donut

Hi there,

 

Still feel boring to clean the Recycle Bin ? Here is a tip to clean Recycle Bin using Wise Disk Cleaner to help you clean it easy.

Please do as the following instructions  indicated,

 

Run Wise Disk Cleaner/Wise Care 365----Common Cleaner----Useless Files In Computer----click the gray arrow ahead of “Windows System”----find and check the item named "Empty Recycle Bin"

 

Thanks!

Hi there,
 
We are taking an example as Google Chrome Cookies to show you . 
You can do as the following instructions below if you want to keep the cookies you want.
 
1. If you don't want to delete all your Chrome cookies
run Common Cleaner---Find "Traces in Computer"---click "Surf the Internet"---unmark "Google Chrome Cookies"
 

 
2. If you only want to keep some cookies,
run Common Cleaner---Find "Traces in Computer"---click "Surf the Internet"---click the grey arrow ahead of "Google Chrome Cookies"(needn't unmark "Google Chrome Cookies")---right click some cookies---just click "Ignore this item"
 

Hi there,
 
We are taking an example as Google Chrome Cookies to show you . 
You can do as the following instructions below if you want to keep the cookies you want.
 
1. If you don't want to delete all your Chrome cookies
run Common Cleaner---Find "Traces in Computer"---click "Surf the Internet"---unmark "Google Chrome Cookies"
 

 
2. If you only want to keep some cookies,
run Common Cleaner---Find "Traces in Computer"---click "Surf the Internet"---click the grey arrow ahead of "Google Chrome Cookies"(needn't unmark "Google Chrome Cookies")---right click some cookies---just click "Ignore this item"
 

Hi there,
 
We are taking an example as Google Chrome Cookies to show you . 
You can do as the following instructions below if you want to keep the cookies you want.
 
1. If you don't want to delete all your Chrome cookies
run Common Cleaner---Find "Traces in Computer"---click "Surf the Internet"---unmark "Google Chrome Cookies"
 

 
2. If you only want to keep some cookies,
run Common Cleaner---Find "Traces in Computer"---click "Surf the Internet"---click the grey arrow ahead of "Google Chrome Cookies"(needn't unmark "Google Chrome Cookies")---right click some cookies---just click "Ignore this item"
 

Navigating long documents and Web pages requires the ability to scroll smoothly. Dealing with a monitor screen that jumps unexpectedly makes it difficult to read text and see Web pages properly. This jumpy behavior can occur due to numerous factors, ranging from software conflict or faulty hardware.
Malfunctioning Mouse
 
·         In some cases, a jumpy screen is caused by a malfunctioning mouse. Many computer mice offer a scroll wheel in between the two selection buttons on the front, which helps scroll without the use of the scroll bar on the right of the screen. A faulty mouse may send incorrect commands to the computer, resulting in a jumpy screen. Try a different mouse on your computer to see if the screen continues to jump. If not, the original mouse was your culprit.
 
Outdated Drivers
 
·         All the components within your computer require specialized files called drivers to communicate with each other properly. A jumpy screen could indicate out-of-date drivers in the graphics card or monitor. If these files are older, they may not work properly with each other or the operating system, causing odd screen behavior. Updates for your operating system are found at Microsoft.com, while your computer manufacturer's support Web pages may offer driver updates specific to your system.
 
Monitor Issues
 
·         Monitor failure produces odd screen behavior, including flickering, jumping and color changes. Older, large CRT monitors contain components inside that degrade over time, and are susceptible to magnetic interference, both of which can produce a jumpy screen image. Failing monitors do not communicate with the computer and graphics card properly, regardless of driver version. Connect your jumpy monitor to another computer and see if the problem persists. If it does, it's a good indication that the monitor itself is at fault and needs replaced.
 
Virus Infestation
 
·         Even if you have the most up-to-date drivers and operating system, a virus infestation can cause any number of problems within your computer and display. A virus can alter the way your monitor communicates with the mouse, graphics card or motherboard, which can in turn cause screen issues such as jumping. Run a virus scan to find and remove any hidden invaders that may be causing your screen issues.
 
