CN106203812A - The industrialized data processing method of building decoration, Apparatus and system - Google Patents
The industrialized data processing method of building decoration, Apparatus and system Download PDFInfo
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Abstract
The invention discloses a kind of industrialized data processing method of building decoration, Apparatus and system.Described data processing method includes: obtain design data；Transfer instruction in response to user, transfer from server and transfer, with described, the general module data that instruction is corresponding；According to described design data, the described general module data transferred are verified；Export the first module inventory and the first BOM, wherein, the described identity corresponding to described general module data transferred listed by described first module inventory, and described first BOM lists the described material information corresponding to described general module data transferred.Use the industrialized data processing method of building decoration provided by the present invention, Apparatus and system, the data in decoration process can carry out integrated management, unified industrialization tissue produces, and improves efficiency, it is to avoid waste.
Description
Technical field
The present invention relates to building decoration technology field, particularly relate to a kind of building decoration industrialized data process side
Method, Apparatus and system.
Background technology
At present, traditional in building decoration technology field finishing mode is typically to process with the customization of component and on-the-spot
The mode of manual work construct.In work progress, need to carry out raw-material buying according to design, and will
The raw material purchased moves job site to, and different work posts carry out on-the-spot processing and fabricating respectively, finally lead to corresponding raw material
Cross the operation that cooperates of each work post and complete last finishing work.Under this pattern, either the production and processing of component is still
On-the-spot construction, all exists that whole efficiency is low, quality is uneven, the defect such as construction pollution and material serious waste.Invention
People finds during realizing invention, and this traditional construction operation mode exists following defect.
In the most traditional construction operation, designer needs to be designed according to the concrete condition repairing building to be installed, because of
It is usually present the biggest difference between different buildings, it is therefore desirable to workman processes a lot of non-standard component at the scene, the most whole executes
Major part parts criteria of right and wrong part during work, so that adding decoration cost, makes the production and processing resource of society make simultaneously
Become significant wastage.
The most traditional operation process generally lacks the systematization configuration concept to interior space function, to follow-up newly-increased merit
Counter-measure can be lacked.It is in particular in, in the face of the systems such as day by day complicated HVAC, water power, amusement, security protection lack integration side
Case, user typically required before finishing and carries out detailed design and planning, and otherwise the later stage transforms for function or structure
Cost the highest, it usually needs relevant region is all removed carry out again redesign construction, cause renovation and upgrading difficulty
Bigger, it is difficult to adapt to current facility information and the development trend of intelligence fastization speed iteration.
3. manufacture of materials and in the acquisition phase building and ornament materials buying and semi-finished product processing still rest on the primary stage,
The processing of semi-finished product completes the most at the construction field (site), owing to lacking skilled craftsman and high accuracy process equipment, lacking unified work
Industry tissue and quality control method, cause materiel machining to go out cost of further processing too high, and waste of material is serious；Crudy is undue
Depending on the level of workman, quality is uneven, lacks touchstone.
4. the construction stage of building decoration is based on on-the-spot manual work, wet trade, and the stirring of cement mortar, scene are smeared
Basic unit's operations such as ash, paint are serious to water resources consumption, construction quality to craftsmanship's proficiency rely on higher, efficiency of construction because of
Wet trade is the longest causes integral level relatively low, and can produce on-the-spot pollution with the carrying out of operation, causes poisonous time serious
Harmful gas produces.
5. traditional decoration mode each stage is often responsible for by not commensurate, lacks unified management, and resource consolidation degree is relatively low, Chang Yin
The problems such as management, communication, interests cause constituent parts, the linking of each stage to coordinate difficulty, and power and responsibility is difficult to clearly, responsibility after going wrong
The situation such as shift onto each other.
In sum, traditional building decoration system also exists process management because of the natural defect of its craft and wet work
The problems such as difficult, quality management and control is difficult, subsequent upgrade is difficult, improved efficiency difficulty, system configuration is difficult, environmental protection is difficult, it is difficult to adapt to interconnect
The development trend of net Time+Architecture decoration and trend.
Summary of the invention
In view of this, the invention provides a kind of industrialized data processing method of building decoration, Apparatus and system, it is intended to
Overcome the drawbacks described above in the presence of prior art.
The industrialized data processing method of building decoration provided by the present invention comprises the following steps: step a, obtains design
Protocol；Step b, transfers instruction in response to user, transfers and transfer corresponding general of instruction with described from server
Module data, at least includes this identity corresponding to general module data and this is general in described general module data
Material information corresponding to module data；Step c, according to the described design data described general module data to having transferred
Verify, it is judged that described general module data are the most complete relative to described design data；The most then perform step d；
Step d, exports the first module inventory and the first BOM, and wherein, transferred described logical listed by described first module inventory
With the described identity corresponding to module data, described first BOM lists the described general module data institute transferred
Corresponding described material information.
The industrialized data processing method of building decoration as above, it is preferable that described judgement described general module number
The most completely include according to relative to described design data: the described general module data transferred are combined, formed
Modeling scheme data；Judge that described modeling scheme data are the most consistent with described design data, be the most then judged as described
General module data are complete relative to described design data；If it is not, be then judged as that described general module data are relative
It is incomplete in described design data.
The industrialized data processing method of building decoration as above, it is preferable that described step c also includes: if it is not, then
Perform following steps；Step e, receives the personality module data of user's input, at least includes this in described personality module data
Property identity corresponding to module data and this material information corresponding to personality module data, by described personality module
Data are merged in the described general module data transferred formation composite module data；Step f, according to described design number
Verify according to described composite module data, it is judged that described composite module data are the completeest relative to described design data
Whole, the most then perform step g；Step g, exports the second module inventory and the second BOM, and described second module inventory includes
The described identity corresponding to described general module data transferred and the identity corresponding to described personality module data
Mark, described second BOM includes the described material information corresponding to described general module data, the Yi Jisuo transferred
State the described material information corresponding to personality module data.
