Supporting frame of numerical control carving machine

Abstract

The utility model relates to a numerical control carving machine supporting frame which comprises a first side machine tool stand column set, a second side machine tool stand column set, a machine tool Y-axis longitudinal beam, a first machine tool inclined strut set, a second machine tool inclined strut set and two machine tool Y-axis guide rail installation strips. One ends of a plurality of machine tool inclined struts of the first machine tool inclined strut group are fixed with a machine tool table top mullion and / or a machine tool table top crosspiece, the other ends of the machine tool inclined struts are fixed with machine tool stand column connecting square steel on one side of the first side machine tool stand column group, and the machine tool inclined struts are inclined; one ends of a plurality of machine tool inclined struts of the second machine tool inclined strut group are fixed with a machine tool table top mullion and / or a machine tool table top crosspiece, the other ends of the machine tool inclined struts are fixed with machine tool stand column connecting square steel on one side of the second side machine tool stand column group, and the machine tool inclined struts are inclined; the two machine tool Y-axis guide rail installation strips are installed on the tops of the corresponding machine tool Y-axis longitudinal beams respectively. According to the numerical control engraving machine, the stability is enhanced, the machining precision is improved, and a powerful guarantee is provided for efficient and stable operation of the numerical control engraving machine.

Description

Technical Field

[0001] This utility model relates to a support frame for a CNC engraving machine, belonging to the technical field of CNC engraving machine support device design. Background Technology

[0002] CNC engraving machines can perform relief, flat, and openwork engraving on wooden doors, furniture, metal, acrylic, and other materials. They offer high engraving speed and precision, using the free movement of a milling cutter to carve the material. However, CNC engraving machines are typically supported by a support frame. Insufficient support frame strength can cause wobbling during engraving, affecting accuracy. Furthermore, frame instability can lead to milling cutter deviations, resulting in unsatisfactory relief, flat, or openwork engraving effects. Prolonged operation under unstable conditions can cause additional wear and tear on the machine's mechanical components. Therefore, a CNC engraving machine support frame that improves the support strength of the main frame is needed. Utility Model Content

[0003] The purpose of this utility model is to overcome the shortcomings of the existing technology and provide a CNC engraving machine support frame with reasonable and simple structure and strong support force.

[0004] To achieve the above-mentioned utility model objectives, the technical solution adopted by this utility model is as follows: A support frame for a CNC engraving machine, comprising a first side machine tool column assembly, a second side machine tool column assembly, and a machine tool Y-axis longitudinal beam;

[0005] Both the first side machine tool column group and the second side machine tool column group contain at least two machine tool columns, and the number of machine tool columns in the first side machine tool column group is the same as the number of machine tool columns in the second side machine tool column group; the machine tool columns in the first side machine tool column group are symmetrical to the corresponding machine tool columns in the second side machine tool column group, and a machine tool bottom crossbar is provided between the bottoms of the two symmetrical machine tool columns, with both ends of the machine tool bottom crossbar fixed to the bottom of the corresponding machine tool column;

[0006] The machine tool has two Y-axis longitudinal beams. One machine tool Y-axis longitudinal beam is fixedly supported on the top of all machine tool columns in the first side machine tool column group, and the other machine tool Y-axis longitudinal beam is fixedly supported on the top of all machine tool columns in the second side machine tool column group.

[0007] Several machine tool table crossbars are provided between the two machine tool Y-axis longitudinal beams, and the two ends of the machine tool table crossbars are respectively fixed to the side wall of the corresponding machine tool Y-axis longitudinal beam; and machine tool table vertical bars are provided between adjacent machine tool table crossbars, and the two ends of the machine tool table vertical bars are respectively fixed to the corresponding machine tool table crossbars; the machine tool table vertical bars and machine tool table crossbars constitute a grid-like table support structure that supports the CNC engraving machine's engraving table.

[0008] In the first side machine tool column group and the second side machine tool column group, there is a machine tool column connecting square steel between adjacent machine tool columns, and the two ends of the machine tool column connecting square steel are fixed to the corresponding machine tool columns.