 
 
 

Most "freezes" are just software lockups, often limited to just one program, although they can cause the entire system seemingly to hang. The remainder are caused by hardware. Failing power supplies can cause all sorts of trouble, for example, including freezes. Memory is also a frequent culprit. Reseating the memory module fixes memory-related problems one-third of the time on desktop systems and one-quarter of the time on laptop systems, according to studies done by Microsoft.
Instructions
Is the Whole System Freezing?
 
o    1
Press "Alt" and "F4." This may close the program without any further problems.
 
o    2
Press the "Alt" and "Tab" keys together to switch to another program. If you are unable to see any change when you press "Alt" and "Tab," then try to bring up the Task Manager by pressing the left "Control" key, the left "Shift" key and "Escape." If that key combination doesn't open the Task Manager, press "Ctrl," "Alt" and "Del," then press the down arrow on the keyboard four times to highlight "Start Task Manager." Press "Enter."
 
o    3
Determine the problem area. If your mouse cursor moves freely, then you have a locked up program and you need to find the process that's hogging the CPU. If the whole system seems jerky, and you can hear or see your hard drive being continuously active, then you are facing memory exhaustion.
 
o    4
Go to the "Processes" tab. Sort by CPU or Memory as determined. If your mouse is functional, click the headers to sort the appropriate column. Otherwise press "Tab" to move forward or "Shift" and "Tab" to move back through the controls until you get to the header. Then use the arrow keys to select the header you want to sort by and press "Enter."
 
o    5
Select the item at the top of the list, which should be the problem program. If your mouse doesn't work, use "Tab" or "Shift" and "Tab" to navigate to the list.
 
o    6
Click the "End Process" button, or press "Alt" and "E." Then click "End Process" in the confirmation box or press "Spacebar" on the keyboard. If none of this worked, your computer may be totally frozen due to a component problem.
 
Component Problems
 
o    7
Power down the computer and unplug it from the power source.
For a desktop computer, open up the computer case, consulting your owner's manual as necessary, to locate and reseat the memory modules. Pull the retaining clip back from the memory module and pull the module upward out of its socket. Push the memory into the slot while pulling the retaining clips gently toward the memory until it is fully seated. To reseat it, make sure the notch is aligned with the memory slot.
For laptops, locate your memory, which is usually found behind a labeled door on the underside. Unscrew the door. Pull the retaining clips back from the memory module and pull the module toward you to a 45-degree angle. Then pull the module straight out of its socket. Push the memory into the slot at a 45-degree angle. Rotate the module gently until the retaining clips are securely fastened, and the module is fully seated. To reseat it, make sure the notch is aligned with the memory slot.
 
o    8
Unscrew the retaining screw on the faceplate of the video memory card, if present in your desktop computer, and push the latch at the rear of the card toward the slot. Pull the card straight out, then push the card straight into the slot until the latch reengages. Screw the faceplate into the case. This does not apply to laptops.
 
o    9
Reseat any other add-in cards present in the desktop computer.
 
Overheating Problems
 
o    10
Check the temperature. If your computer supports temperature monitoring, use the vendor-supplied utility to check temperatures. Anything above 140 degrees Fahrenheit should be considered suspect.
 
o    11
Identify faulty fans. Any fans not moving under load with high heat showing should be immediately replaced in desktops. If your laptop has a faulty fan, you need to have it professionally serviced.
 
o    12
Add more cooling fans to your desktop computer. Fan width is measured in millimeters. Common sizes are 80, 92 and 120 millimeters. You need to purchase fans that fit into your computer case's fan mounts. If your computer came with a jumper diagram for the motherboard, locate the fan connectors, usually labeled "FAN1" to "FAN4." Determine if the fan connectors have three pins or four pins. Buy additional fans with the same number of pins as those already in your case have. If you can't determine the number of pins, get fans that include "Molex" adapters to connect to your power supply.
Start by mounting fans into the front of the case, blowing toward the back. If the problem persists, add more fans to the rear of the case, blowing outward.
Laptop users can purchase a cooling pad that comes with extra cooling fans and typically connects via USB.
 
o    13
Add a heat spreader to the memory modules in your desktop. This does not apply to laptop users. Open up the computer case, consulting your owner's manual as necessary, to locate the memory modules. Pull the retaining clip back from the memory module and pull the module upward out of its socket. If the heat spreader's manufacturer provided directions, follow them. Otherwise, remove the adhesive backing from one-half of the heat spreader. Apply the heat spreader to the memory module. Apply the other half of the heat spreader, ensuring that the screw holes or the clip slots are aligned. Screw or clip it together. Return the module to your computer case, as when reseating it in Section 2, Step 1.
 
