RippleEphex

The Sharp QT-S360 was produced from approximately 1988 to 1990. It's colourful range made it a favourite amongst many and a saught after item today over 30 years later.  Colours The Sharp QT-S360 was available in 6 colours: Black (BK) Blue (BL) Red (R) or RD for the F360 Yellow (Y) White (W) Grey (GY) The grey model has only been found as a reference in the service manual. No images have yet been found of the grey model. Sadly there is no evidence of a green model denoted by (GR) in other QT models. Interestingly if you search for sharp qt-f360 camoflauge, an army camoflauge radio appears. Though I do not believe it to be a factory original, it is interesting still. Models Affectionately known as 'cuties'... the meaning of the QT model number is unknown however is common across many of the sharp portable radio cassette players in that period.  There are also variations of the S360 model likely due to regional differences for power inputs and radio frequencies. ...

If like me you have noticed an update to the location of the outlook apps navigation bar, moving it to the left hand side of the outlook folders.  I have good news!  Below are instructions on how to move it right back to where it has always been! At the bottom underneath the outlook folders. Instructions Open Outlook: Launch the Outlook application on your computer. Access the "Options" menu by clicking on the "File" tab located in the top-left corner of the Outlook window. Click on "Options" at the bottom left.  This will open the Outlook Options window. In the Outlook Options window, select the "Advanced" category from the left sidebar. Locate the "Show apps in Outlook" option. This should be located near the top of the window. Uncheck the box next to the "Show apps in Outlook" option to disable it. Click on the "OK" button. To apply the changes, close and reopen Outlook. Now your apps navigation bar should be righ...

Disclaimer This is an informational blog on how I personally sharpened my Viking GB455 mulcher blades, do this at your own risk. These are not instructions. Always remove the spark plug lead from the spark plug prior to doing any work on garden equipment. Do not put your fingers in rotating parts of the machine. There is enough mass in the chipper drum to take a finger off. Viking GB455 Flail Mulcher Chipper with side chute Below you can see the blade for larger sticks and branches. Tools Needed (with amazon links) Socket Set Spanner Set 10mm 13mm 16mm 17mm Allen Key Set Whetstone 180 Grit WD-40 Process Firstly I unplugged the spark plug and then took off the hopper off, I did this buy removing four bolts at the base. I then had to dig out some of the chips from the allen key bolt heads. I was then able to get the 10mm socket onto the inside of the bolt, holding it in place with the Allen key while being very careful not to put my fingers or hands anywhere that the chipper barrel would...

Introduction to Raspberry Pi Pico  (scroll down to get to setup instructions) The Raspberry Pi Pico has quickly become a popular choice among hobbyists, students, and developers due to its affordability and versatility. With its compact size and powerful features, the Pico opens up a world of possibilities for various applications. In this review, we'll explore why the Raspberry Pi Pico is an excellent investment, showcasing real-world examples of how it can be used. Why Choose the Raspberry Pi Pico? Home Automation: With its GPIO pins and support for various interfaces, the Pico can be used to create smart home automation systems. You can connect sensors to monitor temperature, humidity, and motion, and control lights, switches, and appliances based on predefined conditions. The Pico's ability to communicate with Wi-Fi and Bluetooth modules further expands its capabilities in this area. Robotics: The Pico is a fantastic choice for robotics projects. Its GPIO pins can be connec...

Below is the code for connecting to WIFI with a  Raspberry Pi Pico W  (and then blink an LED). Tested on a  Raspberry Pi Pico W . Micro Python Code:

Below is the code required to blink an LED in micro python. Both wireless and none wireless examples are provided below. Tested on a  Raspberry Pi Pico W . MICRO PYTHON CODE (Wireless):

Below will allow you to create accurate speed of sound calculations taking into consideration temperature and humidity in micro python. Tested on a Raspberry Pi Pico W . The results of the code below is not quite exact, but its pretty close. MICRO PYTHON CODE: