CN205166296U - A cross arm clamping instrument for weldment work of robot station - Google Patents
A cross arm clamping instrument for weldment work of robot station Download PDFInfo
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- CN205166296U CN205166296U CN201520806769.2U CN201520806769U CN205166296U CN 205166296 U CN205166296 U CN 205166296U CN 201520806769 U CN201520806769 U CN 201520806769U CN 205166296 U CN205166296 U CN 205166296U
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Abstract
The utility model discloses a cross arm clamping instrument for weldment work of robot station, including being used for the level to place the work piece platform of cross arm, the headstock that shifts is connected to the one end of work piece platform, and the tail frame that shifts is connected to the other end, and fixed surface has cross arm width positioning and clamping frock on the work piece platform, and the activity is equipped with cross arm afterbody positioning and clamping frock, is equipped with the direction of height that is used for from the fixed cross arm in cross arm top and presss from both sides tight frock on the headstock that shifts. The beneficial effects of the utility model are that: the utility model discloses can realize fast that simple structure adopts symmetrical location method in addition to the quick location of cross arm head and afterbody, guarantee location benchmark and design standard coincidence, reach higher positioning accuracy, location efficiency far surmounts the ordinary mechanic of shifting dress with positioning accuracy.
Description
Technical field
The utility model relates to electrical facility technical field, particularly relates to a kind of cross-arm clamping tool for robot welding workstation.
Background technology
Cross-arm is part important in transmission tower, and its effect is used to installing insulating and gold utensil, with support conductors, lightning conducter, and makes it to keep certain safe distance by regulation.
Large-scale cross-arm mostly is the box girder structure of width symmetry, and because weld seam is long, welding job amount is large, has a mind in recent years adopt robot workstation to weld.
When general employing robot welding workstation welds cross-arm, common positioner frock is adopted to the clamping of cross-arm, frock positions with common pressing plate, bolt etc. and fixes, do not make full use of the symmetry characteristic of this body structure of cross-arm, thus clamping efficiency is low, location of workpiece poor repeatability, be not easy to robot and seek position, and then have influence on welding quality.
Therefore, improve clamping efficiency when cross-arm welds and positioning precision, all most important to the production efficiency and welding quality improving cross-arm welding.
Utility model content
The purpose of this utility model is to provide a kind of cross-arm clamping tool for robot welding workstation, and operating efficiency during to improve clamping cross-arm and positioning precision, be convenient to robot and seek position, convenient welding.
In order to reach above-mentioned purpose, the utility model adopts following technical scheme:
A kind of cross-arm clamping tool for robot welding workstation, comprise the work piece platform for horizontal positioned cross-arm, one end of work piece platform connects the positioner headstock, the other end connects positioner tailstock, cross-arm width positioning and clamping frock is fixed with at work piece platform upper surface, work piece platform upper surface is movably equipped with cross-arm afterbody positioning and clamping frock, the positioner headstock is provided with the short transverse clamping tool for fixing cross-arm above cross-arm, be connected by horizontally disposed base with the bottom of positioner tailstock bottom the positioner headstock, base is tightened together with ground by foundation bolt.
Further, be provided with in described work piece platform for the groove for the movement of described afterbody positioning and clamping frock.
Further, described width positioning and clamping frock comprises horizontally disposed width base plate, the top of width base plate is provided with two outer tongs of interval setpoint distance, between two outer tongs, level is provided with the symmetrical leading screw of the first positive/negative thread for driving the relative motion of two outer clip hands, is realized cross-arm head fixing in the direction of the width by two outer tongs.
Further, described short transverse clamping tool comprises horizontally disposed top pressing board and passes vertically through the unidirectional leading screw of top pressing board, and unidirectional leading screw is fixed on height base plate by leading screw bearing.
Further, described afterbody positioning and clamping frock comprises horizontally disposed afterbody base plate, the bottom of afterbody base plate is provided with the afterbody guide pad for sliding in described groove, the top of afterbody base plate is provided with two interior tongs of interval setpoint distance, between two interior tongs, level is provided with the symmetrical leading screw of the second positive/negative thread for driving the relative motion of two inner clip hands, is realized cross-arm afterbody in the direction of the width fixing by two interior tongs.
