A joining system for furniture is provided. The joining system comprises a first furniture element and a joining element. The joining element has a width between a first and a second surface in the area of the second engaging portion. An increase in the width causes a first engaging portion to press harder on a first stabilizing portion which causes a male coupling portion to bend in a direction towards the surface comprising the second stabilizing portion to compensate for the increased width.

A joining system for furniture is provided. The joining system comprises a first furniture element and a joining element. The joining element has a width between a first and a second surface in the area of the second engaging portion. An increase in the width causes a first engaging portion to press harder on a first stabilizing portion which causes a male coupling portion to bend in a direction towards the surface comprising the second stabilizing portion to compensate for the increased width.

A method and device for machining conical wooden workpieces are disclosed. The workpiece has two long sides that are curved and lie at an angle to one another. A first planing tool planes one long side along its curvature, while a second planing tool planes the opposite long side along the same curvature, superimposed with a desired conicity. The second planing tool is adjusted transversely to the transport direction during planing. The device comprises two planing tools mounted on sliders, which are coupled and adjustable by a drive unit. A pressing unit and a scanning shoe enable precise guidance of the workpiece during machining, minimizing wood waste and maximizing yield.

A method and device for machining conical wooden workpieces are disclosed. The workpiece has two long sides that are curved and lie at an angle to one another. A first planing tool planes one long side along its curvature, while a second planing tool planes the opposite long side along the same curvature, superimposed with a desired conicity. The second planing tool is adjusted transversely to the transport direction during planing. The device comprises two planing tools mounted on sliders, which are coupled and adjustable by a drive unit. A pressing unit and a scanning shoe enable precise guidance of the workpiece during machining, minimizing wood waste and maximizing yield.

An intuitive electric lifting device for a woodworking trimming machine comprises an assembly base, a plurality of guide support rods, a driving motor, a screw and an intuitive control interface, wherein the intuitive control interface is electrically connected to the driving motor through a signal line. The intuitive control interface includes a casing, a display touch interface and a rotary-push button. The rotary-push button is arranged on one side of the display touch interface, protruding from the control side. The values are adjusted when the rotary-push button is rotated, and the action is executed or canceled when it is pressed. A mode status display box is provided, which specifically displays the adjusted values according to the selected control mode of the display touch interface and the rotation information of the rotary-push button in the control mode.

An intuitive electric lifting device for a woodworking trimming machine comprises an assembly base, a plurality of guide support rods, a driving motor, a screw and an intuitive control interface, wherein the intuitive control interface is electrically connected to the driving motor through a signal line. The intuitive control interface includes a casing, a display touch interface and a rotary-push button. The rotary-push button is arranged on one side of the display touch interface, protruding from the control side. The values are adjusted when the rotary-push button is rotated, and the action is executed or canceled when it is pressed. A mode status display box is provided, which specifically displays the adjusted values according to the selected control mode of the display touch interface and the rotation information of the rotary-push button in the control mode.

A joining system for furniture is provided. The joining system comprises a first furniture element and a joining element. The joining element has a width between a first and a second surface in the area of the second engaging portion. An increase in the width causes a first engaging portion to press harder on a first stabilizing portion which causes a male coupling portion to bend in a direction towards the surface comprising the second stabilizing portion to compensate for the increased width.

A joining system for furniture is provided. The joining system comprises a first furniture element and a joining element. The joining element has a width between a first and a second surface in the area of the second engaging portion. An increase in the width causes a first engaging portion to press harder on a first stabilizing portion which causes a male coupling portion to bend in a direction towards the surface comprising the second stabilizing portion to compensate for the increased width.

The present disclosure relates to an auxiliary platform for a wood board milling machine, comprising a platform body, a drive assembly, a dust collection assembly and a positioning assembly. Through the vertical arrangement of horizontal and vertical guide rails and the sliding fit of engagement protrusions/grooves, precise sliding positioning of the platform in the horizontal two-dimensional direction is achieved; the height-adjusting screws and a plurality of optical shafts collaboratively ensure stable lifting; the hollow pipeline, dust suction pipe, and protective curtain work together to efficiently remove milling debris, significantly improving milling accuracy, stability, and the cleanliness of the processing environment.

The present disclosure relates to an auxiliary platform for a wood board milling machine, comprising a platform body, a drive assembly, a dust collection assembly and a positioning assembly. Through the vertical arrangement of horizontal and vertical guide rails and the sliding fit of engagement protrusions/grooves, precise sliding positioning of the platform in the horizontal two-dimensional direction is achieved; the height-adjusting screws and a plurality of optical shafts collaboratively ensure stable lifting; the hollow pipeline, dust suction pipe, and protective curtain work together to efficiently remove milling debris, significantly improving milling accuracy, stability, and the cleanliness of the processing environment.