CN204094404U - Air chamber base positioning welding machine people equipment - Google Patents
Air chamber base positioning welding machine people equipment Download PDFInfo
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- CN204094404U CN204094404U CN201420584352.1U CN201420584352U CN204094404U CN 204094404 U CN204094404 U CN 204094404U CN 201420584352 U CN201420584352 U CN 201420584352U CN 204094404 U CN204094404 U CN 204094404U
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- positioning component
- air chamber
- chamber base
- cylinder
- slide unit
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Abstract
The utility model discloses a kind of air chamber base positioning welding machine people equipment, comprise crossbeam, left, right slide unit assembly, for rotating and locating the left side of axletree, right axletree rotates positioning component, for locating a left side for back-plate, right back-plate positioning component, and for locating a left side for air chamber base, right air chamber base positioning component, a described left side, right axletree rotates positioning component is slidably arranged in crossbeam respectively two ends along crossbeam length direction, a described left side, right slide unit assembly is slidably arranged on crossbeam along the length direction of crossbeam, a described left side, right back-plate positioning component slides along the length direction of crossbeam respectively and is arranged at a left side, on right slide unit assembly, a described left side, right air chamber base positioning component is slidably arranged in a left side along the width of crossbeam respectively, on right slide unit assembly.The utility model effectively improves the air chamber base of axletree, the installation effectiveness of bearing block, and reduce the labour intensity of workman, very welding sequence is below carried out in aspect.
Description
Technical field
The utility model relates to a kind of air chamber base positioning welding machine people equipment.
Background technology
Automotive axle is one of strength member on automobile, plays a part to support automobile load and by dynamic changes process to wheel.Existing automotive axle needs welding upper chamber seat, multiple parts such as ball-joint seat, that each weld parts adopts independent frock clamp to position now, each so all needs positions vehicle bridge, workload is large, efficiency is low, and the frock clamp quantity related to is many, workshop is had living space demand, and the kind of vehicle bridge is a lot, out-of-shape, location difficulty during welding, easily there is error, if mismachining tolerance is excessive, car load can be caused to take action, therefore need to design a kind of registration, easy to operate, and the fixture of multiple part can be welded simultaneously.
Utility model content
The purpose of this utility model is the deficiency overcoming the existence of above-mentioned prior art, and provide that a kind of structure is simple, easy to operate, automaticity is high, registration, multiple part can be located simultaneously, location easily, effectively improves the air chamber base positioning welding machine people equipment of the installation effectiveness of air chamber base and spherical bearing block.
The purpose of this utility model is achieved in that
A kind of air chamber base positioning welding machine people equipment, comprise crossbeam, left, right slide unit assembly, for rotating and locating the left side of axletree, right axletree rotates positioning component, for locating a left side for back-plate, right back-plate positioning component, and for locating a left side for air chamber base, right air chamber base positioning component, a described left side, right axletree rotates positioning component is slidably arranged in crossbeam respectively two ends along crossbeam length direction, a described left side, right slide unit assembly is slidably arranged on crossbeam along the length direction of crossbeam, a described left side, right back-plate positioning component slides along the length direction of crossbeam respectively and is arranged at a left side, on right slide unit assembly, a described left side, right air chamber base positioning component is slidably arranged in a left side along the width of crossbeam respectively, on right slide unit assembly.
The utility model can also do following further improvement.
Also comprise left and right bearing block positioning component, described left and right bearing block positioning component is slidably arranged on left and right slide unit assembly along the width of crossbeam respectively.
Described left and right bearing block positioning component and left and right air chamber base positioning component lay respectively at the both sides of crossbeam.
Described left and right slide unit assembly comprises slide unit and two slide unit side plates, described two slide unit side plates are perpendicular to slide unit and be positioned at bottom slide unit, and described slide unit is provided with the first slide rail, the second slide rail, the 3rd slide rail and the first cylinder, the second cylinder that drive left and right bearing block positioning component and left and right air chamber base positioning component to slide along respective slide rail respectively that slide for left and right bearing block positioning component, left and right air chamber base positioning component and left and right back-plate positioning component respectively.
The corresponding left and right slide unit assembly in both sides of described crossbeam is provided with guide rail, and described slide unit side plate is provided with for driving left and right slide unit assembly along the 3rd cylinder of the slide of crossbeam.
