CN205237427U - Core drill base member base and connecting cylinder group frock for butt weld - Google Patents
Core drill base member base and connecting cylinder group frock for butt weld Download PDFInfo
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- CN205237427U CN205237427U CN201521076021.8U CN201521076021U CN205237427U CN 205237427 U CN205237427 U CN 205237427U CN 201521076021 U CN201521076021 U CN 201521076021U CN 205237427 U CN205237427 U CN 205237427U
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Abstract
The utility model discloses to prior art when organizing the butt weld to core drill base member base and connecting cylinder, artifical group is to base member base and connecting cylinder, hardly guarantees between base and connecting cylinder and hangs down straightness, needs manual rotation connecting cylinder in welding process for what welding operation was hard, workman intensity of labour is big and welding precision is low is not enough, provides a core drill base member base and connecting cylinder group frock for butt weld, including the anchor clamps that support location connecting cylinder and base member base, shift unit, base member base and the connecting cylinder rotating device who promotes base member base and connecting cylinder production relative displacement, adopt the utility model discloses the core drill base member base and connecting cylinder group frock for butt weld of structure can make that the position accuracy of connecting cylinder and base member base is high, efficient during the erection welding, and convenient operation is swift, workman low in labor strength.
Description
Technical field
The utility model belongs to frock clamp field, especially relates to cylindrical drill matrix base and connecting cylinder welding hasFrock.
Background technology
Cylindrical drill is the brilliant heavy stone used as an anchor of sapphire, and monocrystalline silicon, polysilicon are got the common tool of the operations such as core, and it is mainly by matrix, workMake layer two parts composition, matrix is made up of base 101 and connecting cylinder 103, and matrix base is connected with connecting cylinder interference fit. At coverIn the total that material bores, matrix is the key component of cylindrical drill. On the one hand, cylindrical drill is by base and the direct clamping of board,On the other hand, working lining is welded on matrix by connecting cylinder. Therefore, need to ensure hanging down of the relative base end face 102 of connecting cylinderStraight degree error ensures the precision of whole drill body.
In prior art, adopt following technique to connect matrix base and connecting cylinder, first, as shown in Figure 1, with base end face102 as locating surface and connecting cylinder interference assembling, then, the base assembling and connecting cylinder is welded, last, with basePeriphery is as datum level finish turning matrix. In the connection procedure of matrix base and connecting cylinder, adopt hand assembled, and adopt handFrock is joined the perpendicularity being difficult between guarantee matrix base and connecting cylinder, even in the situation that assembly precision is satisfied, due to weldingTime connecting cylinder and base rotate inhomogeneously, the heat time that matrix base and connecting cylinder are subject in the time of welding is inhomogeneous, commissureBe easy to distortion, perpendicularity precision is low, increases a large amount of man-hours to matrix base and company in order to meet the required precision needs of matrixPerpendicularity between extend neck is corrected, not only time-consuming inefficiency, and be difficult to hold fluctuating error situation, make to weld matterAmount is difficult to be guaranteed. In addition, if the excessive workpiece that also will cause of distortion is scrapped because correcting after welding. In view of this,Urgently develop a set of special tooling for the structure &processes feature of existing matrix, carry out welding equipment operation to facilitate, effectively carryRise machining accuracy and the working (machining) efficiency of matrix.
Utility model content
The purpose of this utility model is, for prior art, cylindrical drill matrix base and connecting cylinder are being grouping to weldingTime, artificial group, to matrix base and connecting cylinder, is difficult to ensure between base and connecting cylinder and perpendicularity, needs manually in welding processBe rotationally connected cylinder, make welding operation effort, labor strength is large and welding precision is low deficiency, a kind of cylindrical drill base is providedBody base and connecting cylinder welding frock.