[0009] Its characteristics are:

[0010] The system also includes a first set of machine tool diagonal bracing groups and a second set of machine tool diagonal bracing groups. Each set of machine tool diagonal bracing groups contains several machine tool diagonal braces. One end of several machine tool diagonal braces in the first set of machine tool diagonal bracing groups is fixed to the vertical and / or horizontal rails of the machine tool table, and the other end is fixed to the square steel connecting the machine tool column on one side of the first side machine tool column group. The machine tool diagonal braces are inclined at an angle. One end of several machine tool diagonal braces in the second set of machine tool diagonal bracing groups is fixed to the vertical and / or horizontal rails of the machine tool table, and the other end is fixed to the square steel connecting the machine tool column on one side of the second side machine tool column group. The machine tool diagonal braces are inclined at an angle.

[0011] It also has two machine tool Y-axis guide rail mounting strips, which are respectively installed on the top of the corresponding machine tool Y-axis longitudinal beam.

[0012] Both the first side machine tool column group and the second side machine tool column group have 3 or 4 machine tool columns.

[0013] A connecting rod for the bottom crossbar of the machine tool is fixed between the adjacent bottom crossbars of the machine tool.

[0014] It is also equipped with a tool changer base, which is fixedly supported on at least two adjacent machine tool table crossbars on one side;

[0015] The bottom of the tool changer base is provided with a machine tool tool changer base support. The top of the machine tool tool changer base support is fixed to the tool changer base, and the bottom is fixed to the machine tool bottom crossbar connecting rod.

[0016] Two fixed, sunken funnel mounting rods are installed between the crossbars of adjacent machine tool tables near the tool changer base to place and improve the rigidity of the funnel.

[0017] A machine tool Y-axis motor mount is installed and fixed at one end of the side of the machine tool Y-axis longitudinal beam, and a machine tool Y-axis bearing mount is installed and fixed at the other end of the side of the machine tool Y-axis longitudinal beam.

[0018] The machine tool's Y-axis longitudinal beam is equipped with sealing plates at both ends to close the openings at both ends of the machine tool's Y-axis longitudinal beam and increase the rigidity of the machine tool's Y-axis longitudinal beam.

[0019] The bottom of the machine tool column is equipped with vibration damping feet for effectively absorbing minor ground vibrations, further improving stability, and adjusting the machine tool level.

[0020] A table column is provided between the machine tool table crossbar and the machine tool bottom crossbar connecting rod. The top of the table column is fixed to the machine tool table crossbar, and the bottom is connected to the machine tool bottom crossbar connecting rod.

[0021] This utility model has a reasonable structure. By setting multiple machine tool columns on both sides and using the machine tool table crossbars and vertical bars to form a grid-like table support structure, it can effectively distribute and bear various forces generated during the carving process. The multi-point support and grid-like structure design are similar to the frame structure in buildings, which significantly enhances the rigidity and stability of the entire support frame and reduces vibration and deformation that may occur during high-speed carving and heavy-duty processing.

[0022] This invention creatively utilizes the reinforcing function of machine tool diagonal braces. The stability of the frame is further enhanced by the arrangement of the first and second sets of machine tool diagonal braces. The diagonal braces are fixed at an inclined angle between the vertical and / or horizontal rails of the machine tool table and the connecting square steel of the machine tool column, forming a stable, triangular structure that effectively resists lateral forces and torques, ensuring the frame's stability during complex engraving tasks.

[0023] The installation of the bottom crossbar and the connecting rod of the bottom crossbar not only enhances the rigidity of the bottom, but also forms an integrated support platform by connecting the columns on both sides, further improving the stability of the entire frame.

[0024] Thanks to the high stability of the support frame, the engraving machine can maintain a high degree of stability during operation, reducing processing errors caused by vibration or shaking.

[0025] Meanwhile, in this invention, two machine tool Y-axis guide rail mounting strips are respectively installed on the top of the corresponding machine tool Y-axis longitudinal beam, providing precise guidance for the movement of the engraving head. This design ensures the accuracy of the engraving head's movement in the Y-axis direction, further improving the accuracy and stability of the engraving.

[0026] The tool changer base support ensures the stability of the tool changing process and improves the safety and efficiency of operation.

[0027] In summary, the CNC engraving machine support frame provided by this utility model, through structural optimization, enhances stability, improves processing accuracy, and extends service life, providing a strong guarantee for the efficient and stable operation of the CNC engraving machine, and has great market application and promotion value. Attached Figure Description

[0028] Figure 1 This is a schematic diagram of the overall structure of the first side machine tool column group and the second side machine tool column group in this utility model, where both have three machine tool columns.