 
  Power Problems
o    14
Ensure your computer is plugged into a high-quality surge suppressor, not just a power strip.
 
o    15
Try the computer in different outlets around the house, especially those on another electrical circuit.
 
o    16
Plug the computer into an uninterruptible power supply, or UPS.
 
o    17
Connect your desktop's internal components to different power supply cables. The internal power supply has several power converters in it, so connecting your computer's internal components to different cables or cable bundles can spread the power load to help avoid under-voltage problems.
 
Tips & Warnings·         Failures caused by mechanical or electrical problems inside the case often lead to random computer freezes and reboots. This class of problems is almost always caused by vibrations. If hitting your desk makes your computer lock up, this is probably the problem.
·         Modern CPUs have a thermal cut-off inside them that turns off the computer to prevent critical damage, but other components do not. Video cards, memory and the motherboard control chips, often called the north bridge, can all cause computer freezes. Signs are freezes that occur only when your computer is under high load or during heavy 3-D or video decoding.
·         Low voltage, unclean power, and overloaded circuits can all cause temporary, sporadic problems with your computer. Unclean power and overloaded circuits will seem random. Low voltage is usually be tied to specific actions like starting to play games or watch movies. With these problems, your power supply may not be functioning properly. You may need to replace the power supply.
·         Never open the computer's power supply. It presents a serious risk of personal injury due to high voltage.
·         Do not work inside a computer without protection from static electricity. Get an ESD wrist strap if possible and wear it while repairing your computer. If not, touch the unpainted metal of your case, usually on the rear, while performing the repair. Avoid wearing clothing that attracts static, such as wool, and stand up while working on the computer.
·         Wait one minute after turning off the power supply before unplugging the computer to give the capacitors time to drain.
·         Hold components by their edges and avoid touching the gold contacts.
 
 

The Image Mastering API is an interface used to allow disc-authoring applications to communicate with your disc-burning hardware and the Windows operating system. In Windows, the Image Mastering API resources and instructions are located in dynamic link library files. When an application attempts to send IMAPI instructions, the instructions in these DLL files are used. If an error occurs while trying to author a disc, rebuild these files using the System File Checker utility.

 
Instructions
 
o    1
Save your work and restart your computer. Hold down your “F8” key continuously during startup.
 
o    2
Select “Safe Mode with Command Prompt” and press “Enter.” This runs Command Prompt in a full window.
 
o    3
Type “CD C:\Windows\System32” and press the “Enter” key to make the System32 folder the active directory.
 
o    4
Enter each of the commands below one at a time to unregister the Image Mastering API module.
Regsvr32 /u /s imapi.dll
Regsvr32 /u /s imapi2.dll
Regsvr32 /u /s imapi2fs.dll
 
o    5
Type each command below one at a time to rename the Image Mastering API module files.
Ren imapi.dll imapi.bak
Ren imapi2.dll imapi2.bak
Ren imapi2fs.dll imapi2fs.bak
 
o    6
Input the following commands individually to run the System File Checker utility to replace the Image Mastering API module files.
SFC /scanfile=imapi.dll
SFC /scanfile=imapi2.dll
SFC /scanfile=imapi2fs.dll
 
o    7
Type “CD Drivers” and press “Enter” to change the active directory to the Drivers folder.
 
o    8
Type “SFC /scanfile=cdrom.sys” and press “Enter” to run the System File Checker on the CDROM.sys file.
 
o    9
Type “Shutdown –r –t 01” and press “Enter” to restart the computer.
 
 

Most "freezes" are just software lockups, often limited to just one program, although they can cause the entire system seemingly to hang. The remainder are caused by hardware. Failing power supplies can cause all sorts of trouble, for example, including freezes. Memory is also a frequent culprit. Reseating the memory module fixes memory-related problems one-third of the time on desktop systems and one-quarter of the time on laptop systems, according to studies done by Microsoft.
Instructions
Is the Whole System Freezing?
 
o    1
Press "Alt" and "F4." This may close the program without any further problems.
 
o    2
Press the "Alt" and "Tab" keys together to switch to another program. If you are unable to see any change when you press "Alt" and "Tab," then try to bring up the Task Manager by pressing the left "Control" key, the left "Shift" key and "Escape." If that key combination doesn't open the Task Manager, press "Ctrl," "Alt" and "Del," then press the down arrow on the keyboard four times to highlight "Start Task Manager." Press "Enter."
 
o    3
Determine the problem area. If your mouse cursor moves freely, then you have a locked up program and you need to find the process that's hogging the CPU. If the whole system seems jerky, and you can hear or see your hard drive being continuously active, then you are facing memory exhaustion.
 
