TH16252A - "Methods and machines for producing strong parts from fiber-reinforced inorganic compounds" - Google Patents

Abstract

Rigid specimens made from a fiber-reinforced inorganic compound are manufactured from raw materials that include Fiber-reinforced ingredients such as bamboo fibers, inorganic binders, hardened with water and water by a stirring machine. And mix the raw materials and create them into a mat shape that is stacked with a thin layer of fine fibers on both the front and back of the thick layer of normal raw material. Fine fibrous material bonded to inorganic substances. Partially separated from the main material on both the feed and eject side of one set of pivot roller assemblies. The fiber segments that have been separated from the main raw material are initially fed to the beginning side of the forming conveyor to form the first step with fine fibers. The rest of the raw materials are dispensed into the first-layer of fine fibers on a forming conveyor to form the second layer with the main raw material. And another part of the fine fiber that is separated from the raw material falls onto the second main layer of raw material to form the third layer with fine fibers. Where to form the first and third layers of fine fibers and the second layers of the main raw materials are between them. The three overlays of the mat are then pressed and cured to form a robust piece of one fiber reinforced inorganic compound.

Claims (9)

1. Machine for producing strong workpieces from fiber-reinforced inorganic compounds. The machine consists of a number of pivot rollers arranged in a variety of conditions. Each set of pivot rollers consists of multiple pivot rollers. The pivot roller in any set of pivot rollers rotates in the same direction to feed the raw material filled with a fiber-reinforced mixture. Water-hardened inorganic compounds And water enters the flattened, movable conveying device to form the raw material in a mat form on the flattened conveying device where such a large set of pivot rollers is Placed in three conditions The first set of pivot rollers is placed in an upper state with a path for feeding materials, the first path for feeding materials evenly across the width of the first set of pivot rollers. The second set of pivot rollers is placed. So that the raw material passed down on the first set of pivot rollers is passed directly over it. The split trajectory is located under the second set of pivot rollers. To perform a short separation of the filament, which is separated from the raw material containing fine fiber fractures, which fall through a second set of spur rollers to be used to form the top layer of fine fibers. The second set of feeder paths for feeding the raw material past the top of the second set of pivot rollers to the third set of pivot rollers is arranged on the side. Opposite and is positioned lower than the second set of pivot rollers and A second trajectory is placed under the third set of pivot rollers to separate many short fine fibers separated from the raw material consisting of the main part of the twine and the fin which falls through the third set of pivot rollers. To form a lower layer of fine fibers on a conveying device that creates a flattened, movable mohair to accommodate the raw material to be created in a mat shape. 2.Machine for producing tough pieces made from fiber-reinforced inorganic compounds. The machine consists of a large set of pivot rollers of various conditions. Each set of pivot rollers consists of several pivot rollers. The pivot roller in any set of pivot rollers will rotate in the same direction. To feed the raw material containing the reinforced fiber mixture The inorganic binders that have been hardened with water and water enter the conveying device that creates a movable flattening shape to form a mat on the conveying device that creates a movable shape. Where such a large set of pivot rollers will be placed, worn, and Such machines will consist of The first set of pivot rollers that were placed on top First feed path for consistent feeding across the width of the first set of pivot rollers. The second set of pivot rollers placed under the first set of pivot rollers. A separate path is located under the second set of pivot rollers. To separate small parts A lot of fine fibers are separated from the raw materials to form a top layer of fine fibers. Second path for feeding material to the third set of pivot rollers that are positioned opposite and positioned lower than the second set of pivot rollers. A second trajectory is placed under the third set of pivot rollers to perform a small separation of the fine fibers separated from the raw material to form a lower layer of fine fibers. A movable flat-shaped conveying device for supporting raw materials for the first time to form a bottom layer of fine fibers. For the next generation it is the middle layer of the last object on top of the third set of pivot rollers. And finally, it forms top layers of fine fibers to form those layers into mats and fine rollers, and compression rollers to form the fed material and Falling on the conveyor, forming into a mat 3. The machine, as per claim 1, where each pivot roller of the pivot roller assembly is equipped with a large number of spurs embedded on the periphery of each roller. 4. The machine, upon request, holds two rights, where each pivot roller of the pivot roller assembly is equipped with a large number of spurs embedded on the periphery of each roller. 5. The apparatus as requested to claim claim 1, the first intersection and the second intersection will consist of a short sieve or basket. And cam for vibrating such sieve or mesh 6. The apparatus, as requested, holds the right to claim 2, where the intersection and the second intersection are composed of a short sieve or mesh. And cam for vibrating such sieve or mesh 7. The machine, as requested, holds the right to claim 7, where the material feeding path will be a flat conveying device. 8. The machine, as requested for claim 2, where the material feeding route will be a flat conveying device. 9.Process for producing strong pieces from fiber-reinforced inorganic compounds In which karma will consist of steps of Feeding of raw materials containing reinforced fiber mixtures Water-cured inorganic binders And the water goes into the first condition of the pivot roller set of the production machine and stir and mix the raw materials. First separation of fine fibers in raw material reinforcement fibers on the feed side of second condition of pivot roller set. The raw material is fed into the second condition of the pivot roller unit and leveled the material. Further separation of the residue of fine fibers in the raw material reinforcement fiber on the ejection side of the second state of the pivot roller set. The feeding of fine fibers that has been separated is further directed towards the origin of the mobile forming conveyor. And continuous feeding of the remaining raw material through the third condition of the pivot roller set and let the stir and mix the raw material. And feed the raw materials to a conveying device, forming and forming a three-layer structure mat. The mat will include the upper floor. And the bottom layer of fine fibers And the middle layer that is a mixture of fine and long fibers Feeding of fine fibers that is separated at the start to the mat The extrusion of raw materials to form the mat of the above, and the curing and hardening of the mat that was created thereof.