CN105739701A - Module of instantaneous generation 3D (Three-Dimensional) model device control matrix structure, and operating system thereof - Google Patents
Module of instantaneous generation 3D (Three-Dimensional) model device control matrix structure, and operating system thereof Download PDFInfo
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- CN105739701A CN105739701A CN201610068939.0A CN201610068939A CN105739701A CN 105739701 A CN105739701 A CN 105739701A CN 201610068939 A CN201610068939 A CN 201610068939A CN 105739701 A CN105739701 A CN 105739701A
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
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Abstract
The invention discloses a module of an instantaneous generation 3D (Three-Dimensional) model device control matrix structure, and an operating system thereof. The module comprises a matrix assembly monomer, an electronic control circuit board module monomer, an external control device, a power supply and a connection harness, wherein the matrix assembly monomer comprises a high-speed image acquisition monomer, an illumination monomer, a fixing monomer for the high-speed image acquisition monomer and a fixing monomer for the illumination monomer; the electronic control circuit board module is provided with an image acquisition device control module, an illumination monomer control module and a fixing monomer control module; and the external control device is provided with an image acquisition image processing module and a data processing interface. The module can perfectly control an original data acquisition system, a light illumination system and a matrix structure system of an instantaneous generation 3D model device, can timely find faults of each unit in the system, puts forward a proposal for eliminating faults, eliminates data of fault component acquisition, avoids interference, obtains the dynamic data of a target, is convenient, quick and accurate and has low cost.
Description
Technical field
The present invention relates to 3D imaging field, being specifically related to moment generates 3D model equipment and controls the module of matrix structure and operating system thereof and system operation methods thereof.
Background technology
nullAt present，3D imaging mode in the industry mostly carries out for the mode of scanning，Also have and directly directly used 3D software moulding by 3D hairstylist，3D hairstylist's moulding accurate 3D image takes time and effort extremely many，And technical level and experienced degree to 3D hairstylist require high，And carry out 3D imaging with scan mode in the industry，Ubiquity or precision is low，There is the region of distortion or deformation，And scan data and last longer，Require that the period that scanned problem obtains data in scanning can not produce motion、Deformation or displacement，Otherwise data meeting error is bigger，So being only suitable for for the unalterable dead thing of shape，Can not for live body or yielding or motion object，Especially humans and animals，Remain stationary as a long time and be difficult to be subject to，Also it is difficult to，For solving problem above，Overcome the difficulty of client，Meet the demand of user，The present invention separately takes path，Therefore give birth to by the system of collected by camera data genaration 3D model.
Summary of the invention
It is an object of the invention to overcome the problem above of prior art, there is provided moment to generate 3D model equipment and control module and the operating system thereof of matrix structure, perfect can control the initial data capture system of moment generation 3D model equipment, lamp lighting system, matrix structure system, the fault of each unit in system can be found in time, the suggestion fixed a breakdown and the data ignoring the collection of fault components and parts are proposed, avoid interference, there is data processing speed very fast, can instantaneous acquisition target arbitrarily angled two dimension photograph data group, quickly generate the target 3D model of decimillimeter class precision, movement or the motion of target can also be ignored, the dynamic data of target is obtained by Key Mode, generate dynamic 3D model, have conveniently, fast, accurately, the features such as cost is low.
For realizing above-mentioned technical purpose, reaching above-mentioned technique effect, the present invention is achieved through the following technical solutions:
nullMoment generates 3D model equipment and controls the module of matrix structure，Monomer including matrix component、Electronic control circuit plate module、Outside actuation means、Power supply and rat tail，The monomer of described matrix component includes taking at a high speed phase monomer and/or illumination monomer and/or taking the securing unit of phase monomer and/or the securing unit of illumination monomer at a high speed，Described illumination monomer securing unit can be connected with illumination monomer，Described high speed takes phase monomer and can be connected with the securing unit taking at a high speed phase monomer，Described high speed is taken phase monomer and is connected with electronic control circuit plate module by rat tail，Described illumination monomer is connected with electronic control circuit plate module by rat tail，Described electronic control circuit plate module is connected with outside actuation means and power supply，Described electronic control circuit plate module is provided with and takes phase device control module、Take phase information processing module、Illumination monomer controls module and/or securing unit controls module.