Further, described afterbody base plate is provided with the base pressure plate for compressing afterbody base plate, it is fastening that afterbody base plate and base pressure plate pass through two locking posts, is provided with set lever in the top movable of a locking post, and the top of another root locking post is fixed with nut.
Further, the described positioner headstock comprises headstock framework, in headstock framework, level is provided with a reducing motor, the swiveling gear and pivoting support that are meshed vertically is provided with in the side of headstock framework, the output shaft of reducing motor is connected with swiveling gear key and drives swiveling gear to rotate, swiveling gear engages with the gear ring of pivoting support, the gear ring of pivoting support is driven to turn round, the gear ring of pivoting support is connected with headstock positioning disk, described short transverse clamping tool is located on headstock positioning disk, short transverse clamping tool together rotates with headstock positioning disk, like this be arranged so that work piece platform rotation while, realize the welding to cross-arm.
Further, be provided with tailstock positioning disk in the side of described positioner tailstock, the head of described work piece platform is connected with described headstock positioning disk, and afterbody is connected with described tailstock positioning disk.
Further, described positioner tailstock comprises tailstock framework, fixes gyroaxis at the top of tailstock framework by rolling bearing units level, and gyroaxis is connected with described tailstock positioning disk, and follows headstock positioning disk and jointly rotate.
Operation principle of the present utility model is: realize location to the head of cross-arm at width by the width positioning and clamping frock arranged in work piece platform, the afterbody positioning and clamping frock that work piece platform is arranged positions cross-arm afterbody, and rational height direction clamping tool realizes the compression to cross-arm from the top of cross-arm, in width positioning and clamping frock and afterbody positioning and clamping frock, the symmetrical leading screw of positive/negative thread is all adopted to drive jaw to realize fixing cross-arm, structure simply and easily control, after head and afterbody are all fixed, short transverse clamping tool finally compresses cross-arm, realize symmetrical localization method.
The beneficial effects of the utility model are:
1) adopt the symmetrical leading screw of positive/negative thread, by two symmetrical jaws being driven to produce relatively use its rotation, to clamp or unclamp cross-arm fixing, can realize the quick position to cross-arm width like this, and setting accuracy is high.
2) by have employed symmetrical localization method to the positioning instant of cross-arm head and afterbody, ensure that positioning datum overlaps with design basis, reaching higher positioning precision.
Accompanying drawing explanation
Fig. 1 is the general construction schematic diagram of a kind of positioner of frame end to end frock for cross-arm robot welding workstation of the utility model;
Fig. 2 is the right view of A-A section in the utility model Fig. 1;
Fig. 3 is the left view of B-B section in the utility model Fig. 1;
Fig. 4 is positioner headstock internal structure schematic diagram in the utility model;
Fig. 5 is the front view of positioner tailstock in the utility model;
Fig. 6 is the side view of positioner tailstock in the utility model;
Fig. 7 is the front view of width positioning and clamping frock in the utility model;
Fig. 8 is the side view of width positioning and clamping frock in the utility model;
Fig. 9 is the top view of width positioning and clamping frock in the utility model;
Figure 10 is the level schematic diagram of short transverse clamping tool in the utility model;
Figure 11 is the top view of short transverse clamping tool in the utility model;
Figure 12 is the horizontal side view of short transverse clamping tool in the utility model; .
Figure 13 is the front view of afterbody positioning and clamping frock in the utility model;
Figure 14 is the side sectional view filled in afterbody positioning and clamping in the utility model;
Figure 15 is the top view of afterbody positioning and clamping frock in the utility model;
Wherein, 1-base; The 2-positioner headstock; 3-positioner tailstock; 4-headstock positioning disk; 5-tailstock positioning disk; 6-work piece platform; 7-width positioning and clamping frock; 8-short transverse clamping tool; 9-afterbody positioning and clamping frock; 21-pivoting support, 22-swiveling gear; 23-reducing motor; 24-headstock framework; 31-gyroaxis; 32-rolling bearing units; 33-tailstock framework; 71-first handwheel; Bearing before 72-leading screw; The symmetrical leading screw of 73-first positive/negative thread; The left outside tong of 74-; The right outside tong of 75-; 76-leading screw rear support; 77-width base plate; The left-handed leading screw of 81-; 82-top pressing board; 83-height base plate; 84-second handwheel; 85-leading screw upper bracket, 86-leading screw undersetting; The left inside tong of 91-; The right inside tong of 92-; 93-base pressure plate; 94-guide pad; 95-nut; 96-locks post; 97-set lever; 98-afterbody base plate; 99-the 3rd handwheel; Bearing before 100. afterbody leading screws; The symmetrical leading screw of 101. second positive/negative threads; 102. afterbody leading screw rear supports.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, clear, complete description is carried out to the technical scheme in the utility model embodiment.
