I sure do like the ideas already. Do a search on the first forum page for mgs by "Kirkus" as he has made some fantastic trellis out of tree branches, etc. The idea for using them for Christmas and holding decorations is great also. Either paint them or wrap red fabric strips around them to look like candycanes and then top with the star, gift boxes or snowflakes. I think those would look really cute. Or use them to hold faux pumpkins. I've been saving this pic for an idea. The pole in the pic is a porch or stair spindle. You could paint your poles orange and black and other bright halloween colors, nail on a wood top base to glue the pumpkin to and then stream down some colorful raffia with stars or moons attached to the bottom of the raffia or even hang down some fall leaf garland . These would swing in the wind and I think look really cute for the holidays.

Guys, I wanted to update you on the retrofit of the Subaru motor to the Cyclone Leaf Rake. I finally got the parts and made time to adapt the thing. While I am sure that Lawnboyforever's parts are better than the kit I made, mine seemed to do the job. My one area of concern is the impeller bolt. It is one size smaller than before, the shaft is a bit shorter and the one I found is not a grade 8. I put Locktite on the threads and will get a grade 8 bolt soon to replace this one. The engine runs quietly and efficiently as I used it to do the yard for 4 hours today. It used a small amount of oil but I guess that is to be expected. I had no vibration problems or wobble of the impeller so I may be in okay shape for now. Check out the pics! Thanks for all of your support, QuickRick Here is a link that might be useful: Cyclone Leaf Rake

Obviously none of the people who have responded have even a remote clue about how to properly size a line. When designing a potable water distribution system you begin by selecting all the end use fixtures to determine what the end use load will be. In the case of the original post they want a shower head, body sprays, a hand shower and possibly a rain shower head. Quote:"How many fixtures will you have on at any one time? Remember that 3/4" pipe has double the capacity of 1/2" pipe." Code requires that we design a potable water system for a worst case scenario. The system must be capable of maintaining the code listed minimum fixture "Dynamic head pressure" even when every fixture in the house is turned on at the same time. The statement that a 3/4" pipe has twice the capacity of a 1/2" pipe is not true. The capacity, or properly the volume of flow is determined by the size of the metering orifice in the end use fixture. It is true that a 3/4" line has double the cross sectional area of a 1/2" line however both will supply the same volume, the difference being that the velocity of flow will be twice as fast in the 1/2" pipe. The problem here is that as the velocity of flow increases the "fiction head pressure loss" increases dramatically. In addition to the loss of pressure due to friction head if the velocity of flow exceeds 8fps we start seeing sever pipe wall erosion, which leads to premature pipe failure. In fact, while acidic water is the leading cause of pin hole failure in copper pipe, excessive velocity in undersized pipe is the second leading cause of pinholes. Preferably we should have the end use fixture data available when designing the system but in situations where that information is not yet available we use the gal/min flow rates that are published in the code. Now getting back to the original question. All the end use fixtures in question are types of shower heads and per code shower heads are restricted to 2.5gpm so let us begin putting it all in perspective. Using the code standard of 2.5gpm we get shower head (2.5gpm), hand shower (2.5gpm) and body sprays (2.5gpm)equals and a hand shower(2.5gpm) for a total load of 10gpm. Consulting the "Type L Copper Friction Loss Table" we find that if we supply this shower with a 1/2" line the velocity of flow would be 13.80ft/sec and the pressure loss would be 67.72psi/100ft of pipe. If we increase the pipe size to 3/4" the velocity of flow is 6.62ft/sec and a pressure loss of 11.17psi/100ft.

A diamond hole saw bit will be your best friend for this. They are a little expensive but the best way to avoid cracking the tile. I would recommend have a second pair of hands available with a spray bottle of some sort of liquid to spray the tile and keep everything cool, also to help avoid breaking the tile (alluding to Geoffrey's post about making a pool or bath).