nullMoment generates 3D model equipment and controls the module of matrix structure，Monomer including matrix component、Electronic control circuit plate module monomer、Outside actuation means、Power supply and rat tail，The monomer of described matrix component includes taking at a high speed phase monomer and/or illumination monomer and/or taking the securing unit of phase monomer and/or the securing unit of illumination monomer at a high speed，Described illumination monomer securing unit can be connected with illumination monomer，Described high speed takes phase monomer and can be connected with the securing unit taking at a high speed phase monomer，Described electronic control circuit plate module monomer takes phase monomer with high speed and/or illumination monomer is connected，It is connected with outside actuation means and power supply by rat tail，Described electronic control circuit plate module is provided with and takes phase device control module and/or illumination monomer control module and/or securing unit control module，Described outside actuation means is provided with and takes phase information processing module and data-processing interface.
Further, described high speed takes phase monomer is digital camera, film camera；And/or the translucent lamp plate that described illumination monomer is the illumination of LED lamp group；And/or securing unit is can the securing member of adjusting position.
Further, described outside actuation means includes control knob and/or keyboard and/or mouse and/or display and/or touch screen and/or data-processing interface.
Further, it is additionally provided with gravity sensor and/or sizing sensor, described gravity sensor and sizing sensor are connected with outside actuation means and/or electronic control circuit plate module, it is possible to obtain and analyze detailed dimensions attribute and the qualitative attribute of target 3D model.
Moment generates 3D model equipment and controls the module operating of matrix structure, there is described outside actuation means and/or electronic control circuit plate module, it is characterized in that: described outside actuation means and/or electronic control circuit plate module are provided with module operating, described module operating controls to take phase device control module and/or illumination monomer control module and/or securing unit control module, phase monomer is taken for each high speed, illumination monomer, take at a high speed the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer generate unique location code, unique control instruction code.
Further, its operational approach comprises the following steps:
Step 1). start moment generation 3D model equipment and control the power supply of matrix structure module；
Step 2). start module operating；
Step 3). module operating carries out hardware check and software self-inspection；
Step 4). module operating takes phase monomer, illumination monomer to high speed, at a high speed takes the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer output test voltage and electric current；
Step 5). take at a high speed phase monomer, illumination monomer, take the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer to module operating output feedback signal at a high speed；
Step 6). module operating analyzes feedback signal, takes phase monomer, illumination monomer to high speed, at a high speed takes the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer output correction data；
Step 7). electronic control circuit plate module monomer or electronic control circuit plate module control to take at a high speed phase monomer, illumination monomer respectively by correcting data, take the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer at a high speed, carry out data correction；
Step 8). electronic control circuit plate module monomer or electronic control circuit plate module repeat step 4-7, until output test voltage identical with expection with the feedback that electric current obtains after, export the signal testing OK, entrance holding state to display；
Step 9). operate control knob and/or keyboard and/or mouse and/or touch screen, regulate brightness by demand modeling illumination monomer and take at a high speed phase monomer acquisition data, setting up the data base of target 3D model raw data acquisition；
Step 10). the 3D model initial data of collection is supplied to 3D model generation software by data-processing interface by module operating, carries out 3D data mapping and renders；
Step 11). operate control knob and/or keyboard and/or mouse and/or touch screen shuts down, module operating backup takes at a high speed phase monomer, illumination monomer, takes at a high speed the work in every data of the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer, after generating journal file, close module operating；
Step 12). generate 3D model equipment breaking moment and control the power supply of matrix structure module.
