CN1454746A

CN1454746A - Efficient adjusting apparatus

Info

Publication number: CN1454746A
Application number: CN 02119020
Authority: CN
Inventors: 胡龙江
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-04-29
Filing date: 2002-04-29
Publication date: 2003-11-12
Anticipated expiration: 2022-04-29
Also published as: CN1223434C

Abstract

Disclosed a kind of effective adjusting device, which is used to adjust the position of the machining component. The adjusting device comprises fixed base that have a main body, a fixities on the side of the main body and 2 universal joints on the fixities. Also comprises a revolving base that have a revolving basic board 2, hinges on the revolving base and a revolving body on the top of the revolving base. The two hinges connect with the two universal joints. Other includes a base-fixing component along portrait and 2 adjusting units that have an adjusting screw and an adjusting screw cap. The present invention can adjust the machining component along two axeses independently.

Description

Efficient adjusting apparatus

[technical field]

The present invention relates to a kind of adjusting device, particularly relate to a kind of efficient adjusting apparatus of machine component that be used to adjust with respect to the position of machining object.

[background technology]

The processing axle of processing equipment or processing head are the change in location of corresponding workpiece and the tolerance that group is established thereof, often need are done the adjustment of angle to this processing axle or processing head, to reach the purpose of accurate processing, discharging processing machine for example, its machined electrode head needs corresponding machining object to do position, relative school, can construct for the adjustment of position, school so machined electrode head place all can be provided with.

As shown in Figure 1, 2, the vertical angle adjustment of existing a kind of discharging processing machine machined electrode head structure includes a holder 10, a bakelite dish 20, two groups and adjusts bolt 30, and a discharge electrode headstock 40.

This holder 10 is generally in the form of annular discs, the processing axle (figure does not show) of a discharging processing machine is fixed on its top for the axle frame, the then affixed cover body 11 in its bottom, these cover body 11 bottoms are a downward opening 111 of gradually driving tapering, week, side uniformly-spaced was arranged with the screw 112 that sequence is worn with oblique, and the bottom axially is concaved with the screw 113 of a desired depth.

This bakelite dish 20 is in the form of annular discs, in the middle of it is insulating barrier 21, the affixed location disk body 22 in top, these location disk body 22 end faces are the upwards conical disc of protuberance, and the one side is arranged with the capable locating slot 221 of a V by the radial location in axle center, wherein, the central top of this bakelite dish 20 is changeed the manner screw rod 23 that is pivoted for free axis, for screwing togather the screw 113 that is positioned these holder 10 tops, its bottom then sets firmly a fixed leg 24 again, and this fixed leg 24 axially is convexly equipped with a breach 241.

Adjust bolt 30 for these two groups, respectively comprise a larger-diameter head 31, an and threaded shank 32, the fit spiral shell is provided with a hold-doun nut 33 on this threaded shank 32, this hold-doun nut 33 and head 31 all sides are respectively equipped with embossing, conveniently to grip adjustment, these threaded shank 32 ends are brought into one together and are held tip 321, and location disk body 22 is compeled on the top to screw togather the screw 112 that is arranged in this cover body 11.

This discharge electrode headstock 40 comprises a collar 41, a discharge cartridge 42 and two set bolts 43, all sides of this collar 41 are arranged with three screws that run through 411,412,413, wherein screw 411,412 cooperates two set bolts, 43 spiral shells to set the veutro of this gim peg 24 of position, screw 413 then cooperates one to wear than king-bolt 45 and to screw togather, and makes this discharge cartridge 42 uprightly plug the breach 241 that is fixed in this fixed leg 24.

By above-mentioned composition, must be installed in the discharge processing head, just can do the vertical angle adjustment of wide-angle, when the vertical angle of discharge cartridge is adjusted, the head 31 that only need grip this adjustment bolt 30 is scheduled to screw or transfer pine, utilize the different oblique tops in various degree, tip 321 of adjusting the threaded shank 32 after bolt 30 tightens to compel the location disk body 22 at these bakelite dish 20 tops, this bakelite disk body 22 is tilted towards required angle, and then drive the affixed discharge cartridge 42 synchronous squint displacements in bottom, and reach the adjustment purpose of vertical angle.