Embodiment 1
A kind of cross-arm clamping tool for robot welding workstation, comprise the work piece platform 6 for horizontal positioned cross-arm, one end of work piece platform 6 connects the positioner headstock 2, the other end connects positioner tailstock 3, the movable fixed width positioning and clamping frock 7 in one end of work piece platform 6 upper surface, afterbody positioning and clamping frock 9 is actively installed in work piece platform 6, the positioner headstock 3 is provided with the short transverse clamping tool 8 for fixing cross-arm above cross-arm, be connected by horizontally disposed base 1 with the bottom of positioner tailstock 3 bottom the positioner headstock 2, base 1 is tightened together with ground by foundation bolt, cross-arm clamping tool is located at the side of robot welding workstation.
The groove for the movement of afterbody positioning and clamping frock 9 is provided with in described work piece platform 6.
Described width positioning and clamping frock 7 comprises horizontally disposed width base plate 77, the bottom of width base plate 77 is provided with the head guide pad for sliding in groove, the top of width base plate 77 is provided with two outer tongs of interval setpoint distance, between two outer tongs, level is provided with the symmetrical leading screw 73 of the first positive/negative thread for driving the relative motion of two outer clip hands, is realized cross-arm head fixing in the direction of the width by two outer tongs.
Described short transverse clamping tool 8 comprises horizontally disposed top pressing board and passes vertically through the unidirectional leading screw 81 of top pressing board, and unidirectional leading screw 81 is fixed on height base plate 83 by leading screw bearing.
Described afterbody positioning and clamping frock 9 comprises horizontally disposed afterbody base plate 98, the bottom of afterbody base plate 98 is provided with the afterbody guide pad 94 for sliding in described groove, the top of afterbody base plate 98 is provided with two interior tongs of interval setpoint distance, between two interior tongs, level is provided with the symmetrical leading screw 101 of the second positive/negative thread for driving the relative motion of two inner clip hands, is realized cross-arm afterbody in the direction of the width fixing by two interior tongs.
Wherein, the shape of afterbody guide pad 94 and the mating shapes of groove, the upper portion of afterbody guide pad 94 is less than its hypomere part.
Described afterbody base plate 98 is provided with the base pressure plate 93 for compressing afterbody base plate, and it is fastening that afterbody base plate 98 and base pressure plate 93 pass through two locking posts, is provided with set lever 97 in the top movable of a locking post 96, and the top of another root locking post is fixed with nut 95.
The using method of cross-arm clamping tool, concrete steps are as follows:
1) afterbody positioning and clamping frock 9 is slided into the position of interfering less than cross-arm;
2) cross-arm is lain in a horizontal plane in work piece platform 6, ensure the side of the head laminating positioner headstock 2 of cross-arm, work piece platform 6 of fitting bottom cross-arm;
3) rotate the symmetrical leading screw 73 of the first positive/negative thread, make two outer clip hand move toward one another from the width clamping cross-arm head of cross-arm;
4) afterbody positioning and clamping frock 9 is slided into cross-arm afterbody along work piece platform 6, rotate the symmetrical leading screw 101 of the second positive/negative thread, make the afterbody of two inner clip hand move toward one another clamping cross-arms;
5) rotating unidirectional leading screw 81 makes top pressing board 82 compress cross-arm head above cross-arm;
6) regulate the nut 95 coordinated with locking post, and set lever 97 is through the top of another root locking post 96, make the base pressure plate 93 of afterbody positioning and clamping frock 9 compress the afterbody of cross-arm.
After having located, can weld cross-arm.