Further, the data base of described step 9 target 3D model raw data acquisition is arranged at module operating interiorly or exteriorly, when the data base of described target 3D model raw data acquisition arranges outside, the data base of described target 3D model raw data acquisition generates in the module of 3D model equipment control matrix structure in moment or generates outside the module that 3D model equipment controls matrix structure in moment, the data base of described target 3D model raw data acquisition is when the module that moment generates 3D model equipment control matrix structure is outer, the data base of described target 3D model raw data acquisition passes through wire harness, netting twine, wireless signal transmission, mobile memory, data medium is connected with 3D model generation software.
Further, 3D model generation software design patterns in described step 10 is in module operating interiorly or exteriorly, described 3D model generation software design patterns is when module operating outside, described 3D model generation software design patterns generates in the module of 3D model equipment control matrix structure in moment or generates outside the module that 3D model equipment controls matrix structure in moment, described 3D model generation software is when the module that moment generates 3D model equipment control matrix structure is outer, the carrier of described 3D model generation software generates the module of 3D model equipment control matrix structure and is connected as a whole with moment, or split passes through wire harness, netting twine, wireless signal transmission, mobile memory, data medium connects.
Further, when described step 3 carries out hardware check and software self-inspection, transfer the Backup Data of step 11 storage last time, preferentially adopt the Backup Data stored last time to test in described step 4；Or step 5-7 takes turns through 3 or 3 takes turns above correction, judge that feedback data is still with to correct that the high speed that is not inconsistent of anticipatory data takes phase monomer, illumination monomer, takes the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer at a high speed be fault, sends ignoring of the fault message of each fault monomer, troubleshooting suggestion and data acquisition by unique location code.
The invention has the beneficial effects as follows:
The present invention can: perfect control moment and generate the initial data capture system of 3D model equipment, lamp lighting system, matrix structure system, the fault of each unit in system can be found in time, the suggestion fixed a breakdown and the data ignoring the collection of fault components and parts are proposed, avoid interference, obtain the dynamic data of target, convenient, fast, accurate, cost is low
1. can control the instantaneous data acquisition of initial data capture system；
2. can control lamp lighting system and realize adjustable, soft shadowless lighting；
3. can control matrix structure system and correctly regulate and control the real-time matrix position of initial data capture system and lamp lighting system；
4. can find the fault of each unit in system in time, it is proposed to the suggestion fixed a breakdown；
5. keep stiff posture for a long time without user, it is impossible to dynamic, data acquisition is convenient, fast, accurate, cost is low, save money for user.
6. can actively ignore the number of non-compliances evidence having deviation or distortion that fault components and parts gather, it is to avoid 3D Model Construction produces interference.
Described above is only the general introduction of technical solution of the present invention, in order to better understand the technological means of the present invention, and can be practiced according to the content of description, below with presently preferred embodiments of the present invention and coordinate accompanying drawing describe in detail as after.The specific embodiment of the present invention is shown in detail in by following example and accompanying drawing thereof.
Accompanying drawing explanation
Accompanying drawing described herein is used for providing a further understanding of the present invention, constitutes the part of the application, and the schematic description and description of the present invention is used for explaining the present invention, is not intended that inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 is electronic control circuit plate module of the present invention is overall a kind of embodiment frame structure schematic diagram；
Fig. 2 is electronic control circuit plate module of the present invention is the frame structure schematic diagram of a kind of embodiment of split.
Number in the figure illustrates: 1, the monomer of matrix component, 2, at a high speed take phase monomer, 3, illumination monomer, 4, the securing unit of phase monomer is taken at a high speed, 5, the securing unit of illumination monomer, 6, electronic control circuit plate module, 7, outside actuation means, 8, power supply, 9, keyboard, 10, mouse, 11, Data Input Interface, 12, data output interface, 13, display, 14, carrier frame, 15, rat tail.