[0029] Figure 2This is a schematic diagram of the overall structure of the first side machine tool column group and the second side machine tool column group in this utility model, both of which have four machine tool columns.

[0030] In the diagram: 1 Machine tool column, 2 Machine tool table vertical support, 3 Machine tool Y-axis guide rail mounting strip, 4 Machine tool bottom crossbar connecting rod, 5 Machine tool tool changer base support, 6 Sealing plate, 7 Recessed funnel mounting rod, 8 Machine tool table crossbar, 9 Machine tool diagonal brace, 10 Machine tool column connecting square steel, 11 Machine tool Y-axis bearing seat, 12 Machine tool Y-axis motor seat, 13 Machine tool bottom crossbar, 14 Tool changer base, 15 Machine tool Y-axis longitudinal beam. Detailed Implementation

[0031] The present invention will be further described below with reference to the accompanying drawings and descriptions.

[0032] A support frame for a CNC engraving machine includes a first side machine tool column group, a second side machine tool column group, and a machine tool Y-axis longitudinal beam 15. Both the first side machine tool column group and the second side machine tool column group contain at least two machine tool columns 1, and the number of machine tool columns 1 in the first side machine tool column group is the same as the number of machine tool columns 1 in the second side machine tool column group. The machine tool columns 1 in the first side machine tool column group are symmetrical to the corresponding machine tool columns 1 in the second side machine tool column group, and a machine tool bottom crossbar 13 is provided between the bottoms of the two symmetrical machine tool columns 1. The two ends of the machine tool bottom crossbar 13 are respectively fixed to the bottom of the corresponding machine tool column 1.

[0033] There are two machine tool Y-axis longitudinal beams 15. One machine tool Y-axis longitudinal beam 15 is fixedly supported on the top of all machine tool columns 1 of the first side machine tool column group, and the other machine tool Y-axis longitudinal beam 15 is fixedly supported on the top of all machine tool columns 1 of the second side machine tool column group.

[0034] Several machine tool table crossbars 8 are provided between the two machine tool Y-axis longitudinal beams 15, and the two ends of the machine tool table crossbars 8 are respectively fixed to the side wall of the corresponding machine tool Y-axis longitudinal beam 15; and machine tool table vertical bars 2 are provided between adjacent machine tool table crossbars 8, and the two ends of the machine tool table vertical bars 2 are respectively fixed to the corresponding machine tool table crossbars 8; the machine tool table vertical bars 2 and the machine tool table crossbars 8 constitute a grid-like table support structure that supports the CNC engraving machine's engraving table.

[0035] In the first side machine tool column group and the second side machine tool column group, a machine tool column connecting square steel 10 is provided between adjacent machine tool columns 1, and the two ends of the machine tool column connecting square steel 10 are fixed to the corresponding machine tool columns 1.

[0036] The system also includes a first group of machine tool diagonal braces and a second group of machine tool diagonal braces, each containing several machine tool diagonal braces 9. One end of each of the machine tool diagonal braces 9 in the first group is fixed to the vertical support 2 of the machine tool table (or alternatively, one end of each machine tool diagonal brace 9 in the first group is fixed to the horizontal support 8 of the machine tool table, or both the vertical support 2 and the horizontal support 8 of the machine tool table. Adjustments can be made according to actual needs). The other end is connected to one side of the first side machine tool column assembly. The machine tool column connecting square steel 10 is fixed, and the machine tool diagonal brace 9 is at an inclined angle; one end of several machine tool diagonal braces 9 in the second group of machine tool diagonal braces is fixed to the vertical support 2 of the machine tool table (or it can be designed that one end of several machine tool diagonal braces 9 in the second group of machine tool diagonal braces is fixed to the horizontal support 8 of the machine tool table, or it can be designed that one end of several machine tool diagonal braces 9 in the second group of machine tool diagonal braces is fixed to both the vertical support 2 and the horizontal support 8 of the machine tool table. It can be adjusted according to actual needs), and the other end is fixed to the machine tool column connecting square steel 10 on one side of the second side of the machine tool column group, and the machine tool diagonal brace 9 is at an inclined angle;

[0037] It is also equipped with two machine tool Y-axis guide rail mounting strips 3, which are respectively installed on the top of the corresponding machine tool Y-axis longitudinal beam 15.

