9results about "Smoothing machines" patented technology

Title: Straw Block Processing Device The invention relates to a device (100) for processing insulating straw blocks, comprising: - a frame (101) defining a passage (P) into which the straw blocks are intended to be inserted in a specific direction, the frame (101) having at least one processing face (210) of one face of the straw block contributing to defining the passage (P), the processing face (210) forming a bearing surface for the straw block; - leveling means comprising at least one leveling blade (301) in a plane extending through a window in the processing face (210). Figure for the abstract: Fig. 1

To provide a method for processing a tree trunk by which a manufactured timber has required quality and good yield of the timber is obtained.SOLUTION: A method for separating and processing a tree trunk 1 comprising a spatial arrangement of sub-products and main products, forming a substantially flat surface 10 of the main products and sub-products, performing a quality inspection of the surface 10 in order to identify defect characteristics of the timber, and producing timber from the tree trunk 1 divided into at least two main product boards or two sub-product boards 8.SELECTED DRAWING: Figure 1

The present invention relates to a thickness planer (1) for machining a workpiece (5), comprising a drive device (11), a machining device (12) that can be driven by the drive device (11) and is configured to plan the workpiece (5), a workpiece support (15), a feed device (14) that can move the workpiece (5) on the workpiece support (15) past the machining device (12) in a feed direction (X) that is parallel to a longitudinal axis (L) of the workpiece (5), a thickness adjustment device (16) by means of which a distance (A) between the workpiece support (15) and the machining device (12) can be adjusted, wherein a control unit (20) can control the drive device (11), the feed device (14) and / or the thickness adjustment device (16), and wherein the thickness planer (1) has a measuring device (25),which can detect a thickness (D) of the workpiece (5) and transmit the measured thickness (D) to the control unit (20).,

To provide a slicer for cutting fixed-length compacted plate slices. [Solution] The slicer includes a machine base 41 and a support plate 42, the bottom of the support plate 42 and the machine base 41 forming a first opening 43 for the free passage of cut-length logs 5, an elastic stopper module located on the supply side of the support plate 42, and a cutter mechanism further including a frame mechanism 4 located on the discharge side of the support plate 42. The first opening 43 in the machine base 41 is provided for slicing the cut-length compacted boards, and the support plate 42 separates the elastic stopper module and the cutter mechanism 1, providing effective slicing protection and improving the safety of the frame mechanism 4.

A planer for planing wood slabs. Large wood slab workpieces are planed by a heavy planer which includes a vertically stationary planer frame with drive wheels for horizontal movement along a pair of spaced apart rails, and a pivoting frame portion which is pivotably affixed to the stationary planer frame, for adjusting the depth of cut into a workpiece of a planer cutter head, which is rotatably mounted to the pivoting planer frame. An adjustable drive cylinder is used to adjust the pivoting planer frame and thereby adjust depth of cut. Workpiece clamps hold the workpiece in place. A leading-edge roller, a trailing edge roller, and airbags are used to provide downward pressure on a workpiece to secure it during operation. A control panel is provided for manipulation by an operator of range of variables, including depth of cut, or rate (horizontal movement) of cut.

The utility model discloses a planer for furniture plate processing, and relates to the technical field of furniture plate processing. The device comprises a machining table, a blanking groove is formed in the top of the machining table, a planer tool assembly is arranged in the blanking groove, a lifting assembly is arranged at the bottom of the machining table, the lifting assembly and the planer tool assembly are connected together, a collecting assembly is arranged at the bottom of the machining table, and a shielding assembly is arranged at the top of the machining table. The planer tool assembly is arranged in the blanking groove, so that when the planer tool assembly machines a moved plate, generated waste chips can directly fall into the collecting assembly through the blanking groove, the collecting assembly can collect the waste chips in a centralized mode, and the machining efficiency of the planer tool assembly is improved. According to the arrangement, the situation that waste chips are accumulated on the surface of equipment can be effectively avoided, meanwhile, the shielding assembly can block the splashed waste chips, and therefore the phenomenon that the waste chips fly around the equipment is avoided.

A hand-held power tool includes a housing, a first shoe movably coupled to the housing, a second shoe fixedly coupled to the housing, a rotating cutting tool disposed between the first shoe and the second shoe, and a depth adjustment mechanism configured to adjust a position of the first shoe relative to the second shoe. The rotating cutting tool is configured to engage a workpiece. The depth adjustment mechanism includes a rotary handle and an inner shaft. The inner shaft is fixedly coupled to the first shoe and threadedly coupled to the rotary handle. The first shoe translates relative to the second shoe in response to rotation of the rotary handle.

The present invention discloses a production process for an all-bamboo ecological board, comprising the following steps: (1) sawing bamboo; (2) breaking bamboo; (3) forming bamboo slices of fixed thickness; (4) fine planing; (5) pressing bamboo layers; (6) rotary cutting; (7) pressing heavy bamboo layers; (8) sanding; (9) laminating; (10) laminating film: feeding a slab into a laminating machine and laminating the film to the outer surface of the heavy bamboo layer; (11) edge sawing: edge sawing the ecological board according to relevant dimensions; (12) inspection: selecting, inspecting, and packaging the ecological board. Compared with the prior art, the present invention does not require de-greening or de-yellowing when pressing the bamboo layer, thereby simplifying the process, reducing costs, and increasing efficiency. Furthermore, not removing the greening can improve the compressive strength of the ecological board. Furthermore, the present invention adopts rotary cutting technology to press the heavy bamboo layer, so that the thickness of the heavy bamboo layer can be reduced to 1-1.5 mm, and bamboo knots can be removed, thereby solving the problem of uneven density.

To provide a slicer for cutting a standard-sized consolidation plate slice.SOLUTION: A slicer comprises a machine base 41 and a support plate 42, and a bottom part of the support plate 42 and the machine base 41 form a first opening 43 allowing a standard-sized raw wood 5 to freely pass therethrough, and an elastic stopper module is positioned on a supply side of the support plate 42, and a cutter mechanism further includes a frame mechanism 4 positioned on a discharge side of the support plate 42. The first opening 43 in the machine base 41 is provided for a standard-sized consolidation plate slice, and the elastic stopper module and the cutter mechanism 1 are separated by the support plate 42, and effective slice protection is formed, such that the safety property of the frame mechanism 4 is improved.SELECTED DRAWING: Figure 3