The industrialized data processing method of building decoration as above, it is preferable that described step f also includes: if it is not, then
Return step e.
The industrialized data processing method of building decoration as above, it is preferable that also include: step h, by described individual character
Module data is uploaded to described server and preserves.
The industrialized data processing equipment of building decoration provided by the present invention includes: data acquisition module, is used for obtaining
Design data；Transfer module, for transferring instruction in response to user, transfer from server and transfer instruction phase with described
Corresponding general module data, described general module data at least include this identity corresponding to general module data,
And this material information corresponding to general module data；First correction verification module, is used for according to described design data
The described general module data transferred verify, it is judged that relative to described design data whether described general module data
Completely；First inventory output module, if the check results of described first correction verification module is yes, the most described first inventory output module
For exporting the first module inventory and the first BOM, wherein, transferred described general listed by described first module inventory
Described identity corresponding to module data, it is right that described first BOM lists the described general module data institute transferred
The described material information answered.
The industrialized data processing equipment of building decoration as above, it is preferable that described first correction verification module judges institute
State general module data the most completely to include relative to described design data: the described general module data transferred entered
Row combination, forms modeling scheme data；Judge that described modeling scheme data are the most consistent, if so, with described design data
Then it is judged as that described general module data are complete relative to described design data；If it is not, be then judged as described general
Module data is incomplete relative to described design data.
The industrialized data processing equipment of building decoration as above, it is preferable that also include: receiver module, if described
First correction verification module judged result is no, and described receiver module is for receiving the personality module data of user's input, described individual character
Module data at least includes this identity corresponding to personality module data and this thing corresponding to personality module data
Described personality module data are merged in the described general module data transferred formation composite module data by material information；The
Two correction verification modules, for verifying described composite module data according to described design data, it is judged that described combination die
Blocks of data is the most complete relative to described design data；Second inventory output module, if the sentencing of described second correction verification module
Disconnected result is yes, and described second inventory output module is for output the second module inventory and the second BOM, described second mould
Block inventory includes the described identity corresponding to described general module data transferred and described personality module data institute
Corresponding identity, described second BOM includes the letter of the described material corresponding to described general module data transferred
Described material information corresponding to breath and described personality module data.
The industrialized data processing equipment of building decoration as above, it is preferable that if described composite module data are relative
Imperfect in described design data, the most described receiver module continues to the personality module data of user's input, and by institute
State personality module data and be merged in the described general module data transferred formation composite module data.
The industrialized data processing equipment of building decoration as above, it is preferable that also include: transmission module in data, uses
Preserve in described personality module data being uploaded to described server.
The industrialized data handling system of building decoration provided by the present invention includes: data processing equipment, server, side
Case signal generating unit, production unit, dispensing unit, installation unit.
Described data processing equipment includes: data acquisition module, is used for obtaining design data；Transfer module, be used for
Transfer instruction in response to user, transfer from server and transfer, with described, the general module data that instruction is corresponding, described logical
Corresponding to the identity at least included in module data corresponding to these general module data and this general module data
Material information；First correction verification module, for carrying out the described general module data transferred according to described design data
Verification, it is judged that described general module data are the most complete relative to described design data；First inventory output module, if institute
The check results stating the first correction verification module is yes, and the most described first inventory output module is for output the first module inventory and first
BOM, wherein, the described identity mark corresponding to the described general module data transferred listed by described first module inventory
Knowing, described first BOM lists the described material information corresponding to described general module data transferred；Described service
Device, for providing described general module data to described data processing equipment, prestores multiple described Universal Die in described server
Blocks of data；Described schemes generation unit instructs for the input according to user and generates described design data；Described production is single
Unit is used for receiving the first module inventory and described first BOM that described first inventory output module is exported, and according to institute
State the first BOM and prepare corresponding first material, according to described first module inventory, described first materiel machining is become and institute
State the first module that the first module inventory is corresponding；Described dispensing unit is for being dispensed into job site by described first module；Institute
State installation unit for described first module is installed.
The industrialized data handling system of building decoration as above, it is preferable that described first correction verification module judges institute
State general module data the most completely to include relative to described design data: the described general module data transferred entered
Row combination, forms modeling scheme data；Judge that described modeling scheme data are the most consistent, if so, with described design data
Then it is judged as that described general module data are complete relative to described design data；If it is not, be then judged as described general
Module data is incomplete relative to described design data.
The industrialized data handling system of building decoration as above, it is preferable that described data processing equipment also includes:
Receiver module, if described first correction verification module judged result is no, described receiver module is for receiving the individual character mould of user's input
Blocks of data, at least includes this identity corresponding to personality module data and this individual character mould in described personality module data
Described personality module data are merged in the described general module data transferred formation by the material information corresponding to blocks of data
Composite module data；Second correction verification module, for described composite module data being verified according to described design data,
Judge that described composite module data are the most complete relative to described design data；Second inventory output module, if described
The judged result of two correction verification modules is yes, and described second inventory output module is clear for output the second module inventory and the second material
Single, described second module inventory includes the described identity corresponding to described general module data transferred and described
Identity corresponding to personality module data, described second BOM includes that the described general module data institute transferred is right
Described material information corresponding to the described material information answered and described personality module data；Described production unit is used for connecing
Receive the second module inventory and described second BOM that described second inventory output module is exported, and according to described second thing
Material inventory prepares corresponding second material, is become and described second mould by described second materiel machining according to described second module inventory
The second module that block inventory is corresponding；Described dispensing unit is for being dispensed into job site by described second module；Described installation is single
Unit is for installing described second module.
