A woodworking track inverter

Abstract

The application belongs to the technical field of woodworking tools, and particularly relates to a woodworking track overturning device. The woodworking track overturning device comprises a workbench connecting plate, a track mounting component, a main frame and a lifting seat. The lifting seat is arranged on the main frame and can be adjusted in lifting on the main frame. The workbench connecting plate is arranged on the lifting seat. The track mounting component is arranged on the main frame and can be moved in overturning on the main frame. The woodworking track overturning device disclosed by the application can not only increase the stability of a working track, but also realize the conversion of the working state of the track through overturning movement, so as to be favorable to improving the woodworking precision and improving the working efficiency.

Description

Technical Field

[0001] This application belongs to the field of woodworking tool technology, specifically relating to a woodworking track flipper. Background Technology

[0002] A track saw is a specialized tool used to quickly and efficiently complete woodworking tasks by moving along a track. Before using a track saw, the track must be fixed to the workbench, and the track should be removed after the work is finished. Removing and reinstalling the track creates redundant work and reduces woodworking efficiency. Utility Model Content

[0003] In view of this, this application provides a woodworking track flipper to solve all or part of the technical problems described in the background section of this application.

[0004] The innovative concept of this application is as follows: the woodworking track flipper is fixed to the side of the workbench, and the working track of the track saw is installed on the track flipper; when in use, the track is flipped onto the workbench, and when not in use, the track is flipped to the side of the workbench for later use; the track flipping function can avoid the repeated removal and reinstallation of the track, which is conducive to improving the efficiency of woodworking.

[0005] The solution provided in this application to resolve its technical problem is as follows: A woodworking track flipper, characterized in that: it includes a workbench connecting plate, a track mounting component, a main frame, and a lifting seat; the lifting seat is mounted on the main frame and can be adjusted for height on the main frame; the workbench connecting plate is mounted on the lifting seat; the track mounting component is mounted on the main frame and can be flipped on the main frame.

[0006] The workbench connecting plate is used to install the track flipper onto the workbench. The track mounting component is used to install and support the track. The lifting seat is used to adjust the installation height of the workbench connecting plate. The track mounting component can rotate forward and backward around its hinge axis with the main frame to lay or retract the working track.

[0007] Preferably, the workbench connecting plate is provided with a connecting hole; a supporting component is provided inside the connecting hole.

[0008] Preferably, the woodworking track tilter further includes a lifting and fine-tuning mechanism; the lifting and fine-tuning mechanism includes a fine-tuning knob, a gear shaft, a rack, a locking sleeve, and a locking screw; the gear shaft includes a gear shaft rod and a gear body; the gear body is fixedly mounted on the gear shaft rod; a rack groove is provided on the main frame, and the rack is fixedly mounted in the rack groove; a gear groove, a shaft hole, and a locking hole are provided on the lifting seat; the shaft hole communicates with the gear groove, and the locking hole communicates with the shaft hole; the gear body is mounted in the gear groove and meshes with the rack, the gear shaft rod is mounted in the shaft hole, and the locking screw is mounted in the locking hole; the locking sleeve is fixedly mounted on the gear shaft rod and its orientation corresponds to the locking screw; the fine-tuning knob is fixedly connected to the gear shaft rod.

[0009] Preferably, the woodworking track tilter further includes a lifting seat locking mechanism; the lifting seat locking mechanism includes a wrench, a wrench shaft, and a locking block; the locking block is provided with a main frame pressing groove; the lifting seat is provided with a locking block groove and a wrench shaft hole; the wrench shaft hole communicates with the locking block groove; the locking block is disposed in the locking block groove and the main frame pressing groove contacts the main frame; the wrench shaft part is disposed in the wrench shaft hole and the end contacts the locking block; the wrench is fixedly connected to the wrench shaft.

[0010] Preferably, the woodworking track tilter further includes a side locking mechanism; the side locking mechanism includes a side locking block and a side locking screw; the side locking block is provided with a side locking screw hole; the lifting seat is provided with a side locking through slot; the side locking screw passes through the side locking through slot and connects to the side locking screw hole; and the screw caps of the side locking block and the side locking screw are respectively located on both sides of the lifting seat.

[0011] Two types of woodworking track flippers can be assembled using either a mounting plate or a mounting bracket. These two types of track flippers can be used individually or in combination. They are described below.