Yet, this adjustment structure has been used for many years, so far but still have bad disappearance to overcome, two adjustment bolts 30 of this adjustment structure are to be installed in respectively on this holder 10 exactly, and the center of circle of both and this holder 10 is state just at right angles, make and wherein adjust the X axis position that bolt 30 can be used for adjusting bakelite dish 20 corresponding discharge cartridges 42 for one group, organizing separately and adjusting bolt 30 then is to adjust the Y-axis of bakelite dish 20 corresponding discharge cartridges 42 to the position (see figure 4), the discharge cartridge 42 that is arranged at bakelite dish 20 belows can be shifted relatively adjust its angle, and this adjustment is configured in when adjusting, all be with wherein one adjust bolt 30 screw tight and unclasp the start of making cant bakelite dish 20, reach the purpose of vertical contraposition, but only adjusting one axially is to reach accurate contraposition, still needs to cooperate another group to adjust the function that bolt 30 just can reach the true vertical angle adjustment.As Fig. 3, shown in 4, when the operator levelling wherein one group adjust bolt 30 after, X axis position as bakelite dish 20 corresponding discharge cartridges 42, the tie line that this group adjustment bolt is 30 can be inclined, and because of 20 groups of relations of establishing of bakelite dish, so fulcrum O by bakelite dish 20 not, therefore ought adjust another group again and adjust bolt 30, cartridge 42 corresponding Y-axis axial locations just discharge, can be different from the straight line between relative because of the fulcrum O of bakelite dish 20 and this adjustment bolt respectively 30, and then make location disk body 22 cause the rotating displacement of drift angle degree, then the X-axis position that produces discharge cartridge 42 is inaccurate because of the transposition of Y-axis, forming X-axis axioversion degree changes relatively, also therefore the operator needs again from X-axis of new adjustment, and after adjusting X-axis, in like manner, off normal may take place again in this Y-axis, so, the operator need transfer to the most accurate with progressive mode usually one by one, hence one can see that changes this electrode tip 42 (general skilled operator needs about 30 minutes consuming time) quite consuming time, and adjusting to accurately neither nothing the matter, has only suitable practician to reach usually, and is the great disappearance that this adjustment structure can't improve.

From the above, the tip 321 of supporting lightening treucher 20 because of every group of adjustment bolt 30 can not be a bit also, so different angles displacement that this X or Y-axis are axial, be bound to cause the situation of two groups of adjustment bolts, 30 phase mutual interference, just after one group of adjustment bolt, 30 relative X-axis are axially set up, can interfere the stuck direction that moves to another group adjustment bolt 30 relative axial institute of Y-axis desire adjustment, and then generation is not easy to the situation that bolt 30 is adjusted in application of force rotation, What is more may also will unclasp the axial adjustment bolt 30 of X-axis and position, school again once more, so have the very disappearance of inconvenience in the operation, also the accuracy of discharge position, cartridge school is adjusted in influence.

[summary of the invention]

The object of the present invention is to provide a kind of twin shaft to noiseless mutually between adjusting, and the efficient adjusting apparatus finished of position, school fast.

In order to achieve the above object, the invention provides a kind of efficient adjusting apparatus, be used to adjust the position of a machine component with respect to machining object, it is characterized in that: this adjusting device includes:

One holder is the positioning states setting, have keeper, two that a body, two is arranged at this body side and be arranged at universal joint on this keeper respectively, and this universal joint has a pivot;

One rotating basis, has a rotary plate, two are arranged at the pivotal part on the rotary plate, an and rotary body that is fixedly arranged on the end face of rotary plate, it is set X-axis line of benchmark and Y-axis line with this horizontal axial plane that this rotary plate has a horizontal axial plane and two, this two pivotal part to should two universal joints and hub setting rotationally on this rotary plate, this rotary body has a rotation centerline, and one with the center of rotation of the pivot same level of this universal joint, the bottom that it can be hung on this holder rotationally along this rotation centerline can be rotated this rotary plate with respect to this holder;