The industrialized data handling system of building decoration as above, it is preferable that if described composite module data are relative
Imperfect in described design data, the most described receiver module continues to the personality module data of user's input, and by institute
State personality module data and be merged in the described general module data transferred formation composite module data；Described data process dress
Putting and also include: transmission module in data, preserving for described personality module data being uploaded to described server；Described server is also
For receiving described personality module data, and update described general module data according to described personality module data.
Using the industrialized data processing method of building decoration provided by the present invention, Apparatus and system, having following has
Benefit effect.By modularized design the construction and decoration mode that traditional many units coordinate reformed for " coding " and " module " as core
The informationization designing of the heart, buying, construction integrated management mode, this mode can pass through information (data) platform to overall process
Carry out unifying management and control, quality problems can accurately be reviewed, it is to avoid power and responsibility is unclear, link up the problem that efficiency is too low.Pass through
Traditional building decoration construction technology is reformed, replaces traditional wet work, utilize the advantage that " modularity " designs, logical
Cross the module design of standard module and unified data platform information integration, operation is processed in the craft of conventional on-site and is changed into
The unified industrialization tissue of rear end produces, and not only increases production efficiency, also improves stock utilization, component quality simultaneously,
Decrease on-the-spot pollution and building waste.By module being defined in detail and designing, formulate unified standardized bottom
Technical system, Deepen Design specification and in-depth instrument, conceptual design teacher and Deepen Design teacher can make full use of internet advantage,
Design and in-depth instrument (software end) can be utilized building decoration scheme apolegamy decorative module and function mould in local or high in the clouds
Block carry out conceptual design, it is possible to use integrate complete systematized solution to meet the decoration of the exterior space in different chamber
Demand and functional requirement.Reduced by the installation guide training of coding informationization guiding, fabricated mounting means and system and build
Build the decorative operation dependence to knack workman, traditional " many work posts coordinative construction " is changed into based on " erector "
Human resources model, can help to solve the most serious industry " recruitment is waste " problem, the most greatly shorten building dress
The total lever factor of decorations engineering, and improve the working performance of unit labor cost.By the inherent advantage of assembled module, can be easily accomplished
The secondary renovation of building decoration scheme and function iteration are upgraded, and carry out the module replacing upgrading reclaiming processing and secondary cycle profit
With, greatly reducing the waste of building and ornament materials, resources conservation and Green Sustainable to the whole industry have great meaning
Justice.
Accompanying drawing explanation
Preferred embodiment in the present invention will be described in detail below, it will help understand the purpose of the present invention and excellent by accompanying drawing
Point, wherein:
Fig. 1 is the flow chart of the industrialized data processing method of building decoration of the embodiment of the present invention.
Fig. 2 is the industrialized data processing equipment of building decoration of the embodiment of the present invention.
Fig. 3 is the industrialized data handling system of building decoration of the embodiment of the present invention.
Fig. 4 is an application example of the industrialized data handling system of embodiment of the present invention building decoration.
Detailed description of the invention
Below in conjunction with embodiment, the present invention is described in detail.The most identical parts are with identical reference table
Show.
Fig. 1 is the flow chart of the industrialized data processing method of building decoration of the embodiment of the present invention.As it is shown in figure 1, this
The industrialized data processing method of building decoration that inventive embodiments is provided can be realized by following steps.
Step S101, obtains design data.Described design data can be at the beginning of a certain fitting-out work
Step design, can be formulated according to the specific requirement of engineering by designer, and be input in corresponding terminal unit.
Such as: designer can according to the specific requirement of engineering, by by certain design software (such as: CAD software etc.) at PC
Terminal carries out Preliminary design, forms described design data.Described step S101 can obtain described in described PC terminal
Design data.Described design data can include but not limited to: global design structure, localized design structure and
The structure etc. of other particular/special requirement.In specific implementation process, described design data can be entered in units of the engineering of local
Row design, such as metope engineering, ground surface works, door and window work etc. are designed respectively, and obtain the design of correspondence respectively
Data；Whole engineering can also be directly generated overall design data as an entirety.
Step S102, transfers instruction in response to user, transfers and transfer corresponding logical of instruction with described from server
With module data, described general module data at least include this identity corresponding to general module data and this lead to
With the material information corresponding to module data.Wherein, substantial amounts of described general module data can prestore in the server, in order to
Call according to described design data in user (such as: designer).
In one embodiment, can prestore corresponding data base in described server, data base includes substantial amounts of
General module data.In specific implementation process, the data base in described server can realize in such a way: first,
By each subdivisional work of building decoration, if the conventional wet operating type of end face, metope, ground, door and window etc. is with fabricated dry
Method assembly flow shop technology replaces, and the basic unit of traditional decoration, adhesive linkage, surface layer etc. will be optimized or reform, with integrated list
The form of element module (such as basic unit's keel module, surface layer module etc.), by the industrialization modulus of suitable for producing, installation and appearance requirement
It is designed integrating, in order to the later stage, utilization was executed by the interface system (such as card connection interface, mounting interface etc.) between each module
Work facility carry out assembled installation.Secondly, integrated unit module is carried out combing, and splits the modules into decorative module and function mould
The big class of block two, and press end face system, wall (body) plane system, ground system, integral bathroom system, whole kitchen system, water power system
The subclass such as system, HVAC system organize.The mode of general purpose computer data base builds and manages building decoration work
The module library of industry, constituting of this module library contains the coding of module, drawing (two dimension and three-dimensional), designs and customize the letters such as specification
Breath；This module library can store and call in the way of this locality or cloud storage, it is possible to continually develop new module to module
Storehouse is updated iteration.
In step s 102, user can transfer instruction, with from described accordingly according to the input of described design data
Server is transferred corresponding general module data.Such as: what described design data were reacted is a ceiling structure, should
Ceiling structure can by central authorities' plaque module, fall grade module and light trough module is formed to combine, then, user can input accordingly
Transfer instruction for corresponding three, transfer respectively from server with central plaque module, fall grade module and light trough module is corresponding
Central plaque module data, fall grade module data and light trough module data.