The purpose of this utility model is achieved by the following technical solution:
A kind of cylindrical drill matrix base and connecting cylinder welding frock, comprise supporting and location connecting cylinder and matrix baseFixture, promote matrix base and connecting cylinder and produce shift unit, matrix base and the connecting cylinder tumbler of relative displacement, byFixture supports and locates and matrix base and connecting cylinder are coaxially arranged matrix base and connecting cylinder, is pushed away by shift unitKinetoplast base and connecting cylinder mutually near and the connecting portion of matrix base is advanced in connecting cylinder, drive dress by tumblerJoining complete matrix base and connecting cylinder rotates;
Described fixture comprises bracing or strutting arrangement one and bracing or strutting arrangement two, and described bracing or strutting arrangement one comprises that base one, left and right are pairedThe roller one arranging, support one, the roller one of setting are arranged on opposite position rotationally in pairs on base one, to be provided with left and rightSupport one on, the roller one that two left and right arrange in pairs be arranged in parallel; Described bracing or strutting arrangement two comprises that base two, left and right becomeTo the roller two arranging, support two, the roller two of setting are arranged on corresponding position rotationally in pairs on base two, to be provided with left and rightOn the support two of putting, the roller two that two left and right arrange in pairs be arranged in parallel, and connecting cylinder is arranged on one, the roller of paired setting, baseBody base is arranged on two, the roller of paired setting, and connecting cylinder and matrix base coaxially arrange;
Also comprise hold down gag, described hold down gag is made up of pinch roller, suspension member, fore-stock, after-poppet and crossbeam, fore-stockTop and the top of after-poppet be fixedly connected with the two ends of crossbeam respectively, suspension member part is by the fixing company of its connecting thread and crossbeamConnect, spring is arranged between pinch roller and crossbeam, the axis of roller one and the axis of pinch roller be arranged in parallel, and pinch roller is positioned at two rollers oneThe center line top of connecting line;
Described fore-stock is connected by locking device with crossbeam, and described locking device comprises and buckling and connecting bolt, bucklesOne end be provided with connecting thread, the other end is provided with through hole, is provided with open slot two on the top of fore-stock, at open slot twoSidewall on be provided with connecting hole, the one end that is provided with through hole buckling is arranged in open slot two, crossbeam and fore-stockLink be provided with open slot one, will buckle with fore-stock and be fixedly connected with through hole by connecting hole by connecting bolt, buckleBe fixedly connected with crossbeam by nut and open slot;
Described tumbler comprises rotating disk group and rotating disk group drive unit, and rotating disk group at least comprises rotating disk one, rotating disk twoWith rotating disk three, rotating disk two is positioned between rotating disk one and rotating disk two, is provided with groove two at an end face of rotating disk two, another at rotating disk twoOne end face is provided with raised line two, is provided with groove one or raised line three rotating disk one with on relative end face rotating disk two, is turningCoil and three be provided with raised line three or groove one with on relative end face rotating disk two, rotating disk one, rotating disk two and rotating disk three are by recessedGroove one, raised line two, groove two and raised line three are slidably connected, and are connected rotating disk one, rotating disk two and rotating disk three and are made to turn by connector oneDish one, rotating disk two and rotating disk three keep being free to slide, and the setting vertical with raised line two of described groove two, by rotating disk group drive unitDrive rotating disk group to rotate;
Described shift unit comprises top group and top group of drive unit, from top group of drive unit drive top group towardComplex displacement, top group at least comprises flat centre one, flat centre two and flat centre three, flat centre two is positioned at flat centre one and flat centreTwo, be provided with groove four at an end face of flat centre two, be provided with raised line four in the other end of flat centre two, at flat centreOne be provided with groove five or raised line five with on relative end face flat centre two, relative with flat centre two of flat centre threeEnd face on be provided with raised line five or groove five, groove five, raised line four, recessed are crossed in flat centre one, flat centre two and flat centre threewayGroove four and raised line five are slidably connected, and are connected flat centre one, flat centre two and flat centre three and are made flat centre one, flat by connector twoTop two and flat centre three keep being free to slide, rotating flat centre be set with the opposing end face of flat centre two at flat centre threeFour, flat centre one be provided with connecting axle two with the opposing end face of flat centre two, top group by connecting axle two with top groupDrive unit connects, the setting vertical with raised line four of described groove four;
Described rotating disk group drive unit is stepper motor, is fixedly connected with rotating disk one by step motor shaft;
Connector one is connecting bolt or pin, and connector one is by being arranged on the axle on rotating disk one, rotating disk two, rotating disk threeConnect rotating disk one, rotating disk two and rotating disk three to through hole;
Described top group of drive unit is tail stock, and connecting axle two is arranged in tailstock hole;
Connector two is connecting bolt or pin, and connector two is by being arranged on flat centre one, flat centre two, flat centre threeOn axially extending bore connect flat centre one, flat centre two and flat centre three.