[0012] Preferably, the track mounting component is a track mounting plate; the track mounting plate is hinged to the main frame via a flip assembly; the flip assembly includes a fixed bushing, a flip bushing, and a shaft component; the fixed bushing is fixedly mounted on the main frame, the flip bushing is fixedly mounted on the track mounting component, and the fixed bushing and the flip bushing are hinged together via the shaft component.

[0013] Preferably, the track mounting plate is provided with track fixing holes and track adjustment grooves.

[0014] One end of the track saw's working track is fixed to the track mounting plate, and the track can be laid or retracted by flipping the component.

[0015] Preferably, the track mounting component is a track mounting frame; the track mounting frame is hinged to the main frame via a flip support; the flip support is fixedly mounted on the main frame, and the track mounting frame and the flip support are hinged together by the cooperation of shaft holes and shaft components.

[0016] Preferably, the track mounting frame includes a first side plate, a crossbeam plate, and a second side plate; the first side plate, the crossbeam plate, and the second side plate are fixedly connected in sequence to form a frame structure; the connection parts of the first side plate, the second side plate, and the flip support are all provided with shaft holes for establishing hinge connections.

[0017] Preferably, the track mounting bracket further includes a track adapter mechanism; the track adapter mechanism includes a track adapter strip, an adapter strip nut, and a locking screw; the flip support is provided with a track adaptation groove, and the track adapter strip is provided with a nut assembly groove and a track locking hole; the adapter strip nut and the locking screw are respectively provided on both sides of the flip support, and the locking screw passes through the track adaptation groove and is threaded to the adapter strip nut; the track adapter strip is set on the adapter strip nut through the nut assembly groove; the track locking hole is used to engage with the screw component to lock the track adapter strip into the track T-slot.

[0018] Locking the other end of the track saw's working track to the track mounting bracket via a track adapter structure increases track stability and prevents the working track from moving or shaking during track saw movement.

[0019] Beneficial technical effects: The woodworking track flipper disclosed in this application not only increases the stability of the working track, but also enables the track to switch working states through flipping motion, thereby improving work accuracy and increasing work efficiency.

[0020] The technical solution and technical effects of this application will be described in detail below with reference to the accompanying drawings and specific embodiments. Attached Figure Description

[0021] Figure 1 : Three-dimensional structural diagram of the first preferred embodiment; Figure 2 : Exploded view of components in the first preferred embodiment; Figure 3 : Three-dimensional structural diagram of the second preferred embodiment; Figure 4 : Exploded view of components in the second preferred embodiment; Figure 5 Schematic diagram of the lifting seat structure; Icon description: 1 / 10 - Workbench connecting plate, 11 / 110 - Connecting hole, 12 / 120 - Support component; 2 / 20 - Track mounting components; 21- Track fixing hole, 22- Track adjustment groove; 210-First side plate, 220-Crossbeam plate, 230-Second side plate, 240-Rail adapter mechanism; 2410 - Rail adapter strip, 2420 - Adapter strip nut, 2430 - Locking screw, 2440 - Nut mounting slot, 2450 - Rail locking hole; 3 / 30 - Main frame; 31 / 310 - Rack groove; 32 / 320 - Engagement groove; 4 / 40 - Lifting seat; 41 / 410 - Gear groove; 42 / 420 - Shaft hole; 43 / 430 - Locking hole; 44 / 440 - Locking block groove; 45 / 450 - Wrench shaft hole; 46 / 460 - Side locking through groove; 47 / 470 - Frame groove; 48 / 480 - Snap-fit ​​head; 5-Flipping assembly, 51-Fixed bushing, 52-Flipping bushing; 50 - Tilting support, 510 - Track adaptation groove; 6 / 60 - Lifting and fine-tuning mechanism; 61 / 610 - Fine-tuning knob; 62 / 620 - Gear shaft; 63 / 630 - Rack; 64 / 640 - Locking sleeve; 65 / 650 - Locking screw; 621 / 6210 - Gear shaft; 622 / 6220 - Gear body; 7 / 70 - Lifting seat locking mechanism, 71 / 710 - Wrench, 72 / 720 - Wrench shaft, 73 / 730 - Locking block, 74 / 740 - Main frame clamping groove; 8 / 80 - Side locking mechanism, 81 / 810 - Side locking block, 82 / 820 - Side locking screw, 83 / 830 - Side locking screw hole. Detailed Implementation