Concrete identity (preferably identity coding) corresponding to module data in table 1 below illustrates an embodiment,
And corresponding material information.
Table 1
The described general module data transferred are verified by step S103 according to described design data, it is judged that
Described general module data are the most complete relative to described design data；The most then perform step S104.
Step S104, exports the first module inventory and the first BOM, and wherein, described first module inventory is listed modulated
The described identity corresponding to described general module data taken, described first BOM lists transferred described general
Described material information corresponding to module data.
Illustrating with the embodiment of as above table 1, in first embodiment, step S103 is all of described by transferred
General module is combined, if can be integrally formed the design corresponding to described design data after Zu He, then sentences
It is complete for breaking as described general module data relative to described design data, and the most described design data can be by institute
The all of described general module data called combine.In the second embodiment, described in can directly being called
Data included in general module data and described design data contrast one by one, if can one_to_one corresponding, then say
Bright described design data can be combined by all of described general module data called, then be judged as: described
General module data are complete relative to described design data, are otherwise incomplete.In the 3rd embodiment, institute
State and judge that described general module data the most completely include relative to described design data: the described Universal Die that will have transferred
Blocks of data is combined, and forms modeling scheme data；Judge described modeling scheme data and described design data whether
Cause, be the most then judged as that described general module data are complete relative to described design data；If it is not, be then judged as
Described general module data are incomplete relative to described design data.
In described step S104, described first module inventory needs all of general module data institute by being called right
The identity answered is enumerated wherein, such as the example of table 1, described first module inventory need list central authorities plaque module data,
Falling the identification number corresponding to grade module data and light trough module data, the most described first module inventory is: 01,02,03.Simultaneously
According to table 1, described first BOM includes all of material information, specific as follows: 28 (i.e. 15+5+ of A parts
8), B parts 27 (21+4+2), C parts 4 (3+0+1).During subsequent production, can be clear according to described first material
Singly carry out preparation and the buying of material, and according to described first module inventory by module corresponding for described materiel machining one-tenth, just
In carrying out in-site installation.In this type of design, the parts used by engineering can carry out preprocessing, job site the most in the factory
Without carrying out substantial amounts of processing, it is only necessary to simply install and can complete whole engineering, efficiently avoid traditional work
The defect that mode is brought.
In a concrete application example, conceptual design teacher or Deepen Design teacher can according to concrete scene and demand with
Local or high in the clouds mode chooses calling module library module, with computer assisted form (include but not limited to computer, IPAD,
The instruments such as mobile phone or the form such as software and APP) individual cultivation (i.e. module data call) of complete design scheme, configure
Cheng Houke is automatically generated for BOM (material) inventory of industrialization tissue generation for plant organization production and application.
As it is shown in figure 1, in a preferred embodiment, if the judged result in step S103 is no, i.e. judged result is: described
General module data are incomplete relative to described design data, then perform step S105.
Described step S105 includes: receives the personality module data of user's input, at least wraps in described personality module data
Include this identity corresponding to personality module data and this material information corresponding to personality module data, by described
Property module data be merged in the described general module data transferred formation composite module data.Described personality module data can
To be carried out autonomous Design and input by user according to described design data, such as: the verification in step S103, find
Three general modules in table 1 cannot intactly be combined into the structure of the design needed for engineering, then user (or designer)
The module data of a kind of personalization can be designed accordingly, i.e. design described personality module data, and the described individual character that will design
Module data inputs.
Described composite module data are verified, it is judged that described combination by step S106 according to described design data
Module data is the most complete relative to described design data.In step s 106, it is judged that through personality module data filling
Afterwards, if can intactly be combined into the structure of design, if permissible, then perform step S107, if cannot, then return
Step S105, continues the personality module data of structure user input, and described personality module data is merged into the institute transferred
State formation composite module data in general module data, until described composite module data relative to described design data are
Complete, then perform step S107.The application scenarios of this design by: when the general module data called in server cannot
In the case of the design of complete design scheme, i.e. design occur in that the nonstandard module not having in data base, can by with
Family (or designer) carries out supplementing of module data.
Step S107, exports the second module inventory and the second BOM, and described second module inventory includes having transferred
Described identity corresponding to described general module data and the identity corresponding to described personality module data, institute
State the described material information corresponding to described general module data and described individual character mould that the second BOM includes having transferred
Described material information corresponding to blocks of data.During subsequent production, thing can be carried out according to described second BOM
The preparation of material and buying, and according to described second module inventory, described materiel machining is become the module of correspondence, it is simple to carry out scene
Install.About described second module inventory and the second BOM, with described first module inventory described above and described
One BOM is similar to, and difference is to add the individual character material information of described personality module data and correspondence, because of
This, be not repeated to illustrate herein.
In a preferred embodiment, the industrialized data processing method of building decoration provided by the present invention also includes step
Described personality module data are uploaded to described server and preserve, to realize the renewal of data base in described server by S108.Tool
Body ground, can be by the described personality module data filling newly uploaded to described general module data, when using next time, this
The described personality module data updated can use as general module data.Data base in this design, in server
Can constantly enrich.
Accordingly, present invention also offers a kind of industrialized data processing equipment of building decoration.Fig. 2 is that the present invention implements
The industrialized data processing equipment of building decoration of example.As in figure 2 it is shown, the building decoration work that the preferred embodiment of the present invention is provided
The data processing equipment of industry includes data acquisition module 201, transfer module the 202, first correction verification module 203 and the first inventory is defeated
Go out module 204.
Described data acquisition module 201 is used for obtaining design data.
Described module 202 of transferring, for transferring instruction in response to user, is transferred from server and is transferred instruction with described
Corresponding general module data, at least include this identity mark corresponding to general module data in described general module data
Know and this material information corresponding to general module data.
