Chute wood transport uses gravity and the force of corticated timbers to move them. This allows for easy transportation of wood at a low incline. This type of transport can move timber over short horizontal distances by the workforce or longer distances uphill by machine power. The smooth motion of wood trunks makes them almost noiseless and bump-free, and the walls of the trough absorb any impacts.
Prefabricated chute wood troughs are available in many shapes and sizes. A U-shaped cross-section is typical of these troughs, and they have lateral lugs that can be inserted into the ground for support. These troughs are lightweight and are designed for easy portability. They also allow cables to be extended through them and fixed to trees.
The individual sections of these troughs usually have dimensions of four to seven meters and a width of 30 to 40 cm. These sections are interconnected with locks and can be assembled into any length desired. Economic sizes range between 100 and 500 meters. The chute sections are connected with bayonets and snap locks to secure them in place.
The present invention relates to a system and method of transporting timber. In the past, timber transportation methods have relied on the slidability of decorticated trunks and gravity forces. Sliding troughs were typically made from stationary wooden timber slides that were more or less permanently constructed. In the present invention, sliding drains made of chute wood are more flexible and are not limited to horizontal transport.
Sliding troughs are designed to be adjustable for slope. They can be adapted to the slope of the terrain to prevent animals from getting stuck. Chute wood sliding troughs are also aesthetically appealing, mainly if the wood used for their construction matches the surrounding environment.
Logs were lubricated with car grease to facilitate sliding. The troughs were installed over a stream. As the water dripped onto the chute, it made the channel slippery. As the logs began to slide faster, the residents warned that it was dangerous and urged people to keep a safe distance from the slide.
To keep water from freezing, burying the trough partially is a good option. This will prevent the track from freezing in sub-freezing temperatures. Further, the channels will catch geo-thermic heat rising from the earth, keeping the water from freezing.
Sliding troughs are made of wood or plastic. These troughs can be made in any size, with the most cost-effective lengths being between 100 and 500 m. They can be assembled using snap locks or bayonet locks.
Galvanized troughs can also be great gardening containers. They hold water well and help plants grow well. These troughs are also safe to use for watering livestock. However, you should be aware that they will rust over time, especially if they are not made from porcelain or stainless steel. However, light rusting can still look charming in your garden.
Galvanized troughs are the perfect size for a small planter. They can also be placed within more extensive garden beds. This will prevent crawling plants from taking over the space. A Year in the Yarden shares 15 great tips for using trough planters.
Timber slides are devices used to transport timber past waterfalls and rapids. They were first used in the timber trade in Canada in the 18th and 19th centuries. Traditionally, cut wood would be rafted down rivers to ports in Montreal and Saint John, New Brunswick. But the popularity of timber slides has faded as technology has improved.
A timber slide is constructed of three connected trees at the bottom. One of them is carved with a zigzag groove in its middle. These grooves conduct water into the slide, reducing friction. The fall can be supported by two hundred and twenty thousand supports and is attached to the ledges of a granite precipice.
After the First World War, timber slides became tourist attractions. The Chaudiere Falls timber slide was built in Ottawa. The Prince of Wales was the first to ride one. He later became King Edward VII. Subsequently, the construction of canal networks and the decline in timber trade forced the slides to close down. The First World War put an end to many of them.
The timber chute utility model addresses the shortcomings of the prior art by providing a new kind of timber chute with an improved slidability factor. Individual sections of the line can be 4-7 m long, with a width of thirty to forty centimeters. A cylindrical zigzag annular groove is provided on the reservation member to increase the bonding strength.
Splash dams were initially constructed to control log movement through rivers and streams. Typically built with logs and boards, they could span up to 50 feet wide and be filled with stones and earth. These structures were temporary and often dismantled once they were no longer needed. They were constructed along a stream or large body of water and were used for only a few months to several years. Logs were transported to the creek to build a splash dam and lowered down the stream. Log slides were used to move the records into place.
Splash dams were common in Pennsylvania but existed in Utah, Idaho, and Kentucky. One such structure is located in Home Camp in Union Township, which was once a bustling logging community that included boarding houses and sawmills. In 1871, the Pennsylvania General Assembly passed a law permitting splash dam construction in the state.
The Teanaway and MF rivers were splash dammed between 1892 and 1916. Newspaper accounts indicate that the dams were constructed above rkm 1.5. We also observed a saw-cut log buried perpendicular to the flow at km 6.8, suggesting that splash dams were constructed upstream from our study reaches.