[0022] First preferred embodiment: Using a mounting bracket as a track mounting component. Please see Figure 1 , Figure 2 and Figure 5 The woodworking track tilter, which uses a track mounting frame as the track mounting component, includes a workbench connecting plate 10, a track mounting component 20, a main frame 30, and a lifting seat 40. The lifting seat 40 is mounted on the main frame 30 and can be adjusted for height on the main frame 30. The workbench connecting plate 10 is mounted on the lifting seat 40. The track mounting component 20, i.e., the track mounting frame, is mounted on the main frame 30 and can be tilted on the main frame 30. At the same time, the installation height of the track mounting frame can also be adjusted.

[0023] The track mounting frame includes a first side plate 210, a crossbeam plate 220, and a second side plate 230. The first side plate 210, crossbeam plate 220, and second side plate 230 are sequentially fixedly connected to form a square frame structure. The track mounting frame is hinged to the main frame 30 via a flip support 50. The connection points of the first side plate 210, the second side plate 230, and the flip support 50 are all provided with shaft holes for establishing a hinge connection. The flip support 50 is fixedly mounted on the main frame 30, and the track mounting frame and the flip support 50 are hinged together through the cooperation of shaft holes and shaft components.

[0024] The shaft holes on the first side plate 210 and the second side plate 230 are arranged in a row, allowing the installation height of the square frame to be adjusted by selecting different hinge points. The normal operating procedure is as follows: first, set the rail on the rail mounting bracket, and then use the square frame to press the rail onto the flip support 50 by adjusting different hinge points.

[0025] The track mounting bracket can not only lock the working track, but also rotate in both directions around the hinge axis between it and the flip support 50.

[0026] To secure the track, a track adapter mechanism 240 is provided on the track mounting bracket. The track adapter mechanism 240 includes a track adapter strip 2410, an adapter strip nut 2420, and a locking screw 2430. A track adaptation groove 510 is provided on the flip support 50, and a nut assembly groove 2440 and a track locking hole 2450 are provided on the track adapter strip 2410. The adapter strip nut 2420 and the locking screw 2430 are respectively provided on both sides of the flip support 50. The locking screw 2430 passes through the track adaptation groove 510 and is threaded to the adapter strip nut 2420. The track adapter strip 2410 is mounted on the adapter strip nut 2420 through the nut assembly groove 2440. The track locking hole 2450 is used to engage with screw components, such as nut screws, to lock the track adapter strip 2410 into the track T-slot.

[0027] Tightening the locking screw 2430 secures the adapter nut 2420 to the flip support 50; loosening the locking screw 2430 allows adjustment of the locking position of the adapter nut 2420 along the extension direction of the track adaptation groove 510. The usage procedure is as follows: first, fix the track adapter 2410 into the T-slot on the working track using the screw components; then adjust and fix the adapter nut 2420 to a suitable position; then, fit the nut mounting groove 2440 of the track adapter 2410 onto the adapter nut 2420; finally, use the aforementioned square frame to press the track tight.

[0028] The workbench connecting plate 10 is provided with a connecting hole 110; a support component 120 is provided inside the connecting hole 110. The workbench connecting plate 10 is used to install the track flipper onto the workbench, and the connecting hole 110 and the support component 120 are used to complete the fixed connection between the track flipper and the workbench.

[0029] The lifting seat 40 is used to adjust the installation height of the workbench connecting plate 10. The lifting seat 40 is provided with a frame groove 470, and the two sides of the frame groove 470 are provided with locking heads 480. The two sides of the main frame 30 are provided with corresponding locking grooves 320. The frame groove 470 is fitted onto the main frame 30, and the locking heads 480 are set in the locking grooves 320. The double-layer locking connection helps to increase the stability of the lifting movement.

[0030] The workbench connecting plate 10 is fixed to the lifting seat 40 by means of screw fastening, welding or integral molding, so that the installation height of the workbench connecting plate 10 can be adjusted by adjusting the fixed height of the lifting seat 40 to adapt to different work tracks.

