People often have a period of time waiting for the school after a good edition, or when they run into a computer that is not used for a while without turning off the computer, they can use the power management function in the Windows 98 operating system to make the computer sleep automatically. The state can not only reduce the loss of the display, ensure the safety of the system, but also save energy. The following example shows how the power management function is set.
Start the monitor first and enter the Display Properties dialog box. Click the Screen Saver tab. In this dialog box, you can set the power management features. If the computer is idle for a certain period of time (you can specify this period of time), the Windows 98 operating system will put the display to sleep to save power. If you want the monitor, move it, click on it, or press any key on the keyboard.
In the screen saver tab of the Display Properties dialog box, the energy-saving feature (E) area of ​​the monitor is used to set the power-saving features of Windows 98. Click the Set (S) command button in this area and the Power Management Properties dialog box will pop up.
In the Power Management Properties dialog box, you can make more detailed settings for the power management features of Windows 98. For example, you can specify the system wait time, turn off the monitor and hard disk wait time. Click the OK command button to make the currently set power management properties take effect and return to the screen saver tab in the Display Properties dialog box.
In the Display Properties dialog box, click the OK command button to save your settings for power management, close the Display Properties dialog box, and return to the Windows 98 Work Desktop. The computer will then follow the power management features you set. Perform power management.
What kind of printing companies in the era of the Internet is the 21st century is the era of the Internet, the network will penetrate into every aspect of people's lives. From the emergence of the Internet at the end of the 20th century to the present, the development of the Internet can be described as just a few miles in a short period of time. Its speed has been increasing geometrically. The rapid development of the Internet has greatly changed people's traditional lifestyle, which in turn has affected the survival and development of traditional industrial and commercial enterprises in the Internet era. In the interim, how traditional industries connect to the Internet has become the hottest topic. Since the network has the fourth name, this negotiates the conflict between publishing and printing. It is precisely for this reason that the impact of publishing and printing industry is bound to be greater than that of other industries. What will happen to the printing companies in the Internet era? Let us uncover its mysterious veil.
I. Workflow Digitization At present, the work has developed rapidly. The emergence of CIP3 is proof that it can realize the production of prepress, print, and postpress production data, and automatically input all production data into the control system. Drupa 2000 fully demonstrated the improvement of the comprehensive capabilities achieved by network printing plants under the state of the digital production system.
In the past, people thought that the management of prepress, printing, and postpress digital work companies was completely irrelevant. In fact, the modern workflow requires that all data be input (including relevant data), and then Conduct comprehensive treatment. For this type of workflow, printing companies see it as an essential step for planning and examining all data producers. It includes the operation process, automatic cost center records, and statistical costing.
1. Three historical phases of the workflow 1) Closed workflows Closed workflows were proposed and developed by EIP vendors in the 1980s. This kind of workflow has poor compatibility. The basic way of working is that after the Postscript file is received and converted, it is immediately decomposed into a vendor-specific format. One of the more successful is the Scitex Brisque workflow, which can immediately convert Postscript to CT/LW format. In addition, there are BarcoGrhics' Fastane workflow and Dalim's Twist workflow, which are also considered to be more successful.
2) Listed Workflow Listed Workflow is launched by Linotye-Hell to solve the deficiencies in the original workflow. It is to translate data in the Delta format, store it in a list, and send the data to the RIP of various output devices. The workflow is characterized by avoiding the instability of the RIP. However, although Delta data has been disclosed, only a few system equipment vendors are compatible with the Delta list.
3) New PDF workflow In March 1998, Agfa launched the Apogee workflow, which opened the DF workflow. This workflow is an output process that is based entirely on PDF processing and it integrates many third-party processes. Eighteen months after Agfa introduced the Apogee workflow, Heidelberg Prepress launched the Prinergy PDF workflow, which has attracted a great deal of attention. It was developed during the product collaboration with Creo. And after Adobe introduced Acrobat 4.0 and PDF 1.3, Prinergy's workflow has benefited from its expanded capabilities. Agfa also launched a new version of Apogee Series 2 based on the latest expansion of Adobe's software. At the same time, Scitex announced its Brisque Exreme process, which was not originally integrated with the CT/LW, but it was a 100% PDF workflow.
