Milling general assembly of edge banding machine

Abstract

A milling general assembly of an edge banding machine relates to the technical field of plate processing equipment and comprises a right support, a left support, a rough milling motor, a finish milling motor A, a finish milling motor B, a milling chamfering motor, a rough milling size control servo motor, a size control servo motor A, a size control servo motor B and a size control cylinder. The top of the right support and the top of the left support are each provided with a height adjusting servo motor, and the two height adjusting servo motors drive the corresponding height motors through height adjusting servo ball screws to independently adjust, support and lift. The height of the rough milling type motor, the fine milling type motor A, the fine milling type motor B and the milling type chamfering motor can be rapidly adjusted by adopting a lead screw linkage structure, the adjusting speed of machining of plates of different specifications is effectively increased, and the numerical control machine tool has the advantages of being reasonable in design, rapid, stable and high in machining efficiency.

Description

Technical Field

[0001] The utility model relates to the technical field of plate processing equipment, in particular to a milling assembly of an edge banding machine. Background Art

[0002] Most of the boards used in the furniture manufacturing industry are compressed boards. In order to achieve exquisite beauty, the compressed boards need to be edge-sealed around the boards after the shape processing is completed to cover the internal structure of the compressed boards and prevent the wood chips that make up the compressed boards from falling off after a long period of use, thereby extending the service life of the boards. In order to edge-band the boards, edge banding machines came into being. Edge banding of wooden boards can not only slow down the release and have good environmental protection, but also prevent moisture from entering the board substrate to prevent deformation. Milling is an important process for edge banding of boards. Milling can pre-mill various shapes of wooden boards to meet different furniture styles and installation requirements. At present, the milling mechanism of the edge banding machine usually includes a rough milling motor, several fine milling motors and a milling chamfering motor. The milling boards have different sizes and specifications. However, when processing boards of different specifications, in order to ensure the milling accuracy, the corresponding rough milling motor, fine milling motor and milling chamfering motor need to be raised and lowered. The adjustment process is time-consuming and labor-intensive, and the processing accuracy is difficult to guarantee. Utility Model Content

[0003] The utility model provides an edge banding machine milling assembly to solve the problems in the prior art that the motor adjustment for processing plates of different specifications in the plate edge banding milling process is time-consuming and labor-intensive, and it is difficult to ensure the processing accuracy.

[0004] The technical solution adopted by the utility model to solve its technical problems is:

[0005] A milling assembly of an edge banding machine comprises a right bracket, a left bracket, a rough milling motor, a fine milling motor A, a fine milling motor B, a milling chamfering motor, a rough milling size control servo motor, a size control servo motor A, a size control servo motor B and a size control cylinder. A plurality of assembly support optical axes are respectively arranged on the right bracket and the left bracket. A height motor is movably connected to the assembly support optical axis of the right bracket for individually adjusting support, a sleeve A and a sleeve B. A height motor is movably connected to the assembly support optical axis of the left bracket for individually adjusting support, a sleeve C and a sleeve D. A height adjustment servo motor is respectively installed on the top of the right bracket and the left bracket. The two height adjustment servo motors drive the corresponding height motors to individually adjust the support lifting and lowering through the height adjustment servo ball screws. The rough milling motor is arranged on one side of the right bracket through the mounting plate A. The mounting plate A is connected to the sleeve A and is connected to the height motor individually adjusting support of the right bracket. The rough milling size control servo motor is installed on the sleeve A. The rough milling size control servo motor is connected to the mounting plate A through the ball screw. The milling motor A is arranged on the other side of the right bracket through the mounting plate B, the mounting plate B is connected to the sleeve B and is connected to the height motor individual adjustment support of the right bracket, the size control servo motor A is installed on the sleeve B, and the size control servo motor A is connected to the mounting plate B through the milling size control servo ball screw; the fine milling motor B is arranged on one side of the left bracket through the mounting plate C, the mounting plate C is connected to the sleeve C and is connected to the height motor individual adjustment support of the left bracket, the size control servo motor B is installed on the sleeve C, the size control servo motor B is connected to the mounting plate C through the ball screw, the milling chamfering motor is arranged on the other side of the left bracket through the mounting plate D, the mounting plate D is connected to the sleeve D and is connected to the height motor individual adjustment support of the left bracket, the size control cylinder is installed on the sleeve D, the piston rod of the size control cylinder is connected to the mounting plate D, the height motor individual adjustment support of the right bracket is connected to the sleeve A and the sleeve B respectively through an adjusting screw rod; the height motor individual adjustment support of the left bracket is connected to the sleeve C and the sleeve D respectively through an adjusting screw rod.

[0006] Several supporting optical axes are arranged between the rough milling type dimension control servo motor and the mounting plate A; several supporting optical axes are arranged between the dimension control servo motor A and the mounting plate B; several supporting optical axes are arranged between the dimension control servo motor B and the mounting plate C; several supporting optical axes are arranged between the piston rod of the dimension control cylinder and the mounting plate D.