[0031] To achieve height locking of the lifting seat 40, the woodworking track tilter also includes a lifting seat locking mechanism 70; the lifting seat locking mechanism 70 includes a wrench 710, a wrench shaft 720, and a locking block 730; the locking block 730 is provided with a main frame pressing groove 740; the lifting seat 40 is provided with a locking block groove 440 and a wrench shaft hole 450; the wrench shaft hole 450 communicates with the locking block groove 440; the locking block 730 is disposed in the locking block groove 440 and the main frame pressing groove 740 contacts one side of the locking groove 320 on both sides of the main frame 30; the wrench shaft 720 is partially disposed in the wrench shaft hole 450 and its end contacts the locking block 730; the wrench 710 is fixedly connected to the wrench shaft 720; the wrench shaft 720 and the wrench shaft hole 450 are threadedly connected.

[0032] The tightening wrench 710 acts on the locking block 730 via the wrench shaft 720, and uses the main frame clamping groove 740 to clamp one side of the locking groove 320 on the main frame 30, thereby locking the lifting seat 40 onto the main frame 30. The loosening wrench 710 allows for adjustment of the installation height of the lifting seat 40.

[0033] To enhance the precision adjustment function of the installation height of the lifting seat 40, the woodworking track tilter also includes a lifting fine-tuning mechanism 60; the lifting fine-tuning mechanism 60 includes a fine-tuning knob 610, a gear shaft 620, a rack 630, a locking sleeve 640, and a locking screw 650; the gear shaft 620 includes a gear shaft rod 6210 and a gear body 6220; the gear body 6220 is fixedly mounted on the gear shaft rod 6210 or integrally formed with the gear shaft rod 6210.

[0034] The main frame 30 is provided with a rack groove 310, and the rack 630 is fixedly assembled in the rack groove 310; the lifting seat 40 is provided with a gear groove 410, a shaft hole 420, and a locking hole 430; the shaft hole 420 is connected to the gear groove 410, and the locking hole 430 is connected to the shaft hole 420; the gear body 6220 is disposed in the gear groove 410 and meshes with the rack 630, the gear shaft 6210 is disposed in the shaft hole 420, and the locking screw 650 is disposed in the locking hole 430; the locking sleeve 640 is fixedly disposed on the gear shaft 6210 and its orientation corresponds to the locking screw 650; the fine adjustment knob 610 is fixedly connected to the gear shaft 6210.

[0035] Loosening the locking screw 650 and rotating the fine-tuning knob 610 allows the lifting seat 40 to rise or fall through the engagement between the gear body 6220 and the rack 630; thus, the installation height of the lifting seat 40 can be adjusted precisely to the pitch level; tightening the locking screw 650 locks the gear shaft 620 to fix the installation height of the lifting seat 40.

[0036] To enable the workbench connecting plate 10 to be installed and fixed on the workbench, the woodworking track flipper also includes a side locking mechanism 80; the side locking mechanism 80 includes a side locking block 810 and a side locking screw 820; the side locking block 810 is provided with a side locking screw hole 830; the lifting seat 40 is provided with a side locking through groove 460; the side locking screw 820 passes through the side locking through groove 460 and connects to the side locking screw hole 830; and the screw caps of the side locking block 810 and the side locking screw 820 are located on both sides of the lifting seat 40 respectively.

[0037] Loosen the side locking screw 820, insert the side profile of the worktable into the space between the lifting seat 40 and the side locking block 810, and then tighten the side locking screw 820 to fix the worktable connecting plate 10 onto the worktable.

[0038] Second preferred embodiment: Using a mounting plate as a track mounting component Please see Figure 3 , Figure 4 and Figure 5 The woodworking track flipper, which uses a track mounting plate as the track mounting component, includes a workbench connecting plate 1, a track mounting component 2, a main frame 3, and a lifting seat 4. The lifting seat 4 is set on the main frame 3 and can be adjusted for height on the main frame 3. The workbench connecting plate 1 is set on the lifting seat 4. The track mounting component 2, i.e., the track mounting plate, is set on the main frame 3 and can be flipped on the main frame 3 to lay the track flat or retract the track.