Described first correction verification module 203 is for according to the described design data described general module data to having transferred
Verify, it is judged that described general module data are the most complete relative to described design data.
Described first inventory output module 204 is used for: if the check results of described first correction verification module 203 is yes, then institute
State the first inventory output module 204 for exporting the first module inventory and the first BOM, wherein, described first module inventory
Listing the described identity corresponding to described general module data transferred, described first BOM is listed and has been transferred
Described material information corresponding to described general module data.
In a preferred embodiment, described first correction verification module 203 judges that described general module data are relative to described design
Protocol the most completely includes: the described general module data transferred be combined, and forms modeling scheme data；Judge
Described modeling scheme data are the most consistent with described design data, the most then be judged as that described general module data are relative
It is complete in described design data；If it is not, be then judged as that described general module data are relative to described design number
According to being incomplete.
As in figure 2 it is shown, the industrialized data processing equipment of building decoration that the preferred embodiment of the present invention is provided also includes
With lower module.
Receiver module 205, if described first correction verification module 203 judged result is no, described receiver module 205 is used for receiving
The personality module data of user's input, at least include this identity mark corresponding to personality module data in described personality module data
Know and this material information corresponding to personality module data, described personality module data are merged into transferred described logical
With module data is formed composite module data.
Second correction verification module 206, for verifying described composite module data according to described design data, sentences
Disconnected described composite module data are the most complete relative to described design data.
Second inventory output module 207, if the judged result of described second correction verification module 206 is yes, described second inventory
Output module 207 is for output the second module inventory and the second BOM, and described second module inventory includes the institute transferred
State the described identity corresponding to general module data and the identity corresponding to described personality module data, described
Second BOM includes the described material information corresponding to described general module data transferred and described personality module
Described material information corresponding to data.
Preferably, if described composite module data are imperfect relative to described design data, the most described receiver module
The 205 personality module data continuing to user's input, and described personality module data are merged into transferred described general
Module data is formed composite module data.
Preferably, the industrialized data processing equipment of building decoration that the embodiment of the present invention is provided also includes: in data
Transmission module 208, preserves for described personality module data are uploaded to described server.
The industrialized data processing equipment of building decoration that the embodiment of the present invention is provided can perform to build as above
Building the industrialized data processing method of decoration, concrete application process has elaborated, the most superfluous
State.
Accordingly, present invention also offers a kind of industrialized data handling system of building decoration.Fig. 3 is that the present invention implements
The industrialized data handling system of building decoration of example, Fig. 4 is that the industrialized data of embodiment of the present invention building decoration process system
One application example of system.As shown in Figure 3 and Figure 4, the industrialized data of building decoration that the embodiment of the present invention is provided process
System includes: data processing equipment 200, server 300, schemes generation unit 400, production unit 500, dispensing unit 600 and
Installation unit 700.
Described data processing equipment 200 includes: data acquisition module 201, is used for obtaining design data；Transfer module
202, for transferring instruction in response to user, transfer from server 300 and transfer, with described, the general module that instruction is corresponding
Data, at least include this identity corresponding to general module data and this general module in described general module data
Material information corresponding to data；First correction verification module 203, for described logical to transferred according to described design data
Verify with module data, it is judged that described general module data are the most complete relative to described design data；First is clear
Single output module 204, if the check results of described first correction verification module 203 is yes, the most described first inventory output module 204 is used
In exporting the first module inventory and the first BOM, wherein, the described Universal Die transferred listed by described first module inventory
Described identity corresponding to blocks of data, described first BOM is listed corresponding to the described general module data transferred
Described material information.
Described server 300 is for providing described general module data, described server to described data processing equipment 200
Multiple described general module data are prestored in 300.
In one embodiment, can prestore corresponding data base in described server 300, data base includes in a large number
General module data.In specific implementation process, the data base in described server 300 can realize in such a way:
First, by each subdivisional work of building decoration, if the conventional wet operating type of end face, metope, ground, door and window etc. is with assembled
Dry method assembly flow shop technology replace, the basic unit of traditional decoration, adhesive linkage, surface layer etc. will be optimized or reform, with collection
Become the form of unit module (such as basic unit's keel module, surface layer module etc.), by suitable for producing, installation and the industrialization of appearance requirement
Modulus is designed integrating, in order to the later stage is by the interface system (such as card connection interface, mounting interface etc.) between each module, profit
Assembled installation is carried out with construction equipment.Secondly, integrated unit module is carried out combing, and splits the modules into decorative module and merit
The energy big class of module two, and press end face system, wall (body) plane system, ground system, integral bathroom system, whole kitchen system, water
The electricity subclass such as system, HVAC system organizes.The mode of general purpose computer data base builds and manages building dress
Adoring industrialized module library, constituting of this module library contains the coding of module, drawing (two dimension and three-dimensional), designs and customize specification etc.
Information；This module library can store and call in the way of this locality or cloud storage, it is possible to continually develop new module to mould
Block storehouse is updated iteration.
Described schemes generation unit 400 instructs for the input according to user and generates described design data.Described side
Case signal generating unit 400 can be realized by various data processing terminals, such as: conceptual design teacher or Deepen Design teacher can roots
In the way of this locality or high in the clouds, choose calling module library module according to concrete scene and demand, (include with computer assisted form
But it is not limited to instrument or the forms such as software and APP such as computer, IPAD, mobile phone) individual cultivation (the i.e. module of complete design scheme
Calling of data), BOM (material) inventory of industrialization tissue generation can be automatically generated for after having configured for plant organization
Production and application.
The first module inventory that described production unit 500 is exported for receiving described first inventory output module 204 and
Described first BOM, and prepare corresponding first material according to described first BOM, clear according to described first module
Single by the first corresponding with described first module inventory for described first materiel machining one-tenth module.