Described left and right back-plate positioning component comprises oscillating cylinder, location-plate, base and swing arm, described base sliding is located on the 3rd slide rail, described oscillating cylinder drives with one end of swing arm and is connected, the other end of swing arm is connected with the second briquetting, described oscillating cylinder drives swing arm reciprocally swinging, compresses or take-off the brake base plate to make the second briquetting and location-plate.
Described left and right bearing block positioning component comprises positioning seat, bearing block location-plate, rotary cylinder and turning arm, rotary cylinder is located on positioning seat together with bearing block location-plate, described positioning seat slides and is arranged on the first slide rail, one end of turning arm is connected with the first briquetting, the other end of turning arm drives with rotary cylinder and is connected, described rotary cylinder drives turning arm reciprocally swinging, can compress to make the first briquetting and bearing block location-plate or unclamp bearing block.
Described left and right air chamber base positioning component comprises four-cylinder, locating piece and positioning base, four-cylinder is located on positioning base together with locating piece, described positioning base slides and is located on the second slide rail, locating piece is provided with alignment pin and lower alignment pin, upper clipping claw and lower claw is respectively equipped with in described upper alignment pin and lower alignment pin, snap fit is extended in one end of upper and lower claw, snap fit stretches out the side of upper and lower alignment pin, four-cylinder drives with the other end of upper and lower claw and is connected, and four-cylinder drives upper and lower claw tensioning or unclamps air chamber base.
Described left and right axletree rotates positioning component and comprises the 5th cylinder, rotates push rod, mount pad, mounting seat, V-type supporting seat and gripper shoe, described mount pad is located in mounting seat, described 5th cylinder is located at mount pad one end, the other end of mount pad is located at by gripper shoe and rotation push rod, V-type supporting seat is located in gripper shoe, 5th air cylinder driven rotates push rod and rotates, and V-type supporting seat is positioned on the axial direction of rotation push rod.
The beneficial effects of the utility model:
The utility model comprises crossbeam, left, right slide unit assembly, for rotating and locating the left side of axletree, right axletree rotates positioning component, for locating a left side for back-plate, right back-plate positioning component, and for locating a left side for air chamber base, right air chamber base positioning component, a described left side, right axletree rotates positioning component is slidably arranged in crossbeam respectively two ends along crossbeam length direction, a described left side, right slide unit assembly is slidably arranged on crossbeam along the length direction of crossbeam, a described left side, right back-plate positioning component slides along the length direction of crossbeam respectively and is arranged at a left side, on right slide unit assembly, a described left side, right air chamber base positioning component is slidably arranged in a left side along the width of crossbeam respectively, on right slide unit assembly.Before axletree welding upper chamber seat, bearing block, the utility model realizes clamping and location sphere bearing block and air chamber base by upper described multiple assembly simultaneously, avoids that each annex of the prior art needs to locate respectively, efficiency is low, workload is large, the problem of easy generation error.The utility model accurate positioning, automaticity are high, effectively improve the air chamber base of axletree, the installation effectiveness of bearing block, and reduce the labour intensity of workman, very welding sequence is below carried out in aspect.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of another angle of Fig. 1.
Fig. 3 is the front view of Fig. 1.
Fig. 4 is the structural representation of crossbeam of the present utility model.
Fig. 5 is the structural representation of right slide unit assembly of the present utility model.
Fig. 6 is the left view of Fig. 5.
Fig. 7 is the structural representation of bearing block positioning component of the present utility model.
Fig. 8 is the left view of Fig. 7.
Fig. 9 is the structural representation of right air chamber base positioning component of the present utility model.
Figure 10 is the front view of Fig. 9.
Figure 11 is the structural representation that right axletree of the present utility model rotates positioning component.
Figure 12 is the sectional structure schematic diagram of Figure 11.
Figure 13 is the left view of Figure 11.
Figure 14 is the structural representation of back-plate positioning component of the present utility model.
