TH74385A - Peeling mechanism - Google Patents

Abstract

DC60 (26/05/57) Peeling mechanism (1) for peeling bark or preliminary treatment to trees (2) to remove the final bark separately. And used to drive bark that has already been peeled off The least part is removed from the movement of the wood through the peeling mechanism. Where the stripping mechanism Such shell Will consist of a number of rotating shafts (3,3 ') protruding parallel to The forward direction (A) of the tree (2) that will be fed through it. This provides a number of teeth (4) extending beyond the circumferential surface of the shaft (3,3 ') and adjusted so that the bark from the processed tree (2) is transversely in the length direction. Of tree And at the same time Will send trees along The transverse relative to the aforementioned shaft (3,3 ') and the said shaft (3,3') together with its spokes (4) constitutes at least one part of the supporting surface. Where on this surface Processed trees (2) move through the peeling mechanism (1) and the said shafts (3,3 ') are tuned together in such a way that the processed tree (2) moves in a circular motion ( C) In the peeling mechanism where the movement of the tree (2) under the supporting surface comprising the peeling shaft (3,3 ') is pushed by Rotating motion (5) of the peeling shaft (3,3 ') which sends the tree to a higher position. And from that point It will roll over other trees (2) in the peeling mechanism (1) and towards the lower position of the top shank shaft (3 ') are put together with the guide surface (8) and the surface. It, together with the top stripping shaft (3 '), forms a slit (9) that converts. In the direction of rotation (5) of the peeling shaft (3 '), the peeling mechanism (1) for peeling the bark. Or preliminary practice with trees (2) to peel the final bark separately. And is used to drive some of the bark that has been removed It is, at the very least, away from the movement of the wood through the peeling mechanism. Where the peeling mechanism consists of a number of rotating shafts (3,3 ') extending parallel to the forward direction (A) of the tree (2) to be fed through it. And will arrange a number of teeth (4) extending beyond the surface Shaft circumference (3,3 ') and adjusted so that the bark from the processed tree (2) is transverse in the direction of the length of the tree. And at the same time Then the tree is transversely related to the shaft (3,3 '), and the shaft (3,3'), along with its spokes (4), will form a part. Is the least of the supporting surface. Where on this surface Processed trees (2) move through the bark mechanism (1) and the said shafts (3,3 ') are adjusted together in such a way that The processed tree (2) moves in a circular motion (C) in the peeling mechanism where the movement of the tree (2) under the supporting surface comprising the peeling shaft (3,3 ') is pushed by a rotating motion. (5) of the shelling shaft (3,3 '), which sends the tree to a higher position. And from that point It will roll and fall. Above other trees (2) in the bark mechanism (1) and to the lower position. The top peel shaft (3 ') is joined to the guide surface (8) and it, together with the top peel shaft (3'), forms a slit (9) that converts. In the direction of rotation (5) of the peel shaft (3 ')

Claims (6)

Disclaimers (all) that will not appear on the advertisement page: 1. Peeling mechanism (1) for peeling bark Or preliminary practice with trees (2) in order to remove the last bark of the bark being treated separately. And driving the bark that has been peeled off The least part is removed from the movement of the wood through the peeling mechanism. Where the stripping mechanism Such shell It will consist of a number of rotating shafts (3,3 \ ') that extend parallel to the forward direction (A) of the tree (2) to be fed through it, and a number of teeth (4) protruding. Go out The shaft circumferential surface (3,3 \ ') and adjusted so that the bark from the processed tree (2) is transversely in the direction along the length of the tree. And at the same time Will bring the tree Transversely related to the said shaft (3,3 \ ') and the said shaft (3,3 \') together with its spokes (4) are adjusted to make up the least part of the surface. Supported Where on this surface Processed trees (2) move through the bark mechanism (1) and the said shafts (3,3 \ ') are interrelated in such a way that The processed tree (2) moves in a circular motion (C) in the peeling mechanism where the movement of the tree (2) under the supporting surface comprising the peeling shaft (3,3 \ ') is pushed by motion. Rotate (5) of the shelling shaft (3,3 \ ') which will send the tree to a higher position and from that point. It will roll over other trees (2) in the bark mechanism (1) and go to a lower position. Where there is a characteristic that The top peel shaft (3 \ ') is bolted together with the guide surface (8), and this surface together with the top peel shaft (3 \') forms a slant (9) cavity. In the direction of rotation (5) of the peeling axis (3 \ ') 2. Peeling mechanism As stated in claim 1, it is characterized by that the guide surface (8) will have grooves (10) to make the said guide surface and the spokes (4) of the top sheath shaft (3). Soldered together 3. Peeling mechanism As set out in claim 1 or clause 2, where there is a characteristic that the guide surface (8) will consist of a free-rotating roller. 4. Peeling mechanism As set out in Clause 1 or Clause 2, where there is a characteristic that the guide surface (8) will consist of a rotating roller. 5. Peeling mechanism As set out in claim 1, where it is characterized by at least one sheathed shaft. In the best form The top peel shaft (3 \ ') is moved in an incline toward the inside (6) of the peeling mechanism (1), with the peeling shaft pushing the tree (2) moved by the peeling shaft. The lower shell (3) to change the direction of its movement, where, when dividing the motion into horizontal motion, And the vertical movement, then the horizontal moving part is directed to the inside (6) of the peeling mechanism (1). 6. Peeling mechanism As stated in claim 1, the characteristic that the shelling shaft speed (3,3 \ ') is determined in such a way that The higher the shaft speed, the higher the peel shaft (3,3 \ ').