Described dispensing unit 600 is for being dispensed into job site by described first module.
Described installation unit 700 is for installing described first module.
Preferably, described first correction verification module 203 judges that described general module data are relative to described design data
The most completely include:
The described general module data transferred are combined, form modeling scheme data；
Judge that described modeling scheme data are the most consistent with described design data, be the most then judged as described general
Module data is complete relative to described design data；If it is not, be then judged as that described general module data are relative to institute
It is incomplete for stating design data.
In a preferred embodiment, described data processing equipment 200 also includes: receiver module 205, if described first school
It is no for testing module 203 judged result, and described receiver module 205 is for receiving the personality module data of user's input, described individual character
Module data at least includes this identity corresponding to personality module data and this thing corresponding to personality module data
Described personality module data are merged in the described general module data transferred formation composite module data by material information；The
Two correction verification modules 206, for verifying described composite module data according to described design data, it is judged that described combination
Module data is the most complete relative to described design data；Second inventory output module 207, if described second correction verification module
The judged result of 206 is yes, and described second inventory output module 207 is used for output the second module inventory and the second BOM,
Described second module inventory includes the described identity corresponding to described general module data transferred and described individual character
Identity corresponding to module data, described second BOM includes corresponding to the described general module data transferred
Described material information corresponding to described material information and described personality module data.
Accordingly, described production unit 500 is for receiving the second module that described second inventory output module 207 is exported
Inventory and described second BOM, and prepare corresponding second material, according to described second according to described second BOM
Described second materiel machining is become second module corresponding with described second module inventory by module inventory.
Described dispensing unit 600 is for being dispensed into job site by described second module.
Described installation unit 700 is for installing described second module.
If it is further preferable that described composite module data are imperfect relative to described design data, the most described reception
Module 205 continues to the personality module data of user's input, and described in described personality module data are merged into transferring
General module data are formed composite module data；Described data processing equipment 200 also includes: transmission module 208 in data, is used for
Described personality module data are uploaded to described server 300 preserve；Described server 300 is additionally operable to receive described personality module
Data, and update described general module data according to described personality module data.
In general, the industrialized data handling system of building decoration that the embodiment of the present invention is provided is with component
" modularity " is core, and industrialization tissue is produced as basis, and the construction of assembled in situ formula is means, it is achieved the work Internet era of adaptation
The building decorative system of industry, " modularity " therein is embodied in the modularized design of building decoration component and builds
Build on the individual cultivation of Art Design scheme.
During exporting corresponding module inventory and BOM and production unit 500 produce accordingly, one
Individual concrete application is as follows.
First, integrated unit module is carried out Unified coding management, set up the industrialized coding system of building decoration, for rear
Continuous information system management is laid a solid foundation.Secondly, each region order is with BOM (material) inventory (designer or Deepen Design Shi Jinhang
Configuration generates) the mode process by background data base, by the material requirement information transmission of various modules (coding) to factory
Place's (i.e. production unit 500), factory carries out centralized purchasing according to material requirement information (coding), scheduling produces and secondary operations,
Produce and processing can be completed by automatic production line operation form, and carry out unifying to store for foundation with sequence information (coding)
With logistics distribution to storehouse, each center, all component modules completed can be arranged for barcode scanning identification coding information (such as:
RIDF RF-wise or two-dimensional bar code mode), information comprises sequence information, production information and mount message etc., it is simple to follow-up peace
Dress identifies.Finally, all components can be dispensed into job site, each certification installation group by unit 600 of providing and delivering by dispensing personnel
(can be through industrialization installation system training construction and installation troop of certified society) gets according to sequence information and really
Recognize installation task, and realize installing by described installation unit 700.
During being installed by described installation unit 700, this system can be means by " fabricated construction ",
Be embodied in high-acruracy survey location, modularity spelling group, facility are installed, an example of fabricated construction implementation
As follows.
First, by infrared scanner (hand-held or base type), job site is carried out accurate scan and unwrapping wire, determine
The installation guide line of each block and complete upper thread, according to the installation guide line completed, installs facility by hand-held and completes benchmark
The installation of face leveling module.Secondly, complete to decorate component (containing decorative module and functional module) by the coding on sweep unit
Installation location, it would be desirable to carry out modularity spelling group in ground spelling group module well by coding information guidance, before completing to install
Preparation.Finally, according to the guiding of mount message, hand-held construction equipment is utilized decorative module and functional module to be carried out accurately
Install, carry out after installing installation quality check and accept and function trail run, through third party detect errorless after terminate overall process.
Using the industrialized data processing method of building decoration provided by the present invention, Apparatus and system, having following has
Benefit effect.
By modularized design, the construction and decoration mode that traditional many units coordinate is reformed as with " coding " and " module " being
The informationization designing of core, buying, construction integrated management mode, this mode can pass through information (data) platform to full mistake
Cheng Jinhang unifies management and control, can accurately review quality problems, it is to avoid power and responsibility is unclear, link up the problem that efficiency is too low.
By traditional building decoration construction technology being reformed, replace traditional wet work, utilize " modularity "
The advantage of design, is designed by the module of standard module and unified data platform information integration, by the craft of conventional on-site
Processing operation is changed into the unified industrialization tissue of rear end and produces, and not only increases production efficiency, also improves material profit simultaneously
By rate, component quality, decrease on-the-spot pollution and building waste.
By module being defined in detail and designing, formulate the standardized Floor layer Technology system of unification, Deepen Design
Specification and in-depth instrument, conceptual design teacher and Deepen Design teacher can make full use of internet advantage, local or high in the clouds is permissible
Utilize design and in-depth instrument (software end) that building decoration scheme apolegamy decorative module and functional module are carried out conceptual design,
Decoration demand and the functional requirement integrating complete systematized solution to meet the exterior space in different chamber can be utilized.