Figure 15 is the left view of Figure 12.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Embodiment 1, as shown in Fig. 1 to Figure 15, a kind of air chamber base positioning welding machine people equipment, comprises crossbeam 1, left, right slide unit assembly 19, 13, for rotating and locating the left side of axletree, right axletree rotates positioning component 16, 10, for locating a left side for back-plate, right back-plate positioning component 17, 11, for locating a left side for air chamber base, right air chamber base positioning component 15, 14 and a left side for positioning bearing seat, right bearing seat positioning component 18, 12, a described left side, right axletree rotates positioning component 16, 10 two ends being slidably arranged in crossbeam 1 respectively along crossbeam 1 length direction, a described left side, right slide unit assembly 19, 13 is to be slidably arranged on crossbeam 1 along crossbeam 1 length direction and to lay respectively at a left side, right axletree rotates positioning component 16, between 10, a described left side, right back-plate positioning component 17, 11 slide along the length direction of crossbeam 1 is respectively arranged at a left side, right slide unit assembly 19, on 13, a described left side, right air chamber base positioning component 15, 14 are slidably arranged in a left side along the width of crossbeam 1 respectively, right slide unit assembly 19, on 13.Described left and right bearing block positioning component 18,12 is slidably arranged on left and right slide unit assembly 19,13 along the width of crossbeam 1 respectively.
As the utility model technical scheme more specifically.
Described left and right bearing block positioning component 18,12 and left and right air chamber base positioning component 15,14 lay respectively at the both sides of crossbeam 1.
The corresponding left and right slide unit assembly 19,13 in both sides of described crossbeam 1 is provided with guide rail 163, the corresponding left and right axletree in described crossbeam 1 two ends rotates positioning component 16,10 and is provided with left and right slide 166,167, the corresponding left and right axletree of described left and right slide 166,167 rotates positioning component and is provided with rack rails 164 and the 4th slide rail 162, described 4th slide rail 162 is T-shaped, described rack rails 164 and the 4th slide rail 162 are all arrange along the length direction of crossbeam 1, described guide rail 163 are also provided with the 3rd cylinder jacking block 161.The left and right two ends of crossbeam 1 are equipped with crossbeam end plate 165.
Described right slide unit assembly 13 comprises slide unit 131 and two slide unit side plates 132, described two slide unit side plates 132 are perpendicular to slide unit 131 and lay respectively at bottom slide unit 131, described slide unit 131 corresponding right bearing seat positioning component 12 is provided with the first slide rail 139 and the first cylinder 130, described first slide rail 139 arranges along the width of crossbeam 1, first cylinder 130 driving shaft bearing positioning component reciprocatingly slides along the first slide rail 139, thus right bearing seat positioning component 12 can be slided along the first slide rail 139 and near or away from being fixed on a left side, right axletree rotates positioning component 16, axletree 2 between 10, the corresponding right air chamber base positioning component 14 of described slide unit 131 is provided with the second slide rail 138 and the second cylinder 137, described second slide rail 138 is arranged along the width of crossbeam 1, second cylinder 137 drives right air chamber base positioning component 14 to reciprocatingly slide along the second slide rail 138, thus right air chamber base positioning component 14 can be slided along the second slide rail 138 and near or away from axletree.The corresponding right back-plate positioning component 11 of described slide unit 131 is provided with screw mandrel 134 and the 3rd slide rail the 135, three slide rail 135 is T-shaped, and described screw mandrel 134 and the 3rd slide rail 135 arrange along the length direction of crossbeam 1.
The guide rail 163 of the corresponding crossbeam 1 in inner side of described two slide unit side plates 132 is provided with sliding shoe 133, sliding shoe 133 slides and is arranged on guide rail 163, slide unit side plate 132 is provided with in addition the 3rd cylinder 136, the piston rod of the 3rd cylinder 136 is connected with the 3rd cylinder jacking block 161 on guide rail 163, therefore the 3rd cylinder 136 can drive slide unit assembly to reciprocatingly slide along the guide rail 163 of crossbeam 1, makes the utility model by controlling the overall control of the 3rd cylinder 136 right back-plate positioning component 11, right air chamber base positioning component 14, right bearing seat positioning component 11 three move together.
Described left and right slide unit assembly 13 is symmetricly set on crossbeam 1, and described left slide unit assembly 19 is the same with operation principle with the structure of right slide unit assembly 13, is just not described in detail here.
Described right back-plate positioning component 11 comprises oscillating cylinder 117, location-plate 115, cylinder block, base plate 110, base 119 and swing arm 111, described oscillating cylinder 117 is installed on base 119 by cylinder block, location-plate 115 is located on base 119, base plate 110 is located at bottom base 119, the corresponding screw mandrel 134 in bottom of base plate 110 and the 3rd slide rail 135 are respectively equipped with feed screw nut 1102 and the first T-nut 1102, described first T-nut 1102 is slidably arranged in the 3rd slide rail 135 of right slide unit assembly, makes base sliding be arranged at the 3rd slide rail 135.The feed screw nut 1102 of described right back-plate positioning component 11 is connected with the screw mandrel 134 of right slide unit assembly 13, right back-plate positioning component 11 is connected with right slide unit assembly 13 screw rod transmission, and right back-plate positioning component 11 can reciprocatingly slide along screw mandrel 134 on right slide unit assembly 13.Described screw mandrel 134 can be rotated by workman or also by motor-driven rotation, thus can control the position of right back-plate positioning component 11 on right slide unit assembly 13.
