TH74386A - Peeling mechanism - Google Patents

Abstract

DC60 (29/11/56). This invention relates to Peel mechanism (1) for use as a peel or as a The preliminary process of the log (2) is to be peeled in the final step separately and used to at least partially drive the bark. Separated from the stream of wood Moving Through the peeling mechanism By the aforementioned peeling mechanism Will include With a peel that can A number of rotations (3,3 ') extend parallel to the forward direction (A) of the log (2) thrown there, and a number of teeth (4) protrude. Until beyond the periphery of the core (3,3 '), the peeling core (3,3') is provided So that the logs (2) in the process move the rotators (C) in the peeling mechanism. Where the movement of the log (2) is forced to rotate as a result of the spinning shaft (5) movement (3,3 ') to a higher position. And from that point It will roll down to The position which is at least on top of the other logs (2) located in the peeling mechanism (1) The top stripping axis (3 ') moves sideways towards the inside (6) of the peeling mechanism (1) in such a way that The said peeling cores Will send shocks on the timber (2) that hit it. And moved by the peel (3) axis in the lower position With this result Will give the direction of movement The body of the log (2) that hits the shell. This changes in the way that when the displacement is divided into horizontal and vertical movements, the horizontal portion is directed towards the inner (6) portion of the peeling mechanism (1). ) The speed of the surface of the peeling core is clutched The higher the position, the higher the peel core (3,3 ') will come in a very high position. Free pass (7) for use as a pass through The bark is crossed through the bark core (3 '). This invention involves Peeling mechanism (1) for use as peeling or as a preliminary process of timber (2) in order to remove the bark in the final step separately and to drive the bark. At the very least It is separated from the stream of wood that travels through the bark mechanism. The aforementioned peeling mechanism is composed of a rotating shell. A number (3,3 ') protrudes parallel to The forward direction (A) of the log (2) enters there, and a number of teeth (4) extends beyond the surrounding surface. Band of axis (3,3 ') axis Peeling such (3,3 ') bark Will be organized relationship which And each other in such a way that Log (2) that is in The process will move On the rotor (C) in the peeling mechanism. Where the movement of the log (2) is driven by the effect of the rotational motion (5) of the peeling axis (3,3 ') in Roll to a higher position and from that point it will fall into Position below And on top of the other logs (2) in the peeling mechanism (1), at least already The top stripping rod (3 ') will slide sideways toward The inner (6) part of the peeling mechanism A (1) in such a way that The said peeling cores Will deliver a shock on the timber (2) that hits it. And shifted by the peel (3) axis located In the lower position With this effect the direction of motion The body of the log (2) that hits the shell. This changes in the way that when the movement is divided into horizontal and vertical movements, the horizontal portion is directed towards the inner part. P (6) of the peeling mechanism (1) revolving speed Of the skin of the peeling core was bundle How much higher then The peeling core (3,3 ') will only come in a very high position. Free pass (7) for use as a pass through To prevent the shell from flowing through the core Peeled (3 ')

Claims (5)

1. Peeling mechanism (1) for peeling Or is the preliminary process of the log (2) In order to remove the bark in the final step, separate and partially drive the bark as At the very least, it is extracted from the stream of wood moving through the peeling mechanism by the peeling mechanism. It consists of a peel that can be rotated to remember Some (3,3 \ ') protrude. Parallel to the forward direction, A of the log (2) passed in there And there are a number of teeth (4) extending beyond the peripheral surface of the axis (3,3 \ '), which is positioned to be glued. Peel off the logs (2) in the process. Obstructing the direction according to the application Longitudinal And at the same time Will send the log Relationship To the axis (3,3 \ ') as well. The axes (3,3 \ '), together with their teeth (4), form at least part of the substrate from which the log (2) will travel through this support surface forever. Such locking mechanism (1) and peeling core (3,3 \ ') The interrelationships are placed in such a way that the timber (2) in the process moves. Rotation (c) in the peeling mechanism where the movement of the log (2) on the support surface containing the peeling axis (3,3 \ ') is driven by the effect of the rotational motion ( 5) of the peel rod (3,3 \ ') roll to a higher position, and from that point it will roll down to a lower position and onto the top of the other logs ( 2) in the peeling mechanism (1) where there is a characteristic that The peeling cores (3,3 \ ') that make up the surface. Such supports for timber (2) are at least already. The top shell (3 \ ') moves sideways toward the inner (6) of the shell (1) in such a way that the core of the shell will drop an impact. On the log (2) that hits it and is shifted by the peeling axis (3) in the lower position, with this the direction of movement of the log (2). The collision cores change in such a way that when the movement is divided into And if the surface speed of the peeling axis is set to the inner part (6) of the peeling mechanism (1) The higher the core, the higher the shell (3,3 \ ') will only come in a very high position, and there will be a free pass. (7) For use as a means of transport The bosom passes through the top bark core (3,3 \ ') and at the same time pulls the bark away from the peeling mechanism (1). 2. Peeling mechanism As stated in claim 1, where there is a unique characteristic that the guide surface (8) is to be worn in conjunction with the upper casing axis. The top (3 \ '), where the guide surface, in conjunction with the top (3 \') axis, forms a groove (9), examined together in the direction of rotation (5) of the peeling axis. The top (3 \ ') 3. Peeling mechanism As stated in claim 2, where there is a unique characteristic that the guide surface (8) will have a groove (10) to lock between the floors. Such a guide surface With the teeth (4) of the top peel core (3 \ ') 4. Peeling mechanism As specified in Clause 2 or Clause 3, where there is a specific nature that Guide surfaces (8) are formed by rotating rollers. Freely 5. Peeling mechanism As stated in Clause 2 or Clause 3, which has the characteristics that Guide surfaces (8) are created by rollers. That can be rotated