CN207900653U

CN207900653U - Gantry processor with crossbeam adjusting apparatus

Info

Publication number: CN207900653U
Application number: CN201820002796.8U
Authority: CN
Inventors: 周大锋
Original assignee: Dongguan Xingufeng Machinery Co Ltd
Current assignee: Dongguan Xingufeng Machinery Co Ltd
Priority date: 2018-01-02
Filing date: 2018-01-02
Publication date: 2018-09-25
Anticipated expiration: 2028-01-02

Abstract

The utility model is a kind of gantry processor with crossbeam adjusting apparatus, including：Two columns, one crossbeam and an adjustment mechanism, crossbeam is frame as on two columns, and main shaft is installed on crossbeam, since main shaft weight is heavy, crossbeam is caused to be easy torsional deformation, and adjustment mechanism is installed on crossbeam by a torsion bar, and crossbeam is divided by top and lower part by torsion bar, adjustment ring is equipped on torsion bar again, the first adjustment hole corresponding to top is then equipped in adjustment ring, and the second adjustment hole of corresponding lower part, when beam deformation, user can be locked by an adjustment bolt to be set into the second adjustment hole, the lower part of torsion bar is supported by adjusting bolt, make the top direction adjustment annular strain of cross bar, and then cross bar is made to return back to standard state.

Description

Gantry processor with crossbeam adjusting apparatus

Technical field

The utility model is processed especially with regard to a kind of gantry with crossbeam adjusting apparatus about a kind of processing machine Machine.

Background technology

There is general gantry processor two columns and a crossbeam, the crossbeam to be placed between two column, and on the crossbeam It is installed with a main shaft again, which can be processed workpiece by the main shaft；

However, the weight of the main shaft is heavy, which installs the main shaft for a long time, easily leads to the metal fatigue of the crossbeam, And then the crossbeam mild distortion is made to deform.

After the crossbeam torsional deformation, cause the position of the main shaft inaccurate, in view of this, it is necessory to provide a kind of tool The gantry processor for having crossbeam adjusting apparatus leads to the defect that machining accuracy is bad to solve crossbeam torsional deformation.

Utility model content

The purpose of this utility model is that preventing the crossbeam of gantry processor because of main shaft weight, lead to crossbeam torsional deformation Defect, and then solve the bad defect of machining accuracy.

To solve aforementioned drawback, the utility model is a kind of gantry processor with crossbeam adjusting apparatus, including：

One crossbeam has opposite one first face and one second face, a main shaft is installed on first face；

Two columns, alternate between two column to be separated with a processing distance, second face of the crossbeam connects on two column；

One adjusting apparatus, has a torsion bar and an adjustment ring, two ends of the torsion bar be individually fixed in the crossbeam this second On face, which divides into a top and a lower part by the crossbeam, and the adjustment ring is then fixedly arranged between two ends of the torsion bar, should There is adjustment ring one first adjustment hole and one second adjustment hole, first adjustment hole to be located at the position that the regulation ring corresponds to the top It sets, which is located at the position that the regulation ring corresponds to the lower part；

One adjustment bolt has a pushing and pressing face, which is locked on second adjustment hole, and is pushed away by the pushing and pressing face Second face to the crossbeam.

In a preferred embodiment, which is equipped with the one first processing sliding rail extended along a transverse direction, the processing Sliding rail is equipped with the main shaft, which is respectively provided with two slide surfaces, and one of two column slide surface is towards this Distance is processed, and another slide surface of two column is then located at the another side of the opposite processing distance, respectively on the slide surface It is respectively equipped with the one second processing sliding rail extended along a vertical direction, the vertical direction is vertical with the transverse direction, the crossbeam Second face is movable to be installed on respectively the second processing sliding rail.

In a preferred embodiment, which has two fixed rings, and it is two solid that two ends of the torsion bar are installed with this respectively Determine ring, which is respectively provided with two locating plates and a bonding pad, which is fixed on the torsion bar, and two locating plate It is then fixedly connected with the bonding pad, the locating plate of two fixed ring passes through at least two bolt locks by being butted on second face If the locating plate is made to be fixed on second face of the crossbeam.

In a preferred embodiment, which is locked on the crossbeam by a lock bolt across first adjustment hole On.

As a result, when the crossbeam because of the weight of the main shaft, when leading to the upper deformation of the crossbeam and being in deformation state, make User can push against the lower part of the crossbeam by the adjustment bolt, and the top of the crossbeam is made to be deformed towards the adjusting apparatus, into And so that the crossbeam is just deformed and be in standard state.

Description of the drawings

Fig. 1 is the stereogram that the utility model faces adjusting apparatus in a preferred embodiment.

Fig. 2 is the utility model in the exploded view of a preferred embodiment middle regulator.

Fig. 3 is the adjustment ring assembled sectional view of adjusting apparatus.

Fig. 4 is the diagrammatic cross-section of beam deformation.

Fig. 5 is that lock sets adjustment bolt, and crossbeam self-deformation state is made to be changed to the schematic diagram of standard state.

Reference sign.

Crossbeam 10

First face 101

Second face 102

First processing sliding rail 11

Column 20

Top 20A

Lower part 20B

Slide surface 201

Process distance 21

Second processing sliding rail 22

Adjusting apparatus 30

Torsion bar 31

Adjustment ring 32

First adjustment hole 321

Second adjustment hole 322

Fixed ring 33

Locating plate 331

Bonding pad 332

Lock bolt 34

Adjustment bolt 40

Pushing and pressing face 41

Transverse direction X

Vertical direction Y

Deformation state M1

Standard state M2.