Described oscillating cylinder 117 drives with one end of swing arm 111 and is connected, the other end of swing arm 111 is connected with the second briquetting 112, on location-plate 115, corresponding second briquetting 112 is provided with the second alignment pin 114, corresponding second alignment pin 114 of second briquetting 112 is provided with pin-and-hole 113, described oscillating cylinder 117 drives swing arm 111 transverse reciprocating to swing
The operation principle of right back-plate positioning component of the present utility model: before position right back-plate 21, swing arm 111 is generally in initial position (namely swing arm 111 is in and swings starting point), when right back-plate positioning component 11 positions right back-plate 21, workman's rotary screw rod 134 makes right back-plate positioning component 11 to turn left slip along the 3rd slide rail 135 on right slide assemblies, the second alignment pin 114 is made to insert the installing hole of the back-plate 21 of axletree, and then control oscillating cylinder 117 and drive swing arm 111 toward location-plate 115 direction teeter, , the second briquetting 112 is made to compress back-plate 21 together with location-plate 115, second alignment pin 114 inserts the installing hole of the back-plate 21 on axletree successively, in pin-and-hole 113 on second briquetting 112, thus axletree cannot be rotated when welding, welding is avoided to make mistakes, error is large.When all parts on axletree welded connect after, oscillating cylinder 117 drives swing arm 111 back teeter to get back to it and swings initial position, second briquetting 112 take-off the brake base plate 21, but now the second alignment pin 114 is still positioned at the installing hole of back-plate 21, at this moment workman makes whole back-plate positioning component toward moving right by rotary screw rod 134, the second alignment pin 114 is made to depart from the installing hole of back-plate 21, like this, right back-plate positioning component 11 just can not hinder the utility model to dismantle and install axletree.
Described left back-plate positioning component 17 is the same with operation principle with the structure of right back-plate positioning component 11, is just not described in detail here.
Described right bearing seat positioning component 12 comprises positioning seat 121, bearing block location-plate 129, first cylinder jacking block 122, sliding floor 12b, rotary cylinder 123 and turning arm 127, described sliding floor 12b is located at bottom positioning seat 121, and rotary cylinder 123 is installed on positioning seat 121 by cylinder block 128.Described bearing block location-plate 129 is located on positioning seat 121, one end of turning arm 127 is connected with the first briquetting 125, the other end of turning arm 127 drives with rotary cylinder 123 and is connected, corresponding first briquetting 125 of bearing block location-plate 129 is provided with two first alignment pins 124, described two first alignment pins 124 are arranged on bearing block location-plate 129 in diagonal angle, described rotary cylinder 123 drives turning arm 127 back and forth vertical swing, can compress to make the first briquetting 125 and bearing block location-plate 129 or unclamp the right bearing seat 120 be between the first briquetting 125 and bearing block location-plate 129.The seal face of described first briquetting 125 is provided with the open recess 126 of accommodation first alignment pin 124, when right bearing seat 120 is compacted, this open recess can prevent the first alignment pin 124 from backing down the first briquetting 125, first briquetting and bearing block location-plate 129 cannot compress right bearing seat 120.Bottom described sliding floor 12b, corresponding first slide rail 139 is provided with the first slide block 12a, and described first slide block 12a is slidably arranged on the first slide rail 139, thus positioning seat 121 can be slided be arranged on the first slide rail 139.
Described first cylinder jacking block 122 is located at the side of sliding floor 12b, and the piston rod of described first cylinder 130 is fixedly connected with the first cylinder jacking block 122, makes the first cylinder 130 that right bearing seat positioning component 12 can be driven to reciprocatingly slide along the first slide rail 139.