Reduce building decoration by the installation guide training of coding informationization guiding, fabricated mounting means and system to make
The industry dependence to knack workman, is changed into traditional " many work posts coordinative construction " based on the human resources of " erector "
Pattern, can help to solve the most serious industry " recruitment is waste " problem, the most greatly shorten building decoration engineering
Total lever factor, and improve the working performance of unit labor cost.
By the inherent advantage of assembled module, secondary renovation and the function iteration of building decoration scheme can be easily accomplished
Upgrading, carries out reclaiming processing and secondary cycle utilizes, greatly reduce the wave of building and ornament materials the module replacing upgrading
Taking, resources conservation and Green Sustainable to the whole industry are of great importance.
Those skilled in the art are it should be appreciated that embodiments of the invention can be provided as method, system or computer program
Product.Therefore, the reality in terms of the present invention can use complete hardware embodiment, complete software implementation or combine software and hardware
Execute the form of example.And, the present invention can use at one or more computers wherein including computer usable program code
The upper computer program product implemented of usable storage medium (including but not limited to disk memory, CD-ROM, optical memory etc.)
The form of product.
The present invention is with reference to method, equipment (system) and the flow process of computer program according to embodiments of the present invention
Figure and/or block diagram describe.It should be understood that can the most first-class by computer program instructions flowchart and/or block diagram
Flow process in journey and/or square frame and flow chart and/or block diagram and/or the combination of square frame.These computer programs can be provided
Instruction arrives the processor of general purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce
A raw machine so that the instruction performed by the processor of computer or other programmable data processing device is produced for real
The device of the function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram or multiple square frame now.
Last it is noted that above example is only in order to illustrate technical scheme, it is not intended to limit；Although
With reference to previous embodiment, the present invention is described in detail, it will be understood by those within the art that: it still may be used
So that the technical scheme described in foregoing embodiments to be modified, or wherein portion of techniques feature is carried out equivalent；
And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (14)
1. the industrialized data processing method of building decoration, it is characterised in that comprise the following steps:
Step a, obtains design data；
Step b, transfers instruction in response to user, transfers and transfer, with described, the general module number that instruction is corresponding from server
According to, described general module data at least include this identity corresponding to general module data and this general module number
According to corresponding material information；
The described general module data transferred are verified, it is judged that described general by step c according to described design data
Module data is the most complete relative to described design data；The most then perform step d；
Step d, exports the first module inventory and the first BOM, and wherein, the institute transferred listed by described first module inventory
Stating the described identity corresponding to general module data, described first BOM lists the described general module number transferred
According to corresponding described material information.
The industrialized data processing method of building decoration the most according to claim 1, it is characterised in that described in described judgement
General module data the most completely include relative to described design data:
The described general module data transferred are combined, form modeling scheme data；
Judge that described modeling scheme data are the most consistent with described design data, be the most then judged as described general module
Data are complete relative to described design data；If it is not, be then judged as that described general module data set relative to described
Meter protocol is incomplete.
The industrialized data processing method of building decoration the most according to claim 1 and 2, it is characterised in that described step c
Also include: if it is not, then perform following steps；
Step e, receives the personality module data of user's input, at least includes these personality module data in described personality module data
Described personality module data are merged into by corresponding identity and this material information corresponding to personality module data
The described general module data transferred are formed composite module data；
Described composite module data are verified by step f according to described design data, it is judged that described composite module data
The most complete relative to described design data, the most then perform step g；
Step g, exports the second module inventory and the second BOM, and it is described general that described second module inventory includes having transferred
Described identity corresponding to module data and the identity corresponding to described personality module data, described second thing
Material inventory includes the described material information corresponding to described general module data transferred and described personality module data institute
Corresponding described material information.
The industrialized data processing method of building decoration the most according to claim 3, it is characterised in that described step f is also
Including: if it is not, then return step e.
The industrialized data processing method of building decoration the most according to claim 4, it is characterised in that also include:
Described personality module data are uploaded to described server and preserve by step h.
6. the industrialized data processing equipment of building decoration, it is characterised in that including:
Data acquisition module, is used for obtaining design data；
Transfer module, for transferring instruction in response to user, transfer from server and transfer corresponding logical of instruction with described
With module data, described general module data at least include this identity corresponding to general module data and this lead to
With the material information corresponding to module data；
First correction verification module, for the described general module data transferred being verified according to described design data,
Judge that described general module data are the most complete relative to described design data；
First inventory output module, if the check results of described first correction verification module is yes, the most described first inventory output module
For exporting the first module inventory and the first BOM, wherein, transferred described general listed by described first module inventory
Described identity corresponding to module data, it is right that described first BOM lists the described general module data institute transferred
The described material information answered.
The industrialized data processing equipment of building decoration the most according to claim 6, it is characterised in that described first verification
Module judges that described general module data the most completely include relative to described design data:
The described general module data transferred are combined, form modeling scheme data；
Judge that described modeling scheme data are the most consistent with described design data, be the most then judged as described general module
Data are complete relative to described design data；If it is not, be then judged as that described general module data set relative to described
Meter protocol is incomplete.
8. according to the industrialized data processing equipment of the building decoration described in claim 6 or 7, it is characterised in that also include:
Receiver module, if described first correction verification module judged result is no, described receiver module is for receiving the individual of user's input
Property module data, described personality module data at least include this identity corresponding to personality module data and this
Described personality module data are merged in the described general module data transferred by property material information corresponding to module data
Form composite module data；
Second correction verification module, for verifying described composite module data according to described design data, it is judged that described
Composite module data are the most complete relative to described design data；
Second inventory output module, if the judged result of described second correction verification module is yes, described second inventory output module is used
In exporting the second module inventory and the second BOM, described second module inventory includes the described general module data transferred
Identity corresponding to corresponding described identity and described personality module data, described second BOM bag
Include the institute corresponding to the described material information corresponding to described general module data and described personality module data transferred
State material information.
