CN201645153U

CN201645153U - Flange drilling centre

Info

Publication number: CN201645153U
Application number: CN2010201226816U
Authority: CN
Inventors: 洪光明
Original assignee: Individual
Current assignee: SUNLOT SHARES CO Ltd
Priority date: 2010-02-25
Filing date: 2010-02-25
Publication date: 2010-11-24
Anticipated expiration: 2020-02-25

Abstract

The utility model discloses a flange drilling centre. The flange drilling centre comprises a stand, a power head component, a clamping and dividing mechanism component and a control panel, wherein the power head component is arranged on the stand and provided with a transverse moving device and a longitudinal moving device; the clamping and dividing mechanism component is arranged on the stand and provided with a moving and rotating device; and the control panel is arranged on the stand to control the action of the power head component and the clamping and dividing mechanism component. The flange drilling centre has high machining efficiency, fully automatic scale-dividing, positioning and feeding and the like and ensures the dimensional accuracy and the positional accuracy of the hole; flanges at two ends can be divided synchronously for synchronous drilling operation; the drilling is not limited to the number of the flange holes; and thus the specification of a product capable of being machined by one device has a large application range and a few of devices can be utilized to produce the products with more specifications; the products without as many as flange holes on the two end faces can be synchronously machined; and all operations are programmed at one time on an operating panel and finished at one time after the machine is started.

Description

A kind of flange drilling center

Technical field:

The utility model belongs to valve and makes the field, relates to the adpting flange drilling technique of valve body in the valve products.

Background technology:

Common radial drilling machine, during its boring following deficiency is arranged: 1, working (machining) efficiency is low, and every valve body needs clamping twice, also needs clamping bushing plate frock simultaneously, and non-cutting time is long, wastes a large amount of non-working time; 2,, be difficult to guarantee that flange hole center, two ends can be symmetrical, and cause the inconvenience when pipeline is installed because of twice clamping; Need bore template during 3, because of boring, thereby influenced the dimensional accuracy of boring and the position degree in hole.Following deficiency is arranged during multi-drill boring: 1, same multi-drill only adapts to the identical specification product of processing flange hole hole count, and the specification product that the flange hole hole count is different can not be processed on same multi-drill; 2, can not process the different product of two ends flange hole hole count; Therefore the product of a series of different sizes needs many multi-drills just can satisfy the processing needs, and investment is big.

Summary of the invention:

The utility model purpose is to overcome above-mentioned shortcoming, providing a kind of is controlled by control system, the working (machining) efficiency height, full-automatic calibration, location, feed etc., the dimensional accuracy in assurance hole and the position in hole are accurate, the synchronous calibration of two end flanges, the novel flange drill center of can synchronous processing both ends of the surface flange hole count different products.

For reaching above-mentioned purpose, the utility model adopts following technical scheme:

A kind of flange drilling center comprises:

Frame;

Unit head assembly: be arranged on the frame, be provided with horizontal mobile device and longitudinal moving device;

Clamp and the indexing mechanism assembly: be arranged on the frame, be provided with and move and whirligig;

Control panel: be arranged on the frame control unit head assembly and clamping and the action of indexing mechanism assembly.

Described drill center comprises that four unit heads and a cover clamp and indexing mechanism.

Described unit head assembly is provided with boring and tapping device.

Adopt technique scheme, the utlity model has following advantage:

1, working (machining) efficiency height, one time clamping workpiece is finished all drill tasks by Automatic Control, does not need frocks such as bushing plate, and is high more than 6 times than plain radial drilling machine;

2, full-automatic calibration, location, feed etc., the dimensional accuracy in assurance hole and the position in hole are accurate;

3, the synchronous calibration of two end flanges, the processing of holing synchronously, thereby avoided the two ends flange hole relatively in the relativity shift of flange symmetrical center line;

4, can vertically, laterally adjust the position because of unit head, compare multi-drill, not be subjected to the restriction of flange hole count during boring; So the machinable product specification applicable scope of same table apparatus is bigger, can utilize the product of the less more specifications of device production;

5, can the different product of synchronous processing both ends of the surface flange hole count;

6, all once programmings on guidance panel of everything, start back everything is once finished.

