CN114197884A - Assembling guiding method and system for customized decorative wallboard - Google Patents

Assembling guiding method and system for customized decorative wallboard Download PDF

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Publication number
CN114197884A
CN114197884A CN202111613221.2A CN202111613221A CN114197884A CN 114197884 A CN114197884 A CN 114197884A CN 202111613221 A CN202111613221 A CN 202111613221A CN 114197884 A CN114197884 A CN 114197884A
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China
Prior art keywords
wallboard
decorative
owner
customized
certain
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Granted
Application number
CN202111613221.2A
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Chinese (zh)
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CN114197884B (en
Inventor
陈伟彬
欧瑞芬
覃瑞萍
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Guangdong Jinglong Construction Group Co ltd
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Guangdong Jinglong Construction Group Co ltd
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Priority to CN202111613221.2A priority Critical patent/CN114197884B/en
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    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
    • E04G21/00—Preparing, conveying, or working-up building materials or building elements in situ; Other devices or measures for constructional work
    • E04G21/14—Conveying or assembling building elements
    • G—PHYSICS
    • G08—SIGNALLING
    • G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
    • G08C17/00—Arrangements for transmitting signals characterised by the use of a wireless electrical link
    • G08C17/02—Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
    • H04N23/60—Control of cameras or camera modules
    • H04N23/66—Remote control of cameras or camera parts, e.g. by remote control devices
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/02—Services making use of location information
    • H04W4/021—Services related to particular areas, e.g. point of interest [POI] services, venue services or geofences
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/02—Services making use of location information
    • H04W4/023—Services making use of location information using mutual or relative location information between multiple location based services [LBS] targets or of distance thresholds
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/30—Services specially adapted for particular environments, situations or purposes
    • H04W4/33—Services specially adapted for particular environments, situations or purposes for indoor environments, e.g. buildings

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  • Engineering & Computer Science (AREA)
  • Signal Processing (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Architecture (AREA)
  • Multimedia (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Mechanical Engineering (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • User Interface Of Digital Computer (AREA)

Abstract

An assembly guiding method and system for customizing decorative wall boards are characterized in that: the method comprises the steps that a target area corresponding to a target customized decorative wallboard is determined from an electronic version wall surface corresponding to a certain entity wall surface of a proprietor by intelligent projection equipment, the target customized decorative wallboard is an appointed customized decorative wallboard in a plurality of customized decorative wallboards manufactured by a manufacturer aiming at the entity wall surface, and the target customized decorative wallboard is the same as the target area in shape; the assembling position of the target customized decorative wallboard on the solid wall surface is determined by the intelligent projection equipment according to the distribution position of the target area on the electronic version wall surface, the target area is projected to the assembling position on the solid wall surface, so that the target customized decorative wallboard is guided to be assembled to the target area projected to the assembling position, and the distribution position is the same as the assembling position. By implementing the embodiment of the application, the assembly efficiency of a plurality of customized decorative wallboards manufactured by manufacturers aiming at a certain entity wall of an owner on the entity wall can be improved.

Description

Assembling guiding method and system for customized decorative wallboard
Technical Field
The application relates to the technical field of building decoration, in particular to an assembly guiding method and system for customizing a decorative wallboard.
Background
Along with the requirement of owners to house comfort level is higher and higher, and a lot of owners can select to customize and decorate the wallboard and decorate the entity wall, and this type of decoration wallboard has performance advantages such as fire prevention, environmental protection. In practice, it is found that after a manufacturer receives a plurality of customized decorative wall boards manufactured by the manufacturer for a certain solid wall surface of the manufacturer, each customized decorative wall board generally needs to be manually attached to the solid wall surface, so as to manually match an assembly position corresponding to each customized decorative wall board on the solid wall surface, and then the customized decorative wall boards are assembled to the corresponding assembly positions. When the quantity of these a plurality of ordered decorative wall boards is more and the shape of these a plurality of ordered decorative wall boards is not completely unanimous, can reduce the assembly efficiency of these a plurality of ordered decorative wall boards on this entity wall.
Disclosure of Invention
The embodiment of the application discloses an assembly guiding method and system for customized decorative wallboards, which can improve the assembly efficiency of a plurality of customized decorative wallboards manufactured by manufacturers aiming at a certain entity wall surface of an owner on the entity wall surface.
The first aspect of the embodiment of this application discloses an assembly guiding method of customizing decoration wallboard, and the producer is all marked unique wallboard sign on customizing each of decorating the wallboard to each of a plurality of customizing of a certain entity wall preparation of owner to the only wallboard sign of marking on two arbitrary customizing decoration wallboards is different, the method includes:
the method comprises the steps that electronic version wall surfaces corresponding to the entity wall surfaces sent by a manufacturer are obtained by electronic equipment of the manufacturer and are divided into a plurality of regions, the number of customized decorative wallboards is the same as that of the regions, the customized decorative wallboards correspond to the regions one to one, the shape of any customized decorative wallboard is the same as that of the region corresponding to the customized decorative wallboard, and the region corresponding to the customized decorative wallboard is marked with a unique wallboard mark marked by the customized decorative wallboard;
the owner electronic equipment sends the electronic version wall surface to intelligent projection equipment for storage;
the owner electronic equipment identifies the unique wallboard identifier of any one target customized decorative wallboard identifier appointed in the customized decorative wallboards by using a shooting module and sends the unique wallboard identifier to the intelligent projection equipment;
the intelligent projection equipment determines a target area corresponding to the target customized decorative wallboard from the electronic version wall surface according to the unique wallboard identification marked on the target customized decorative wallboard; wherein, the target area is marked with a unique wallboard identifier marked on the target customized decorative wallboard;
the intelligent projection equipment determines the assembly position of the target customized decorative wallboard on the solid wall surface according to the distribution position of the target area corresponding to the target customized decorative wallboard on the electronic version wall surface; wherein the distribution position is the same as the assembly position;
the intelligent projection device projects the target area to the assembly location on the solid wall surface to guide assembly of the target customized decorative wallboard to the target area projected to the assembly location.
As another optional implementation manner, in the first aspect of this embodiment of the present application, one hand of the owner holds the owner electronic device, the other hand of the owner wears a virtual tactile glove, the virtual tactile glove is any one of virtual tactile gloves disposed in a certain building sales department, and a display device is a display device disposed in the building sales department, before the manufacturer manufactures the customized decorative wall panels for a certain physical wall surface of the owner, the method further includes:
the owner electronic equipment sends a decorative wallboard style display instruction to the display equipment, and the decorative wallboard style display instruction is used for controlling the display equipment to display the style of a certain decorative wallboard manufactured by the manufacturer;
the display equipment responds to the decorative wallboard style display instruction and displays the style of a certain decorative wallboard made by the manufacturer for the owner to watch; acquiring surface texture data of a certain decorative wallboard, which is acquired in advance, and sending the surface texture data of the certain decorative wallboard to the virtual touch glove;
the virtual tactile glove receives the surface texture data of the certain decorative wallboard, and controls a plurality of actuators distributed on the lower side of the virtual tactile glove to apply corresponding pressure on each part of the lower side of the other hand according to the surface texture data, so that the amateur can sense the surface texture of the certain decorative wallboard through the other hand;
the owner electronic equipment responds to the operation of the owner on a decoration wallboard customizing button displayed by the owner electronic equipment, and sends a decoration wallboard customizing instruction containing a wall size diagram corresponding to a certain solid wall surface to the display equipment, wherein the decoration wallboard customizing instruction is used for representing that the style of the certain decoration wallboard is used as the style of the customized decoration wallboard of the certain solid wall surface;
the display equipment responds to the customized instruction of the decorative wall board and sends the wall size diagram corresponding to the certain solid wall surface and the pattern of the certain decorative wall board to the manufacturer, so that the manufacturer can manufacture the customized decorative wall boards for the certain solid wall surface according to the wall size diagram corresponding to the certain solid wall surface and the pattern of the certain decorative wall board; wherein the customized decorative wallboard has a pattern identical to that of the certain decorative wallboard, and the surface texture of the customized decorative wallboard is identical to that of the certain decorative wallboard.
When the embodiment is implemented, the owner can watch the patterns of the decorative wall boards through the display equipment when selecting the customized decorative wall boards, and does not need to go to a decorative wall board seller or a decorative wall board manufacturer to watch the patterns of various decorative wall boards on site; moreover, the owner can sense the surface textures of various decorative wallboards viewed by the display device through the virtual tactile gloves, and the user is saved from touching various decorative wallboards with hands to sense the surface textures of various decorative wallboards. Therefore, the implementation of the embodiment is beneficial to improving the selection efficiency of customizing the decorative wall boards, and the surface textures of various decorative wall boards can be sensed without touching the various decorative wall boards by hands, so that the embodiment is beneficial to sanitation.