[0039] The track mounting plate is hinged to the main frame 3 via a flip assembly 5. The flip assembly 5 includes a fixed bushing 51, a flip bushing 52, and a shaft component. The fixed bushing 51 is fixedly mounted on the main frame 3, and the flip bushing 52 is fixedly mounted on the track mounting component 2. The fixed bushing 51 and the flip bushing 52 are hinged together by the shaft component. The track mounting plate is provided with a track fixing hole 21 and a track adjustment groove 22.

[0040] The track fixing hole 21 is a row of holes, and the track adjusting groove 22 has a long strip-shaped groove structure to accommodate working tracks of different specifications. When installing the track, it is fixed by using the track fixing hole 21 and the track adjusting groove 22 in conjunction with screws. When using the track, rotate the track mounting plate to place the track flat on the worktable. After use, rotate the track mounting plate in the opposite direction to retract the track for later use.

[0041] The workbench connecting plate 1 is provided with a connecting hole 11; a support component 12 is provided inside the connecting hole 11. The workbench connecting plate 1 is used to install the track flipper onto the workbench, and the connecting hole 11 and the support component 12 are used to complete the fixed connection between the track flipper and the workbench.

[0042] To enable the workbench connecting plate 1 to be installed and fixed on the workbench, the woodworking track flipper also includes a side locking mechanism 8; the side locking mechanism 8 includes a side locking block 81 and a side locking screw 82; the side locking block 81 is provided with a side locking screw hole 83; the lifting seat 4 is provided with a side locking through groove 46; the side locking screw 82 passes through the side locking through groove 46 and connects to the side locking screw hole 83; and the screw caps of the side locking block 81 and the side locking screw 82 are located on both sides of the lifting seat 4.

[0043] Loosen the side locking screw 82, insert the side profile of the worktable into the space between the lifting base 4 and the side locking block 81, and then tighten the side locking screw 82 to fix the worktable connecting plate 1 onto the worktable.

[0044] The lifting seat 4 is used to adjust the installation height of the workbench connecting plate 1. The lifting seat 4 is provided with a frame groove 47, and the two sides of the frame groove 47 are provided with locking heads 48. The two sides of the main frame 3 are provided with corresponding locking grooves 32. The frame groove 47 is fitted onto the main frame 3, and the locking heads 48 are set in the locking grooves 32. The double-layer locking connection helps to increase the stability of the lifting movement.

[0045] The workbench connecting plate 1 is fixed to the lifting seat 4 by means of screw fastening, welding or integral molding. Thus, by adjusting the fixed height of the lifting seat 4, the installation height of the workbench connecting plate 1 can be adjusted to adapt to different work tracks.

[0046] To achieve height locking of the lifting seat 4, the woodworking track tilter also includes a lifting seat locking mechanism 7; the lifting seat locking mechanism 7 includes a wrench 71, a wrench shaft 72, and a locking block 73; the locking block 73 is provided with a main frame pressing groove 74; the lifting seat 4 is provided with a locking block groove 44 and a wrench shaft hole 45; the wrench shaft hole 45 is connected to the locking block groove 44; the locking block 73 is located in the locking block groove 44 and the main frame pressing groove 74 contacts one side of the locking groove 32 on both sides of the main frame 3; the wrench shaft 72 is partially located in the wrench shaft hole 45 and its end contacts the locking block 73; the wrench 71 is fixedly connected to the wrench shaft 72; the wrench shaft 72 and the wrench shaft hole 45 are threadedly connected.

[0047] Tightening the wrench 71 allows it to act on the locking block 73 via the wrench shaft 72, thereby clamping one side of the locking groove 32 on the main frame 3 with the main frame clamping groove 74, thus locking the lifting seat 4 onto the main frame 3. Loosening the wrench 71 allows the installation height of the lifting seat 4 to be adjusted.

[0048] To enhance the precision adjustment function of the installation height of the lifting seat 4, the woodworking track tilter also includes a lifting fine-tuning mechanism 6; the lifting fine-tuning mechanism 6 includes a fine-tuning knob 61, a gear shaft 62, a rack 63, a locking sleeve 64, and a locking screw 65; the gear shaft 62 includes a gear shaft rod 621 and a gear body 622; the gear body 622 is fixedly mounted on the gear shaft rod 621 or integrally formed with the gear shaft rod 621.