2. Prepress digital technology for prepress workflows must be preceded by prepress digital work. Implementation is based on technology. The most important one is server technology. The digital workflow requires that the server's color management, server document management, and archiving technologies must be synchronized automatically. For example, the workflow of image recording in the digital workflow is a model of highly automated production. In the process of translating or reflecting drafts are automatically recorded in modern scanners, image focus correction, recording, data expansion and reduction, The conversion of the RGB mode and the CMYK mode, as well as the storage format conversion, are performed simultaneously. (To be continued)
Start the monitor first and enter the Display Properties dialog box. Click the Screen Saver tab. In this dialog box, you can set the power management features. If the computer is idle for a certain period of time (you can specify this period of time), the Windows 98 operating system will put the display to sleep to save power. If you want the monitor, move it, click on it, or press any key on the keyboard.
In the screen saver tab of the Display Properties dialog box, the energy-saving feature (E) area of ​​the monitor is used to set the power-saving features of Windows 98. Click the Set (S) command button in this area and the Power Management Properties dialog box will pop up.
In the Power Management Properties dialog box, you can make more detailed settings for the power management features of Windows 98. For example, you can specify the system wait time, turn off the monitor and hard disk wait time. Click the OK command button to make the currently set power management properties take effect and return to the screen saver tab in the Display Properties dialog box.
In the Display Properties dialog box, click the OK command button to save your settings for power management, close the Display Properties dialog box, and return to the Windows 98 Work Desktop. The computer will then follow the power management features you set. Perform power management.
What kind of printing companies in the era of the Internet is the 21st century is the era of the Internet, the network will penetrate into every aspect of people's lives. From the emergence of the Internet at the end of the 20th century to the present, the development of the Internet can be described as just a few miles in a short period of time. Its speed has been increasing geometrically. The rapid development of the Internet has greatly changed people's traditional lifestyle, which in turn has affected the survival and development of traditional industrial and commercial enterprises in the Internet era. In the interim, how traditional industries connect to the Internet has become the hottest topic. Since the network has the fourth name, this negotiates the conflict between publishing and printing. It is precisely for this reason that the impact of publishing and printing industry is bound to be greater than that of other industries. What will happen to the printing companies in the Internet era? Let us uncover its mysterious veil.
I. Workflow Digitization At present, the work has developed rapidly. The emergence of CIP3 is proof that it can realize the production of prepress, print, and postpress production data, and automatically input all production data into the control system. Drupa 2000 fully demonstrated the improvement of the comprehensive capabilities achieved by network printing plants under the state of the digital production system.
In the past, people thought that the management of prepress, printing, and postpress digital work companies was completely irrelevant. In fact, the modern workflow requires that all data be input (including relevant data), and then Conduct comprehensive treatment. For this type of workflow, printing companies see it as an essential step for planning and examining all data producers. It includes the operation process, automatic cost center records, and statistical costing.
1. Three historical phases of the workflow 1) Closed workflows Closed workflows were proposed and developed by EIP vendors in the 1980s. This kind of workflow has poor compatibility. The basic way of working is that after the Postscript file is received and converted, it is immediately decomposed into a vendor-specific format. One of the more successful is the Scitex Brisque workflow, which can immediately convert Postscript to CT/LW format. In addition, there are BarcoGrhics' Fastane workflow and Dalim's Twist workflow, which are also considered to be more successful.
2) Listed Workflow Listed Workflow is launched by Linotye-Hell to solve the deficiencies in the original workflow. It is to translate data in the Delta format, store it in a list, and send the data to the RIP of various output devices. The workflow is characterized by avoiding the instability of the RIP. However, although Delta data has been disclosed, only a few system equipment vendors are compatible with the Delta list.
3) New PDF workflow In March 1998, Agfa launched the Apogee workflow, which opened the DF workflow. This workflow is an output process that is based entirely on PDF processing and it integrates many third-party processes. Eighteen months after Agfa introduced the Apogee workflow, Heidelberg Prepress launched the Prinergy PDF workflow, which has attracted a great deal of attention. It was developed during the product collaboration with Creo. And after Adobe introduced Acrobat 4.0 and PDF 1.3, Prinergy's workflow has benefited from its expanded capabilities. Agfa also launched a new version of Apogee Series 2 based on the latest expansion of Adobe's software. At the same time, Scitex announced its Brisque Exreme process, which was not originally integrated with the CT/LW, but it was a 100% PDF workflow.
2. Prepress digital technology for prepress workflows must be preceded by prepress digital work. Implementation is based on technology. The most important one is server technology. The digital workflow requires that the server's color management, server document management, and archiving technologies must be synchronized automatically. For example, the workflow of image recording in the digital workflow is a model of highly automated production. In the process of translating or reflecting drafts are automatically recorded in modern scanners, image focus correction, recording, data expansion and reduction, The conversion of the RGB mode and the CMYK mode, as well as the storage format conversion, are performed simultaneously. (To be continued)
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