[0038] Furthermore, both the first and second side machine tool column groups have 3 or 4 machine tool columns 1.

[0039] A machine tool bottom crossbar connecting rod 4 is fixed between adjacent machine tool bottom crossbars 13 and machine tool bottom crossbars 13.

[0040] It is also provided with a tool changer base 14, which is fixedly supported on at least two adjacent machine tool table crossbars 8 on one side; a machine tool tool changer base support 5 is provided at the bottom of the tool changer base 14, the top of the machine tool tool changer base support 5 is fixed to the tool changer base 14, and the bottom is fixed to the machine tool bottom crossbar connecting rod 4.

[0041] Two fixed sinking funnel mounting rods 7 are installed between the adjacent machine tool table crossbars 8 near the tool changer base 14 to install and improve the rigidity of the funnel.

[0042] A machine tool Y-axis motor seat 12 is installed and fixed at one end of the side of the machine tool Y-axis longitudinal beam 15, and a machine tool Y-axis bearing seat 11 is installed and fixed at the other end of the side of the machine tool Y-axis longitudinal beam 15.

[0043] The machine tool Y-axis longitudinal beam 15 is provided with sealing plates 6 at both ends to close the openings at both ends of the machine tool Y-axis longitudinal beam 15 and increase the rigidity of the machine tool Y-axis longitudinal beam 15.

[0044] In this embodiment, a table column is provided between the machine tool table crossbar 8 and the machine tool bottom crossbar connecting rod 4. The top of the table column is fixed to the machine tool table crossbar 8, and the bottom is connected to the machine tool bottom crossbar connecting rod 4. The stability of the machine tool table crossbar 8 is improved by the table column, thereby improving the overall stability of the table.

[0045] In this embodiment, the machine tool column 1 ensures stable operation, and vibration damping feet installed at the bottom of the column 1 allow for leveling of the machine tool. The machine tool table vertical support 2 increases table stability. The machine tool Y-axis guide rail mounting strip 3 improves the guide rail reference surface and parallelism during gantry milling. The machine tool tool changer base support 5 ensures stable tool changer support during gantry milling. Sealing plates 6 are installed at the front and rear ends of the machine tool Y-axis longitudinal beam to close the openings at both ends of the beam, increasing rigidity. A fixed recessed funnel mounting rod 7 improves the rigidity of the funnel. The machine tool table crossbar 8 secures the table, making it less prone to deformation and more robust. The machine tool diagonal brace 9 prevents deformation of the entire table and also increases machine tool stability. The machine tool column connecting square steel 10 cooperates with the machine tool diagonal brace to improve the stability of the machine tool and table. The machine tool Y-axis bearing seat 11 is used to fix and install the Y-axis lead screw drive, improving transmission stability. The machine tool Y-axis motor seat 12 is used to fix and install the Y-axis lead screw drive, for motor installation, improving transmission stability. The bottom crossbar 13 of the machine tool serves to close the entire machine tool structure. The tool changer base 14 is used to install the tool changing mechanism. The machine tool's Y-axis longitudinal beam 15 has good rigidity and strong load-bearing capacity, and is used to install guide rails and guide rails, making the machine tool move more smoothly.