o    4
Go to the "Processes" tab. Sort by CPU or Memory as determined. If your mouse is functional, click the headers to sort the appropriate column. Otherwise press "Tab" to move forward or "Shift" and "Tab" to move back through the controls until you get to the header. Then use the arrow keys to select the header you want to sort by and press "Enter."
 
o    5
Select the item at the top of the list, which should be the problem program. If your mouse doesn't work, use "Tab" or "Shift" and "Tab" to navigate to the list.
 
o    6
Click the "End Process" button, or press "Alt" and "E." Then click "End Process" in the confirmation box or press "Spacebar" on the keyboard. If none of this worked, your computer may be totally frozen due to a component problem.
 
Component Problems
 
o    7
Power down the computer and unplug it from the power source.
For a desktop computer, open up the computer case, consulting your owner's manual as necessary, to locate and reseat the memory modules. Pull the retaining clip back from the memory module and pull the module upward out of its socket. Push the memory into the slot while pulling the retaining clips gently toward the memory until it is fully seated. To reseat it, make sure the notch is aligned with the memory slot.
For laptops, locate your memory, which is usually found behind a labeled door on the underside. Unscrew the door. Pull the retaining clips back from the memory module and pull the module toward you to a 45-degree angle. Then pull the module straight out of its socket. Push the memory into the slot at a 45-degree angle. Rotate the module gently until the retaining clips are securely fastened, and the module is fully seated. To reseat it, make sure the notch is aligned with the memory slot.
 
o    8
Unscrew the retaining screw on the faceplate of the video memory card, if present in your desktop computer, and push the latch at the rear of the card toward the slot. Pull the card straight out, then push the card straight into the slot until the latch reengages. Screw the faceplate into the case. This does not apply to laptops.
 
o    9
Reseat any other add-in cards present in the desktop computer.
 
Overheating Problems
 
o    10
Check the temperature. If your computer supports temperature monitoring, use the vendor-supplied utility to check temperatures. Anything above 140 degrees Fahrenheit should be considered suspect.
 
o    11
Identify faulty fans. Any fans not moving under load with high heat showing should be immediately replaced in desktops. If your laptop has a faulty fan, you need to have it professionally serviced.
 
o    12
Add more cooling fans to your desktop computer. Fan width is measured in millimeters. Common sizes are 80, 92 and 120 millimeters. You need to purchase fans that fit into your computer case's fan mounts. If your computer came with a jumper diagram for the motherboard, locate the fan connectors, usually labeled "FAN1" to "FAN4." Determine if the fan connectors have three pins or four pins. Buy additional fans with the same number of pins as those already in your case have. If you can't determine the number of pins, get fans that include "Molex" adapters to connect to your power supply.
Start by mounting fans into the front of the case, blowing toward the back. If the problem persists, add more fans to the rear of the case, blowing outward.
Laptop users can purchase a cooling pad that comes with extra cooling fans and typically connects via USB.
 
o    13
Add a heat spreader to the memory modules in your desktop. This does not apply to laptop users. Open up the computer case, consulting your owner's manual as necessary, to locate the memory modules. Pull the retaining clip back from the memory module and pull the module upward out of its socket. If the heat spreader's manufacturer provided directions, follow them. Otherwise, remove the adhesive backing from one-half of the heat spreader. Apply the heat spreader to the memory module. Apply the other half of the heat spreader, ensuring that the screw holes or the clip slots are aligned. Screw or clip it together. Return the module to your computer case, as when reseating it in Section 2, Step 1.
 
 
  Power Problems
o    14
Ensure your computer is plugged into a high-quality surge suppressor, not just a power strip.
 
o    15
Try the computer in different outlets around the house, especially those on another electrical circuit.
 
o    16
Plug the computer into an uninterruptible power supply, or UPS.
 
o    17
Connect your desktop's internal components to different power supply cables. The internal power supply has several power converters in it, so connecting your computer's internal components to different cables or cable bundles can spread the power load to help avoid under-voltage problems.
 