One can vertically organize the holder of establishing for this machine component, is that lock is tied the bottom in this rotary plate, and this machine component is to arrange along this rotation centerline;

Two adjustment units, have one respectively and adjust a screw rod and a nut, the top of this adjustment screw rod is to be engaged on this universal joint, establish in the corresponding pivotal part bottom then spiral shell, this nut can screw togather this adjustment screw rod and relative this universal joint of packing, makes this adjustments screw rod and this universal joint fixedly connected and be rotatable state, and is like this, pull and unclasp pivotal part when the arbitrary adjustment screw rod of forward and reverse rotation just can draw, and then control this rotary plate and produce displacement with X-axis line or Y-axis line direction.

Described efficient adjusting apparatus, it is characterized in that: the body of this holder generally is the semicircle shape block, and this keeper is a square shape block, and be installed in the interlocking mode on the periphery of this body, this universal joint has one and laterally outwardly locks a plinth of establishing along this keeper, reach a pearl spheroid that is sheathed on rotationally in the plinth, and this pearl spheroid axially has more a perforation.

Described efficient adjusting apparatus, it is characterized in that: this rotary body has a pedestal, one screw rod and two nuts, this pedestal is that lock is established on the end face that is fixed in this rotary plate, its top vertically is shaped to a saturating empty storage tank, and the location is provided with a rotating pearl spheroid in this storage tank, and this pearl spheroid axially has a perforation, this screw rod can wear and be connected this pearl spheroid, and screw togather relatively and lock and link this pearl spheroid and be rotating state by this two nut, the end of this screw rod more can be screwed into this holder in addition, makes this rotary body be relatively arranged on the below of this holder.

Described efficient adjusting apparatus is characterized in that: this rotary plate has more two pivots that can be pivoted rotationally for this pivotal part respectively and heals up.

Described efficient adjusting apparatus, it is characterized in that: this pivotal part has more one first pedestal, 2 first pivoting bolt, one second pedestal, and 2 second pivoting bolt, this first pedestal is arranged on this rotary plate relatively rotationally by 2 first pivoting bolt, this first pedestal vertically offers a storage tank that can supply second pedestal to be installed with, being vertically arranged with of this second pedestal one can be for adjusting the lockhole that the screw rod spiral shell is established, and this 2 second pivoting bolt can wear and goes into storage tank in the outside relatively via this first pedestal two, and resist a ball respectively to this second pedestal, this second pedestal can be pivoted in storage tank.

Described efficient adjusting apparatus is characterized in that: this holder has a central axis for the corresponding installing of machine component, and this central axis and rotation centerline are on same straight line.

In sum, with the efficient adjusting apparatus obtainable effect of institute of the present invention and advantage narration as back:

1, adjusting device of the present invention is when adjusting, and can not interfere situation under with X, 714, the 715 direction adjustment of Y-axis line at rotary plate 71, so it is fast to adjust the school bit rate, can shorten actual adjustment man-hour, and operator that need not be skilled can use easily also.

2, adjusting device of the present invention once position, school (X of machine component, Y-axis orientation) just can reach precision quite accurately, so can improve the disappearance that needs repetitiousness fine setting relatively, and dark tool market height is worth usability.

Below by triturable composite mineral slime paint of the present invention and construction method being elaborated than Cui embodiment and accompanying drawing:

[description of drawings]

Fig. 1 is the three-dimensional exploded view of the vertical angle adjustment structure of existing discharging processing machine machined electrode head.

Fig. 2 is the cross-sectional schematic of the vertical angle adjustment structure of existing discharging processing machine machined electrode head.

Fig. 3 one is similar to the view of Fig. 2, and the state of adjusting discharge cartridge X-axis axial location is described.

Fig. 4 is a user mode schematic diagram of the vertical angle adjustment structure of existing discharging processing machine machined electrode head, illustrate adjust the X-axis axial location setting that is configured in the discharge cartridge after, adjust the state of Y-axis axial location again.