Adopt cylindrical drill matrix base and the connecting cylinder welding frock of the utility model structure, by fixture to matrixBase and connecting cylinder support and locate, and base and connecting cylinder are coaxially arranged, and drive connecting cylinder and matrix by shift unitBase generation relative displacement, and the connecting portion of matrix base and connecting cylinder is grouping, drive assembling complete by tumblerMatrix base and connecting cylinder rotate, therefore not only can easily matrix base and connecting cylinder be grouping, guarantee matrixThe perpendicularity of base and connecting cylinder axis, and in welding process, be conveniently rotationally connected cylinder and matrix base, thus make welding moreEvenly, prevent the distortion of matrix base and connecting cylinder, therefore efficiency when high, the erection welding of the positional precision of connecting cylinder and matrix baseHigh.
Further, connect connecting cylinder by rotating disk three, drive rotating disk one by rotating disk group drive unit, and rotating disk one, rotating diskTwo can carry out relative slippage with raised line along chute with rotating disk three, thus not only can be rotationally connected easily cylinder, and canReach the object of adjusting connecting cylinder center of rotation by the relative slippage between rotating disk one, three or three rotating disks of rotating disk two and rotating disk, makeMust weld evenly, welding precision and quality are high and convenient to operation, labor strength is low.
Further, by the roller one support and connection cylinder arranging in pairs, the roller two support substrate bases that arrange in pairs, canConnecting cylinder and matrix base are coaxially arranged, so the link of matrix base is encased in connecting cylinder easily, easily ensureAssemble the vertical precision between axiality and connecting cylinder and the matrix base of complete matrix base and connecting cylinder, convenient install and fixedPosition.
Advantage is further, connects tail stock by connecting axle two, drives flat centre group toward resetting from tail stockMove, thereby promotion flat centre group is left or close matrix base; Because flat centre four is arranged on flat centre three end faces rotationally,Flat centre one, flat centre two, flat centre three are slidably connected, flat centre four both can be along with connecting cylinder and matrix base connecting cylinder andThe rotation of matrix base and rotating, can exist adjusting the axis of flat centre four and the axis of connecting cylinder and matrix base again automaticallyOn same straight line, therefore, can prevent that connecting cylinder and matrix base from producing dislocation and making matrix and connecting cylinder in welding rotation processPositional precision reduce, therefore, can improve the positional precision of connecting cylinder and matrix, ensure the vertical of matrix base and connecting cylinderDegree, adopts tail stock to be shifted to flat centre group, has reduced workman's labour intensity, has improved efficiency.
Brief description of the drawings
Fig. 1 is cylindrical drill example structure schematic diagram;
Fig. 2 is matrix base and connecting cylinder example structure schematic diagram;
Fig. 3 is the utility model cylindrical drill matrix base and connecting cylinder welding frock example structure schematic diagram.
Fig. 4 is rotating disk component solution structure schematic diagram;
Fig. 5 is flat centre component solution structure schematic diagram.
Description of reference numerals
One 23-rotating disk one 24-rotating disk two 25-rotating disk three 26-are recessed for 20-counterbore 21-bearing block 22-handwheelGroove two 27-groove one 28-raised line two 29-raised line three 30-connector one 31-after-poppet 32-crossbeam 33-pressWheel 34-fore-stock 35-buckles 36-spring 37-pull bar 38-suspension member 39-connecting bolt 40-open slot one41-base one 42-roller one 43-open slot two 51-base two 52-rollers two
The one 63-flat centre two 64-flat centre three top 66-in 65-Siping City are recessed for 61-tailstock 62-flat centreGroove four 67-raised line four 68-raised line five 69-groove five 70-connecting axle two 71-connector two 72-connecting axles one73 bearing 74-handwheels two
101-matrix base 102-end face 103-connecting cylinder
411-support one 511-support two.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is further described:
As shown in Figure 2-5, cylindrical drill matrix base of the present utility model and connecting cylinder welding frock, comprise matrixFixture, matrix base and connecting cylinder tumbler, matrix base and the contraposition of connecting cylinder phase that base and connecting cylinder welding are usedThe shift unit moving, is supported and locates matrix base and connecting cylinder by fixture, by shift unit promote matrix base andConnecting cylinder near the luggage accessory knot of going forward side by side, is rotated matrix base and connecting cylinder by tumbler mutually, makes even weld.In real work, because the diameter of matrix base is less than the diameter of connecting cylinder, therefore tumbler is connected with connecting cylinder, displacementDevice is connected with matrix base, and like this, in the time being rotationally connected tin, base is rotation together thereupon also.