The operation principle of the utility model right bearing seat positioning component:
Before the utility model welding right bearing seat 120, first need right bearing seat 120 to be fixed on right bearing seat positioning component 12, first two first alignment pins 124 on two pin-and-hole 113 aiming axis bearing location-plates 129 on right bearing seat 120 are inserted, and then utilize rotary cylinder 123 to release turning arm to drive turning arm 127 vertically to swing again, when the first briquetting 125 aiming axis bearing location-plate 129, the piston rod of rotary cylinder 123 drives turning arm 127 to do rectilinear motion again, the piston rod of rotary cylinder 123 is pulled back turning arm 127, the first briquetting 125 and bearing block location-plate 129 is made to compress right bearing seat 120, right bearing seat 120 is fixed on bearing block location-plate 129.Then controlling the first cylinder 130 again drives right bearing seat positioning component 12 to slide along the first slide rail 139 toward axletree, until when right bearing seat 120 is against its welding position on axletree, first cylinder 130 just stops driving right bearing seat positioning component 12 to slide, and right bearing seat positioning component 12 stops sliding.Upper right bearing block 120 is welded to axletree with that by outside weldings robot, until welding robot welds right bearing seat 120, rotary cylinder 123 drives turning arm 127 to do rectilinear motion again, rotary cylinder 123 piston rod is toward extrapolated turning arm 127, the first briquetting 125 is made to leave bearing block location-plate 129, and then control rotary cylinder 123 and vertically back swing, turning arm 127 gets back to its initial position, then recycling the 3rd cylinder 136 drives right slide unit assembly 13 to move right, make right bearing seat positioning component 12 toward moving right, first alignment pin 124 of bearing block location-plate 129 departs from two pin-and-holes 113 of bearing block.Then controlling the first cylinder again drives right bearing seat positioning component 12 back to slide, away from axletree along the first slide rail 139.Like this, right bearing seat positioning component 12 just can not hinder dismounting and install axletree.
Described left shaft holder positioning component 18 is the same with operation principle with the structure of right bearing seat positioning component 12, is just not described in detail here.
Described right air chamber base positioning component 14 comprises four-cylinder 146, locating piece 143, second cylinder jacking block, positioning base 144 and slide plate 147, four-cylinder 146 is located on positioning base 144 together with locating piece 143, slide plate 147 is located at bottom positioning base 144, second cylinder jacking block is located on slide plate, locating piece 143 is provided with alignment pin 141 and lower alignment pin 145, on described, lower alignment pin 141, upper clipping claw 142 and lower claw 149 is respectively equipped with in 145, on, lower claw 142, snap fit is all extended in one end of 149, snap fit stretches out, lower alignment pin 141, the side of 145, four-cylinder 146 is with upper, the other end of lower claw drives and connects, on four-cylinder 146 drives, lower claw opens or draws in, make, lower claw tensioning or unclamp air chamber base 140.Bottom described slide plate 147, correspondence is provided with the second slide rail 138 and is provided with the second slide block 148, second slide block 148 and is slidably arranged on the second slide rail 138, positioning base is slided and is arranged on the second slide rail.Second cylinder jacking block is fixedly connected with the piston rod of described second cylinder 137, and the second cylinder 137 of described right slide unit assembly 13 drives right air chamber base positioning component 14 to reciprocatingly slide along the second slide rail 138, make its near or away from axletree.
The operation principle of right air chamber base positioning component of the present utility model:
Before the right air chamber base 140 of welding, need first right air chamber base 140 to be fixed on right air chamber base positioning component 14, first the alignment pin up and down on locating piece 143 is inserted respectively the upper and lower through hole of right air chamber base 140, four-cylinder 146 is made to drive two claws first to open outward again, two snap fits catch on the upper and lower through hole on right air chamber base 140 respectively, make the right air chamber base 140 of upper and lower claw tensioning, and then utilize the second cylinder 137 to drive right air chamber base positioning component 14 to move along the second slide rail 138 toward the welding position of the right air chamber base of axletree.Until right air chamber base 140 is against the right air chamber base welding position of axletree, the second cylinder 137 just stops driving right air chamber base positioning component 14 to slide, and right air chamber base positioning component 14 stops sliding.Right air chamber base 140 is welded with that by outside weldings robot, after treating that right air chamber base 140 is welded, four-cylinder 146 starts to drive upper and lower claw toward interior gathering, upper and lower snap fit leaves the upper and lower through hole of right air chamber base 140, upper and lower claw unclamps right air chamber base 140, and then utilizing the second cylinder 137 to drive right air chamber base positioning component 14 along the second slide rail 138 backhaul, upper and lower alignment pin departs from the upper lower through-hole of right air chamber base 140, makes right air chamber base positioning component 14 away from axletree.Like this, right air chamber base positioning component 14 just can not hinder dismounting and install axletree.