As another optional implementation manner, in a first aspect of an embodiment of the present application, a fingerprint sensor and a third UWB antenna are disposed on the display device, and the owner electronic device scans a two-dimensional access code corresponding to the display device to access the display device, where the method includes:
the display equipment identifies the fingerprint of the owner entering the building selling part through the fingerprint sensor, and inquires the equipment identifier of the legal equipment of the owner bound by the owner fingerprint of the owner of the entity building unit when the fingerprint of the owner is verified to be matched with the owner fingerprint of the owner of a certain entity building unit sold by the building selling part, and starts the third UWB antenna;
when the display device detects that the real-time distance between the third UWB antenna and the first UWB antenna arranged on the owner electronic device is smaller than or equal to a second specified distance, a first device identification reading instruction is sent to the first UWB antenna through the third UWB antenna;
the owner electronic equipment receives the first equipment identifier reading instruction through the first UWB antenna, and sends the equipment identifier of the owner electronic equipment to the third UWB antenna through the first UWB antenna so as to respond to the first equipment identifier reading instruction;
the display equipment receives the equipment identification of the owner electronic equipment through the third UWB antenna, judges whether the equipment identification of the owner electronic equipment is the same as the equipment identification of the owner legal equipment bound by the owner fingerprint of the owner of the entity building unit, and sends an access two-dimensional code corresponding to the display equipment to the first UWB antenna through the third UWB antenna if the equipment identification of the owner electronic equipment is the same as the equipment identification of the owner legal equipment bound by the owner fingerprint of the owner of the entity building unit;
the owner electronic equipment receives the access two-dimensional code corresponding to the display equipment through the first UWB antenna and displays the access two-dimensional code corresponding to the display equipment; when detecting that the access two-dimensional code corresponding to the display equipment is pressed by the owner for a long time, scanning the access two-dimensional code corresponding to the display equipment to access the display equipment;
be provided with the fourth UWB antenna on the virtual sense of touch gloves, owner's electronic equipment sends the only sign of virtual sense of touch gloves to display device includes:
when the owner electronic equipment detects that the real-time distance between the first UWB antenna and the fourth UWB antenna arranged on the virtual tactile glove is smaller than or equal to a third specified distance, a second equipment identification reading instruction is sent to the fourth UWB antenna through the first UWB antenna;
the virtual tactile glove receives the second device identification reading instruction through the fourth UWB antenna, and sends the unique identification of the virtual tactile glove to the first UWB antenna through the fourth UWB antenna so as to respond to the second device identification reading instruction;
the owner electronic device sends the unique identification of the virtual haptic glove to the display device.
The second aspect of the embodiment of this application discloses an assembly bootstrap system of ordering decoration wallboard, and the producer is ordered each of decorating in the wallboard to ordering of a plurality of customization of a certain entity wall preparation of owner and is all marked unique wallboard sign to two arbitrary orders are ordered and are decorated the unique wallboard sign of mark on the wallboard mutually different, the system includes:
the electronic equipment comprises a manufacturer electronic equipment and a customized decorative wallboard, wherein the manufacturer electronic equipment is used for obtaining an electronic version wall surface corresponding to the entity wall surface sent by the manufacturer, the electronic version wall surface is divided into a plurality of regions, the number of the customized decorative wallboards is the same as that of the regions, the customized decorative wallboards are in one-to-one correspondence with the regions, the shape of any customized decorative wallboard is the same as that of the region corresponding to the customized decorative wallboard, and the region corresponding to the customized decorative wallboard is marked with a unique wallboard mark marked by the customized decorative wallboard;
the owner electronic equipment is also used for sending the electronic version wall surface to intelligent projection equipment for storage;
the owner electronic equipment is further used for identifying a unique wallboard identifier of any one appointed target customized decorative wallboard in the customized decorative wallboards by using a shooting module and sending the unique wallboard identifier to the intelligent projection equipment;
the intelligent projection equipment is used for determining a target area corresponding to the target customized decorative wallboard from the electronic version wall surface according to the unique wallboard identification marked on the target customized decorative wallboard; wherein, the target area is marked with a unique wallboard identifier marked on the target customized decorative wallboard;
the intelligent projection equipment is further used for determining the assembly position of the target customized decorative wallboard on the solid wall surface according to the distribution position of the target area corresponding to the target customized decorative wallboard on the electronic version wall surface; wherein the distribution position is the same as the assembly position;
the intelligent projection device is further configured to project the target area to the assembly location on the solid wall surface, so as to guide assembly of the target customized decorative wallboard to the target area projected to the assembly location.
As an optional implementation manner, in a second aspect of the embodiment of the present application, a first UWB antenna is disposed on the owner electronic device, a second UWB antenna is disposed on the smart projection device, and a manner that the owner electronic device sends the electronic version wall surface to the smart projection device for storage is specifically that:
the owner electronic equipment detects whether the real-time distance between the first UWB antenna and the second UWB antenna arranged on the intelligent projection equipment is smaller than or equal to a first specified distance or not; if yes, the electronic version wall surface is sent to the second UWB antenna through the first UWB antenna;
the intelligent projection equipment receives the electronic version wall surface through the second UWB antenna and stores the electronic version wall surface.
As another optional implementation manner, in the second aspect of the embodiments of the present application, the system further includes a virtual tactile glove and a display device, wherein one hand of the owner holds the owner electronic device, the other hand of the owner wears the virtual tactile glove, the virtual tactile glove is any one of the virtual tactile gloves disposed in a certain building sales department, and the display device is the display device disposed in the building sales department, wherein:
the owner electronic equipment is further used for sending a decorative wallboard pattern display instruction to the display equipment before the manufacturer manufactures the customized decorative wallboards for a certain entity wall of the owner, and the decorative wallboard pattern display instruction is used for controlling the display equipment to display the pattern of a certain decorative wallboard manufactured by the manufacturer;
the display equipment is used for responding to the decorative wallboard style display instruction and displaying the style of a certain decorative wallboard made by the manufacturer for the owner to watch; acquiring surface texture data of a certain decorative wallboard, which is acquired in advance, and sending the surface texture data of the certain decorative wallboard to the virtual touch glove;
the virtual tactile glove is used for receiving the surface texture data of the certain decorative wallboard and controlling a plurality of actuators distributed on the lower side of the virtual tactile glove to apply corresponding pressure on each part of the lower side of the other hand according to the surface texture data so that the amateur can sense the surface texture of the certain decorative wallboard through the other hand;
the owner electronic equipment is further used for responding to the operation of the owner on the customization key of the owner electronic equipment and sending a decoration wallboard customization instruction containing a wall size diagram corresponding to the certain solid wall surface to the display equipment, wherein the decoration wallboard customization instruction is used for indicating that the style of the certain decoration wallboard is used as the style of the customized decoration wallboard of the certain solid wall surface;
the display device is further used for responding to the customized instruction of the decorative wall board and sending the wall size diagram corresponding to the certain solid wall surface and the pattern of the certain decorative wall board to the manufacturer, so that the manufacturer can manufacture the customized decorative wall boards for the certain solid wall surface according to the wall size diagram corresponding to the certain solid wall surface and the pattern of the certain decorative wall board; wherein the customized decorative wallboard has a pattern identical to that of the certain decorative wallboard, and the surface texture of the customized decorative wallboard is identical to that of the certain decorative wallboard.
As another optional implementation manner, in the second aspect of the embodiment of the present application, the owner electronic device is further configured to scan a two-dimensional access code corresponding to the display device to access the display device before sending a decorative wallboard style display instruction to the display device;
the owner electronic equipment is further used for sending the unique identifier of the virtual tactile glove to the display equipment;
the display device is further configured to receive the unique identifier of the virtual tactile glove sent by the owner electronic device, and establish a correspondence between the unique identifier of the owner electronic device and the unique identifier of the virtual tactile glove.
As another optional implementation manner, in the second aspect of this embodiment of the present application, the manner in which the display device sends the surface texture data of the certain decorative wall panel to the virtual tactile glove is specifically:
the display equipment acquires the unique identifier of the virtual tactile glove from the corresponding relation between the unique identifier of the owner electronic equipment and the unique identifier of the virtual tactile glove;
and the display equipment sends the surface texture data of the certain decorative wall board to the virtual tactile glove according to the unique identifier of the virtual tactile glove.
As another optional implementation manner, in a second aspect of the embodiment of the present application, a fingerprint sensor and a third UWB antenna are disposed on the display device, and a manner that the owner electronic device scans a two-dimensional access code corresponding to the display device to access the display device specifically is:
the display equipment identifies the fingerprint of the owner entering the building selling part through the fingerprint sensor, and inquires the equipment identifier of the legal equipment of the owner bound by the owner fingerprint of the owner of the entity building unit when the fingerprint of the owner is verified to be matched with the owner fingerprint of the owner of a certain entity building unit sold by the building selling part, and starts the third UWB antenna;
when the display device detects that the real-time distance between the third UWB antenna and the first UWB antenna arranged on the owner electronic device is smaller than or equal to a second specified distance, a first device identification reading instruction is sent to the first UWB antenna through the third UWB antenna;
the owner electronic equipment receives the first equipment identifier reading instruction through the first UWB antenna, and sends the equipment identifier of the owner electronic equipment to the third UWB antenna through the first UWB antenna so as to respond to the first equipment identifier reading instruction;
the display equipment receives the equipment identification of the owner electronic equipment through the third UWB antenna, judges whether the equipment identification of the owner electronic equipment is the same as the equipment identification of the owner legal equipment bound by the owner fingerprint of the owner of the entity building unit, and sends an access two-dimensional code corresponding to the display equipment to the first UWB antenna through the third UWB antenna if the equipment identification of the owner electronic equipment is the same as the equipment identification of the owner legal equipment bound by the owner fingerprint of the owner of the entity building unit;
the owner electronic equipment receives the access two-dimensional code corresponding to the display equipment through the first UWB antenna and displays the access two-dimensional code corresponding to the display equipment; when detecting that the access two-dimensional code corresponding to the display equipment is pressed by the owner for a long time, scanning the access two-dimensional code corresponding to the display equipment to access the display equipment;
a fourth UWB antenna is disposed on the virtual tactile glove, and a manner in which the owner electronic device sends the unique identifier of the virtual tactile glove to the display device is specifically:
when the owner electronic equipment detects that the real-time distance between the first UWB antenna and the fourth UWB antenna arranged on the virtual tactile glove is smaller than or equal to a third specified distance, a second equipment identification reading instruction is sent to the fourth UWB antenna through the first UWB antenna;
the virtual tactile glove receives the second device identification reading instruction through the fourth UWB antenna, and sends the unique identification of the virtual tactile glove to the first UWB antenna through the fourth UWB antenna so as to respond to the second device identification reading instruction;
the owner electronic device sends the unique identification of the virtual haptic glove to the display device.
