown, for example, the end user is not satisfied with the texture image of the TV wall region (A) in the first or original composition image (112), and thus can click the local transformation image (12A) to call up the modifiable data area (14) for the end user to make local modifications to the composition image (112), such as the texture data in the modifiable data area (14).

[0029] Referring to Figure 5 As shown, for example, the end user is not satisfied with the texture image of the TV wall region (A) in the first or original composition image (112), and thus can click the local transformation image (12A) to call up the modifiable data area (14) for the end user to make local modifications to the composition image (112), such as the texture data in the modifiable data area (14).

[0030] Referring to Figure 6 As shown, for example, the end user is not satisfied with the texture image of the TV wall region (A) in the first or original composition image (112), and thus can click the local transformation image (12A) to call up the modifiable data area (14) for the end user to make local modifications to the composition image (112), such as the texture data in the modifiable data area (14). Figure 6 Overall layout change, while for local modification or transformation, it is based on the foregoing Figures 3 to 5 By analogy, local transformation.

[0031] Thus, the owner can use the end user operating unit (2) to form an Internet (3) connection with the database (11), and click the design composition data (111) on the screen (21) to present the design composition data (111) on the screen (21). Then, the composition image (112) presented by the design composition data (111) is observed, and the design composition data (111) can be locally modified to form a participating opinion, and the specific modification is transmitted to the composition designer for detailed detailed construction drawing.

[0032] The detailed construction drawing obtained by the interaction of both parties can be used by the owner to provide the constructor for work.

[0033] In this way, the effects achieved are:

[0034] The present application can provide the cloud data for the architect to communicate with the owner without direct communication, saving manpower and traffic time. Through the design data stored in the large database, various ideas of the owner about the contour and space layout can be met. The actual participation of the owner in the modification can be realized, and the various modifications can be completed by clicking the simple execution terminal operation unit (such as computer, tablet computer, mobile phone, etc.), and the owner does not need to have high design professional. With the cloud internet and related computer equipment, the communication between the two parties can be recorded for future verification and evidence.

[0035] In summary, the present application is indeed suitable for industrial use, and has not been published or used in public before the application, nor is it known to the public, and has non-obviousness, which meets the patentable requirements. Therefore, a patent application is submitted according to the law. The above-mentioned is a better embodiment of the present application in the industry. Any equivalent change made according to the present application is within the scope of the claimed object.

Claims

1. A cloud-based design composition agreement system, comprising: The cloud design composition server includes: a database for storing a plurality of design composition data; a local transformation program for connecting and calling variable data in a variable data area, performing local transformation of the design composition data via a processing unit in the cloud design composition server; a style selection program and a region selection program; and the execution end operation unit includes a screen and is in internet connection with the database; wherein the execution end operation unit displays and presents a style selection image and a region selection image on the screen via execution of the style selection program and the region selection program, acquires the plurality of design composition data, and presents the composed image on the screen; the local transformation program also presents a local transformation image on the screen, and via selection of the local transformation image, the variable data area is called for the execution end user to perform local modification on the composed image.

2. The cloud design composition agreement system of claim 1, wherein, The variable data area is material data.

3. The cloud design composition agreement system of claim 1, wherein, The cloud design composition server is internally provided with a size input program, and a size input computer image is presented on the screen; the size input program is connected with a pricing program, and a price presentation field is presented on the screen; after input of the size, the execution end operation unit can calculate the price of the composition.

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