Detailed description of the invention
Below with reference to the accompanying drawings and in conjunction with the embodiments, the present invention is described in detail.
nullWith reference to shown in Fig. 1-Fig. 2，Moment generates 3D model equipment and controls the module of matrix structure，Monomer including matrix component、Electronic control circuit plate module、Outside actuation means、Power supply and rat tail，The monomer of described matrix component includes taking at a high speed phase monomer and/or illumination monomer and/or taking the securing unit of phase monomer and/or the securing unit of illumination monomer at a high speed，Described illumination monomer securing unit can be connected with illumination monomer，Described high speed takes phase monomer and can be connected with the securing unit taking at a high speed phase monomer，Described high speed is taken phase monomer and is connected with electronic control circuit plate module by rat tail，Described illumination monomer is connected with electronic control circuit plate module by rat tail，Described electronic control circuit plate module is connected with outside actuation means and power supply，Described electronic control circuit plate module is provided with and takes phase device control module、Take phase information processing module、Illumination monomer controls module and/or securing unit controls module.
nullMoment generates 3D model equipment and controls the module of matrix structure，Monomer including matrix component、Electronic control circuit plate module monomer、Outside actuation means、Power supply and rat tail，The monomer of described matrix component includes taking at a high speed phase monomer and/or illumination monomer and/or taking the securing unit of phase monomer and/or the securing unit of illumination monomer at a high speed，Described illumination monomer securing unit can be connected with illumination monomer，Described high speed takes phase monomer and can be connected with the securing unit taking at a high speed phase monomer，Described electronic control circuit plate module monomer takes phase monomer with high speed and/or illumination monomer is connected，It is connected with outside actuation means and power supply by rat tail，Described electronic control circuit plate module is provided with and takes phase device control module and/or illumination monomer control module and/or securing unit control module，Described outside actuation means is provided with and takes phase information processing module and data-processing interface.
Further, described high speed takes phase monomer is digital camera, film camera；And/or the translucent lamp plate that described illumination monomer is the illumination of LED lamp group；And/or securing unit is can the securing member of adjusting position.
Further, described outside actuation means includes control knob and/or keyboard and/or mouse and/or display and/or touch screen and/or data-processing interface.
Further, it is additionally provided with gravity sensor and/or sizing sensor, described gravity sensor and sizing sensor are connected with outside actuation means and/or electronic control circuit plate module, it is possible to obtain and analyze detailed dimensions attribute and the qualitative attribute of target 3D model.
Moment generates 3D model equipment and controls the module operating of matrix structure, there is described outside actuation means and/or electronic control circuit plate module, it is characterized in that: described outside actuation means and/or electronic control circuit plate module are provided with module operating, described module operating controls to take phase device control module and/or illumination monomer control module and/or securing unit control module, phase monomer is taken for each high speed, illumination monomer, take at a high speed the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer generate unique location code, unique control instruction code.
Further, its operational approach comprises the following steps:
Step 1). start moment generation 3D model equipment and control the power supply of matrix structure module；
Step 2). start module operating；
Step 3). module operating carries out hardware check and software self-inspection；
Step 4). module operating takes phase monomer, illumination monomer to high speed, at a high speed takes the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer output test voltage and electric current；
Step 5). take at a high speed phase monomer, illumination monomer, take the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer to module operating output feedback signal at a high speed；
Step 6). module operating analyzes feedback signal, takes phase monomer, illumination monomer to high speed, at a high speed takes the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer output correction data；
Step 7). electronic control circuit plate module monomer or electronic control circuit plate module control to take at a high speed phase monomer, illumination monomer respectively by correcting data, take the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer at a high speed, carry out data correction；
Step 8). electronic control circuit plate module monomer or electronic control circuit plate module repeat step 4-7, until output test voltage identical with expection with the feedback that electric current obtains after, export the signal testing OK, entrance holding state to display；
Step 9). operate control knob and/or keyboard and/or mouse and/or touch screen, regulate brightness by demand modeling illumination monomer and take at a high speed phase monomer acquisition data, setting up the data base of target 3D model raw data acquisition；
Step 10). the 3D model initial data of collection is supplied to 3D model generation software by data-processing interface by module operating, carries out 3D data mapping and renders；
Step 11). operate control knob and/or keyboard and/or mouse and/or touch screen shuts down, module operating backup takes at a high speed phase monomer, illumination monomer, takes at a high speed the work in every data of the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer, after generating journal file, close module operating；
Step 12). generate 3D model equipment breaking moment and control the power supply of matrix structure module.
