By Bob Greenwood and Judi Stevens — Did you ever need a rope to tie a gate, make a halter, tie down a load or make a lead rope? Why not make your own? With a few simple tools and supplies, you can make just about any size or color rope you want. Anyone with livestock usually has to feed hay and as a result will have an abundance of used twine that is usually tangled around the feet, draped over a fence or a problem to dispose of. If used twine is not available, new twine can be purchased for a small charge and in a variety of colors.
Once you start to twist the three strands together the end of the rope must be allowed to turn. You Rope machine plans also use two pulleys and a rope fastened to an adjustable weight, possibly a bucket of sand, Figure 4. I drive mine with an electric drill and Rope machine plans drives the central shaft at the back. This replacement rope would last long enough to get the harvested completed and defer the purchase of a new hoist rope. If used twine is Sex addict icon available, new twine can be purchased for a small charge and in a variety of colors. Joined: May 23, Messages: 11, Likes Received: 4,
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Discussion in ' General Engine Discussion ' started by vascon , Jan 23,
Discussion in ' General Engine Discussion ' started by vascon , Jan 23, Log in or Sign up. Home Model Engine Machinist. Rope Making Machine Plans? Jan 23, 1. Joined: Oct 2, Messages: 1, Likes Received: Does anyone have a set of plans for a rope making machine?
I saw a guy using one up in Vermont at an engine show Please and thank you. Jan 23, 2. Joined: Jun 19, Messages: 57 Likes Received: No plans but I made mine from pics on the net The main thing is getting the gears to mesh. I drive mine with an electric drill and it drives the central shaft at the back. There are also youtube vids if you search rope walk. Jan 23, 3. Rope or Braid?
Three strand rope is pretty easy. At the head end you need 3 spindles that turn in the same direction- a central sun gear with 3 equal size planets around it works fine. At the Tail end you need a spindle that turn in the opposite direction. So you twist the strands one way and wind then the other and get a nice laid rope. You do need cone with three grooves along it to run along as the rope is formed to keep the strands the proper tension. We made rope as Boy Scouts with a simple rig we made with wood and coat hanger wire.
The tail end crank was a brace and bit. There have been braiding machines at a few of the New England shows. There used to be a fellow, whose name I now forget, that had a beauty he took to many shows. It consist of several spindles that follow a looping path that swings them around a set of gears. Remember the old Square Dance move where women went one way, guys the other, while handing off hands?
RonGinger , Jan 23, Jan 23, 4. Have a look at Elmer's Engines No. Jan 24, 5. Brian Rupnow. Joined: May 23, Messages: 11, Likes Received: 4, Brian Rupnow , Jan 24, Jan 24, 6. All great information guys, thank you very much! BUT, making one would only cost me time I can add a "rope making machine" to our curriculum! When I build mine I will start a new thread I need a break from that Quadricycle project anyway!
Thanks again. Jan 24, 7. Apologies to all. I've just realised that the Elmer's No. Dave The Emerald Isle. Jan 24, 8. Joined: Jan 10, Messages: Likes Received: You must log in or sign up to reply here.
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Rope machine plans.
Geared Rope Making Machine: 10 Steps (with Pictures)
The following text and diagrams are by Adolph E. Peschke as presented in the printing of the edition of the Pioneering Merit Badge Pamphlet:. History of Rope Making — Making rope out of plant fibers is still done today in remote parts of the world. In many cases people make their own rope because money is in short supply and the native plants that have the needed fibers are in great abundance. As early as A. The technique can still be used today. Both of these farm machines required the use of binder twine.
Farmers soon realized that with the supply of binder twine they had for tying up bales of hay, they could easily make all the rope they needed at home by using a simple geared machine. These machines worked by turning a handle to twist the strands of binder twine into rope. The ropemaker also used a notched paddle to keep the strands from fouling and to regulate a uniform twist as the rope was forming.
Today you have to search the antiques shops for one, and if you find one, it might cost over a hundred dollars. Then, fast-moving machines were invented to simplify the task.