Compared with the prior art, the embodiment of the application has the following beneficial effects:
in the embodiment of the application, a target area corresponding to a target customized decorative wallboard can be determined from an electronic version wall surface corresponding to a certain entity wall surface of a manufacturer by intelligent projection equipment, wherein the target customized decorative wallboard is any appointed customized decorative wallboard in a plurality of customized decorative wallboards manufactured by the manufacturer aiming at the entity wall surface, and the shape of the target customized decorative wallboard is the same as that of the target area; and determining the assembly position of the target customized decorative wallboard on the solid wall surface by intelligent projection equipment according to the distribution position of the target area on the electronic version wall surface, projecting the target area to the assembly position on the solid wall surface so as to guide the target customized decorative wallboard to be assembled to the target area projected to the assembly position, wherein the distribution position is the same as the assembly position. By implementing the embodiment of the application, the assembly efficiency of a plurality of customized decorative wallboards manufactured by manufacturers aiming at a certain entity wall of an owner on the entity wall can be improved.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present application, the drawings needed to be used in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present application, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.
Fig. 1 is a schematic flow chart of a first embodiment of an assembly guiding method for customized decorative wall boards disclosed in an embodiment of the present application;
fig. 2 is a schematic flow chart of a second embodiment of an assembly guiding method for customized decorative wall boards disclosed in the embodiments of the present application;
fig. 3 is a schematic flow chart of a third embodiment of an assembly guiding method for customized decorative wall boards disclosed in the embodiments of the present application;
fig. 4 is an architectural diagram of a first embodiment of a custom-made decorative wall panel assembly guidance system disclosed in an embodiment of the present application;
fig. 5 is a schematic structural diagram of a second embodiment of an assembly guiding system for customized decorative wall panels disclosed in the embodiments of the present application.
Detailed Description
The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are only a part of the embodiments of the present application, and not all of the embodiments. 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 application.
It should be noted that the terms "comprises" and "comprising," and any variations thereof, in the embodiments of the present application, are intended to cover a non-exclusive inclusion, such that a process, method, system, article, or apparatus that comprises a list of steps or elements is not necessarily limited to those steps or elements expressly listed, but may include other steps or elements not expressly listed or inherent to such process, method, article, or apparatus.
The embodiment of the application discloses an assembly guiding method and system for customized decorative wallboards, which can improve the assembly efficiency of a plurality of customized decorative wallboards manufactured by manufacturers aiming at a certain entity wall surface of an owner on the entity wall surface. The following detailed description is made with reference to the accompanying drawings.
Referring to fig. 1, fig. 1 is a schematic flow chart illustrating a first embodiment of an assembly guiding method for customized decorative wall boards according to an embodiment of the present application. In the assembly guiding method for customized decorative wall boards described in fig. 1, a manufacturer marks a unique wall board identifier (which may also be referred to as a unique wall board number) on each of a plurality of customized decorative wall boards manufactured for a certain solid wall surface of a manufacturer, and the unique wall board identifiers marked on any two customized decorative wall boards in the plurality of customized decorative wall boards are different from each other. As shown in fig. 1, the method for guiding the assembly of customized decorative wall panel may include the following steps:
101. owner's electronic equipment obtains what the producer sent the electronic version wall that the entity wall corresponds, the electronic wall divides into a plurality of regions, a plurality of quantities of customizing the decoration wallboard with the quantity in a plurality of regions is the same, a plurality of customizations decorate the wallboard with a plurality of region one-to-one, arbitrary shape of customizing the decoration wallboard with the shape in the region that customizations the decoration wallboard corresponds is the same, and mark on the region that customizations the decoration wallboard corresponds only wallboard sign that customizations the decoration wallboard mark.
In this application embodiment, after a producer made a certain entity wall to the owner a plurality of customization decorative wall boards and provided the owner, the producer can to owner's electronic equipment of owner sends the electronic version wall that the entity wall corresponds, the electronic wall divides into a plurality of regions and can understand that the electronic wall by a plurality of regional concatenations are constituteed.
For example, the owner electronic device may include a mobile phone, a tablet computer, and the like, and the embodiment of the application is not limited.
102. And the owner electronic equipment sends the electronic version wall surface to the intelligent projection equipment for storage.
In some embodiments, the owner electronic device may send the electronic version wall surface to the smart projection device for storage in a near field communication manner; or, owner's electronic equipment also can be by will through high in the clouds electronic edition wall is sent to intelligent projection equipment and is stored, and this application embodiment does not limit.
103. And the owner electronic equipment identifies the unique wallboard identifier of any appointed target customized decorative wallboard identifier in the plurality of customized decorative wallboards by utilizing the shooting module and sends the unique wallboard identifier to the intelligent projection equipment.
In some embodiments, when the owner electronic device recognizes the unique wallboard identifier of any target customized decorative wallboard identifier of the customized decorative wallboards by using the shooting module, the owner electronic device may use the unique wallboard identifier of any target customized decorative wallboard identifier as the unique wallboard identifier of any target customized decorative wallboard identifier of the customized decorative wallboards and send the unique wallboard identifier to the intelligent projection device.
104. The intelligent projection equipment determines a target area corresponding to the target customized decorative wallboard from the electronic version wall surface according to the unique wallboard identification marked on the target customized decorative wallboard; and the target area is marked with a unique wallboard identifier marked on the target customized decorative wallboard.
105. The intelligent projection equipment determines the assembly position of the target customized decorative wallboard on the solid wall surface according to the distribution position of the target area corresponding to the target customized decorative wallboard on the electronic version wall surface; wherein the distribution position is the same as the assembly position.
106. The intelligent projection device projects the target area to the assembly location on the solid wall surface to guide assembly of the target customized decorative wallboard to the target area projected to the assembly location.
In the assembly guiding method for customized decorative wallboards described in fig. 1, it is not necessary to manually attach each customized decorative wallboard to the solid wall surface, so that the assembly position corresponding to each customized decorative wallboard is manually matched on the solid wall surface, and only the owner electronic device is controlled to recognize the unique wallboard identifier of any appointed target customized decorative wallboard in the customized decorative wallboards by using the shooting module and send the unique wallboard identifier to the intelligent projection device, so that the assembly position of the target customized decorative wallboard on the solid wall surface can be determined. When a plurality of the quantity of ordering to decorate the wallboard is more just a plurality of shapes of ordering to decorate the wallboard are not completely unanimous, can effectual promotion a plurality of ordering decorate the wallboard and be in assembly efficiency on the solid wall.
Referring to fig. 2, fig. 2 is a schematic flow chart illustrating a second embodiment of an assembly guiding method for customizing a decorative wall panel according to an embodiment of the present application. In the assembly guiding method of the customized decorative wall panel depicted in fig. 2, a first UWB (ultra wide band) antenna is disposed on the owner electronic device, and a second UWB antenna is disposed on the smart projection device. In addition, in a certain building selling part, one hand of the owner holds the owner electronic equipment, the other hand of the owner wears a virtual touch glove, the virtual touch glove is any one of the virtual touch gloves arranged in the building selling part, and the display equipment is the display equipment arranged in the building selling part. As shown in fig. 2, the method for guiding the assembly of customized decorative wall panel may include the following steps:
201. and the owner electronic equipment sends a decorative wallboard style display instruction to the display equipment, and the decorative wallboard style display instruction is used for controlling the display equipment to display the style of a certain decorative wallboard manufactured by the manufacturer.
In some embodiments, the owner electronic device may send the decorative wallboard style display instruction to the display device in response to an operation (e.g., clicking) by the owner of a decorative wallboard style display button displayed by the display device.
The display device may include a display, an interactive screen device, and the like, and the embodiment of the present application is not limited.
202. The display equipment responds to the decorative wallboard style display instruction and displays the style of a certain decorative wallboard made by the manufacturer for the owner to watch; and acquiring the surface texture data of the certain decorative wallboard collected in advance, and sending the surface texture data of the certain decorative wallboard to the virtual touch glove.
In some embodiments, the surface texture data of the certain decorative wallboard can be acquired in advance by the background server through the laser scanning system. Correspondingly, the display device may send a surface texture data obtaining instruction including the unique identifier of the certain decorative wallboard to the back-end server, and receive the surface texture data of the certain decorative wallboard, which is sent by the back-end server in response to the surface texture data obtaining instruction and corresponds to the unique identifier of the certain decorative wallboard.