Described left air chamber base positioning component 15 is the same with operation principle with the structure of right air chamber base positioning component 14, is just not described in detail here.
Described right axletree rotates positioning component 10 and comprises the 5th cylinder 101, rotating shaft 106, rotate push rod 104, mount pad 103, mounting seat 108, V-type supporting seat 105 and gripper shoe 107, described mount pad 103 is located in mounting seat 108, described 5th cylinder 101 is installed on the other end of mount pad 103 by cylinder mount pad 102, gripper shoe 107 and V-type supporting seat 105 are located at the other end of mount pad 103, V-type supporting seat 105 is located in gripper shoe 107, rotate push rod 104 to be installed on mount pad 103 by rotating shaft 106 and towards the opening of V-type supporting seat 105, V-type supporting seat 105 is positioned on the axial direction of rotation push rod 104.
Uni-drive gear box 10a is provided with in described mounting seat 108, the first travelling gear 10b is provided with in uni-drive gear box 10a, second travelling gear 10c, first travelling gear 10b and the second travelling gear 10c engaged transmission, rack rails 164 engaged transmission on second travelling gear 10c and crossbeam 1, described mounting seat 108 has sliding panel 10d, the 4th slide rail 162 on the corresponding described right slide 167 in bottom of sliding panel 10d is provided with the second T-nut 10e, second T-nut 10e slides and is located in the 4th slide rail 162, the turning handle of described first travelling gear 10b and mounting seat 108 outside is in transmission connection, workman rotates turning handle forward or backwards and makes the second travelling gear 10c to advance along rack rails 164 or to retreat, and the second T-nut 10e slidably reciprocates in the 4th slide rail 162, thus right axletree rotation positioning component 10 can be reciprocatingly slided along the 4th slide rail 162.
Right axletree of the present utility model rotates the operation principle of positioning component 10:
At axletree welding upper chamber seat, before bearing block, first a left side is adjusted by rotating turning handle, (slide is provided with scale to distance between right axletree rotation positioning component, can adjust according to scale on slide), both are made to keep symmetrical, then with loop wheel machine, axletree is placed on a left side, right axletree rotates on the V-type supporting seat of positioning component, then make the 5th air cylinder driven left, right axletree rotates the rotation push rod of positioning component toward overhanging, until axletree clamped by two rotation push rods, so just achieve the horizontal location of axletree, because bearing block or air chamber base are in welding process, need to rotate axletree and facilitate well workman or welding robot welding, therefore the 5th air cylinder driven can be made again to rotate push rod rotate, until bearing block or air chamber base facilitate workman or welding robot welding.After treating that bearing block and air chamber base weld, the 5th air cylinder driven left and right rotation push rod back shrinkage, left and right rotation push rod no longer clamps axletree, and like this, left and right axletree rotates positioning component and the utility model just can not be hindered to dismantle axletree.
The structure that described left axletree rotation positioning component 16 and right axletree rotate positioning component 10 is the same with operation principle, is just not described in detail here.
Upper described first cylinder 130, second cylinder 137, the 3rd cylinder 136, four-cylinder 146, the 5th cylinder 101 are straight line cylinder.
Claims (9)
1. an air chamber base positioning welding machine people equipment, comprise crossbeam, left, right slide unit assembly, for rotating and locating the left side of axletree, right axletree rotates positioning component, for locating a left side for back-plate, right back-plate positioning component, and for locating a left side for air chamber base, right air chamber base positioning component, a described left side, right axletree rotates positioning component is slidably arranged in crossbeam respectively two ends along crossbeam length direction, a described left side, right slide unit assembly is slidably arranged on crossbeam along the length direction of crossbeam, a described left side, right back-plate positioning component slides along the length direction of crossbeam respectively and is arranged at a left side, on right slide unit assembly, a described left side, right air chamber base positioning component is slidably arranged in a left side along the width of crossbeam respectively, on right slide unit assembly.
2. air chamber base positioning welding machine people equipment according to claim 1, it is characterized in that, also comprise left and right bearing block positioning component, described left and right bearing block positioning component is slidably arranged on left and right slide unit assembly along the width of crossbeam respectively.
3. air chamber base positioning welding machine people equipment according to claim 2, it is characterized in that, described left and right bearing block positioning component and left and right air chamber base positioning component lay respectively at the both sides of crossbeam.