Embodiment 2
As shown in Figure 1, base 1 is fixed together by foundation bolt and ground, the positioner headstock 2 and positioner tailstock 3 carry out static connection with base 1 by bolt, the outside of the positioner headstock 2 is provided with headstock positioning disk 4, the outside of positioner tailstock 3 is provided with tailstock positioning disk 5, work piece platform 6 connects into an entirety by bolt and headstock positioning disk 4 and tailstock positioning disk 5, realize headstock positioning disk 4, the together rotation of afterbody positioning disk 5 and work piece platform 6, headstock positioning disk 4 is bolted with the gear ring of pivoting support 21 simultaneously, tailstock positioning disk 5 and gyroaxis 31 are bolted, width positioning and clamping frock 7 is fixed on one end of work piece platform upper surface, afterbody positioning and clamping frock 9 is movably fixed to work piece platform 6 by guide pad 94, it is also the clamping by realizing from the width of cross-arm cross-arm afterbody, short transverse clamping tool 8 and headstock positioning disk 4 are bolted, wherein, headstock positioning disk 4 is a connector, for connecting the gear ring of work piece platform 6 and rotating mechanism and pivoting support 21.
As shown in Figure 4, in the positioner headstock 2, pivoting support 21 outer ring is bolted on headstock framework 24, inner ring engages with swiveling gear 22, reducing motor 23 is two-in-one speed-down servo motor, its output shaft is connected with swiveling gear 22 key and drives swiveling gear 22 to rotate, and swiveling gear 22 engages with the gear ring of pivoting support 21, drives the gear ring of pivoting support 21 to turn round.
As shown in Figure 6, in positioner tailstock 3, gyroaxis 31 is supported by two rolling bearing units 32, free to rotate, and rolling bearing units 32 and tailstock framework 33 are bolted and are fixed together.
As shown in Figure 7, in width positioning and clamping frock 7, first handwheel 71 is connected by key with the symmetrical leading screw 73 of the first positive/negative thread, left outside tong 74 carries left-handed nut, right outside tong 75 carries right-handed nut, match with the symmetrical leading screw 73 of the first positive/negative thread, by the rotation of the symmetrical leading screw 73 of the first positive/negative thread realize two outer tongs close to or separation.Before leading screw, bearing 72 and leading screw rear support 76 are bolted with width base plate 77, and the symmetrical leading screw 73 of common support first positive/negative thread, make it freely rotate.
As shown in figure 12, in short transverse clamping tool 8, second handwheel 84 is connected by key with unidirectional leading screw 81 (left-handed leading screw), top pressing board 82 is by the threaded engagement of interior feed screw nut and left-handed leading screw 81, leading screw upper bracket 85 and leading screw undersetting 86 are bolted with height base plate 83, and the unidirectional leading screw 81 of common support, make it freely rotate, height base plate 83 is fixed with headstock positioning disk 4.
As shown in figure 13, in afterbody positioning and clamping frock 9,3rd handwheel 99 is connected by key with the symmetrical leading screw 101 of the second positive/negative thread, left inside tong 91 carries left-handed nut, right inside tong 92 carries right-handed nut, match with the symmetrical leading screw 101 of the second positive/negative thread, by the rotation of the symmetrical leading screw 101 of the second positive/negative thread to realize in two tong close to or be separated.Before afterbody leading screw, bearing 100 and afterbody leading screw rear support 102 are bolted with afterbody base plate 98, and the symmetrical leading screw 101 of common support second positive/negative thread, make it freely rotate.Afterbody base plate 98 and guide pad 94 are bolted, and base pressure plate 93 and afterbody base plate 98 are bolted, and utilize nut 95 and locking post 96 to carry out compressing and loosening workpiece, and set lever 97 is through in locking post 96 when being beneficial to artificial locking laborsaving.
During work, first afterbody positioning and clamping frock 9 is slided into the position can not interfering cross-arm, afterwards cross-arm is placed in work piece platform 6, ensure the head laminating headstock positioning disk 4 of cross-arm, cross-arm bottom surface laminating work piece platform 6, rotates the first handwheel 71 and makes two tong actions of width positioning and clamping frock 7 by cross-arm head location, afterwards afterbody positioning and clamping frock 9 is slided into cross-arm afterbody along work piece platform 6, and rotate handwheel, the afterbody of cross-arm is located.Then the second handwheel 84 rotating short transverse clamping tool 8 compresses cross-arm head, and adjusting nut 95 and locking post 96 make the base pressure plate 93 of afterbody positioning and clamping frock 9 compress cross-arm afterbody.So far locate and fixedly complete, now, reducing motor 23 rotates, and drives work piece platform 6 to rotate, and then realizes cross-arm and rotate and weld.