For example, the surface texture data of the certain decorative wallboard can be the surface texture data of the target palm-shaped area on the certain decorative wallboard; wherein the target palm area can be obtained by pressing the virtual tactile glove on the certain decorative wall plate, that is, the target palm area can be the palm area of the virtual tactile glove. Specifically, a reference acquisition point and a plurality of non-reference acquisition points may be distributed on the target palm-shaped area on the certain decorative wallboard, and the surface texture data of the target palm-shaped area on the certain decorative wallboard includes a relative height of each non-reference acquisition point of the plurality of non-reference acquisition points with respect to the reference acquisition point.
203. The virtual tactile glove receives the surface texture data of the certain decorative wallboard, and controls a plurality of actuators distributed on the lower side of the virtual tactile glove to apply corresponding pressure on each part of the lower side of the other hand according to the surface texture data, so that the amateur can sense the surface texture of the certain decorative wallboard through the other hand.
In the embodiment of the present application, the plurality of actuators (also referred to as a plurality of ridge-shaped inflated plastic pads) distributed on the lower side of the virtual tactile glove may include one reference actuator and a plurality of non-reference actuators; wherein the number of the plurality of non-reference actuators is the same as the number of the plurality of non-reference acquisition points; the reference actuator is positioned at the same position on the lower side of the virtual tactile glove as the reference acquisition point is positioned in the target palm-shaped area on the certain decorative wall board; the plurality of non-reference actuators are in one-to-one correspondence with the plurality of non-reference acquisition points, and the position of any non-reference actuator on the lower side of the virtual tactile glove is the same as the position of the non-reference acquisition point corresponding to the non-reference actuator in the target palm-shaped area on the certain decorative wallboard.
After the virtual tactile glove receives the relative height of each non-reference acquisition point in the plurality of non-reference acquisition points relative to the reference acquisition point, which is included in the surface texture data of the target palm-shaped area on the certain decorative wall board, the relative height of each non-reference acquisition point relative to the reference acquisition point can be transmitted to the non-reference actuator corresponding to the non-reference acquisition point, so that the non-reference actuator corresponding to the non-reference acquisition point is inflated until the height of the non-reference actuator corresponding to the non-reference acquisition point relative to the reference actuator is consistent with the relative height of the non-reference acquisition point relative to the reference acquisition point, and when the non-reference actuator corresponding to the non-reference acquisition point is inflated until the height of the non-reference actuator corresponding to the non-reference acquisition point relative to the reference actuator is consistent with the relative height of the non-reference acquisition point relative to the reference acquisition point, the non-reference actuator corresponding to the non-reference acquisition point will exert a pressure corresponding to the relative height of the non-reference acquisition point with respect to the reference acquisition point at a location on the underside of the other hand. When the non-reference actuator corresponding to each non-reference acquisition point exerts pressure corresponding to the relative height of the non-reference acquisition point relative to the reference acquisition point on one part of the lower side of the other hand, the owner can sense the surface texture of the target palm-shaped area on the certain decorative wallboard through the other hand.
204. The owner electronic equipment responds the owner to the operation that the owner ordered the button to the decoration wallboard that owner electronic equipment shows orders the instruction to display device sends and contains the decoration wallboard of the wall size picture that a certain entity wall corresponds orders the instruction, decorate the wallboard and order the instruction and be used for showing will the pattern of a certain decoration wallboard is regarded as the pattern of the customized decoration wallboard of a certain entity wall.
It can be understood that the wall size map corresponding to the certain solid wall surface may not only show the specific shape of the certain solid wall surface, but also show the length of each edge in the specific shape of the certain solid wall surface.
205. The display equipment responds to the customized instruction of the decorative wall board and sends the wall size diagram corresponding to the certain solid wall surface and the pattern of the certain decorative wall board to the manufacturer, so that the manufacturer can manufacture the customized decorative wall boards for the certain solid wall surface according to the wall size diagram corresponding to the certain solid wall surface and the pattern of the certain decorative wall board; wherein the customized decorative wallboard has a pattern consistent with that of the certain decorative wallboard, and the surface texture of the customized decorative wallboard is consistent with that of the certain decorative wallboard; each of a plurality of customized decorative wallboards is customized and is all marked unique wallboard identification on decorating the wallboard to two arbitrary customized decorative wallboards are customized and are marked unique wallboard identification mutually different.
When the owner selects to order the decorative wallboard, the style of the decorative wallboard can be watched through the display equipment without going to a decorative wallboard seller to watch the styles of various decorative wallboards on site by implementing the steps 201 to 203; moreover, the owner can sense the surface textures of various decorative wallboards viewed by the display device through the virtual tactile gloves, and the user is saved from touching various decorative wallboards with hands to sense the surface textures of various decorative wallboards. It can be seen that the implementation of the above steps 201-203 is not only beneficial to improve the selection efficiency of the customized decorative wall board, but also beneficial to sanitation as the surface textures of various decorative wall boards can be sensed without touching the various decorative wall boards with hands.
In addition, by implementing the steps 204-205, the owner can interact with the display device through the owner electronic device, thereby implementing remote customization of the decorative wallboard.
206. Owner's electronic equipment obtains what the producer sent the electronic version wall that the entity wall corresponds, the electronic wall divides into a plurality of regions, a plurality of quantities of customizing the decoration wallboard with the quantity in a plurality of regions is the same, a plurality of customizations decorate the wallboard with a plurality of region one-to-one, arbitrary shape of customizing the decoration wallboard with the shape in the region that customizations the decoration wallboard corresponds is the same, and mark on the region that customizations the decoration wallboard corresponds only wallboard sign that customizations the decoration wallboard mark.
207. The owner electronic equipment detects whether the real-time distance between the first UWB antenna and the second UWB antenna arranged on the intelligent projection equipment is smaller than or equal to a first specified distance or not; if yes, the electronic version wall surface is sent to the second UWB antenna through the first UWB antenna.
208. The intelligent projection equipment receives the electronic version wall surface through the second UWB antenna and stores the electronic version wall surface.
By implementing the steps 207 to 208, the owner electronic device can conveniently and efficiently send the electronic version wall surface to the intelligent projection device for storage.
209. And the owner electronic equipment identifies the unique wallboard identifier of any appointed target customized decorative wallboard identifier in the plurality of customized decorative wallboards by utilizing the shooting module and sends the unique wallboard identifier to the intelligent projection equipment.
210. The intelligent projection equipment determines a target area corresponding to the target customized decorative wallboard from the electronic version wall surface according to the unique wallboard identification marked on the target customized decorative wallboard; and the target area is marked with a unique wallboard identifier marked on the target customized decorative wallboard.
211. The intelligent projection equipment determines the assembly position of the target customized decorative wallboard on the solid wall surface according to the distribution position of the target area corresponding to the target customized decorative wallboard on the electronic version wall surface; wherein the distribution position is the same as the assembly position.
212. The intelligent projection device projects the target area to the assembly location on the solid wall surface to guide assembly of the target customized decorative wallboard to the target area projected to the assembly location.
In the assembly guiding method for customized decorative wallboards described in fig. 2, it is not necessary to manually attach each customized decorative wallboard to the solid wall surface, so that the assembly position corresponding to each customized decorative wallboard is manually matched on the solid wall surface, and only the owner electronic device is controlled to recognize the unique wallboard identifier of any appointed target customized decorative wallboard in the customized decorative wallboards by using the shooting module and send the unique wallboard identifier to the intelligent projection device, so that the assembly position of the target customized decorative wallboard on the solid wall surface can be determined. When a plurality of the quantity of ordering to decorate the wallboard is more just a plurality of shapes of ordering to decorate the wallboard are not completely unanimous, can effectual promotion a plurality of ordering decorate the wallboard and be in assembly efficiency on the solid wall.
In addition, in the assembly guiding method of the customized decorative wall panel described in fig. 2, not only the selection efficiency of the customized decorative wall panel is improved, but also the surface textures of various decorative wall panels can be sensed without touching the various decorative wall panels by hands, which is beneficial to sanitation.
In addition, in the assembly guiding method for customizing the decorative wall panel depicted in fig. 2, the owner can interact with the display device through the owner electronic device, so as to realize remote customization of the decorative wall panel.
In addition, in the assembly guiding method for customized decorative wall boards depicted in fig. 2, the owner electronic device can conveniently and efficiently send the electronic version wall surface to the intelligent projection device for storage.
Referring to fig. 3, fig. 3 is a schematic flow chart illustrating a third embodiment of an assembly guiding method for customizing a decorative wall panel according to an embodiment of the present application. In the assembly guiding method of the customized decorative wall panel depicted in fig. 3, the owner electronic device is provided with a first UWB antenna, and the smart projection device is provided with a second UWB antenna. In addition, in a certain building selling part, one hand of the owner holds the owner electronic equipment, the other hand of the owner wears a virtual touch glove, the virtual touch glove is any one of the virtual touch gloves arranged in the building selling part, and the display equipment is the display equipment arranged in the building selling part. As shown in fig. 3, the method for guiding the assembly of customized decorative wall panel may include the following steps:
301. and the owner electronic equipment scans the access two-dimensional code corresponding to the display equipment to access the display equipment.