Rope made from man-made fibers plastics comes in varying lengths on spools for ease in dispensing. It might be a bit impractical for your troop to make all the rope needed for camping or for your pioneering projects, but learning how to make rope will help you understand how yarns and strands are twisted to form rope. The basic process of making rope consists of twisting fibers to form yarns. Then several yarns are twisted together to form strands.
Finally, several strands are twisted to form the rope. Three of these binder twine yarns are twisted to form a single strand. The simple rope spinner shown in figure 71 is a replica of one used sometime around A. With this spinner and fibers from cactus plants in that area, the Indians were able to make the rope they needed to construct shelters and for many other purposes. Making the spinner. Draw the basic shape of the spinner on the wood, following the pattern shown in figure Cut the basic shape with a coping saw.
This aids in spinning. The top knob is shaped to prevent the yarns from slipping off. Glue the handle dowel into the hole. Using the spinner. Loop the binder twine over the stick and then run it back to the head of the spinner. Now hold the spinner in front of you and face the other person. Spin the head of the spinner in a clockwise rotation.
A little bit of practice will tell you how tight to spin the strand. Spinning rope. Leave the strand on the spinner and hook. Grab the strand and loop it over the spinner and also loop it over the hook. Now spin the spinner in a counterclockwise rotation, as was done with the three yarns of binder twine. This is opposite of the way for making the strand. As you spin, the three stands will twist to form a rope. Only practice will tell you how tight to twist the rope.
Then whip both ends of the rope and trim them. Another device that can be used to make rope is fashioned after the ropemaker used on farms during the early s.
With it you can twist the three yarns on each hook into a strand, and the three strands into a rope all at the same time. Make the device. Cut out the pieces. First, cut the handle A to shape as shown in figure Do not drill the holes yet. Next, cut out pieces B and C. Glue and screw them together to form the base unit see figure Then, cut the separator paddle D to the same shape as the handle see figure Later, notches will be cut in the paddle see figure Mark holes in the handle.
After these pieces are cut, you have to drill holes through the handle A and the upright part of the base unit C for the three tuning hooks. Now mark the positions of the three holes for the turning hooks. Drill the holes. After marking the positions of the holes, hold the handle up to the upright piece on the base unit C.
See figure Make the hooks. These hooks are made from coat hangers. Then make two bends in the end of each wire to form an L-shaped end to fit in the handle. Now, insert the three turning hooks in the holes in the upright piece C of the base unit. Make the separator paddle. The separator paddle is used to keep the strands separated while they are twisted into rope.
To make the separator paddle, place the handle A on top of the paddle D and mark the position of the three holes on the paddle. Then cut notches in the edges of the paddle at these locations. You can use a coping saw to cut out the notches see figures 74 and Make the end hook. This is the final step see figure Use a piece of scrap left over from making the handle.
To use the ropemaker, first clamp the base unit to a table or a bench. Tie one end of the binder twine to one of the three turning hooks on the base unit. Now thread the binder twine to the end hook and back to each of the three turning hooks. As you begin, the Scout with the end hook should pull on his end to keep the slack out of the yarns.
Then ask a third Scout to insert the three strands in the notches of the separator paddle. Start near the Scout holding the end hook. As the rope is turned, the Scout holding the separator paddle should move the separator paddle towards the base unit, making sure that the strands do not become fouled.
Start tuning the handle so that the hooks turn in a clockwise rotation. As you turn the handle, the yarns binder twine will begin to form into twisted strands, and these strands will also twist to form into rope.
The Scout operating the separator paddle should move it to prevent the strands from fouling. If the separator paddle is moved too fast towards the base unit, it will result ina loosely twisted rope. Too few turns will produce rope that is loose. Too many turns will produce rope that is twisted too tight and might be hard to use.
Peschke as presented in the printing of the edition of the Pioneering Merit Badge Pamphlet: History of Rope Making — Making rope out of plant fibers is still done today in remote parts of the world. Figure 71 Making the spinner. Figure 72 Spinning rope. Figure 73 Cut out the pieces. Figure 74 — Double Schematic for handle A and separator paddle D.
Figure 75 Make the hooks. Figure 76 Now, insert the three turning hooks in the holes in the upright piece C of the base unit. Figure Post to Cancel.