Fixture comprises the bracing or strutting arrangement one supporting and be located by connecting cylinder 103, the bracing or strutting arrangement two of base for supporting 101, supportsDevice one comprises the roller 1 that base 1 and left and right arrange in pairs, on base one left and right be provided with in pairs support 1,Roller one is arranged on the support 1 of opposite position rotationally, and the roller 1 that two left and right arrange in pairs be arranged in parallel, and twoDiameter and the spacing of the roller 1 arranging in pairs will adapt with the diameter of connecting cylinder, arrange in pairs when connecting cylinder is arranged on twoRoller one on time, roller one surface is tangent with connecting cylinder surface. Roller one can arrange multipair, and multipair roller one front and back arrange,The roller one that front and back arrange coaxially arranges. Roller one is preferably two pairs. Bracing or strutting arrangement two comprises that base 2 51, left and right arrange in pairsRoller 2 52, on base 2 51 left and right be provided with in pairs support 2 511, roller one be arranged on rotationally opposite positionOn frame 2 511, the roller 2 52 that two left and right arrange in pairs be arranged in parallel. Roller two can arrange multipair, and establish multipair roller two front and backPut, the roller two that front and back arrange coaxially arranges. Roller two is preferably two pairs. Equally, the diameter of roller two and two arranges in pairsThe distance that roller is two is in the time that base is arranged on roller two, and susceptor surface and roller two surfaces are tangent. Bracing or strutting arrangement one andThe relative position of the height of support arrangement two and roller one and roller two will adapt with the size of connecting cylinder and base, namely works asConnecting cylinder is placed on bracing or strutting arrangement one, base is while being placed on bracing or strutting arrangement two, and connecting cylinder wants coaxial with base.
In order to prevent that connecting cylinder from beating in rotation process, be provided with connecting cylinder hold down gag, it by fore-stock 34,After-poppet 31, crossbeam 32 and pinch roller 33 form, and connect the top of fore-stock 34 and the top of after-poppet 31, by suspension member 38 by crossbeamOne end be rotationally connected pinch roller 33, the other end is fixedly connected with crossbeam 32, on the pull bar 37 of suspension member, is positioned between crossbeam and pinch rollerBe provided with spring 36, the axis of pinch roller is positioned at directly over the center line of line of the paired roller arranging in left and right. Connect for convenience of clampingExtend neck, fore-stock 34 is connected by locking device with crossbeam. Preferred pin clamping device comprises and buckles 35 and connecting bolt 39. HangOne end of button is provided with connecting thread, and the other end is provided with through hole, crossbeam with buckle the one end being connected and be provided with open slotOne 40, be provided with open slot 2 43 on the top of fore-stock 34, on the sidewall of open slot 2 43, be provided with connecting hole, connecting holeVertical setting of opening direction of axis direction and open slot one, the position that is provided with through hole buckling is positioned at open slot 2 43In, connecting bolt 39 is fixedly connected with fore-stock 34 by nut through connecting hole and after buckling the through hole of setting, bucklesConnecting thread end is fixedly connected with crossbeam by nut.
If Fig. 3 is in conjunction with as shown in Fig. 4, tumbler comprises rotating disk group, rotating disk group drive unit, is driven by rotating disk group drive unitMoving rotating disk group is rotated. Rotating disk group comprises rotating disk 1, rotating disk 2 24 and rotating disk 3 25, and rotating disk 2 24 is positioned at rotating disk 1 and rotating disk2 24, be provided with groove 2 26 at an end face of rotating disk 2 24, be provided with raised line 2 28 in the other end of rotating disk 2 24, protrudingBar 2 28 and groove 2 26 preferably at right angles arrange, and are provided with groove rotating disk 1 with on relative end face rotating disk 2 24One 27, be provided with raised line 3 29 with on relative end face rotating disk two, rotating disk 1, rotating disk 2 24 and rotating disk rotating disk 3 253 25 are slidably connected by groove 1, raised line 2 28, groove 2 26 and raised line 3 29, at rotating disk 1, rotating disk 2 24 with turnCoil on 3 25 and be respectively arranged with through hole, connect rotating disk 1, rotating disk 2 24 and rotating disk 3 25 by connector 1, and make rotating disk one23, rotating disk 2 24 and rotating disk 3 25 keep being free to slide. Preferred rotating disk group drive unit comprises handwheel 1 and wheel shaft, rotating diskOne 22 are fixedly connected with rotating disk one by wheel shaft, and wheel shaft is supported by bearing and bearing block 21. Also can drive and turn by stepper motorDish group, is fixedly connected with rotating disk one by the output shaft of stepper motor, supports output shaft by bearing and bearing block 21. For anti-splineBetween dish one, rotating disk two and rotating disk three, produce static friction force, at the end face being oppositely arranged of rotating disk one, rotating disk two and rotating disk threeOn be respectively arranged with counterbore 20. Or, also can rotating disk 1 with on relative end face rotating disk 2 24, be provided with protrudingBar 3 29, is provided with groove 1 rotating disk 3 25 with on relative end face rotating disk 3 25. Connector 1 can be to connectConnecting bolt or pin.