[0049] The main frame 3 is provided with a rack groove 31, and the rack 63 is fixedly assembled in the rack groove 31; the lifting seat 4 is provided with a gear groove 41, a shaft hole 42, and a locking hole 43; the shaft hole 42 is connected to the gear groove 41, and the locking hole 43 is connected to the shaft hole 42; the gear body 622 is set in the gear groove 41 and meshes with the rack 63, the gear shaft 621 is set in the shaft hole 42, and the locking screw 65 is set in the locking hole 43; the locking sleeve 64 is fixedly set on the gear shaft 621 and its position corresponds to the locking screw 65; the fine adjustment knob 61 is fixedly connected to the gear shaft 621.

[0050] Loosening the locking screw 65 and rotating the fine-tuning knob 61 allows the lifting seat 4 to rise or fall through the engagement between the gear body 622 and the rack 63; thus, the installation height of the lifting seat 4 can be adjusted precisely to the tooth pitch level; tightening the locking screw 65 locks the gear shaft 62 to fix the installation height of the lifting seat 4.

[0051] The use of the woodworking track flipper disclosed in the first and second preferred embodiments will be described below.

[0052] 1. First preferred embodiment: The track flipper is fixed to the workbench by the side locking mechanism 80, and then the work track is placed on the track mounting frame and pressed by the square frame; the track saw can be pushed along the work track to perform woodworking structure processing.

[0053] 2. Second preferred embodiment: The track flipper is fixed to the workbench by the side locking mechanism 8, and then the working track is placed on the track mounting plate and fixed in place by screws through the track fixing holes 21 and track adjustment grooves 22; the track saw can be pushed along the working track to perform woodworking structure processing. After processing is completed, the track mounting plate is folded up to the side of the workbench for later use by flipping the track. When used again, the track mounting plate is rotated in the opposite direction to lay the working track flat.

[0054] 3. Combined use of the two types of woodworking track flippers: The two track flippers are fixed to their respective positions on the side of the workbench using the side locking mechanism; one end of the working track is fixed to the track mounting plate, and the other end is connected to the adapter nut 2420 via the track adapter mechanism 240 and pressed by the square frame; the track saw can be pushed along the track for woodworking. After processing, loosening the square frame and rotating the track allows the working track to be folded up to the side where the track mounting plate is located for later use; when using it again, rotate the track in the opposite direction to lay it flat.

[0055] The combined use of two types of woodworking track flippers can not only increase the stability of the working track, but also realize the conversion of the track's working state through flipping motion, thereby improving the accuracy of woodworking and increasing work efficiency.

[0056] The technical solutions and effects of this application have been described in detail above with reference to the accompanying drawings and specific embodiments. It should be noted that those skilled in the art can develop other embodiments based on this. Any simple modifications and equivalent substitutions that do not depart from the innovative concept of this application are covered by this application and fall within the protection scope of this patent.

Claims

1. A woodworking track flipper, characterized in that: Includes workbench connecting plate (1; 10), rail mounting components (2; 20), main frame (3; 30), and lifting seat (4; 40); The lifting seat (4; 40) is mounted on the main frame (3; 30) and can be adjusted in height on the main frame (3; 30); The workbench connecting plate (1; 10) is disposed on the lifting seat (4; 40) Above; The track mounting components (2; 20) are mounted on the main frame (3; 30) and are capable of rotating on the main frame (3; 30).

2. The woodworking track tilter according to claim 1, characterized in that: The track mounting component (2) is a track mounting plate; The track mounting plate is hinged to the main frame (3) via a flip assembly (5); The flipping assembly (5) includes a fixed bushing (51), a flipping bushing (52), and a shaft component; The fixed bushing (51) is fixedly mounted on the main frame (3), and the flip bushing (52) is fixedly mounted on the track mounting component (2). The fixed bushing (51) and the flip bushing (52) are connected by a hinge component.

3. The woodworking track tilter according to claim 2, characterized in that: The track mounting plate is provided with track fixing holes (21) and track adjustment grooves (22).

4. The woodworking track tilter according to claim 1, characterized in that: The track mounting component (20) is a track mounting frame; The track mounting bracket is hinged to the main frame (30) via a flip support (50); The flip support (50) is fixedly mounted on the main frame (30), and the track mounting frame and the flip support (50) are connected by a hinge through the cooperation of the shaft hole and the shaft component.