The industrialized data processing equipment of building decoration the most according to claim 8, it is characterised in that if described combination die
Blocks of data is imperfect relative to described design data, and the most described receiver module continues to the personality module number of user's input
According to, and described personality module data are merged in the described general module data transferred formation composite module data.
The industrialized data processing equipment of building decoration the most according to claim 9, it is characterised in that also include:
Transmission module in data, preserves for described personality module data are uploaded to described server.
11. 1 kinds of industrialized data handling systems of building decoration, it is characterised in that including: data processing equipment, server,
Schemes generation unit, production unit, dispensing unit, installation unit；
Described data processing equipment includes: data acquisition module, is used for obtaining design data；Transfer module, be used for responding
Transfer instruction in user, transfer from server and transfer the general module data that instruction is corresponding, described Universal Die with described
Blocks of data at least includes this identity corresponding to general module data and this material corresponding to general module data
Information；First correction verification module, for the described general module data transferred being verified according to described design data,
Judge that described general module data are the most complete relative to described design data；First inventory output module, if described
The check results of one correction verification module is yes, and the most described first inventory output module is for output the first module inventory and the first material
Inventory, wherein, described first module inventory lists the described identity corresponding to described general module data transferred, institute
State the first BOM and list the described material information corresponding to described general module data transferred；
Described server, for providing described general module data to described data processing equipment, prestores many in described server
Plant described general module data；
Described schemes generation unit instructs for the input according to user and generates described design data；
Described production unit is for receiving the first module inventory and described first thing that described first inventory output module is exported
Material inventory, and prepare corresponding first material according to described first BOM, according to described first module inventory by described the
One materiel machining becomes first module corresponding with described first module inventory；
Described dispensing unit is for being dispensed into job site by described first module；
Described installation unit is for installing described first module.
The 12. industrialized data handling systems of building decoration according to claim 11, it is characterised in that described first school
Test module and judge that described general module data the most completely include relative to described design data:
The described general module data transferred are combined, form modeling scheme data；
Judge that described modeling scheme data are the most consistent with described design data, be the most then judged as described general module
Data are complete relative to described design data；If it is not, be then judged as that described general module data set relative to described
Meter protocol is incomplete.
13. according to the industrialized data handling system of the building decoration described in claim 11 or 12, it is characterised in that described number
Also including according to processing means: receiver module, if described first correction verification module judged result is no, described receiver module is used for receiving
The personality module data of user's input, at least include this identity mark corresponding to personality module data in described personality module data
Know and this material information corresponding to personality module data, described personality module data are merged into transferred described logical
With module data is formed composite module data；Second correction verification module, is used for according to described design data described combination
Module data verifies, it is judged that described composite module data are the most complete relative to described design data；Second inventory
Output module, if the judged result of described second correction verification module is yes, described second inventory output module is for output the second mould
Block inventory and the second BOM, it is described that described second module inventory includes corresponding to the described general module data transferred
Identity corresponding to identity and described personality module data, described second BOM includes the institute transferred
State the described material information corresponding to general module data and the described material information corresponding to described personality module data；
Described production unit is for receiving the second module inventory and described second thing that described second inventory output module is exported
Material inventory, and prepare corresponding second material according to described second BOM, according to described second module inventory by described the
Two materiel machinings become second module corresponding with described second module inventory；
Described dispensing unit is for being dispensed into job site by described second module；
Described installation unit is for installing described second module.
The 14. industrialized data handling systems of building decoration according to claim 13, it is characterised in that if described combination
Module data is imperfect relative to described design data, and the most described receiver module continues to the personality module of user's input
Data, and described personality module data are merged in the described general module data transferred formation composite module data；Institute
Stating data processing equipment also to include: transmission module in data, preserving for described personality module data being uploaded to described server；
Described server is additionally operable to receive described personality module data, and updates described Universal Die according to described personality module data
Blocks of data.
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| CN109992806A (en) * | 2017-12-30 | 2019-07-09 | 浙江亚厦装饰股份有限公司 | Building decoration base industrializes data processing method, electronic equipment and storage medium |
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| CN108229014A (en) * | 2017-12-30 | 2018-06-29 | 浙江亚厦装饰股份有限公司 | Building ground decoration industrialization data processing method, electronic equipment and storage medium |
| CN108301551A (en) * | 2017-12-30 | 2018-07-20 | 浙江亚厦装饰股份有限公司 | Building ceiling industrializes decorative system and installation method |
| CN109989502A (en) * | 2017-12-30 | 2019-07-09 | 浙江亚厦装饰股份有限公司 | Construction wall decorates industrial method |
| CN109989542A (en) * | 2017-12-30 | 2019-07-09 | 浙江亚厦装饰股份有限公司 | The industrial method of modularization metope for decorating wall |
| CN109992807A (en) * | 2017-12-30 | 2019-07-09 | 浙江亚厦装饰股份有限公司 | Toilet industrializes decoration method and system |
| CN109993494A (en) * | 2017-12-30 | 2019-07-09 | 浙江亚厦装饰股份有限公司 | Kitchen industrializes decoration method and system |
| CN109992806A (en) * | 2017-12-30 | 2019-07-09 | 浙江亚厦装饰股份有限公司 | Building decoration base industrializes data processing method, electronic equipment and storage medium |
| CN109993471A (en) * | 2017-12-30 | 2019-07-09 | 浙江亚厦装饰股份有限公司 | Control method, control system and the wiring installation method of building decoration wiring dataization processing |
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| CN112182309A (en) * | 2020-10-06 | 2021-01-05 | 广州云莫凡信息科技有限公司 | Building decoration basic layer industrialized data processing method and system based on building engineering and big data |
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