Upright nine rigs of disc type numerical control that crouch
The utility model relates to a kind of machining equipment, belongs to the borings manufacture field, particularly a kind ofly finishes that porous is holed simultaneously, upright nine rigs of disc type numerical control that crouch of tapping process.
Common boring, tapping equipment mostly are folk prescription position, single hole smear metal processing, and as common driller, numerically controlled lathe etc., its cooked mode is simple, production efficiency is low, and labour intensity is big.Specific process is: at first with single clamping workpiece on the drilling machine jig, its position relative fixed, not removable or rotate, can not realize three-dimensional processing, process is confined to the single direction to workpiece, the processing of single height, as processing the another location, then need clamping workpiece again, time-consuming, effort can not effectively guarantee machining accuracy, particularly the mutual alignment is concerned the workpiece of having relatively high expectations, its accurate process more becomes a difficult problem.
Along with going deep into of process of industrialization, particularly in the higher streamlined operation of operating efficiency, multi-angle, the multimode processing of finishing workpiece become a kind of needs gradually, in the flange of different shape, valve, five metals workpiece, its structure is subjected to the influence of own characteristic, and is complex-shaped, various informative, often need a plurality of multi-faceted, multi-angle aperture processing in the workpiece, even also have the inclined hole of various angles.How to guarantee the process velocity and the machining accuracy of this series products, improve working (machining) efficiency, want the problem that solves with regard to becoming the utility model.
Summary of the invention
In view of above-mentioned existing issue, the utility model aims to provide a kind of machining accuracy height, process velocity is fast, can realize upright nine rigs of disc type numerical control that crouch of three-dimensional boring, tapping processing.
The utility model is achieved through the following technical solutions:
Upright nine rigs of disc type numerical control that crouch, comprise support, workbench and jig, jig is fixed on the workbench, stationary table is on support, also comprise dispenser, unit head support and be distributed in more than one unit head on the unit head support, dispenser is connected between support and the workbench, and the unit head support is fixed on the support, the unit head support is looped around around the workbench, and more than one unit head is relative with jig on the workbench respectively from different directions.
Described workbench is a disk, and disk is fixed on the dispenser, and jig is connected on the disk.
Described more than one unit head is nine, nine unit heads from upper and lower, left and right, the rear is around branch is listed in jig.
Described unit head comprises boring unit head and merit tooth unit head.
Described unit head adopts driven by servomotor.
Described jig is that Hydraulic Double is opened vice.
Upright nine rigs of disc type numerical control that crouch described in the utility model, by unit head support and dispenser are installed on support, make a plurality of unit heads from multi-direction be distributed in around the workbench after, realized that workpiece once is installed repeatedly, the process of multi-faceted processing, working (machining) efficiency and crudy have been improved greatly, guarantee the relative positional accuracy between multiple aperture, satisfied the processing needs in different apertures.Process velocity is fast, machining accuracy is high, and is simple to operate, easy to use, is particularly suitable for having in the continuous productive process workpiece processing multi-direction, that multiple aperture processing needs to use.
Description of drawings
Fig. 1 is a structural representation sketch of the present utility model;
Fig. 2 is the plan structure schematic diagram of Fig. 1.
The specific embodiment
Below in conjunction with accompanying drawing 1, Fig. 2 the utility model is further described:
Upright nine rigs of disc type numerical control that crouch described in the utility model comprise support 4, workbench, jig, dispenser 3, unit head support 9 and are distributed in nine unit heads 2,7,10,11,12,13,14,15,16 on the unit head support 9.Workbench is a disk 5, and disk 5 is fixed on the dispenser 3, and dispenser 3 is connected between support 4 and the disk 5, and separator 3 can drive disk 5 and do and accurately wait the component of rotation.Jig is that a Hydraulic Double is opened vice 6, and Hydraulic Double is opened vice 6 and is fixed on the disk 5.Unit head support 9 is a frame structure, and unit head support 9 is fixed on the support 4, and it is looped around around the disk 5.Nine unit heads 2,7,10,11,12,13,14,15,16 from upper and lower, left and right, back five directions respectively with disk 5 on Hydraulic Double to open vice 6 relative, adopt driven by servomotor in the power head structure, nine unit heads 2,7,10,11,12,13,14,15,16 all is the boring unit head, wherein, upper and lower upwards respectively has three, and left and right, rear is to respectively there being one.Certainly, nine unit heads 2,7,10,11,12,13,14,15,16 also can be boring unit head and merit tooth unit head mixing use, to improve the efficient of aperture processing.
In the work, single workpiece is installed on Hydraulic Double and opens on the vice 6, operates the control system on the support 4 as required, selects suitable boring processing mode for use, both can multi-directionly hole simultaneously, also can hole respectively in order.This sentences in batches branch and holes in proper order and be processed as example: at first, be positioned at a workpiece left side, on, three unit heads 2 of following three directions, 7,10 pairs of Workpiece boring processing are after machining, dispenser 3 rotates to an angle, the size of angle is set by the control system on the support 4, and disk 5 and Hydraulic Double are opened vice 6 drive workpiece and rotated to next station, three unit heads 16,11, the processing of holing of 13 pairs of workpiece, after machining, dispenser 3 rotates to next station again, three unit heads 12,14,15 pairs of workpiece carry out the processing in last three holes, after all machining, dispenser 3 rotates once more, Hydraulic Double is opened vice 6 and is in vacant state, and Hydraulic Double is opened vice 6 and opened, and carries out workpiece and changes, so far, a work flow is finished.
Certainly, according to different workpiece processing requests, also can select different processing modes and processing method for use, as carrying out indivedual locational aperture processing separately, perhaps finishing porous simultaneously processes in the same way, even multi-direction processing simultaneously, also can finish and directly carry out the processing of merit tooth after the aperture processes, its combination processing mode can be varied.