Further, the data base of described step 9 target 3D model raw data acquisition is arranged at module operating interiorly or exteriorly, when the data base of described target 3D model raw data acquisition arranges outside, the data base of described target 3D model raw data acquisition generates in the module of 3D model equipment control matrix structure in moment or generates outside the module that 3D model equipment controls matrix structure in moment, the data base of described target 3D model raw data acquisition is when the module that moment generates 3D model equipment control matrix structure is outer, the data base of described target 3D model raw data acquisition passes through wire harness, netting twine, wireless signal transmission, mobile memory, data medium is connected with 3D model generation software.
Further, 3D model generation software design patterns in described step 10 is in module operating interiorly or exteriorly, described 3D model generation software design patterns is when module operating outside, described 3D model generation software design patterns generates in the module of 3D model equipment control matrix structure in moment or generates outside the module that 3D model equipment controls matrix structure in moment, described 3D model generation software is when the module that moment generates 3D model equipment control matrix structure is outer, the carrier of described 3D model generation software generates the module of 3D model equipment control matrix structure and is connected as a whole with moment, or split passes through wire harness, netting twine, wireless signal transmission, mobile memory, data medium connects.
Further, when described step 3 carries out hardware check and software self-inspection, transfer the Backup Data of step 11 storage last time, preferentially adopt the Backup Data stored last time to test in described step 4；Or step 5-7 takes turns through 3 or 3 takes turns above correction, judge that feedback data is still with to correct that the high speed that is not inconsistent of anticipatory data takes phase monomer, illumination monomer, takes the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer at a high speed be fault, sends ignoring of the fault message of each fault monomer, troubleshooting suggestion and data acquisition by unique location code.
The operation principle of the present embodiment is as follows:
The monomer rat tail of the matrix component that moment first generates 3D model equipment couples together with electronic control circuit plate module, outside actuation means and power supply, start power supply, module operating is that the high speed connected takes phase monomer, illumination monomer, high speed takes the securing unit of phase monomer, the securing unit of illumination monomer generates, distributes and store unique address code, complete the Default Value of moment generation 3D model equipment, user, in daily use, is manipulated by button, keyboard, mouse, touch screen
nullStart moment generation 3D model equipment and control the power supply of matrix structure module，Start module operating，Module operating carries out hardware check and software self-inspection，Module operating takes phase monomer to high speed、Illumination monomer、Take at a high speed the securing unit of phase monomer、The securing unit of illumination monomer and/or electronic control circuit plate module monomer export test voltage and electric current，Take phase monomer at a high speed、Illumination monomer、Take at a high speed the securing unit of phase monomer、The securing unit of illumination monomer and/or electronic control circuit plate module monomer are to module operating output feedback signal，Module operating analyzes feedback signal，Phase monomer is taken to high speed、Illumination monomer、Take at a high speed the securing unit of phase monomer、Data are corrected in the securing unit of illumination monomer and/or the output of electronic control circuit plate module monomer，Electronic control circuit plate module monomer or electronic control circuit plate module control to take phase monomer at a high speed by correcting data respectively、Illumination monomer、Take at a high speed the securing unit of phase monomer、The securing unit of illumination monomer and/or electronic control circuit plate module monomer，Carry out data correction，Electronic control circuit plate module monomer or electronic control circuit plate module repeat step 4-7，Until output test voltage identical with expection with the feedback that electric current obtains after，Signal to display output test OK，Enter holding state，Operate control knob and/or keyboard and/or mouse and/or touch screen，Regulate brightness by demand modeling illumination monomer and take at a high speed phase monomer acquisition data，Set up the data base of target 3D model raw data acquisition，The 3D model initial data of collection is supplied to 3D model generation software by data-processing interface by module operating，Carry out 3D data mapping and render，Operate control knob and/or keyboard and/or mouse and/or touch screen shuts down，Module operating backup takes phase monomer at a high speed、Illumination monomer、Take at a high speed the securing unit of phase monomer、The securing unit of illumination monomer and/or the work in every data of electronic control circuit plate module monomer，After generating journal file，Close module operating，Generate 3D model equipment breaking moment and control the power supply of matrix structure module.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.All within the spirit and principles in the present invention, any amendment of making, equivalent replacement, improvement etc., should be included within protection scope of the present invention.