Description of drawings:

Below with accompanying drawing the utility model is described in detail:

Fig. 1 is a complete machine master TV structure schematic diagram of the present utility model;

Fig. 2 is a complete machine side-looking structural representation of the present utility model;

Fig. 3 is a unit head assembly schematic perspective view;

Fig. 4 looks schematic diagram for unit head assembly position of readiness master;

Fig. 5 is a unit head assembly position of readiness schematic top plan view;

Fig. 6 looks schematic diagram for unit head assembly mobile status master;

Fig. 7 is a unit head assembly mobile status schematic top plan view;

Fig. 8 is the main schematic diagram of looking in unit head assembly operating position;

Fig. 9 is a unit head assembly operating position schematic top plan view;

Figure 10 is calibration and clamp mechanism assembly schematic perspective view;

Figure 11 looks schematic diagram for calibration and clamp mechanism assembly position of readiness master;

Figure 12 looks schematic diagram for calibration and clamp mechanism assembly mobile status master;

Figure 13 is the main schematic diagram of looking of calibration and clamp mechanism assembly operating position;

Figure 14 is the guidance panel schematic diagram.

The specific embodiment:

Below in conjunction with drawings and Examples the utility model is described in detail:

Embodiment of the present utility model as shown in Figure 1 and Figure 2, a kind of flange drilling center is characterized in that: comprising: frame 1; Unit head assembly 2: be arranged on the frame 1, be provided with horizontal mobile device 21 and longitudinal moving device 22, drive action by motor 23; Clamp and indexing mechanism assembly 3: be arranged on the frame 1, be provided with moving and whirligig by 31 controls of hydraulic control system system; Control panel 4: be arranged on the frame 1 control unit head assembly and clamping and the action of indexing mechanism assembly.Described drill center can comprise that four unit heads and a cover clamp and indexing mechanism, also can comprise other many group unit heads and clamping and indexing mechanism.Can be provided with boring and tapping device on the described unit head assembly.

As Fig. 3-Fig. 9 is unit head assembly schematic diagram, and as shown in the figure, unit head at first is in position of readiness, moves (shift position) according to the instruction that guidance panel provides, and finally arrives the operating position, and this moment can be by the instruction processing of holing.

Be clamping and indexing mechanism assembly schematic diagram as Figure 10-13, the calibration clamping device is in position of readiness, but this moment clamping workpiece, the calibration clamping device moved (mobile status) according to the instruction of guidance panel after clamping workpiece was finished, the final operating position that arrives, this moment, dividing head was rotated calibration according to instruction, and calibration work is finished, the processing of can holing of boring unit head.

As Figure 14 is the control panel schematic diagram, comprises display screen, digital control key, processing key.The following realization of the technical solution of the utility model:

1, at first design and manufacture energy unit head vertical, that laterally move, the unit head everything is controlled by guidance panel, non-manual operation;

2, according to the product processed scope, to design workpiece and clamp and indexing mechanism, this clamping and indexing mechanism are controlled by guidance panel;

3, whole center, bench drill hole is by four unit heads, and a cover clamps formations such as indexing means and frame;

4, in the whole system, when the quantity in hole was odd number, when being bored into last odd number hole, every pair of unit head can be got rid of interference automatically, only by one of them unit head work;

5, drill center simultaneously can tapping;

During work:

1, according to the specification requirement of product design document, on guidance panel, imports all relative dimensions that will hole;

2, workpiece is placed the calibration clamping device, the location clamps, and the calibration clamping device moves to position to be processed and waits for work;

3, opening device, unit head will move to Working position in vertical, horizontal respectively according to the size of input;

4, according to system command, four unit head synchronous processing first stations are totally four holes;

5, behind the completion of processing withdrawing of 4 holes of first station, the calibration clamping device will rotate to the next position with workpiece according to system command;

6, four holes of four unit head synchronous processing second stations;

7, by that analogy until all flange hole completion of processing, unload workpiece, finish all working.

Adopt technique scheme, the utility model working (machining) efficiency height, one time clamping workpiece is finished all drill tasks by Automatic Control, does not need frocks such as bushing plate, and is high more than 6 times than plain radial drilling machine; Full-automatic calibration, location, feed etc., the dimensional accuracy in assurance hole and the position in hole are accurate; The synchronous calibration of two end flanges, the processing of holing synchronously, thereby avoided the two ends flange hole relatively in the relativity shift of flange symmetrical center line; Can vertically, laterally adjust the position because of unit head, compare multi-drill, not be subjected to the restriction of flange hole count during boring; So the machinable product specification applicable scope of same table apparatus is bigger, can utilize the product of the less more specifications of device production; Can the different product of synchronous processing both ends of the surface flange hole count; All once programmings on guidance panel of everything, start back everything is once finished.

Claims

1. flange drilling center is characterized in that: comprising:

Frame;

2. a kind of flange drilling as claimed in claim 1 center is characterized in that: described drill center comprises that four unit heads and a cover clamp and indexing mechanism.

3. a kind of flange drilling as claimed in claim 1 or 2 center is characterized in that: described unit head assembly is provided with boring and tapping device.