In some embodiments, a fingerprint sensor and a third UWB antenna are disposed on the display device, and the corresponding owner electronic device scans an access two-dimensional code corresponding to the display device to access the display device, including:
the display equipment identifies the fingerprint of the owner entering the building selling part through the fingerprint sensor, and inquires the equipment identifier of the legal equipment of the owner bound by the owner fingerprint of the owner of the entity building unit when the fingerprint of the owner is verified to be matched with the owner fingerprint of the owner of a certain entity building unit sold by the building selling part, and starts the third UWB antenna; for example, the physical building unit may be a certain commercial room or a shop, and the embodiment of the present application is not limited;
when the display device detects that the real-time distance between the third UWB antenna and the first UWB antenna arranged on the owner electronic device is smaller than or equal to a second specified distance, a first device identification reading instruction is sent to the first UWB antenna through the third UWB antenna;
the owner electronic equipment receives the first equipment identifier reading instruction through the first UWB antenna, and sends the equipment identifier of the owner electronic equipment to the third UWB antenna through the first UWB antenna so as to respond to the first equipment identifier reading instruction;
the display equipment receives the equipment identification of the owner electronic equipment through the third UWB antenna, judges whether the equipment identification of the owner electronic equipment is the same as the equipment identification of the owner legal equipment bound by the owner fingerprint of the owner of the entity building unit, and sends an access two-dimensional code corresponding to the display equipment to the first UWB antenna through the third UWB antenna if the equipment identification of the owner electronic equipment is the same as the equipment identification of the owner legal equipment bound by the owner fingerprint of the owner of the entity building unit;
the owner electronic equipment receives the access two-dimensional code corresponding to the display equipment through the first UWB antenna and displays the access two-dimensional code corresponding to the display equipment; and scanning the access two-dimensional code corresponding to the display equipment to access the display equipment when detecting that the access two-dimensional code corresponding to the display equipment is pressed by the owner for a long time.
In addition, by implementing the above embodiment, the display device arranged inside the building selling part can avoid directly displaying the access two-dimensional code corresponding to the display device through a display screen, so that it can be prevented that a non-owner legal device directly scans the access two-dimensional code corresponding to the display device displayed on the display screen of the display device to access the display device. That is to say, when the above embodiment is implemented, the display device installed inside the building selling unit may accurately send the access two-dimensional code corresponding to the display device to the owner legal device, so that the owner legal device may scan the received access two-dimensional code corresponding to the display device to access the display device. Therefore, the implementation of the embodiment can prevent the non-owner legal device from scanning the access two-dimensional code corresponding to the display device to access the display device, and is beneficial to reducing the workload of the display device.
302. The owner electronic device sends the unique identification of the virtual haptic glove to the display device.
In some embodiments, a fourth UWB antenna is disposed on the virtual tactile glove, and the respective owner electronic device transmits to the display device a unique identifier of the virtual tactile glove, including:
when the owner electronic equipment detects that the real-time distance between the first UWB antenna and the fourth UWB antenna arranged on the virtual tactile glove is smaller than or equal to a third specified distance, a second equipment identification reading instruction is sent to the fourth UWB antenna through the first UWB antenna;
the virtual tactile glove receives the second device identification reading instruction through the fourth UWB antenna, and sends the unique identification of the virtual tactile glove to the first UWB antenna through the fourth UWB antenna so as to respond to the second device identification reading instruction;
the owner electronic device sends the unique identification of the virtual haptic glove to the accessed display device.
By implementing the implementation of the embodiment, the owner electronic device can conveniently obtain the unique identifier of the virtual tactile glove, and the efficiency of sending the unique identifier of the virtual tactile glove to the display device by the owner electronic device is improved.
303. And the display equipment receives the unique identification of the virtual tactile glove sent by the owner electronic equipment and establishes the corresponding relation between the unique identification of the owner electronic equipment and the unique identification of the virtual tactile glove.
By implementing the above steps 301 to 303, the display device may establish a one-to-one correspondence relationship between the owner electronic device and the virtual tactile glove on the display device after the owner electronic device scans the code and accesses the display device, so that the surface texture data of a certain decorative wallboard displayed by the owner electronic device controlling the display device may be pertinently sent to the virtual tactile glove, thereby improving the accuracy of the display device sending the surface texture data of a certain decorative wallboard displayed by the owner electronic device controlling the display device.
304. And the owner electronic equipment sends a decorative wallboard style display instruction to the display equipment, and the decorative wallboard style display instruction is used for controlling the display equipment to display the style of a certain decorative wallboard manufactured by the manufacturer.
As an alternative embodiment, the manner in which the owner electronic device sends the decorative wallboard style display instruction to the display device may be as follows:
the virtual tactile glove detects an instant strength value when the other hand of the owner wearing the virtual tactile glove makes a fist by using a pressure sensor, and judges whether the instant strength value exceeds a pre-configured strength threshold value, if so, detects whether a first gesture (such as circle drawing) occurs when the other hand of the owner wearing the virtual tactile glove makes a fist, and if so, detects whether a real-time distance between the fourth UWB antenna and the first UWB antenna arranged on the owner electronic equipment is smaller than or equal to a third specified distance; if yes, sending an execution instruction to the first UWB antenna through the fourth UWB antenna, wherein the execution instruction is used for controlling the owner electronic equipment to send a decorative wallboard style display instruction to the display equipment;
the owner electronic equipment receives the execution instruction through the first UWB antenna and sends a decorative wallboard style display instruction to the display equipment so as to respond to the shooting execution instruction.
Wherein, implement above-mentioned embodiment can be convenient control owner electronic equipment to display device sends and decorates wallboard pattern display instruction, promotes owner's experience sense.
305. The display equipment responds to the decorative wallboard style display instruction and displays the style of a certain decorative wallboard made by the manufacturer for the owner to watch; acquiring surface texture data of the certain decorative wallboard collected in advance, and acquiring the unique identifier of the virtual tactile glove from the corresponding relation between the unique identifier of the owner electronic equipment and the unique identifier of the virtual tactile glove; and sending the surface texture data of the certain decorative wallboard to the virtual tactile glove according to the unique identifier of the virtual tactile glove.
In some embodiments, the display device sending the surface texture data of the certain decorative wall panel to the virtual tactile glove according to the unique identifier of the virtual tactile glove, comprising:
the display device queries the stored fourth UWB antenna bound by the unique identifier of the virtual tactile glove by taking the unique identifier of the virtual tactile glove as a basis;
the display equipment judges whether the real-time distance between the third UWB antenna and the fourth UWB antenna is detected to be smaller than or equal to the second specified distance within a specified duration, and if so, the surface texture data of a certain decorative wallboard is sent to the fourth UWB antenna through the third UWB antenna; on the contrary, if the display device determines that the real-time distance between the third UWB antenna and the fourth UWB antenna is not detected to be less than or equal to the second designated distance within the designated time period, the display device sends the surface texture data of the certain decorative wall panel to the owner electronic device, so that the owner electronic device sends the surface texture data of the certain decorative wall panel to the fourth UWB antenna through the first UWB antenna when detecting that the real-time distance between the first UWB antenna and the fourth UWB antenna arranged on the virtual tactile glove is less than or equal to the third designated distance;
the virtual haptic glove receives surface texture data of the certain decorative wall panel through the fourth UWB antenna.
306. The virtual tactile glove receives the surface texture data of the certain decorative wallboard, and controls a plurality of actuators distributed on the lower side of the virtual tactile glove to apply corresponding pressure on each part of the lower side of the other hand according to the surface texture data, so that the amateur can sense the surface texture of the certain decorative wallboard through the other hand.
307. The owner electronic equipment responds the owner to the operation that the owner ordered the button to the decoration wallboard that owner electronic equipment shows orders the instruction to display device sends and contains the decoration wallboard of the wall size picture that a certain entity wall corresponds orders the instruction, decorate the wallboard and order the instruction and be used for showing will the pattern of a certain decoration wallboard is regarded as the pattern of the customized decoration wallboard of a certain entity wall.
308. The display equipment responds to the customized instruction of the decorative wall board and sends the wall size diagram corresponding to the certain solid wall surface and the pattern of the certain decorative wall board to the manufacturer, so that the manufacturer can manufacture the customized decorative wall boards for the certain solid wall surface according to the wall size diagram corresponding to the certain solid wall surface and the pattern of the certain decorative wall board; wherein the customized decorative wallboard has a pattern consistent with that of the certain decorative wallboard, and the surface texture of the customized decorative wallboard is consistent with that of the certain decorative wallboard; each of a plurality of customized decorative wallboards is customized and is all marked unique wallboard identification on decorating the wallboard to two arbitrary customized decorative wallboards are customized and are marked unique wallboard identification mutually different.
309. Owner's electronic equipment obtains what the producer sent the electronic version wall that the entity wall corresponds, the electronic wall divides into a plurality of regions, a plurality of quantities of customizing the decoration wallboard with the quantity in a plurality of regions is the same, a plurality of customizations decorate the wallboard with a plurality of region one-to-one, arbitrary shape of customizing the decoration wallboard with the shape in the region that customizations the decoration wallboard corresponds is the same, and mark on the region that customizations the decoration wallboard corresponds only wallboard sign that customizations the decoration wallboard mark.
310. The owner electronic equipment detects whether the real-time distance between the first UWB antenna and the second UWB antenna arranged on the intelligent projection equipment is smaller than or equal to a first specified distance or not; if yes, the electronic version wall surface is sent to the second UWB antenna through the first UWB antenna.
311. The intelligent projection equipment receives the electronic version wall surface through the second UWB antenna and stores the electronic version wall surface.
By implementing the steps 310 to 311, the owner electronic device can conveniently and efficiently send the electronic version wall surface to the intelligent projection device for storage.
312. And the owner electronic equipment identifies the unique wallboard identifier of any appointed target customized decorative wallboard identifier in the plurality of customized decorative wallboards by utilizing the shooting module and sends the unique wallboard identifier to the intelligent projection equipment.