Fig. 5 is an outward appearance plane, illustrate efficient adjusting apparatus of the present invention first than Cui embodiment.

Fig. 6 is that the present invention should illustrate the composition of holder and rotating basis than the exploded perspective view of Cui embodiment.

Fig. 7 is that the present invention should be than the combination cross-sectional schematic of Cui embodiment.

Fig. 8 is that the present invention should be than the user mode schematic diagram of Cui embodiment.

Fig. 9 is that the present invention should be than another user mode schematic diagram of Cui embodiment.

Figure 10 is a cross-sectional schematic, illustrates of the present invention second than Cui embodiment.

[specific embodiment]

Shown in Fig. 5,6, efficient adjusting apparatus of the present invention one than Cui embodiment, mainly be to be used to adjust the position of a machine component 50 with respect to machining object, this adjusting device includes a holder 60, a rotating basis 70, a holder 80, and two adjustment units 90, wherein:

This holder 60 is to be positioning states to be arranged on the processing machine, has a body 61, two are arranged at the keeper 62 of these body 61 sides, two are arranged at the universal joint 63 on this keeper 62 respectively, the body 61 of this holder 60 generally is the semicircle shape block, and this keeper 62 is square shape blocks, can be installed on the periphery of this body 61 by interlocking, this universal joint 63 has one and laterally outwardly locks a plinth 631 of establishing along this keeper 62, one is sheathed on the pearl spheroid 632 in the plinth 631 rotationally, and a pivot 633, and this pearl spheroid 632 axially has more a perforation 634.

This rotating basis 70 has a rotary plate 71, two are arranged at the pivotal part 72 on the rotary plate 71, an and rotary body 73 that is fixedly arranged on the end face 711 of rotary plate 71, this rotary plate 71 has two pivots that can be pivoted for these pivotal part 72 rotations respectively and heals up 712, one horizontal axial plane 713 (so Fig. 5 forms a straight line for side view) and two is that the set X-axis line of benchmark 714 (is seen Fig. 7 with Y-axis line 715 with this horizontal axial plane 713,9), 72 pairs of this two pivotal parts should two universal joints 63 and hub setting on this rotary plate 71, and can be respectively towards the X axis rotation of the horizontal axial plane 713 of this rotary plate 71 and Y-axis to rotation, this rotary body 73 has a rotation centerline 731, and one with center of rotation 732 (see figure 7)s of pivot 633 same levels of this universal joint 63, the bottom 611 that it can be hung on these holder 60 bodies 61 rotationally along this rotation centerline 731 can be rotated this rotary plate 71 with respect to this holder 60.This rotary body 73 has more a pedestal 733 in addition, one screw rod 734 and two nuts 735, this pedestal 733 is that lock is established on the end face 711 that is fixed in this rotary plate 71, its top vertically is shaped to the storage tank 736 of a hollow, and the location is provided with a rotating pearl spheroid 737 in this storage tank 736, and this pearl spheroid 737 axially has a perforation 738, this screw rod 734 can wear and be connected this pearl spheroid 737, and screw togather relatively and lock and link this pearl spheroid 737 and be rotating state by this nut 735, the end of this screw rod 734 more can be screwed into this holder 60 in addition, makes this rotary body 73 be relatively arranged on the below of this holder 60.

This holder 80 is that lock is tied in the bottom of this rotary plate 71, and can vertically organize for this machine component 50 and establish, has a central axis 81 for machine component 50 corresponding installings, and this central axis 81 is on same straight line with this rotation centerline 731, and this machine component 50 is to arrange along this rotation centerline 731.

This two adjustment unit 90 has one respectively and adjusts a screw rod 91 and a nut 92, the top of this adjustment screw rod 91 is to be engaged on (see figure 7) on the pearl spheroid 632 of universal joint 63 of this holder 60, establish in the corresponding pivotal part 72 bottom then spiral shell, this nut 92 can screw togather this adjustment screw rod 91 and the relative pearl spheroid 632 of this universal joint 63 of packing, makes this adjustments screw rod 91 and this pearl spheroid 632 fixedly connected and be gapless rotatable state.

