CN201529709U

CN201529709U - Novel six-axis numerical control stock stop used for numerical control plate bender

Info

Publication number: CN201529709U
Application number: CN 200920048909
Authority: CN
Inventors: 曹光荣; 刘进; 乔根荣; 魏雪梅; 冷志斌; 吉素琴
Original assignee: Jiangsu Yawei Machine Tool Co Ltd
Current assignee: Jiangsu Yawei Machine Tool Co Ltd
Priority date: 2009-10-30
Filing date: 2009-10-30
Publication date: 2010-07-21
Anticipated expiration: 2019-10-30

Abstract

The utility mode provides a novel six-axis numerical control stock stop used for a numerical control plate bender, which relates to a stock stop device. The stock stop device includes two stock stop seats arranged on a base of the bender; the two stock stop seats can slide along the base, so that the distance between the two stock stop seats in a Z-axis direction can be adjusted; each stock stop seat includes a pedestal and a guide rail arranged on an X-axis of the pedestal; the X-axis and the Z-axis are arranged on a horizontal plane and perpendicular to each other; a moving seat capable of moving along the guide rail is arranged on each stock stop seat, and is equipped with a stop finger for holding plates and an R-axis lifting seat capable of enabling the stop finger to move up and down; and each stop finger has movements in Z-axis, X-axis and R-axis directions through respective numerical control shafts corresponding to respective servo motors, and each numerical control shaft can drive independently or be linked under the control of a numerical control device according to requirements. The utility model has the advantages of high bending efficiency, high precision and the like, and has good commonality.

Description

Digital control plate bending machine is with novel six Shaft and NC Machining Test backgauges

Technical field

The utility model relates to a kind of stop gauge, the novel six Shaft and NC Machining Test backgauges of saying so especially and using when needing that in digital control plate bending machine plate carried out complicated bending.

Background technology

Digital control plate bending machine is that plate is carried out bending as required, to produce qualified plate, but present plate bending machine often can only the bending conventional shape plate, such as shapes such as rectangle, rhombus, usually seem unable to do what one wishes for wanting bending to go out irregular, asymmetric plate, promptly enable bending, its bending precision, quality can not be guaranteed, this be since the relative position of two retainings between referring to of clamping plate can not be flexibly, adjust accurately, can not two retainings be referred to be adjusted to the position of needs according to the bending needs of plate.

The utility model content

The utility model is at above-mentioned defective, purpose be to provide a kind of can be according to plate bending needs, the digital control plate bending machine that the position that can be flexibly retaining be referred to is carried out flexibly, adjusted accurately is with novel six Shaft and NC Machining Test backgauges, thereby bending goes out to suit the requirements, complex-shaped plate.

The technical solution of the utility model is: the utility model comprises two bearing seats that are arranged on the bender base, two bearing seats can slide so that two bearing seats distance on Z-direction is adjustable along base, bearing seat comprises pedestal and the guide rail that is arranged on the pedestal X-axis, Z axle and X-axis are all on horizontal plane and vertical mutually, establishing on the bearing seat can be along the mobile seat of guide rail slip, moving the retaining of establishing the clamping plate on the seat refers to, move that seat is gone up if retaining refers to the R axle elevating bracket that moves up and down, described retaining refers at Z, X, the motion of R axle realizes motion by the numerical control axle of each self-corresponding driven by servomotor correspondence, and each numerical control axle can drive separately or be linked by numerical control device control as required.

The utility model has the advantages that: two relative positions that refer to of retaining can be flexibly, adjust in three dimensions accurately, and it utilizes, and servomotor is high-precision to be driven, and can link by control device control between each as required, have bending efficient height, precision advantages of higher, have good versatility.

Description of drawings

Fig. 1 is a structural representation of the present utility model

1 refers to, 7 is R axial filament bar for R axle line slideway, 15 for R axle servomotor, 14 for X-axis servomotor, 13 for X-axis screw mandrel, 12 for X-axis line slideway, 11 for Z axle servomotor, 10 for Z shaft gear tooth bar, 9 for Z axle line slideway, 8 for retaining for elevating bracket, 6 for moving seat, 5 for guide rail, 4 for pedestal, 3 for base, 2 among the figure.

Fig. 2 is a perspective view of the present utility model

The specific embodiment

As shown in Figure 1, the utility model comprises bender base 1, bender base 1 is supported on the ground, establish two bearing seats on the bender base 1, two bearing seats can slide so that two bearing seats distance on Z-direction is adjustable along base 1, bearing seat comprises pedestal 2 and the guide rail 3 that is arranged on the pedestal 2X axle, Z axle and X-axis are all on horizontal plane and vertical mutually, establishing on the bearing seat can be along the mobile seat 4 of guide rail 3 slips, move the retaining of establishing the clamping plate on the seat 4 and refer to 6, move on the seat 4 if retaining refers to the 6 R axle elevating brackets 5 that move up and down, described retaining and refer to that 6 motions on the Z axle are by Z axle servomotor 9, Z axle line slideway 7, Z shaft gear tooth bar 8 is realized; Retaining refers to that 6 motions on X-axis are driven by X-axis line slideway 10, X-axis screw mandrel 11, X-axis servomotor 12; Retaining refers to that 6 motions on the R axle are driven by R axle servomotor 13, R axle line slideway 14, R axial filament bar 15, and each numerical control axle can drive separately or be linked by numerical control device control as required.

Claims

1. digital control plate bending machine is with novel six Shaft and NC Machining Test backgauges, it is characterized in that, comprise two bearing seats that are arranged on the bender base, two bearing seats can slide so that two bearing seats distance on Z-direction is adjustable along base, bearing seat comprises pedestal and the guide rail that is arranged on the pedestal X-axis, Z axle and X-axis are all on horizontal plane and vertical mutually, establishing on the bearing seat can be along the mobile seat of guide rail slip, moving the retaining of establishing the clamping plate on the seat refers to, move that seat is gone up if retaining refers to the R axle elevating bracket that moves up and down, described retaining refers at Z, X, the motion of R axle realizes motion by the numerical control axle of each self-corresponding driven by servomotor correspondence, and each numerical control axle can drive separately or be linked by numerical control device control as required.