If Fig. 3 is in conjunction with as shown in Fig. 5, shift unit is preferably as follows structure, comprises top group and top group of drive unit, by pushing upPoint group drive unit drives top group to move forward and backward, thereby matrix base is headed in the endoporus of connecting cylinder, by base be connectedCylinder group is to integral.
Top group comprises flat centre 1, flat centre 2 63, flat centre 3 64 and flat centre 4 65, and flat centre 2 63 is positioned atBetween flat centre 1 and flat centre 3 64, be provided with groove 4 66 at an end face of flat centre 2 63, another at flat centre 2 63One end face is provided with raised line 4 67, raised line 4 67 and groove 4 66 preferably at right angles arrange, flat centre 1 and flat centreOn 2 63 relative end face, be provided with raised line 5 68, flat centre 3 64 with on relative end face rotating disk two, be provided with recessedGroove 5 69, flat centre 1, flat centre 2 63 and flat centre 3 64 are by groove 5 69, raised line 4 67, groove 4 66 and raised line5 68 are slidably connected, and are respectively arranged with through hole, by connector 2 71 on flat centre 1, flat centre 2 63 and flat centre 3 64Connect flat centre 1, flat centre 2 63 and flat centre 3 64, and flat centre 1, flat centre 2 63 and flat centre 3 64 are protectedHold and be free to slide, flat centre 3 64 be provided with connecting axle 1 with the opposing end face of flat centre two, flat centre 4 65 passes throughBearing 73 and connecting axle 72 are rotationally connected with flat centre three, and the end face relative with flat centre two of flat centre one is provided with connecting axle2 70. Preferred top group of drive unit is tail stock 61, and tail stock 61 arranges tailstock hole, the connecting axle two of flat centre one70 are arranged in tailstock hole. Or, also can flat centre 1 with on relative end face flat centre 2 63, be provided with protrudingBar 5 68, is provided with groove 5 69 flat centre 3 64 with on relative end face flat centre 3 64. Connector 2 71 canConnecting bolt or pin.
When use, connecting cylinder 102 is arranged on to one 42, the roller of paired setting, is compressed by the pinch roller 33 of hold down gag,Matrix base 101 is arranged on to 2 52, the roller of paired setting, height and the position of adjusting pole one and support two, make to connectCylinder and matrix base coaxially arrange, and shake handwheel 2 74 makes connecting cylinder and base when pushing flat centre group to the displacement of rotating disk groupBody base is all to the displacement of rotating disk group, until the connecting portion of matrix base is pushed in the endoporus of connecting cylinder, at the bottom of completing matrixSeat and the assembling of connecting cylinder, when welding, rotate handwheel 1, drives connecting cylinder and the rotation of matrix base, flat centre 4 65 also withRotation, because flat centre group is that rotating disk group is by rotating disk by flat centre one, flat centre two and flat centre three sliding connectionsOne, rotating disk two and rotating disk three are slidably connected, therefore in the time that rotating disk three drives connecting cylinder and matrix base and flat centre four to rotate, noCan damage the perpendicularity of connecting cylinder and matrix base, make the perpendicularity precision of connecting cylinder and matrix base high, operationLight.