Claims

1. A numerical control engraving machine support frame, comprising a first side machine tool column group, a second side machine tool column group, and a machine tool Y-axis longitudinal beam (15); The first side machine tool column group and the second side machine tool column group each contain at least two machine tool columns (1), and the number of machine tool columns (1) in the first side machine tool column group is the same as that in the second side machine tool column group; the machine tool columns (1) in the first side machine tool column group are symmetrical to the corresponding machine tool columns (1) in the second side machine tool column group, and a machine tool bottom crosspiece (13) is arranged between the bottoms of the two symmetrical machine tool columns (1), and the two ends of the machine tool bottom crosspiece (13) are fixed to the bottoms of the corresponding machine tool columns (1) respectively; The number of the machine tool Y-axis longitudinal beams (15) is two, one machine tool Y-axis longitudinal beam (15) is fixedly supported on the tops of all the machine tool columns (1) of the first side machine tool column group, and the other machine tool Y-axis longitudinal beam (15) is fixedly supported on the tops of all the machine tool columns (1) of the second side machine tool column group; A plurality of machine tool table crosspieces (8) are arranged between the two machine tool Y-axis longitudinal beams (15), and the two ends of each machine tool table crosspiece (8) are fixed to the side walls of the corresponding machine tool Y-axis longitudinal beam (15); and a machine tool table vertical piece (2) is arranged between adjacent machine tool table crosspieces (8), and the two ends of the machine tool table vertical piece (2) are fixed to the corresponding machine tool table crosspieces (8) respectively; the machine tool table vertical piece (2) and the machine tool table crosspiece (8) form a grid-shaped table support structure supporting a numerical control engraving machine engraving table; A machine tool column connecting square steel (10) is arranged between adjacent machine tool columns (1) in the first side machine tool column group and the second side machine tool column group, and the two ends of the machine tool column connecting square steel (10) are fixed to the corresponding machine tool columns (1); The machine tool support frame further comprises a first group of machine tool inclined struts and a second group of machine tool inclined struts, and each of the first group of machine tool inclined struts and the second group of machine tool inclined struts contains a plurality of machine tool inclined struts (9); one end of each machine tool inclined strut (9) in the first group of machine tool inclined struts is fixed to the machine tool table vertical piece (2) and / or the machine tool table crosspiece (8), and the other end is fixed to the machine tool column connecting square steel (10) on one side of the first side machine tool column group, and the machine tool inclined strut (9) is at an inclined angle; one end of each machine tool inclined strut (9) in the second group of machine tool inclined struts is fixed to the machine tool table vertical piece (2) and / or the machine tool table crosspiece (8), and the other end is fixed to the machine tool column connecting square steel (10) on one side of the second side machine tool column group, and the machine tool inclined strut (9) is at an inclined angle; Two machine tool Y-axis guide rail mounting strips (3) are further arranged, and the two machine tool Y-axis guide rail mounting strips (3) are respectively mounted on the tops of the corresponding machine tool Y-axis longitudinal beams (15). The first side machine tool column group and the second side machine tool column group each have three or four machine tool columns (1).

2. A CNC engraver support frame according to claim 1, characterized in that: Adjacent machine tool bottom crosspieces (13) and machine tool bottom crosspieces (13) are fixed with machine tool bottom crosspiece connecting rods (4).

3. A CNC engraver support frame according to claim 1, characterized in that: A tool changing table base (14) is further arranged, and the tool changing table base (14) is fixedly supported on at least two adjacent machine tool table crosspieces (8) on one side; 4. A CNC engraver support frame according to claim 3, characterised in that: ​ The bottom of the tool changer base (14) is provided with a machine tool tool changer base support (5), the top of the machine tool tool changer base support (5) is fixed with the tool changer base (14), and the bottom is fixed with the machine tool bottom crosspiece connecting rod (4).

5. A CNC engraver support frame according to claim 4, characterised in that: Two fixed sinking funnel mounting rods (7) for placing and improving the funnel steel are installed between the adjacent machine tool table crosspieces (8) close to the tool changer base (14).

6. A CNC engraver support frame according to claim 1, characterized in that: The side edge one end of the machine tool Y-axis longitudinal beam (15) is fixedly installed with a machine tool Y-axis motor seat (12), and the side edge other end of the machine tool Y-axis longitudinal beam (15) is fixedly installed with a machine tool Y-axis bearing seat (11).

7. The support frame for a numerically controlled engraver according to claim 1, characterized in that: The two ends of the machine tool Y-axis longitudinal beam (15) are provided with a sealing plate (6) for closing the two opening ends of the machine tool Y-axis longitudinal beam (15) and increasing the steel of the machine tool Y-axis longitudinal beam (15).

8. A CNC engraver support frame according to claim 1, characterized in that: The bottom of the machine tool stand (1) is installed with a shock absorbing foot for effectively absorbing the slight vibration of the ground, further improving the stability and adjusting the level of the machine tool. The machine tool table crosspiece (8) and the machine tool bottom crosspiece connecting rod (4) are provided with a table stand, the top of the table stand is fixed with the machine tool table crosspiece (8), and the bottom is fixed with the machine tool bottom crosspiece connecting rod (4).

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