5. The woodworking track tilter according to claim 4, characterized in that: The track mounting frame includes a first side plate (210), a crossbeam plate (220), and a second side plate (230); The first side plate (210), the crossbeam plate (220), and the second side plate (230) are fixedly connected in sequence to form a frame structure; The first side plate (210), the second side plate (230) and the flip support (50) are all provided with shaft holes for establishing hinge connections at their connection points.

6. The woodworking track tilter according to claim 5, characterized in that: The track mounting frame also includes a track adapter mechanism (240). The track adapter mechanism (240) includes a track adapter strip (2410), an adapter strip nut (2420), and a locking screw (2430). The flip support (50) is provided with a track adaptation groove (510), and the track adapter strip (2410) is provided with a nut assembly groove (2440) and a track locking hole (2450). The adapter nut (2420) and the locking screw (2430) are respectively disposed on both sides of the flip support (50), and the locking screw (2430) is threaded through the track adaptation groove (510) and connected to the adapter nut (2420). The track adapter strip (2410) is mounted on the adapter strip nut (2420) through the nut assembly groove (2440); the track locking hole (2450) is used to lock the track adapter strip (2410) into the track T-slot with the screw component.

7. The woodworking track tilter according to claim 1, characterized in that: The workbench connecting plate (1; 10) is provided with connecting holes (11; 110); A support component (12; 120) is provided inside the connection hole (11; 110).

8. The woodworking track tilter according to claim 1, characterized in that: The woodworking track tilter also includes a lifting and fine-tuning mechanism (6; 60). The lifting and fine-tuning mechanism (6; 60) includes a fine-tuning knob (61; 610), a gear shaft (62; 620), a rack (63; 630), a locking sleeve (64; 640), and a locking screw (65; 650); the gear shaft (62; 620) includes a gear shaft (621; 6210) and gear body (622; 6220）； The gear body (622; 6220) is fixedly mounted on the gear shaft (621; 6210); The main frame (3; 30) is provided with rack grooves (31; 310), and the rack (63; 630) is fixedly disposed in the rack grooves (31; 310); The lifting seat (4; 40) is provided with a gear groove (41; 410), a shaft hole (42; 420), and a locking hole (43; 430); the shaft hole (42; 420) is connected to the gear groove (41; 410), and the locking hole (43; 430) is connected to the shaft hole (42; 420). The gear body (622; 6220) is disposed in the gear groove (41; 410) and meshes with the rack (63; 630), the gear shaft (621; 6210) is disposed in the shaft hole (42; 420), and the locking screw (65; 650) is disposed in the locking hole (43; 430); The locking sleeve (64; 640) is fixedly disposed on the gear shaft (621; 6210) and its orientation corresponds to the locking screw (65; 650); the fine-tuning knob (61; 610) is fixedly connected to the gear shaft (621; 6210）。 9. The woodworking track tilter according to claim 1, characterized in that: The woodworking track tilter also includes a lifting seat locking mechanism (7; 70); The lifting seat locking mechanism (7; 70) includes a wrench (71; 710), a wrench shaft (72; 720), and a locking block (73; 730); the locking block (73; 730) is provided with a main frame clamping groove (74; 740); The lifting base (4; 40) is provided with a locking block groove (44; 440) and a wrench shaft hole (45; 450); the wrench shaft hole (45; 450) is connected to the locking block groove (44; 440). The locking block (73; 730) is disposed in the locking block groove (44; 440) and the main frame pressing groove (74; 740) contacts the main frame (3; 30). The wrench shaft (72; 720) is partially disposed within the wrench shaft hole (45; 450) and its end contacts the locking block (73; 730); the wrench (71; 710) is fixedly connected to the wrench shaft (72; 720).

10. The woodworking track tilter according to claim 1, characterized in that: The woodworking track tilter also includes a side locking mechanism (8; 80); The side locking mechanism (8; 80) includes a side locking block (81; 810) and a side locking screw (82; 820); the side locking block (81; 810) is provided with a side locking screw hole (83; 830). The lifting seat (4; 40) is provided with a side locking through groove (46; 460); The side locking screws (82; 820) pass through the side locking through slots (46; 460) and connect to the side locking screw holes (83; 830); and the screw caps of the side locking blocks (81; 810) and the side locking screws (82; 820) are located on both sides of the lifting seat (4; 40).

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