313. The intelligent projection equipment determines a target area corresponding to the target customized decorative wallboard from the electronic version wall surface according to the unique wallboard identification marked on the target customized decorative wallboard; and the target area is marked with a unique wallboard identifier marked on the target customized decorative wallboard.
314. The intelligent projection equipment determines the assembly position of the target customized decorative wallboard on the solid wall surface according to the distribution position of the target area corresponding to the target customized decorative wallboard on the electronic version wall surface; wherein the distribution position is the same as the assembly position.
315. The intelligent projection device projects the target area to the assembly location on the solid wall surface to guide assembly of the target customized decorative wallboard to the target area projected to the assembly location.
In the assembly guiding method for customized decorative wallboards described in fig. 3, it is not necessary to manually attach each customized decorative wallboard to the solid wall surface, so that the assembly position corresponding to each customized decorative wallboard is manually matched on the solid wall surface, and only the owner electronic device is controlled to recognize the unique wallboard identifier of any appointed target customized decorative wallboard in the customized decorative wallboards by using the shooting module and send the unique wallboard identifier to the intelligent projection device, so that the assembly position of the target customized decorative wallboard on the solid wall surface can be determined. When a plurality of the quantity of ordering to decorate the wallboard is more just a plurality of shapes of ordering to decorate the wallboard are not completely unanimous, can effectual promotion a plurality of ordering decorate the wallboard and be in assembly efficiency on the solid wall.
In addition, in the assembly guiding method of the customized decorative wall panel described in fig. 3, not only the selection efficiency of the customized decorative wall panel is improved, but also the surface textures of various decorative wall panels can be sensed without touching the various decorative wall panels by hands, which is beneficial to sanitation.
In addition, in the assembly guiding method for customizing the decorative wall panel depicted in fig. 3, the owner can interact with the display device through the owner electronic device, so as to realize remote customization of the decorative wall panel.
In addition, in the assembly guiding method for customized decorative wall boards depicted in fig. 3, the owner electronic device can conveniently and efficiently send the electronic version wall surface to the intelligent projection device for storage.
In addition, in the assembly guiding method for customized decorative wall boards depicted in fig. 3, the display device disposed inside the building selling part may avoid directly displaying the access two-dimensional code corresponding to the display device through the display screen, so that it may be prevented that a non-owner legal device directly scans the access two-dimensional code corresponding to the display device displayed on the display screen of the display device to access the display device. Therefore, code scanning of the access two-dimensional code corresponding to the display equipment by non-owner legal equipment can be avoided, and the display equipment is accessed, so that the workload of the display equipment is reduced.
In addition, in the assembly guiding method of the customized decorative wall panel depicted in fig. 3, the owner electronic device can conveniently obtain the unique identifier of the virtual tactile glove, and the efficiency of the owner electronic device sending the unique identifier of the virtual tactile glove to the display device is improved.
In addition, in the assembly guiding method of customized decorative wall boards described in fig. 3, the accuracy of the display device sending the surface texture data of a certain decorative wall board that is controlled by the owner electronic device to be displayed by the display device is improved.
Referring to fig. 4, fig. 4 is a schematic structural diagram of a first embodiment of an assembly guiding system for customized decorative wall boards disclosed in the embodiments of the present application. In the assembly guidance system for customized decorative wall boards shown in fig. 4, a manufacturer marks a unique wall board identifier on each of a plurality of customized decorative wall boards manufactured for a certain solid wall surface of a proprietor, and the unique wall board identifiers marked on any two customized decorative wall boards are different from each other. As shown in fig. 4, the assembling guide system of customized decorative wall panel includes:
the electronic equipment 401 is used for obtaining an electronic version wall surface corresponding to the entity wall surface sent by the manufacturer, the electronic version wall surface is divided into a plurality of regions, the number of the customized decorative wallboards is the same as that of the regions, the customized decorative wallboards correspond to the regions one by one, the shape of any customized decorative wallboard is the same as that of the region corresponding to the customized decorative wallboard, and the region corresponding to the customized decorative wallboard is marked with a unique wallboard identifier marked by the customized decorative wallboard;
the owner electronic device 401 is further configured to send the electronic version wall surface to the intelligent projection device 402 for storage;
the owner electronic device 401 is further configured to recognize, by using a shooting module, a unique wallboard identifier of an identifier on any one of the customized decorative wallboards specified by the plurality of customized decorative wallboards, and send the unique wallboard identifier to the intelligent projection device 402;
the intelligent projection device 402 is configured to determine a target area corresponding to the target customized decorative wallboard from the electronic version wall surface according to the unique wallboard identifier marked on the target customized decorative wallboard; wherein, the target area is marked with a unique wallboard identifier marked on the target customized decorative wallboard;
the intelligent projection device 402 is further configured to determine an assembly position of the target customized decorative wallboard on the solid wall surface according to a distribution position of a target area corresponding to the target customized decorative wallboard on the electronic version wall surface; wherein the distribution position is the same as the assembly position;
the smart projection device 402 is further configured to project the target area to the assembly location on the solid wall surface, so as to guide the assembly of the target customized decorative wallboard to the target area projected to the assembly location.
As an optional implementation manner, in the assembly guiding system of the customized decorative wall board shown in fig. 4, a first UWB antenna is disposed on the owner electronic device, a second UWB antenna is disposed on the smart projection device 402, and a manner that the owner electronic device 401 sends the electronic version wall surface to the smart projection device 402 for storage is specifically:
the owner electronic device 401 detects whether a real-time distance between the first UWB antenna and the second UWB antenna provided on the smart projection device 402 is less than or equal to a first designated distance; if yes, the electronic version wall surface is sent to the second UWB antenna through the first UWB antenna;
and the intelligent projection equipment 402 receives the electronic version wall surface through the second UWB antenna and stores the electronic version wall surface.
In the assembly bootstrap system of ordering to decorate wallboard that figure 4 described, need not manual with each order to customize decorate the wallboard with the entity wall is laminated, with the manual matching goes out each order the assembly position that decorates the wallboard and correspond on the entity wall, only need control owner's electronic equipment utilizes and shoots the module and discern a plurality of orders are ordered and are decorated arbitrary appointed target in the wallboard and order the only wallboard sign of decorating the wallboard sign and send intelligence projection equipment can determine the target is ordered and is decorated the wallboard and in assembly position on the entity wall. When a plurality of the quantity of ordering to decorate the wallboard is more just a plurality of shapes of ordering to decorate the wallboard are not completely unanimous, can effectual promotion a plurality of ordering decorate the wallboard and be in assembly efficiency on the solid wall.
Referring to fig. 5, fig. 5 is a schematic structural diagram of a second embodiment of an assembly guiding system for customized decorative wall boards according to the embodiment of the present application. The assembly guide system of the customized decorative wall panel shown in fig. 5 is optimized by the assembly guide system of the customized decorative wall panel shown in fig. 4. As shown in fig. 5, the assembly guidance system of customized decorative wall panel further includes a virtual tactile glove 403 and a display device 404, wherein, in a certain building, one hand of the owner holds the owner electronic device 401, the other hand of the owner wears the virtual tactile glove 403, the virtual tactile glove 403 is any one of the virtual tactile gloves disposed in the building, and the display device 404 is a display device disposed in the building, wherein:
the owner electronic device 401 is further configured to send a decorative wallboard style display instruction to the display device 404 before the manufacturer manufactures the customized decorative wallboards for a certain solid wall of the owner, where the decorative wallboard style display instruction is used to control the display device to display a style of a certain decorative wallboard manufactured by the manufacturer;
the display device 404 is configured to respond to the decorative wallboard style display instruction, and display a style of a certain decorative wallboard made by the manufacturer for the owner to view; acquiring surface texture data of the certain decorative wallboard, which is acquired in advance, and sending the surface texture data of the certain decorative wallboard to the virtual touch glove 403;
the virtual tactile glove 403 is configured to receive the surface texture data of the certain decorative wall panel, and control the actuators distributed on the lower side of the virtual tactile glove to apply corresponding pressures to various parts on the lower side of the other hand according to the surface texture data, so that the professional can perceive the surface texture of the certain decorative wall panel through the other hand;
the owner electronic device 401 is further configured to send, to the display device 404, a decorative wallboard customizing instruction including a wall size diagram corresponding to the certain solid wall surface in response to an operation of the owner on a decorative wallboard customizing button displayed by the owner electronic device 401, where the decorative wallboard customizing instruction is used to indicate that a style of the certain decorative wallboard is used as a style of a customized decorative wallboard of the certain solid wall surface;
the display device 404 is further configured to respond to the customized instruction of the decorative wall board, and send the wall size diagram corresponding to the certain solid wall surface and the pattern of the certain decorative wall board to the manufacturer, so that the manufacturer manufactures the customized decorative wall boards for the certain solid wall surface according to the wall size diagram corresponding to the certain solid wall surface and the pattern of the certain decorative wall board; wherein the customized decorative wallboard has a pattern identical to that of the certain decorative wallboard, and the surface texture of the customized decorative wallboard is identical to that of the certain decorative wallboard.