4. air chamber base positioning welding machine people equipment according to claim 2, it is characterized in that, described left and right slide unit assembly comprises slide unit and two slide unit side plates, described two slide unit side plates are perpendicular to slide unit and be positioned at bottom slide unit, and described slide unit is provided with the first slide rail, the second slide rail, the 3rd slide rail and the first cylinder, the second cylinder that drive left and right bearing block positioning component and left and right air chamber base positioning component to slide along respective slide rail respectively that slide for left and right bearing block positioning component, left and right air chamber base positioning component and left and right back-plate positioning component respectively.
5. air chamber base positioning welding machine people equipment according to claim 2, it is characterized in that, the corresponding left and right slide unit assembly in both sides of described crossbeam is provided with guide rail, and described slide unit side plate is provided with for driving left and right slide unit assembly along the 3rd cylinder of the slide of crossbeam.
6. air chamber base positioning welding machine people equipment according to claim 2, it is characterized in that, described left and right back-plate positioning component comprises oscillating cylinder, location-plate, base and swing arm, described base sliding is located on the 3rd slide rail, described oscillating cylinder drives with one end of swing arm and is connected, the other end of swing arm is connected with the second briquetting, and described oscillating cylinder drives swing arm reciprocally swinging, compresses or take-off the brake base plate to make the second briquetting and location-plate.
7. air chamber base positioning welding machine people equipment according to claim 2, it is characterized in that, described left and right bearing block positioning component comprises positioning seat, bearing block location-plate, rotary cylinder and turning arm, rotary cylinder is located on positioning seat together with bearing block location-plate, described positioning seat slides and is arranged on the first slide rail, one end of turning arm is connected with the first briquetting, the other end of turning arm drives with rotary cylinder and is connected, described rotary cylinder drives turning arm reciprocally swinging, can compress to make the first briquetting and bearing block location-plate or unclamp bearing block.
8. air chamber base positioning welding machine people equipment according to claim 2, it is characterized in that, a described left side, right air chamber base positioning component comprises four-cylinder, locating piece and positioning base, four-cylinder is located on positioning base together with locating piece, described positioning base slides and is located on the second slide rail, locating piece is provided with alignment pin and lower alignment pin, upper clipping claw and lower claw is respectively equipped with in described upper alignment pin and lower alignment pin, on, snap fit is extended in one end of lower claw, snap fit stretches out, the side of lower alignment pin, four-cylinder and upper, the other end of lower claw drives and connects, on four-cylinder drives, lower claw tensioning or unclamp air chamber base.
9. air chamber base positioning welding machine people equipment according to claim 2, it is characterized in that, described left and right axletree rotates positioning component and comprises the 5th cylinder, rotates push rod, mount pad, mounting seat, V-type supporting seat and gripper shoe, described mount pad is located in mounting seat, described 5th cylinder is located at mount pad one end, the other end of mount pad is located at by gripper shoe and rotation push rod, V-type supporting seat is located in gripper shoe, 5th air cylinder driven rotates push rod and rotates, and V-type supporting seat is positioned on the axial direction of rotation push rod.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420584352.1U CN204094404U (en) | 2014-10-11 | 2014-10-11 | Air chamber base positioning welding machine people equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420584352.1U CN204094404U (en) | 2014-10-11 | 2014-10-11 | Air chamber base positioning welding machine people equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204094404U true CN204094404U (en) | 2015-01-14 |
Family
ID=52262873
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420584352.1U Withdrawn - After Issue CN204094404U (en) | 2014-10-11 | 2014-10-11 | Air chamber base positioning welding machine people equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204094404U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104308440A (en) * | 2014-10-11 | 2015-01-28 | 广东富华重工制造有限公司 | Air chamber seat positioning welding robot equipment |
| CN108274181A (en) * | 2018-02-09 | 2018-07-13 | 中天宽带技术有限公司 | A kind of low-frequency vibrator high-frequency welding tooling of rotational positioning |
-
2014
- 2014-10-11 CN CN201420584352.1U patent/CN204094404U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104308440A (en) * | 2014-10-11 | 2015-01-28 | 广东富华重工制造有限公司 | Air chamber seat positioning welding robot equipment |
| CN108274181A (en) * | 2018-02-09 | 2018-07-13 | 中天宽带技术有限公司 | A kind of low-frequency vibrator high-frequency welding tooling of rotational positioning |
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