Tips & Warnings·         Failures caused by mechanical or electrical problems inside the case often lead to random computer freezes and reboots. This class of problems is almost always caused by vibrations. If hitting your desk makes your computer lock up, this is probably the problem.
·         Modern CPUs have a thermal cut-off inside them that turns off the computer to prevent critical damage, but other components do not. Video cards, memory and the motherboard control chips, often called the north bridge, can all cause computer freezes. Signs are freezes that occur only when your computer is under high load or during heavy 3-D or video decoding.
·         Low voltage, unclean power, and overloaded circuits can all cause temporary, sporadic problems with your computer. Unclean power and overloaded circuits will seem random. Low voltage is usually be tied to specific actions like starting to play games or watch movies. With these problems, your power supply may not be functioning properly. You may need to replace the power supply.
·         Never open the computer's power supply. It presents a serious risk of personal injury due to high voltage.
·         Do not work inside a computer without protection from static electricity. Get an ESD wrist strap if possible and wear it while repairing your computer. If not, touch the unpainted metal of your case, usually on the rear, while performing the repair. Avoid wearing clothing that attracts static, such as wool, and stand up while working on the computer.
·         Wait one minute after turning off the power supply before unplugging the computer to give the capacitors time to drain.
·         Hold components by their edges and avoid touching the gold contacts.
 
 

Streaming HD video can challenge the capabilities of even the most powerful cutting-edge computer. If you're seeing stuttering and buffering issues when attempting to play a video stream, one or more parts of your system is being pushed too hard and you may find that your CPU usage is extremely high. Before you replace your processor, take a look at how streaming works and why a new CPU may not be the answer.
Network Slowdowns
·         One of the most crucial elements comes into play before the stream even reaches your local PC. It takes a robust network to transfer high definition video data in real time, and unfortunately a bottleneck can occur in many places. The video stream may be experiencing slowdowns before it even gets to your home, courtesy of heavy traffic or inefficient servers and network infrastructure. Your Internet connection may lack the bandwidth to support HD streaming, especially during "peak hours" on a shared connection such as a cable ISP. For example, Netflix recommends a minimum of 5 Mbps for streaming HD quality video.
 
Residential Issues
 
·         Your home is likewise full of ways to thwart the free flow of video streaming data. Long cable runs, junctions and damaged wiring can introduce interference that intermittently slows down your connection, especially in older homes and multifamily dwellings. Wireless networks are prone to structural interference from walls and ceilings, and Wi-Fi bandwidth can easily be bogged down by simultaneous connections. In all these cases, you may have plenty of free bandwidth for most Internet activities, but watching streaming HD video pushes your connection to the point where minor inefficiencies become more obvious.
 
PC Housecleaning
·         Assuming that your network is optimized for streaming video, your computer itself may be improperly optimized. There are a number of simple fixes that you can try to relieve your CPU and other system resources, such as closing down applications and browser windows, stopping unnecessary background tasks and services, and making sure that your operating system and hardware drivers are all up to date. Anything that will cause your PC to run slightly slower during normal use will have a drastic impact on demanding tasks such as HD video streaming.
 
Video Card Demands
 
·         All video tasks on your PC will depend greatly on the performance of your graphics hardware. If your system sports a cutting-edge PCI Express 3.0 video card with plenty of onboard memory and a GPU that handles multimedia subroutines, you don't need to worry. However, if your graphics card or onboard video is a few years past its prime, much of the video processing will be passed along to the system CPU and RAM.
 
Memory is Essential
 
·         The importance of RAM in streaming video cannot be understated; if you have a low amount of RAM or an older memory interface, you may be expecting too much from your system. Hulu Plus recommends at least 128 MB of RAM, but your performance will benefit from upgrading to 4 GB or more of DDR3. If you see significant CPU usage, your memory may actually be the weak link -- your processor manages system memory, especially virtual memory, and when the RAM capacity or bandwidth is stressed, much of the "overflow" burden falls on the CPU.
 
CPU Transcoding
 
·         The CPU is also crucial for applications that utilize transcoding tasks (turning one video format into another) in real time, which can put a serious strain on available processing power. Like many video streaming providers, Amazon Instant Video uses Adobe Flash or Microsoft Silverlight, both of which access the CPU during streaming. Amazon recommends a Pentium 4 2.33GHz processor for PCs, and an Intel Core Duo 1.33 GHz as an absolute minimum, but the amount of data required by full-length HD video will likely require something much more powerful.
 
 

Hi there,
 
The following are reason and suggestions below,
 
1. Wise PC Engineer is the predecessor of "Wise Care 365" ,  we are not sure  Wise PC Engineer and Windows 8.1 are compatible ,for Wise PC Engineer is out of maintaining.
 
2. We do suggest that you can download Wise Care 365 , the license used for Wise PC Engineer works for Wise Care 365 as well.
 
Thanks!