As an alternative embodiment, in the assembly guide system of customized decorative wall panel shown in fig. 5:
the owner electronic device 401 is further configured to scan a two-dimensional access code corresponding to the display device 404 to access the display device before sending a decorative wallboard style display instruction to the display device 404;
the owner electronic device 401, further configured to send the unique identifier of the virtual haptic glove 403 to the display device 404;
the display device 404 is further configured to receive the unique identifier of the virtual tactile glove 403 sent by the owner electronic device 401, and establish a correspondence between the unique identifier of the owner electronic device 401 and the unique identifier of the virtual tactile glove 403;
the way for the display device 404 to send the surface texture data of the certain decorative wall panel to the virtual tactile glove 403 is specifically:
the display device 404 obtains the unique identifier of the virtual tactile glove 403 from the correspondence between the unique identifier of the owner electronic device 401 and the unique identifier of the virtual tactile glove 403;
the display device 404 sends the surface texture data of the certain decorative wall panel to the virtual tactile glove 403 according to the unique identifier of the virtual tactile glove 403.
As an optional implementation manner, in the assembly guiding system of the customized decorative wall panel shown in fig. 5, a fingerprint sensor and a third UWB antenna are disposed on the display device 404, and a manner that the owner electronic device 401 scans an access two-dimensional code corresponding to the display device 404 to access the display device 404 is specifically:
the display device 404 recognizes the fingerprint of the owner entering the building selling unit through the fingerprint sensor, and when the fingerprint of the owner is verified to match the fingerprint of the owner of a certain entity building unit sold by the building selling unit, queries the device identifier of the legal owner device bound by the owner fingerprint of the owner of the entity building unit and starts the third UWB antenna;
when detecting that the real-time distance between the third UWB antenna and the first UWB antenna provided on the owner electronic device 401 is smaller than or equal to a second specified distance, the display device 404 sends a first device identifier reading instruction to the first UWB antenna through the third UWB antenna;
the owner electronic device 401 receives the first device identifier reading instruction through the first UWB antenna, and sends the device identifier of the owner electronic device 401 to the third UWB antenna through the first UWB antenna, so as to respond to the first device identifier reading instruction;
the display device 404 receives the device identifier of the owner electronic device 401 through the third UWB antenna, and determines whether the device identifier of the owner electronic device 401 is the same as the device identifier of the owner legal device bound to the owner fingerprint of the owner to which the entity building unit belongs, and if so, sends the access two-dimensional code corresponding to the display device 404 to the first UWB antenna through the third UWB antenna;
the owner electronic device 401 receives the access two-dimensional code corresponding to the display device 404 through the first UWB antenna, and displays the access two-dimensional code corresponding to the display device 404; when detecting that the access two-dimensional code corresponding to the display device 404 is pressed by the owner for a long time, scanning the access two-dimensional code corresponding to the display device 404 to access the display device 404;
in some embodiments, a fourth UWB antenna is disposed on the virtual tactile glove 403, and the manner for the owner electronic device 401 to send the unique identifier of the virtual tactile glove 403 to the display device 404 is specifically:
when detecting that the real-time distance between the first UWB antenna and the fourth UWB antenna provided on the virtual tactile glove 403 is smaller than or equal to a third designated distance, the owner electronic device 401 sends a second device identifier reading instruction to the fourth UWB antenna through the first UWB antenna;
the virtual tactile glove 403 receives the second device identifier reading instruction through the fourth UWB antenna, and sends the unique identifier of the virtual tactile glove 403 to the first UWB antenna through the fourth UWB antenna, in response to the second device identifier reading instruction;
the owner electronic device 401 sends the unique identification of the virtual haptic glove 403 to the display device;
the way for the display device 404 to send the surface texture data of the certain decorative wall panel to the virtual tactile glove 403 according to the unique identifier of the virtual tactile glove 403 is specifically:
the display device 404 queries the stored fourth UWB antenna bound to the unique identifier of the virtual tactile glove 403 based on the unique identifier of the virtual tactile glove 403;
the display device 404 determines whether the real-time distance between the third UWB antenna and the fourth UWB antenna is detected to be less than or equal to the second specified distance within a specified time period, and if so, sends the surface texture data of the certain decorative wallboard to the fourth UWB antenna through the third UWB antenna; on the contrary, if the display device 404 determines that the real-time distance between the third UWB antenna and the fourth UWB antenna is not detected to be less than or equal to the second specified distance within the specified duration, it sends the surface texture data of the certain decorative wall panel to the owner electronic device 401, so that the owner electronic device 401 sends the surface texture data of the certain decorative wall panel to the fourth UWB antenna through the first UWB antenna when detecting that the real-time distance between the first UWB antenna and the fourth UWB antenna provided on the virtual tactile glove 403 is less than or equal to the third specified distance;
the virtual tactile glove 403 receives the surface texture data of the certain decorative wall panel through the fourth UWB antenna.
In the assembly bootstrap system of ordering to decorate wallboard that figure 5 described, need not manual with each order to customize decorate the wallboard with the entity wall is laminated, with the manual matching goes out the assembly position that each order to decorate the wallboard and correspond on the entity wall, only need control owner's electronic equipment utilizes and shoots the module and discern a plurality of orders are ordered and are decorated arbitrary appointed target in the wallboard and order the only wallboard sign of decorating the wallboard sign and send intelligent projection equipment can determine the target is ordered and is decorated the wallboard and in assembly position on the entity wall. When a plurality of the quantity of ordering to decorate the wallboard is more just a plurality of shapes of ordering to decorate the wallboard are not completely unanimous, can effectual promotion a plurality of ordering decorate the wallboard and be in assembly efficiency on the solid wall.
In addition, in the assembly guiding system of the customized decorative wall panel described in fig. 5, not only the selection efficiency of the customized decorative wall panel is improved, but also the surface textures of various decorative wall panels can be sensed without touching the various decorative wall panels by hands, which is beneficial to sanitation.
In addition, in the assembly guiding system for customizing a decorative wall panel depicted in fig. 5, an owner can interact with the display device through the owner electronic device, so as to realize remote customization of the decorative wall panel.
In addition, in the assembly guiding system for customized decorative wall boards depicted in fig. 5, the owner electronic device can conveniently and efficiently send the electronic version wall surface to the intelligent projection device for storage.
In addition, in the assembly guiding system of the customized decorative wall panel depicted in fig. 5, the display device disposed inside the building selling part can avoid directly displaying the access two-dimensional code corresponding to the display device through the display screen, so that it can be prevented that the non-owner legal device directly scans the access two-dimensional code corresponding to the display device displayed on the display screen of the display device to access the display device. Therefore, code scanning of the access two-dimensional code corresponding to the display equipment by non-owner legal equipment can be avoided, and the display equipment is accessed, so that the workload of the display equipment is reduced.
In addition, in the assembly guiding system of customized decorative wall panel depicted in fig. 5, the owner electronic device can conveniently obtain the unique identifier of the virtual tactile glove, and the efficiency of sending the unique identifier of the virtual tactile glove to the display device by the owner electronic device is improved.
In addition, in the assembly guiding system of customized decorative wall boards depicted in fig. 5, the accuracy of the display device sending the surface texture data of a certain decorative wall board that is controlled by the owner electronic device to be displayed by the display device is improved.
The assembly guiding method and system for customized decorative wall boards disclosed in the embodiments of the present invention are described in detail, and the principles and embodiments of the present invention are explained herein by using specific examples, and the description of the embodiments is only used to help understand the method and the core idea of the present invention; meanwhile, for a person skilled in the art, according to the idea of the present invention, there may be variations in the specific embodiments and the application scope, and in summary, the content of the present specification should not be construed as a limitation to the present invention.

Claims (10)

1. The utility model provides an assembly guiding method of customizing decoration wallboard, its characterized in that, the producer is all marked with unique wallboard sign on customizing each of a plurality of customizing decoration wallboards of a certain entity wall preparation of owner to and the only wallboard sign of marking on arbitrary two customizing decoration wallboards is different, the method includes:
the method comprises the steps that electronic version wall surfaces corresponding to the entity wall surfaces sent by a manufacturer are obtained by electronic equipment of a proprietor, the electronic version wall surfaces are divided into a plurality of regions, the number of customized decorative wallboards is the same as that of the regions, the customized decorative wallboards correspond to the regions one to one, the shape of any customized decorative wallboard is the same as that of the region corresponding to the customized decorative wallboard, and the region corresponding to the customized decorative wallboard is marked with a unique wallboard mark marked by the customized decorative wallboard;
the owner electronic equipment sends the electronic version wall surface to intelligent projection equipment for storage;
the owner electronic equipment identifies the unique wallboard identifier of any one target customized decorative wallboard identifier appointed in the customized decorative wallboards by using a shooting module and sends the unique wallboard identifier to the intelligent projection equipment;
the intelligent projection equipment determines a target area corresponding to the target customized decorative wallboard from the electronic version wall surface according to the unique wallboard identification marked on the target customized decorative wallboard; wherein, the target area is marked with a unique wallboard identifier marked on the target customized decorative wallboard;
the intelligent projection equipment determines the assembly position of the target customized decorative wallboard on the solid wall surface according to the distribution position of the target area corresponding to the target customized decorative wallboard on the electronic version wall surface; wherein the distribution position is the same as the assembly position;
the intelligent projection device projects the target area to the assembly location on the solid wall surface to guide assembly of the target customized decorative wallboard to the target area projected to the assembly location.
