TH55810A - Shell shaft for the peeling mechanism. - Google Patents

Abstract

DC60 (19/08/45) This invention relates to a peeling axis (3) for a peeling mechanism (1) which is used to remove bark or perform a preliminary operation on a tree (2) leading to a separate final peeling step and to drive at least a portion of the peeled bark from the tree through the peeling mechanism. The peeling mechanism consists of a number of rotating peeling axes (3) extended parallel to the forward direction of the tree (2) being passed in between, and a number of teeth (4) extended beyond the circumferential surface of the axes (3) and used to peel off the processed tree (2) crosswise in the longitudinal direction and at the same time pass the tree transversely relative to the axes (3). The axes (3) together with their teeth (4) form at least one unit. The surface of the supporting bark, on which the processed tree (2) is placed, slides through the peeling mechanism (1). The peeling core (3) has its teeth (4) designed to form the edges of a number of ring-shaped teeth (20), each of which consists of two or more separate connecting pieces (21, 22) with an outer edge with teeth (4), and these pieces are fitted around the body (25) of the peeling core (3) by compression. This invention relates to the peeling core (3) for the peeling mechanism (1), which is used to remove the bark or perform the initial operation on the tree (2), leading to the final peeling step separately and to drive at least a portion of the peeled bark from the tree to flow through the peeling mechanism. The peeling mechanism consists of a number of rotating peeling shafts (3) extended parallel to the forward direction of the tree (2) being passed in between, and a number of teeth (4) extend beyond the circumferential surface of the shafts (3) and are used to peel off the processed tree (2) crosswise in the longitudinal direction, and at the same time pass the tree transversely relative to the shafts (3), and the shafts (3) together with their teeth (4) make up at least one part of the supporting surface on which the processed tree (2) is passed through the peeling mechanism (1). The peeling shafts (3) have their teeth (4) designed as the edges of a number of ring-shaped teeth (20), each of which is made up of connecting parts. It consists of two or more separate pieces (21, 22) with an outer edge with teeth (4), and these pieces are fitted around the body (25) of the peeling shaft (3) by clamping.

Claims (10)

1. The peeling shaft (3) for the peeling mechanism (1) is used to remove the bark or perform the initial operation on the tree (2) that leads to the final peeling step separately and to drive at least a portion of the peeled bark from the tree through the peeling mechanism. The peeling mechanism consists of a number of rotating peeling shafts (3) that extend parallel to the forward direction of the tree (2) to be passed through and have a number of teeth (4) that extend beyond the surface along the circumference of the shaft (3) and are used to peel off the processed tree (2) crosswise in the longitudinal direction of the tree and at the same time The tree is sent in a transverse direction relative to the axle (3), and the axle (3), along with its teeth (4), forms at least one part of the supporting surface on which the processed tree (2) moves through the peeling mechanism (1), which has a particularly unique feature where the peeling axle (3) has its teeth (4) designed to form a ring-shaped rim of teeth (20). Each of these rims consists of two or more detachable connecting pieces (21, 22) with an outer rim and teeth (4), and these pieces are fitted around the body (25) of the peeling axle (3) by compression. 2. The core as specified in claim 1, which has a special characteristic in which the parts (21, 22) of the edge of the tooth (20) are provided with a gripping pathway (23) to push the parts (21, 22) together against the body part (25) of the peeling core (3). 3. The shaft as specified in claim 2, which has a special characteristic in which the gripping method (23) consists of a headless threaded body with one end threaded to the left and the other end threaded to the right, and a gripping part (24) between the threads for use in rotating the headless threaded body. 4. The core, as specified in claim 1, which is of a special nature, particularly the peeling core (3) has its body parts (25) consisting of cylindrical tubes. 5. The core, as specified in claim 1, which is of a special nature, in which the peeling core (3) has its body (25) which contains guide pieces for the edge of each tooth (20), which in good form are key and groove to guide the edge of the tooth into position. 6. The core, as specified in claim 1, which has a special characteristic, in which the peeling core (3) has its body parts (25) designed to have a polygonal cross-sectional shape. 7. The shaft, as specified in claim 1, which has a special characteristic in which the teeth (4) are designed to operate in both directions of rotation of the peeling shaft (3). 8. The axis as specified in claim 1, which is of a particular kind, in which the teeth (4) that operate in the opposite direction of rotation to the peeling axis (3) are distinct from one another. 9. The axis as specified in claim 1, which is of a special characteristic, in which the teeth (4) that operate in the opposite direction of rotation of the peeling axis (3) are identical to each other. 10. The axis as specified in claim 1, which has a special characteristic, in which the margin of the tooth (20) has one or more parts that are toothless.