Above-mentioned is to be the explanation of detailed construction of the present invention with the group junction relationship, as for its occupation mode as described later, as shown in Figure 7, when machine component 50 corresponding working substances are not into alignment, certainly will need to adjust the position of the rotation centerline 731 of machine component 50 relative rotating basis 70, the position of the relative X-axis line 714 of the first, another is the position of relative Y-axis line 715.

As Fig. 7, shown in 8, the present invention is when adjusting this machine component 50 with respect to the position of X-axis line 714, the operator can grip with hand and adjust screw rod 91, and with it turn, and in the time of turn, spiral shell is tied in the pivotal part 72 of this adjustment screw rod 91 spacing on rotary plate 71 because of level, and the top of this adjustment screw rod 91 is limited in pearl spheroid 632 tops of this universal joint 63 by level, so this pivotal part 72 can be adjusted screw rod 91 relative primings, and drive this rotary plate 71 displacements towards screwing togather direction relatively, and this rotary plate 71 is because of being suspended in holder 60 belows rotationally, so can borrow the rotation centerline 731 of its rotary body 73 is benchmark, and make rotary plate 71 produce skew with these X-axis line 714 directions, and then drive the machine component 50 set with respect to rotation centerline 731, just can finish machine component 50 in the adjustment of the position in X-axis orientation.

As Fig. 8, shown in 9, above-mentioned set-up procedure continues, after set up in the X-axis orientation of machine component 50, can be directly the Y-axis orientation adjustment of the capable machine component 50 of Jing again, with this X-axis orientation adjustment mode, grip another with hand and adjust bolt 91, and with it turn, the pivotal part 72 that makes spiral shell tie on this adjustment bolt 91 drives this rotary plate 71 towards this Y-axis line 715 directions skew with its guiding, and then the Y-axis orientation of control machine component 50, whereby, this machine component 50 just can be being adjusted to the desired position fast and effectively, and significantly reduce man-hour its spent position, school.

The characteristics that the present invention reaches the high efficiency adjustment are summarized as follows, as Fig. 7,8, shown in 9, the position of adjustment bolt 91 of the present invention is to be the constant level state, and these pivotal part 72 these rotary plates 71 of binding make both be this state that rotation centerline 731 rotates of can borrowing, these two adjustment screw rod, 91 relative rotation centerlines 731 are rectangular settings with top view, so this rotary plate 71 will relatively can only be towards X because of the right angle setting, Y-axis line 714,715 direction transpositions, this machine component 50 is to be arranged on this rotation centerline 731 in addition, so can displacement along with the X off normal of rotary plate 71, this adjustment bolt 91 is to be arranged on the universal joint 63 in addition, this pivotal part 72 is rotating being arranged on this rotary plate 71, when therefore this rotating basis 71 is driven skew, because of the center of rotation 732 of the pivot 633 of this universal joint 63 and this rotary body 73 on same horizontal line, and this pivotal part 72 all has the free degree that can turn to this adjustment screw rod 91, can follow the tracks of the rotation of position, school with its off normal, so can not produce the situation of mutual interference, so machine component 50 arbitrary axial orientations can't take place alone to disturb and off normal when adjusting, or interfere and the carrying out of restriction set-up procedure, so, adjust position, school machine component and can once reach smoothly relatively, and reach fast, the accuracy of high efficiency and utmost point Cui.

Shown in Fig. 6,10, efficient adjusting apparatus of the present invention second than Cui embodiment, this adjusting device summary is identical than Cui embodiment with above-mentioned first, it does not exist together and only is:

This pivotal part 72 ' has one first pedestal 721 ', 2 first pivoting bolt 722 ', one second pedestal 723 ', and 2 second pivoting bolt 724 ', this first pedestal 721 ' is arranged on this rotary plate 71 relatively rotationally by 2 first pivoting bolt 722 ', this first pedestal 721 ' vertically offers a storage tank 725 ' that can supply second pedestal 723 ' to be installed with, this second pedestal 723 ' is vertically arranged with one can be for adjusting the lockhole 726 ' that screw rod 91 spiral shells are established, and this 2 second pivoting bolt 724 ' can wear and goes into storage tank 725 ' in the outside relatively via this first pedestal 721 ' two, and resist a ball 727 ' respectively to this second pedestal 723 ', this second pedestal 723 ' can be pivoted in storage tank 725 '.