2. The assembly guiding method of customized decorative wall board according to claim 1, wherein the owner electronic device is provided with a first UWB antenna, the smart projection device is provided with a second UWB antenna, and the owner electronic device transmits the electronic wall surface to the smart projection device for storage, comprising:
the owner electronic equipment detects whether the real-time distance between the first UWB antenna and the second UWB antenna arranged on the intelligent projection equipment is smaller than or equal to a first specified distance or not; if yes, the electronic version wall surface is sent to the second UWB antenna through the first UWB antenna;
the intelligent projection equipment receives the electronic version wall surface through the second UWB antenna and stores the electronic version wall surface.
3. The assembly guiding method for customized decorative wall boards according to claim 1 or 2, wherein one hand of the owner holds the owner's electronic equipment, the other hand of the owner wears a virtual tactile glove, the virtual tactile glove is any one of the virtual tactile gloves disposed in a certain building sales department, the display device is the display device disposed in the building sales department, and before the manufacturer manufactures the customized decorative wall boards for a certain solid wall surface of the owner, the method further comprises:
the owner electronic equipment sends a decorative wallboard style display instruction to the display equipment, and the decorative wallboard style display instruction is used for controlling the display equipment to display the style of a certain decorative wallboard manufactured by the manufacturer;
the display equipment responds to the decorative wallboard style display instruction and displays the style of a certain decorative wallboard made by the manufacturer for the owner to watch; acquiring surface texture data of a certain decorative wallboard, which is acquired in advance, and sending the surface texture data of the certain decorative wallboard to the virtual touch glove;
the virtual tactile glove receives the surface texture data of the certain decorative wallboard, and controls a plurality of actuators distributed on the lower side of the virtual tactile glove to apply corresponding pressure on each part of the lower side of the other hand according to the surface texture data, so that the amateur can sense the surface texture of the certain decorative wallboard through the other hand;
the owner electronic equipment responds to the operation of the owner on a decoration wallboard customizing button displayed by the owner electronic equipment, and sends a decoration wallboard customizing instruction containing a wall size diagram corresponding to a certain solid wall surface to the display equipment, wherein the decoration wallboard customizing instruction is used for representing that the style of the certain decoration wallboard is used as the style of the customized decoration wallboard of the certain solid wall surface;
the display equipment responds to the customized instruction of the decorative wall board and sends the wall size diagram corresponding to the certain solid wall surface and the pattern of the certain decorative wall board to the manufacturer, so that the manufacturer can manufacture the customized decorative wall boards for the certain solid wall surface according to the wall size diagram corresponding to the certain solid wall surface and the pattern of the certain decorative wall board; wherein the customized decorative wallboard has a pattern identical to that of the certain decorative wallboard, and the surface texture of the customized decorative wallboard is identical to that of the certain decorative wallboard.
4. The customized decorative wallboard assembly guiding method of claim 3, wherein before the owner electronic device sends a decorative wallboard style display instruction to the display device, the method further comprises:
the owner electronic equipment scans the access two-dimensional code corresponding to the display equipment to access the display equipment;
the owner electronic device sending the unique identification of the virtual haptic glove to the display device;
and the display equipment receives the unique identification of the virtual tactile glove sent by the owner electronic equipment and establishes the corresponding relation between the unique identification of the owner electronic equipment and the unique identification of the virtual tactile glove.
5. The assembly guiding method of customized decorative wallboard according to claim 4, wherein: the display device sending surface texture data of the certain decorative wall panel to the virtual haptic glove, comprising:
the display equipment acquires the unique identifier of the virtual tactile glove from the corresponding relation between the unique identifier of the owner electronic equipment and the unique identifier of the virtual tactile glove;
and the display equipment sends the surface texture data of the certain decorative wall board to the virtual tactile glove according to the unique identifier of the virtual tactile glove.
6. The utility model provides an assemble bootstrap system of ordering decoration wallboard, its characterized in that, the producer is ordered each of decorating in the wallboard to ordering of a plurality of orders of a certain entity wall preparation of owner and is all marked unique wallboard sign on the wallboard to two arbitrary orders are ordered and are decorated the unique wallboard sign of mark on the wallboard and different each other, the system includes:
the electronic equipment comprises a manufacturer electronic equipment and a customized decorative wallboard, wherein the manufacturer electronic equipment is used for obtaining an electronic version wall surface corresponding to the entity wall surface sent by the manufacturer, the electronic version wall surface is divided into a plurality of regions, the number of the customized decorative wallboards is the same as that of the regions, the customized decorative wallboards are in one-to-one correspondence with the regions, the shape of any customized decorative wallboard is the same as that of the region corresponding to the customized decorative wallboard, and the region corresponding to the customized decorative wallboard is marked with a unique wallboard mark marked by the customized decorative wallboard;
the owner electronic equipment is also used for sending the electronic version wall surface to intelligent projection equipment for storage;
the owner electronic equipment is further used for identifying a unique wallboard identifier of any one appointed target customized decorative wallboard in the customized decorative wallboards by using a shooting module and sending the unique wallboard identifier to the intelligent projection equipment;
the intelligent projection equipment is used for determining a target area corresponding to the target customized decorative wallboard from the electronic version wall surface according to the unique wallboard identification marked on the target customized decorative wallboard; wherein, the target area is marked with a unique wallboard identifier marked on the target customized decorative wallboard;
the intelligent projection equipment is further used for determining the assembly position of the target customized decorative wallboard on the solid wall surface according to the distribution position of the target area corresponding to the target customized decorative wallboard on the electronic version wall surface; wherein the distribution position is the same as the assembly position;
the intelligent projection device is further configured to project the target area to the assembly location on the solid wall surface, so as to guide assembly of the target customized decorative wallboard to the target area projected to the assembly location.
7. The assembly guiding system for customized decorative wall boards according to claim 6, wherein the owner electronic device is provided with a first UWB antenna, the smart projection device is provided with a second UWB antenna, and the owner electronic device transmits the electronic wall surface to the smart projection device for storage specifically:
the owner electronic equipment detects whether the real-time distance between the first UWB antenna and the second UWB antenna arranged on the intelligent projection equipment is smaller than or equal to a first specified distance or not; if yes, the electronic version wall surface is sent to the second UWB antenna through the first UWB antenna;
the intelligent projection equipment receives the electronic version wall surface through the second UWB antenna and stores the electronic version wall surface.
8. The system for guiding the assembly of customized decorative wall boards as claimed in claim 6 or 7, further comprising a virtual touch glove and a display device, wherein one hand of the owner holds the owner electronic device, the other hand of the owner wears the virtual touch glove, the virtual touch glove is any one of the virtual touch gloves disposed in a building sales department, and the display device is the display device disposed in the building sales department, wherein:
the owner electronic equipment is further used for sending a decorative wallboard pattern display instruction to the display equipment before the manufacturer manufactures the customized decorative wallboards for a certain entity wall of the owner, and the decorative wallboard pattern display instruction is used for controlling the display equipment to display the pattern of a certain decorative wallboard manufactured by the manufacturer;
the display equipment is used for responding to the decorative wallboard style display instruction and displaying the style of a certain decorative wallboard made by the manufacturer for the owner to watch; acquiring surface texture data of a certain decorative wallboard, which is acquired in advance, and sending the surface texture data of the certain decorative wallboard to the virtual touch glove;
the virtual tactile glove is used for receiving the surface texture data of the certain decorative wallboard and controlling a plurality of actuators distributed on the lower side of the virtual tactile glove to apply corresponding pressure on each part of the lower side of the other hand according to the surface texture data so that the amateur can sense the surface texture of the certain decorative wallboard through the other hand;
the owner electronic equipment is further used for responding to the operation of a decoration wallboard customizing button displayed by the owner electronic equipment by the owner and sending a decoration wallboard customizing instruction containing a wall size diagram corresponding to the certain solid wall surface to the display equipment, wherein the decoration wallboard customizing instruction is used for showing that the style of the certain decoration wallboard is used as the style of the customized decoration wallboard of the certain solid wall surface;
the display device is further used for responding to the customized instruction of the decorative wall board and sending the wall size diagram corresponding to the certain solid wall surface and the pattern of the certain decorative wall board to the manufacturer, so that the manufacturer can manufacture the customized decorative wall boards for the certain solid wall surface according to the wall size diagram corresponding to the certain solid wall surface and the pattern of the certain decorative wall board; wherein the customized decorative wallboard has a pattern identical to that of the certain decorative wallboard, and the surface texture of the customized decorative wallboard is identical to that of the certain decorative wallboard.
9. The customized decorative wallboard assembly guidance system of claim 8, wherein:
the owner electronic equipment is further used for scanning an access two-dimensional code corresponding to the display equipment to access the display equipment before sending a decorative wallboard style display instruction to the display equipment;
the owner electronic equipment is further used for sending the unique identifier of the virtual tactile glove to the display equipment;
the display device is further configured to receive the unique identifier of the virtual tactile glove sent by the owner electronic device, and establish a correspondence between the unique identifier of the owner electronic device and the unique identifier of the virtual tactile glove.
10. The customized decorative wallboard assembly guidance system of claim 9, wherein:
the way for the display device to send the surface texture data of the certain decorative wall panel to the virtual tactile glove is specifically:
the display equipment acquires the unique identifier of the virtual tactile glove from the corresponding relation between the unique identifier of the owner electronic equipment and the unique identifier of the virtual tactile glove;
and the display equipment sends the surface texture data of the certain decorative wall board to the virtual tactile glove according to the unique identifier of the virtual tactile glove.
CN202111613221.2A 2021-12-27 2021-12-27 Assembling guiding method and system for customized decorative wallboard Active CN114197884B (en)

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