The above is only preferred embodiment of the present utility model; it should be pointed out that for those skilled in the art, under the prerequisite not departing from the utility model principle; can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.
Claims (9)
1. the cross-arm clamping tool for robot welding workstation, it is characterized in that, comprise the work piece platform for horizontal positioned cross-arm, one end of work piece platform connects the positioner headstock, the other end connects positioner tailstock, be fixed with cross-arm width positioning and clamping frock at work piece platform upper surface, work piece platform upper surface is movably equipped with cross-arm afterbody positioning and clamping frock, and the positioner headstock is provided with the short transverse clamping tool for fixing cross-arm above cross-arm.
2. cross-arm clamping tool as claimed in claim 1, is characterized in that, is provided with for the groove for the movement of described afterbody positioning and clamping frock in described work piece platform.
3. cross-arm clamping tool as claimed in claim 1, it is characterized in that, described width positioning and clamping frock comprises horizontally disposed width base plate, the top of width base plate is provided with two outer tongs of interval setpoint distance, and between two outer tongs, level is provided with for driving the symmetrical leading screw of the first positive/negative thread of two outer clip hands relative motion.
4. cross-arm clamping tool as claimed in claim 1, is characterized in that, described short transverse clamping tool comprises horizontally disposed top pressing board and passes vertically through the unidirectional leading screw of top pressing board, and unidirectional leading screw is fixed on height base plate by leading screw bearing.
5. cross-arm clamping tool as claimed in claim 2, it is characterized in that, described afterbody positioning and clamping frock comprises horizontally disposed afterbody base plate, the bottom of afterbody base plate is provided with the afterbody guide pad for sliding in described groove, the top of afterbody base plate is provided with two interior tongs of interval setpoint distance, and between two interior tongs, level is provided with for driving the symmetrical leading screw of the second positive/negative thread of two inner clip hands relative motion.
6. cross-arm clamping tool as claimed in claim 5, it is characterized in that, described afterbody base plate is provided with the base pressure plate for compressing afterbody base plate, it is fastening that afterbody base plate and base pressure plate pass through two locking posts, be provided with set lever in the top movable of a locking post, the top of another root locking post is fixed with nut.
7. cross-arm clamping tool as claimed in claim 1, it is characterized in that, the described positioner headstock comprises headstock framework, in headstock framework, level is provided with a reducing motor, the swiveling gear and pivoting support that are meshed vertically is provided with in the side of headstock framework, the gear ring of pivoting support is connected with headstock positioning disk, and described short transverse clamping tool is located on headstock positioning disk.
8. cross-arm clamping tool as claimed in claim 7, it is characterized in that, be provided with tailstock positioning disk in the side of described positioner tailstock, the head of described work piece platform is connected with described headstock positioning disk, and afterbody is connected with tailstock positioning disk.
9. cross-arm clamping tool as claimed in claim 8, it is characterized in that, described positioner tailstock comprises tailstock framework, fixes gyroaxis at the top of tailstock framework by rolling bearing units level, and gyroaxis is connected with described tailstock positioning disk.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520806769.2U CN205166296U (en) | 2015-10-15 | 2015-10-15 | A cross arm clamping instrument for weldment work of robot station |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520806769.2U CN205166296U (en) | 2015-10-15 | 2015-10-15 | A cross arm clamping instrument for weldment work of robot station |
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| CN205166296U true CN205166296U (en) | 2016-04-20 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105195958A (en) * | 2015-10-15 | 2015-12-30 | 山东奥太电气有限公司 | Cross arm clamping tool for robot welding workstations and application method thereof |
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- 2015-10-15 CN CN201520806769.2U patent/CN205166296U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105195958A (en) * | 2015-10-15 | 2015-12-30 | 山东奥太电气有限公司 | Cross arm clamping tool for robot welding workstations and application method thereof |
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