Title Bar Research Articles

Research on importing production information into Manufacturing Execution System of Precast Concrete factory based on Building Information Modeling

Building Information Modeling in Precast Concrete factory should consider the split design and production as a whole, so we should pay attention to import the production information into MES and achieve enterprise level application. This paper studied two methods of importing production information to Manufacturing Execution System, namely DXF drawing and U file. This paper studied how to match information of DXF drawing with MES’s layer, text information and title bar. This paper also studied the correct format of U file and the information that can be resolved by MES. The feasibility of this two methods was verified through the prefabricated building project “Jin-an Hong Bao 7#”, and the types of prefabricated components, information quality, efficiency and cost of the two methods are compared. Dxf drawing is able to cover all kinds of precast components, easy for new comers to master, but the drawing efficiency is low. Currently, U file only supports composite floor slab, and it has a long training period, but it also has extremely low error rate and extremely high drawing efficiency.PC factory should continue to improve u file, which can greatly improve work efficiency and reduce engineering errors.

Research on IGES Graphic Input and Display Technology Based on Feature Information

In order to input graphics of NC machining parts efficiently, now take the turning IGES rotary parts graphic input for example, it introduced the manual input and methods of obtaining the feature information of the parts generated from UG5.0 IGES file. The feature information contains geometry information (such as line, arc, spline curve, etc) and process information (such as size tolerance, form tolerance, technical conditions and the title bar, etc). In VC++6.0, it set up three modules, that’s the IGES file information input, data processing and data output. Feature extraction and input were realized by using intersection algorithm of graphic elements. Through data processing module, the read pixel information could be transformed into the feature information of the parts, generating the system data structure. OpenGL technologies were used to realize the IGES graphics display, finally offering supports for NC turning visualization of virtual machining.

The Parametric Design of Pulley Based on AutoCAD

This design mainly takes pulley as the research object. First collect the data of pulley, bring round the body of the reference point, design the User DCL dialog, then preparing Auto Lisp diver. The procedure involves drawing frame, title bar, shape, tolerance and coarse and so on the surface, generated by the input parameter , you can take the implementation of parts of the system

Development of AutoCAD Graphic Database Management System Based on Component Technology

In order to query and manage the graphic files efficiently, and improve the graphic management system in the enterprises, based on the research of dwg、dxf formats, using VC++6.0 language, the graphic title bar information database was created in the Access. With the ODBC interface connected to the graphic database, the preview and query of the graphic database were realized with ActiveX technology. By designing and programming good interactive interface, graphics could be modified and translated conveniently as well as updating the database etc. Simultaneously, by setting identification, the security management of the graphic database was realized. Ultimately, the delivery of enterprises was highly improved.

Research on Transmission Approach between Title Bar Information of Engineering Drawing and PDM

The transmission between title bar information of engineering drawing and PDM is a key factor to realize design of engineering drawing based on PDM platform. This paper primarily adopts Object ARX to conduct secondary development of AutoCAD so that the title bar and related information of engineering drawing in the PDM system can be transmitted between AutoCAD and PDM. KeyWords:PDM; Title Bar Information; BOM; Information Transmission

Research on Information Processing Technology of Title Bar for AutoCAD/ERP Integration

In order to solve the data interaction problem of title bar between the AutoCAD and ERP system, the information processing technology of title bar for the AutoCAD/ERP integration was put forward. The overall principle of technology was analyzed, and some key technologies and methods were studied, including the technology of identifying and extracting the data, the data integration method with ERP, the design principle of the drawing number generator, the technology of filling information into title bar, etc. Based on these, the information processing software of title bar was developed by VB. It could make the information of title bar rapidly transfer between AutoCAD and ERP.

The Method and Technique of 2D Drawing Creation Based on NX7.5

The method and technique of the 3D model transformation for 2D engineering drawing using NX7.5 was studied. The key points of GC china toolkits, method of master model and pattern were introduced. The GC china toolkits produced convenient way to custom drawing standard to match China standard through some simple operation. The method of master model realized the relativity between 3D model and 2D drawing. The pattern was an effective method to add drawing frame and title bar to sheets. In the end, the process of 2D engineering graphics creation was expatiated. The practice case proves that the drawing efficiency is improved greatly by NX7.5 application.

Stata Tip 75: Setting up Stata for a Presentation

If you plan to use Stata in a presentation, you might consider changing a few settings so that Stata is easy for your audience to view. How you set up Stata for presenting will depend on several factors like the size and layout of the room, the length of the Stata commands you will issue, the datasets you will use, the resolution of the projector, etc. Changing the settings and saving those settings as a custom preference before you present can save you time and frustration. Also having a custom layout preference allows you to restore your setup should something happen in the middle of your presentation. How you manipulate Stata’s settings is platform dependent. This article assumes you are using Windows. If you use Stata for Macintosh or Unix, the advice is the same but the manipulations are slightly different. First, make Stata’s windows fill the screen. The maximize button is in the top right-hand corner of Stata (the maximize button is in the same place for all windows in Stata). After maximizing Stata, you will also want to maximize the Results window. Once Stata is maximized, you will probably want to move the Command window. For most room layouts, you will want the Command window at the top of Stata so that your audience can see the commands you are typing. You achieve this by changing your windowing preferences to allow docking. In Stata, select Edit > Preferences > General Preferences..., and then select the Windowing tab in the dialog box that appears. Make sure that the check box for Enable ability to dock, undock, or tab windows is checked, and then click on the OK button. Next double-click on the blue title bar of the Command window and drag the window to the top docking button. Once the Command window is docked on top, it is a good idea to go back to the General Preferences dialog box and uncheck the box you changed. Doing this will ensure that your Command window stays at the top of Stata and does not accidentally undock. Depending on the projector resolution, you will probably want to change the font, font style, and font size of the Command window. To change the font settings of a window in Stata, right-click within the window and select Font.... The font you choose is up to you, but we recommend Courier New as a serif font or Lucida Console as a sans serif font. You will also want to change the font size (14 is a good starting size) and change the font style to bold. Finally, we recommend that you resize the Command window so that you can see two lines (with the font and font size changed, you might find that long Stata commands do not fit on one line).

Benefits of Automated Crystallization Plate Tracking, Imaging, and Analysis

We describe the design of a database and software for managing and organizing protein crystallization data. We also outline the considerations behind the design of a fast web interface linking protein production data, crystallization images, and automated image analysis. The database and associated interfaces underpin the Oxford Protein Production Facility (OPPF) crystallization laboratory, collecting, in a routine and automatic manner, up to 100,000 images per day. Over 17 million separate images are currently held in this database. We discuss the substantial scientific benefits automated tracking, imaging, and analysis of crystallizations offers to the structural biologist: analysis of the time course of the trial and easy analysis of trials with related crystallization conditions. Features of this system address requirements common to many crystallographic laboratories that are currently setting up (semi-)automated crystallization imaging systems.