Specific implementation mode

It please referring to Fig.1 to Fig. 5, the utility model is a kind of gantry processor with crossbeam adjusting apparatus, including：

There is one crossbeam 10 opposite one first face 101 and one second face 102, first face 101 to be equipped with along a cross side The one first processing sliding rail 11 extended to X, the first processing sliding rail 11 are equipped with a main shaft, which can be along the transverse direction X displacements and to be processed operation to workpiece；

Two columns 20, it is alternate between two column 20 to be separated with a processing distance 21, and two column 20 is respectively provided with two cunnings Shifting face 201, one of two column 20 slide surface 201 are towards the processing distance 21, and two column 20 is another A slide surface 201 is then located at the one side of the reversed processing distance 21, is respectively respectively equipped with along a Vertical Square on the slide surface 201 The one second processing sliding rail 22 extended to Y, vertical direction Y is vertical with transverse direction X, and second face 102 of the crossbeam 10 can Being installed on respectively the second processing sliding rail 22 for displacement, enables the crossbeam 10 along vertical direction Y displacements；

One adjusting apparatus 30 has a torsion bar 31, an adjustment ring 32 and two fixed rings 33, and two ends of the torsion bar 31 fill respectively Equipped with two fixed ring 33, which is respectively provided with two locating plates 331 and a bonding pad 332, which fixes In on the torsion bar 31, and two locating plate 331 is then fixedly connected with the bonding pad 332, and the locating plate 331 of two fixed ring 33 leans on Be butted on second face 102, and set by least two bolt locks, make the locating plate 331 be fixed on the crossbeam 10 this second On face 102, which divides into the crossbeam 10 the top 20A and a lower part 20B along vertical direction Y arrangements, should Adjustment ring 32 is fixedly arranged between two fixed ring 33, which has one first adjustment hole 321 and one second adjustment hole 322, which is located at the position that the adjustment ring 32 corresponds to top 20A, and being passed through by a lock bolt 34 should First adjustment hole 321 is locked on the crossbeam 10, which is then located at the adjustment ring 32 and corresponds to lower part 20B's Position；

One adjustment bolt 40 has a pushing and pressing face 41, which is locked on second adjustment hole 322, and passes through The pushing and pressing face 41 pushes against second face 102 of the crossbeam 10.

It is the structure assembled state and its connection relation of the utility model, the following institute of occupation mode of the utility model above It states：

Fig. 4 and Fig. 5 is please referred to, a deformation state M1 is presented when 10 torsional deformation of crossbeam, deformation state M1's cuts open Depending on as shown in figure 4, the crossbeam 10 top 20A present torsional deformation form, then referring to Fig. 5, user first by the adjustment Bolt 40 is locked on second adjustment hole 322, make pushing and pressing face 41 of the adjustment bolt 40 by be butted on the crossbeam 10 this second On face 102, then power is set with larger lock, the adjustment bolt 40 is locked into second adjustment hole 322, the adjustment bolt 40 is made to push against The lower part 20B of the crossbeam 10, and then make the lower part 20B of the crossbeam 10 towards the direction modification of the adjustment ring 32, make the cross Beam 10 is adjusted from deformation state M1 to a standard state M2；

As a result, when the crossbeam 10 because of the weight of the main shaft, the top 20A of the crossbeam 10 is caused to deform and be in the deformation State M1, user can be pushed against the lower part 20B of the crossbeam 10 by the adjustment bolt 40, make the top 20A of the crossbeam 10 It is deformed towards the adjusting apparatus 30, and then so that the crossbeam 10 is just deformed and be in standard state M2.

Claims

1. a kind of gantry processor with crossbeam adjusting apparatus, which is characterized in that include：

There is one adjusting apparatus a torsion bar and an adjustment ring, two ends of the torsion bar to be individually fixed on second face of the crossbeam, The crossbeam is divided into a top and a lower part by the torsion bar, and the adjustment ring is then fixedly arranged between two ends of the torsion bar, the adjustment There is ring one first adjustment hole and one second adjustment hole, first adjustment hole to be located at the position that the regulation ring corresponds to the top, should Second adjustment hole is located at the position that the regulation ring corresponds to the lower part；

There is one adjustment bolt a pushing and pressing face, the adjustment bolt to be locked on second adjustment hole, and should by pushing and pressing face pushing and pressing Second face of crossbeam.

2. the gantry processor with crossbeam adjusting apparatus as described in claim 1, which is characterized in that first face is equipped with edge One first processing sliding rail of transverse direction extension, which is equipped with the main shaft, which is respectively provided with two Slide surface, one of two column slide surface are and another slide surfaces of two column towards the processing distance Then it is located at the another side of the opposite processing distance, is respectively respectively equipped on the slide surface and adds along one second that a vertical direction extends Work sliding rail, the vertical direction is vertical with the transverse direction, and second face of the crossbeam is installed on respectively the second processing sliding rail.

3. the gantry processor with crossbeam adjusting apparatus as described in claim 1, which is characterized in that the adjusting apparatus has Two ends of two fixed rings, the torsion bar are installed with two fixed ring respectively, which is respectively provided with two locating plates and a combination Piece, which is fixed on the torsion bar, and two locating plate is then fixedly connected with the bonding pad, the locating plate of two fixed ring It is set by being butted on second face, and by least two bolt locks, the locating plate is made to be fixed on second face of the crossbeam.

4. the gantry processor with crossbeam adjusting apparatus as described in claim 1, which is characterized in that the adjusting apparatus passes through One lock bolt is locked on across first adjustment hole on the crossbeam.