Claims (10)
1. cylindrical drill matrix base and a connecting cylinder welding frock, is characterized in that, comprises supporting and location connecting cylinderProduce shift unit, matrix base and the connecting cylinder of relative displacement with fixture, promotion matrix base and the connecting cylinder of matrix baseTumbler, is supported and locates and matrix base and connecting cylinder are coaxially arranged matrix base and connecting cylinder by fixture,By shift unit promote matrix base and connecting cylinder mutually near and the connecting portion of matrix base is advanced in connecting cylinder, by turningMoving device drives the complete matrix base of assembling and connecting cylinder to rotate.
2. a kind of cylindrical drill matrix base as claimed in claim 1 and connecting cylinder welding frock, is characterized in that instituteState fixture and comprise bracing or strutting arrangement one and bracing or strutting arrangement two, described bracing or strutting arrangement one comprises that base one (41), left and right arrange in pairsRoller one (42), support one (411), the roller one of setting are arranged on corresponding position rotationally in pairs on base one, to be provided with left and rightOn the support one of putting, the roller one that two left and right arrange in pairs be arranged in parallel; Described bracing or strutting arrangement two comprise base two (51),The roller two (52) that left and right arranges in pairs, is provided with the paired support two (511) arranging in left and right, roller two rotationally on base twoBe arranged on the support two of opposite position, the roller two that two left and right arrange in pairs be arranged in parallel, and connecting cylinder is arranged in pairs and establishesOne, the roller of putting, matrix base is arranged on two, the roller of paired setting, and connecting cylinder and matrix base coaxially arrange.
3. a kind of cylindrical drill matrix base as claimed in claim 2 and connecting cylinder welding frock, is characterized in that, alsoComprise hold down gag, described hold down gag is by pinch roller (33), suspension member (38), fore-stock (34), after-poppet (31) and crossbeam (32)Composition, the top of the top of fore-stock (34) and after-poppet (31) is fixedly connected with the two ends of crossbeam (32) respectively, suspension member (38)One end be provided with connecting thread, the other end is provided with pinch roller, one end of pinch roller and suspension member is rotationally connected, suspension member is by its connectionScrew thread is fixedly connected with crossbeam, and spring (36) is arranged between pinch roller and crossbeam, and the axis of roller one is parallel with the axis of pinch roller to be establishedPut, pinch roller is positioned at the center line top of the connecting line of two rollers one.
4. a kind of cylindrical drill matrix base as claimed in claim 3 and connecting cylinder welding frock, is characterized in that instituteState fore-stock (34) and be connected by locking device with crossbeam (32), described locking device comprises and buckles (35) and connecting bolt(39), the one end that buckles (35) is provided with connecting thread, and the other end is provided with through hole, is provided with out on the top of fore-stock (34)Mouth groove two is provided with connecting hole on the sidewall of open slot two (43), and the one end that is provided with through hole buckling is arranged on open slotIn two (43), be provided with open slot one (40) at the link with fore-stock (34) of crossbeam (32), passed through to connect by connecting boltConnect hole and will buckle with fore-stock and be fixedly connected with through hole, buckle by nut and open slot and be fixedly connected with crossbeam.
5. a kind of cylindrical drill matrix base as claimed in claim 1 and connecting cylinder welding frock, is characterized in that instituteThe tumbler of stating comprises rotating disk group and rotating disk group drive unit, rotating disk group at least comprise rotating disk one (23), rotating disk two (24) andRotating disk three (25), rotating disk two (24) is positioned between rotating disk one (23) and rotating disk two (24), is provided with at an end face of rotating disk two (24)Groove two (26), is provided with raised line two (28) in the other end of rotating disk two (24), rotating disk one (23) with rotating disk two (24)Relative end face on be provided with groove one (27) or raised line three (29), relative with rotating disk two (24) of rotating disk three (25)On end face, be provided with raised line three (29) or groove one (27), rotating disk one (23), rotating disk two (24) and rotating disk three (25) pass through grooveOne (27), raised line two (28), groove two (26) and raised line three (29) are slidably connected, and connect rotating disk one by connector one (30)(23), rotating disk two (24) and rotating disk three (25) make rotating disk one (23), rotating disk two (24) and rotating disk three (25) keeps being free to slide,The setting vertical with raised line two (28) of described groove two (26), drives rotating disk group to rotate by rotating disk group drive unit.