Claims (10)
- null1. moment generates the module of 3D model equipment control matrix structure，It is characterized in that: include the monomer of matrix component、Electronic control circuit plate module、Outside actuation means、Power supply and rat tail，The monomer of described matrix component includes taking at a high speed phase monomer and/or illumination monomer and/or taking the securing unit of phase monomer and/or the securing unit of illumination monomer at a high speed，Described illumination monomer securing unit can be connected with illumination monomer，Described high speed takes phase monomer and can be connected with the securing unit taking at a high speed phase monomer，Described high speed is taken phase monomer and is connected with electronic control circuit plate module by rat tail，Described illumination monomer is connected with electronic control circuit plate module by rat tail，Described electronic control circuit plate module is connected with outside actuation means and power supply，Described electronic control circuit plate module is provided with and takes phase device control module、Take phase information processing module、Illumination monomer controls module and/or securing unit controls module.
- null2. moment generates the module of 3D model equipment control matrix structure，It is characterized in that: include the monomer of matrix component、Electronic control circuit plate module monomer、Outside actuation means、Power supply and rat tail，The monomer of described matrix component includes taking at a high speed phase monomer and/or illumination monomer and/or taking the securing unit of phase monomer and/or the securing unit of illumination monomer at a high speed，Described illumination monomer securing unit can be connected with illumination monomer，Described high speed takes phase monomer and can be connected with the securing unit taking at a high speed phase monomer，Described electronic control circuit plate module monomer takes phase monomer with high speed and/or illumination monomer is connected，It is connected with outside actuation means and power supply by rat tail，Described electronic control circuit plate module is provided with and takes phase device control module and/or illumination monomer control module and/or securing unit control module，Described outside actuation means is provided with and takes phase information processing module and data-processing interface.
- 3. moment according to claim 1 and 2 generates the module of 3D model equipment control matrix structure, it is characterised in that: it is digital camera, film camera that described high speed takes phase monomer；And/or the translucent lamp plate that described illumination monomer is the illumination of LED lamp group；And/or securing unit is can the securing member of adjusting position.
- 4. moment according to claim 1 and 2 generates the module of 3D model equipment control matrix structure, it is characterised in that: described outside actuation means includes control knob and/or keyboard and/or mouse and/or display and/or touch screen and/or data-processing interface.
- 5. the module of moment according to claim 1 and 2 generation 3D model equipment control matrix structure is characterized in that: is additionally provided with gravity sensor and/or sizing sensor, described gravity sensor and sizing sensor are connected with outside actuation means and/or electronic control circuit plate module, it is possible to obtain and analyze detailed dimensions attribute and the qualitative attribute of target 3D model.
- 6. moment generates the module operating of 3D model equipment control matrix structure, there is the outside actuation means described in claim 1 or 2 and/or electronic control circuit plate module, it is characterized in that: described outside actuation means and/or electronic control circuit plate module are provided with module operating, described module operating controls to take phase device control module and/or illumination monomer control module and/or securing unit control module, phase monomer is taken for each high speed, illumination monomer, take at a high speed the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer generate unique location code, unique control instruction code.