[0007] The working principle of the utility model is that, according to the specific requirements of the plate milling, firstly, the height adjustment servo motor plate drives the corresponding height motor to adjust the support lifting separately through the height adjustment servo ball screw, so as to adjust the height of the rough milling motor, the fine milling motor A, the fine milling motor B and the milling chamfering motor. The height of the rough milling motor, the fine milling motor A, the fine milling motor B and the milling chamfering motor can also be adjusted separately through the adjustment screw between the support and the sliding sleeve of the height motor. The plate is milled by the rough milling motor, the fine milling motor A, the fine milling motor B and the milling chamfering motor in turn. During the milling process, the horizontal displacements of the rough milling motor, the fine milling motor A, the fine milling motor B and the milling chamfering motor are respectively controlled by the rough milling size control servo motor, the size control servo motor A, the size control servo motor B and the size control cylinder. When replacing plates of different specifications, it is only necessary to start the height adjustment servo motor plate once to complete the height adjustment of the rough milling motor, the fine milling motor A, the fine milling motor B and the milling chamfering motor.

[0008] The utility model adopts a screw linkage structure to realize rapid height adjustment of the rough milling motor, fine milling motor A, fine milling motor B and milling chamfering motor, effectively improving the adjustment speed of processing plates of different specifications, and has the advantages of reasonable design, rapid stability and high processing efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0009] The utility model is further described below in conjunction with the accompanying drawings and embodiments.

[0010] Figure 1 It is a structural schematic diagram of the utility model;

[0011] Figure 2 It is a side view schematic diagram of the utility model;

[0012] Figure 3 It is a top view schematic diagram of the utility model;

[0013] Figure 4 This is a schematic diagram of the structure of the utility model Figure 2 .

[0014] In the figure, 1 is the right bracket, 2 is the assembly supporting optical axis, 3 is the height adjustment servo motor, 4 is the height adjustment servo ball screw, 5 is the height motor separately adjusting support, 6 is the adjusting screw, 7 is the rough milling type motor, 8 is the fine milling type motor A, 9 is the fine milling type motor B, 10 is the milling type chamfering motor, 11 is the rough milling type size control servo motor, 12 is the size control servo motor A, 13 is the size control servo motor B, 14 is the size control cylinder, 15 is the supporting optical axis, 16 is the milling type size control servo ball screw, 17 is the left bracket, 18 is the mounting plate A, 19 is the mounting plate B, 20 is the mounting plate C, 21 is the mounting plate D, 22 is the sliding sleeve A, 23 is the sliding sleeve B, 24 is the sliding sleeve C, 25 is the sliding sleeve D. DETAILED DESCRIPTION

[0015] like Figure 1 , Figure 2 , Figure 3 and Figure 4As shown, a milling type assembly of an edge banding machine includes a right bracket 1, a left bracket 17, a rough milling type motor 7, a fine milling type motor A8, a fine milling type motor B9, a milling type chamfering motor 10, a rough milling type size control servo motor 11, a size control servo motor A12, a size control servo motor B13 and a size control cylinder 14. A plurality of assembly support optical axes 2 are respectively arranged on the right bracket 1 and the left bracket 17. A height motor separate adjustment support 5, a sliding sleeve A22 and a sliding sleeve B23 are movably connected to the assembly support optical axis 2 of the right bracket 1. A height motor separate adjustment support 5, a sliding sleeve A22 and a sliding sleeve B23 are movably connected to the assembly support optical axis 2 of the left bracket 17. Support 5, sleeve C24 and sleeve D25, a height adjustment servo motor 3 is installed on the top of the right bracket 1 and the left bracket 17 respectively, and the two height adjustment servo motors 3 drive the corresponding height motors to adjust the lifting of the support 5 separately through the height adjustment servo ball screw 4, the rough milling motor 7 is arranged on one side of the right bracket 1 through the mounting plate A18, the mounting plate A18 is connected to the sleeve A22 and is connected to the height motor of the right bracket 1. The servo motor 11 for rough milling size control is installed on the sleeve A22, and the servo motor 11 for rough milling size control is connected to the mounting plate A18 through the ball screw, and the fine milling motor A8 is arranged on the other side of the right bracket 1 through the mounting plate B19, the mounting plate B19 is connected to the sleeve B23 and is connected to the height motor individual adjustment support of the right bracket 1, the size control servo motor A12 is installed on the sleeve B23, and the size control servo motor A12 is connected to the mounting plate B19 through the milling size control servo ball screw 16; the precision milling motor B9 is arranged on the side of the left bracket 17 through the mounting plate C20, the mounting plate C20 is connected to the sleeve C24 and is connected to the height motor individual adjustment support of the left bracket 17, the size control servo motor B13 is installed on the sleeve C24, and the size control servo motor B 13 is connected to the mounting plate C20 through a ball screw, the milling chamfering motor 10 is arranged on the other side of the left bracket 17 through the mounting plate D21, the mounting plate D21 is connected to the sliding sleeve D25 and connected to the height motor individual adjustment support of the left bracket 17, the size control cylinder 14 is installed on the sliding sleeve D25, the piston rod of the size control cylinder 14 is connected to the mounting plate D21, the height motor individual adjustment support of the right bracket 1 is connected to the sliding sleeve A22 and the sliding sleeve B23 through an adjustment screw rod 6 respectively; the height motor individual adjustment support of the left bracket 17 is connected to the sliding sleeve C24 and the sliding sleeve D25 through an adjustment screw rod 6 respectively. A plurality of support optical axes 15 are arranged between the rough milling size control servo motor 11 and the mounting plate A18; a plurality of support optical axes 15 are arranged between the size control servo motor A12 and the mounting plate B19; a plurality of support optical axes 15 are arranged between the size control servo motor B13 and the mounting plate C20; a plurality of support optical axes 15 are arranged between the piston rod of the size control cylinder 14 and the mounting plate D21.