By above-mentioned composition, when this adjusting device when adjusting this and adjust bolt 91, this pivotal part 72 ' is because of including twin shaft to first and second pedestal 721 ', 723 ' that rotates, so can be when the off normal phenomenon be big in machine component 50, the situation that auxiliary reduction rotary plate 71 is pushed along X, Y-axis line 714,715 direction generation off normals.

In addition, the adjusting device of above-mentioned first and second embodiment is that the direction of putting with relative processing axle is a benchmark, if putting of machine table processing axle is not to be vertical type, then this adjusting device just needs and the corresponding connection of this processing axle, just when adjusting device be when being installed in horizontal processing machine, its direction with respect to this processing axle is considered as y direction.

Claims

1, a kind of efficient adjusting apparatus is used to adjust the position of a machine component with respect to machining object, it is characterized in that: include:

One holder is to be positioning states, have keeper, two that a body, two is arranged at this body side and be arranged at universal joint on this keeper respectively, and this universal joint has a pivot;

One for the vertical holder of establishing of organizing of this machine component, be that lock is tied the bottom in this rotary plate, and this machine component is to arrange along this rotation centerline;

Two adjustment units, have one respectively and adjust a screw rod and a nut, the top of this adjustment screw rod is to be engaged on this universal joint, establish in the corresponding pivotal part bottom then spiral shell, this nut can screw togather this adjustment screw rod and relative this universal joint of packing, makes this adjustment screw rod and this universal joint fixedly connected and be rotatable state.

2, efficient adjusting apparatus as claimed in claim 1, it is characterized in that: the body of this holder is the semicircle shape block, and this keeper is a square shape block, and be installed in the interlocking mode on the periphery of this body, this universal joint has one and laterally outwardly locks a plinth of establishing along this keeper, reach a pearl spheroid that is sheathed on rotationally in the plinth, and this pearl spheroid axially has more a perforation.

3, efficient adjusting apparatus as claimed in claim 1, it is characterized in that: this rotary body has a pedestal, one screw rod and two nuts, this pedestal is that lock is established on the end face that is fixed in this rotary plate, its top vertically is shaped to a saturating empty storage tank, and the location is provided with a rotating pearl spheroid in this storage tank, and this pearl spheroid axially has a perforation, this screw rod wears and is connected this pearl spheroid, and screw togather relatively and lock and link this pearl spheroid and be rotating state by this two nut, the end of this screw rod is screwed into this holder in addition, makes this rotary body be relatively arranged on the below of this holder.

4, efficient adjusting apparatus as claimed in claim 1 is characterized in that: this rotary plate has more two pivots that are pivoted rotationally for this pivotal part respectively and heals up.

5, efficient adjusting apparatus as claimed in claim 1, it is characterized in that: this pivotal part has more one first pedestal, 2 first pivoting bolt, one second pedestal, and 2 second pivoting bolt, this first pedestal is arranged on this rotary plate relatively rotationally by 2 first pivoting bolt, this first pedestal vertically offers a storage tank that supplies second pedestal to be installed with, the lockhole that the screw rod spiral shell is established is adjusted in the confession that is vertically arranged with of this second pedestal, and this 2 second pivoting bolt can wear and goes into storage tank in the outside relatively via this first pedestal two, and resist a ball respectively to this second pedestal, this second pedestal is pivoted in storage tank.

6, efficient adjusting apparatus as claimed in claim 1 is characterized in that: this holder has a central axis for the corresponding installing of machine component, and this central axis and rotation centerline are on same straight line.