- 7. moment according to claim 6 generates the module operating of 3D model equipment control matrix structure, it is characterised in that: its operational approach comprises the following steps:Step 1). start moment generation 3D model equipment and control the power supply of matrix structure module；Step 2). start module operating；Step 3). module operating carries out hardware check and software self-inspection；Step 4). module operating takes phase monomer, illumination monomer to high speed, at a high speed takes the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer output test voltage and electric current；Step 5). take at a high speed phase monomer, illumination monomer, take the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer to module operating output feedback signal at a high speed；Step 6). module operating analyzes feedback signal, takes phase monomer, illumination monomer to high speed, at a high speed takes the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer output correction data；Step 7). electronic control circuit plate module monomer or electronic control circuit plate module control to take at a high speed phase monomer, illumination monomer respectively by correcting data, take the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer at a high speed, carry out data correction；Step 8). electronic control circuit plate module monomer or electronic control circuit plate module repeat step 4-7, until output test voltage identical with expection with the feedback that electric current obtains after, export the signal testing OK, entrance holding state to display；Step 9). operate control knob and/or keyboard and/or mouse and/or touch screen, regulate brightness by demand modeling illumination monomer and take at a high speed phase monomer acquisition data, setting up the data base of target 3D model raw data acquisition；Step 10). the 3D model initial data of collection is supplied to 3D model generation software by data-processing interface by module operating, carries out 3D data mapping and renders；Step 11). operate control knob and/or keyboard and/or mouse and/or touch screen shuts down, module operating backup takes at a high speed phase monomer, illumination monomer, takes at a high speed the work in every data of the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer, after generating journal file, close module operating；Step 12). generate 3D model equipment breaking moment and control the power supply of matrix structure module.
- null8. moment according to claim 7 generates the module operating of 3D model equipment control matrix structure，It is characterized in that: the data base of described step 9 target 3D model raw data acquisition is arranged at module operating interiorly or exteriorly，When the data base of described target 3D model raw data acquisition arranges outside，The data base of described target 3D model raw data acquisition generates in the module of 3D model equipment control matrix structure in moment or generates outside the module that 3D model equipment controls matrix structure in moment，The data base of described target 3D model raw data acquisition is when the module that moment generates 3D model equipment control matrix structure is outer，The data base of described target 3D model raw data acquisition passes through wire harness、Netting twine、Wireless signal transmission、Mobile memory、Data medium is connected with 3D model generation software.
- null9. moment according to claim 7 generates the module operating of 3D model equipment control matrix structure，It is characterized in that: the 3D model generation software design patterns in described step 10 is in module operating interiorly or exteriorly，Described 3D model generation software design patterns is when module operating outside，Described 3D model generation software design patterns generates in the module of 3D model equipment control matrix structure in moment or generates outside the module that 3D model equipment controls matrix structure in moment，Described 3D model generation software is when the module that moment generates 3D model equipment control matrix structure is outer，The carrier of described 3D model generation software generates the module of 3D model equipment control matrix structure and is connected as a whole with moment，Or split passes through wire harness、Netting twine、Wireless signal transmission、Mobile memory、Data medium connects.
- 10. moment according to claim 7 generates the module operating of 3D model equipment control matrix structure, it is characterized in that: when described step 3 carries out hardware check and software self-inspection, transfer the Backup Data of step 11 storage last time, preferentially adopt the Backup Data stored last time to test in described step 4；Or step 5-7 takes turns through 3 or 3 takes turns above correction, judge that feedback data is still with to correct that the high speed that is not inconsistent of anticipatory data takes phase monomer, illumination monomer, takes the securing unit of phase monomer, the securing unit of illumination monomer and/or electronic control circuit plate module monomer at a high speed be fault, sends ignoring of the fault message of each fault monomer, troubleshooting suggestion and data acquisition by unique location code.
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