[0016] The working principle of the utility model is that, according to the specific requirements of the plate milling, firstly, the height adjustment servo motor plate drives the corresponding height motor to adjust the support lifting separately through the height adjustment servo ball screw, so as to adjust the height of the rough milling motor, the fine milling motor A, the fine milling motor B and the milling chamfering motor. The height of the rough milling motor, the fine milling motor A, the fine milling motor B and the milling chamfering motor can also be adjusted separately through the adjustment screw between the support and the sliding sleeve of the height motor. The plate is milled by the rough milling motor, the fine milling motor A, the fine milling motor B and the milling chamfering motor in turn. During the milling process, the horizontal displacements of the rough milling motor, the fine milling motor A, the fine milling motor B and the milling chamfering motor are respectively controlled by the rough milling size control servo motor, the size control servo motor A, the size control servo motor B and the size control cylinder. When replacing plates of different specifications, it is only necessary to start the height adjustment servo motor plate once to complete the height adjustment of the rough milling motor, the fine milling motor A, the fine milling motor B and the milling chamfering motor.

Claims

1. Edge banding machine milling assembly, its characteristics are It includes a right bracket, a left bracket, a rough milling motor, a fine milling motor A, a fine milling motor B, a milling chamfering motor, a rough milling size control servo motor, a size control servo motor A, a size control servo motor B and a size control cylinder. Several assembly support optical axes are respectively arranged on the right bracket and the left bracket. The assembly support optical axis of the right bracket is movably connected with a height motor to individually adjust the support, a sleeve A and a sleeve B. The assembly support optical axis of the left bracket is movably connected with a height motor to individually adjust the support, a sleeve C and a sleeve D. A height adjustment servo motor is respectively installed on the top of the right bracket and the left bracket. The two height adjustment servo motors drive the corresponding height motors to individually adjust the support lifting through the height adjustment servo ball screws. The rough milling motor is arranged on one side of the right bracket through the mounting plate A. The mounting plate A is connected to the sleeve A and is connected to the individual height motor adjustment support of the right bracket. The rough milling size control servo motor is installed on the sleeve A. The rough milling size control servo motor is connected to the mounting plate A through the ball screw. The fine milling motor A It is arranged on the other side of the right bracket through mounting plate B, which is connected to sleeve B and connected to the individual height motor adjustment support of the right bracket. The size control servo motor A is installed on sleeve B, and the size control servo motor A is connected to mounting plate B through a milling size control servo ball screw; the fine milling motor B is arranged on one side of the left bracket through mounting plate C, which is connected to sleeve C and connected to the individual height motor adjustment support of the left bracket, the size control servo motor B is installed on sleeve C, and the size control servo motor B is connected to mounting plate C through a ball screw, the milling chamfering motor is arranged on the other side of the left bracket through mounting plate D, which is connected to sleeve D and connected to the individual height motor adjustment support of the left bracket, the size control cylinder is installed on sleeve D, and the piston rod of the size control cylinder is connected to mounting plate D, the individual height motor adjustment support of the right bracket is connected to sleeve A and sleeve B respectively through an adjusting screw; the individual height motor adjustment support of the left bracket is connected to sleeve C and sleeve D respectively through an adjusting screw.

2. The edge banding machine milling assembly according to claim 1 is characterized in that Several supporting optical axes are set between the rough milling type dimension control servo motor and the mounting plate A; several supporting optical axes are set between the dimension control servo motor A and the mounting plate B; several supporting optical axes are set between the dimension control servo motor B and the mounting plate C; several supporting optical axes are set between the piston rod of the dimension control cylinder and the mounting plate D.

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