6. a kind of cylindrical drill matrix base as claimed in claim 1 and connecting cylinder welding frock, is characterized in that instituteThe shift unit of stating comprises top group and top group of drive unit, drives top group of shift reciprocately by top group of drive unit, topPoint group at least comprises flat centre one (62), flat centre two (63) and flat centre three (64), and flat centre two (63) is positioned at flat centre one(62) and between flat centre two (63), be provided with groove four (66) at an end face of flat centre two (63), at flat centre two (63)Other end is provided with raised line four (67), flat centre one (62) with on relative end face flat centre two (63), be provided with recessedGroove five (69) or raised line five (68), be provided with raised line five flat centre three (64) with on relative end face flat centre two (63)(68) or groove five (69), flat centre one (62), flat centre two (63) and flat centre three (64) are by groove five (69), raised line four(67), groove four (66) and raised line five (68) be slidably connected, by connector two connect flat centre one (62), flat centre two (63) andFlat centre three (64) also makes flat centre one (62), flat centre two (63) and flat centre three (64) keep being free to slide, at flat centreThree rotate flat centre four (65) be set with the opposing end face of flat centre two, flat centre one with the opposing end face of flat centre twoBe provided with connecting axle two (70), top group is connected with top group of drive unit by connecting axle two (70), described groove four(66) setting vertical with raised line four (67).
7. a kind of cylindrical drill matrix base as claimed in claim 5 and connecting cylinder welding frock, is characterized in that instituteStating rotating disk group drive unit is stepper motor, is fixedly connected with rotating disk one by step motor shaft.
8. cylindrical drill matrix base as claimed in claim 5 and connecting cylinder welding frock, is characterized in that connectorOne is connecting bolt or pin, and connector one connects rotating disk by the axially extending bore being arranged on rotating disk one, rotating disk two, rotating disk threeOne, rotating disk two and rotating disk three.
9. cylindrical drill matrix base as claimed in claim 6 and connecting cylinder welding frock, is characterized in that described topPoint group drive unit is tail stock, and connecting axle two (70) is arranged in tailstock hole.
10. cylindrical drill matrix base as claimed in claim 6 and connecting cylinder welding frock, is characterized in that, connectsPart two is connecting bolt or pin, and connector two is by being arranged on the axially extending bore on flat centre one, flat centre two, flat centre threeConnect flat centre one, flat centre two and flat centre three.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521076021.8U CN205237427U (en) | 2015-12-22 | 2015-12-22 | Core drill base member base and connecting cylinder group frock for butt weld |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521076021.8U CN205237427U (en) | 2015-12-22 | 2015-12-22 | Core drill base member base and connecting cylinder group frock for butt weld |
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| Publication Number | Publication Date |
|---|---|
| CN205237427U true CN205237427U (en) | 2016-05-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521076021.8U Active CN205237427U (en) | 2015-12-22 | 2015-12-22 | Core drill base member base and connecting cylinder group frock for butt weld |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105666025A (en) * | 2016-03-29 | 2016-06-15 | 燕山大学 | Special tool for trepanning drill substrate welding |
| CN106624545A (en) * | 2016-12-07 | 2017-05-10 | 航天科工哈尔滨风华有限公司电站设备分公司 | Anti-deformation welding clamp |
| CN108247497A (en) * | 2018-03-20 | 2018-07-06 | 大连誉洋工业智能有限公司 | A kind of tank body sanding and polishing equipment |
| CN110549066A (en) * | 2019-10-09 | 2019-12-10 | 黄石恒盛科技发展有限公司 | roll body positioning assembly of roll core welding device |
-
2015
- 2015-12-22 CN CN201521076021.8U patent/CN205237427U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105666025A (en) * | 2016-03-29 | 2016-06-15 | 燕山大学 | Special tool for trepanning drill substrate welding |
| CN105666025B (en) * | 2016-03-29 | 2017-08-11 | 燕山大学 | Cylindrical drill matrix welding equipment special tooling |
| CN106624545A (en) * | 2016-12-07 | 2017-05-10 | 航天科工哈尔滨风华有限公司电站设备分公司 | Anti-deformation welding clamp |
| CN108247497A (en) * | 2018-03-20 | 2018-07-06 | 大连誉洋工业智能有限公司 | A kind of tank body sanding and polishing equipment |
| CN108247497B (en) * | 2018-03-20 | 2023-08-11 | 大连誉洋工业智能有限公司 | Tank body polishing equipment |
| CN110549066A (en) * | 2019-10-09 | 2019-12-10 | 黄石恒盛科技发展有限公司 | roll body positioning assembly of roll core welding device |
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