CN205869869U - Automatic change equipment - Google Patents
Automatic change equipment Download PDFInfo
- Publication number
- CN205869869U CN205869869U CN201620761536.XU CN201620761536U CN205869869U CN 205869869 U CN205869869 U CN 205869869U CN 201620761536 U CN201620761536 U CN 201620761536U CN 205869869 U CN205869869 U CN 205869869U
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- China
- Prior art keywords
- transfer
- line body
- return
- transmission line
- end liner
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Abstract
The utility model discloses an automatic change equipment, including box conveying line body, end liner conveying line body, move and carry the mechanism and return well positioner, it is terminal that end liner conveying line body arranges box conveying line body in, return positioner to set up on end liner conveying line body's equipment station, the box passes through the automatic transport of box conveying line body to setting for the position, the end liner is then carried to assemble the station on by end liner conveying line body, when assembling, it carries out the automation and returns the location to return positioner will be arranged in the end liner of equipment on the station earlier, then move and carry the automatic centre gripping of box that the mechanism will park on box conveying line body and move to assembling the station top, later accurately assemble the box on the end liner, and fully automatic production is realized, the packaging efficiency of product has effectively been improved, positioner had the accurate characteristics in location during the adoption was returned, and effective assurance equipment quality is unified stable.
Description
[technical field]
This utility model relates to assembly mechanical, especially a kind of apparatus automatization assembling.
[background technology]
In order to improve the production efficiency of product, and ensureing that the product quality produced keeps unified, automatic technology is then
Become increasingly popular in manufacturing enterprise.But in prior art, when the end liner of the product such as washing machine, refrigerator and casing are assembled,
Still use human assistance to carry out semi-automatic operation, by two output wire body, casing and end liner are delivered to pre-determined bit the most respectively
Putting, then lifted by casing and be carried to above the position that end liner is stopped, then, artificial para-position is to be assemblied in end liner by casing
On.Use above-mentioned operating type, relatively time-consuming when lifting and para-position, have impact on the production efficiency of product, and artificial para-position is held
Error easily occurs, causes the assembling quality disunity of product.
This utility model is i.e. researched and proposed for the deficiencies in the prior art.
[utility model content]
The technical problems to be solved in the utility model is to provide a kind of apparatus automatization assembling, including casing transmission line body,
End liner transmission line body, transfer mechanism and return middle positioner, end liner transmission line body is placed in casing transmission line body end, returns middle location
Device is arranged on the assembling station of end liner transmission line body, casing by casing transmission line body automatic transport to setting position, the end
Lining then is delivered to assemble on station by end liner transmission line body, when assembling, returns middle positioner first to will be located in assembling on station
End liner automatically return middle location, then transfer mechanism the casing being parked on casing transmission line body is clamped automatically mobile extremely
Assemble above station, afterwards casing is fitted exactly on end liner, it is achieved that full-automatic production, be effectively increased product
Packaging efficiency；Use the feature returning middle positioner to have accurate positioning, assembling quality is effectively ensured unified stable.
For solving above-mentioned technical problem, this utility model one apparatus automatization assembling, it is characterised in that including:
One casing transmission line body, described casing transmission line body is used for carrying casing.
One end liner transmission line body, described end liner transmission line body and casing transmission line body end on, be used for carrying end liner, institute
State end liner transmission line body and be provided with the assembling station assembled with end liner for casing.
One transfer mechanism, between described transfer mechanism is located at above casing transmission line body and end liner transmission line body, is used for
The casing being delivered to casing transmission line body end is automatically clamped and moves on end liner transmission line body.
And one return middle positioner, described in return middle positioner to be located at the upper of end liner transmission line body, be used for will be located in group
Middle location returned automatically by end liner on dress station, in order to casing is put in end liner by transfer mechanism exactly.
Described return middle positioner to include seat is fixed in the lifting fixing with end liner transmission line body, seat bottom portion is fixed in described lifting
Being fixed with the lifting vertically arranged and drive cylinder, described lifting drives cylinder outfan through the fixing seat of lifting and the company of fixing
It is connected to lift gripper shoe, described lifting gripper shoe is fixed with and front and back returns middle assembly and left and right to return middle assembly.
Return middle assembly before and after including be connected fixing with lifting gripper shoe, to return middle underframe before and after described, described front and back return the middle end
Slidably connect synchronization on frame along the longitudinal direction and in opposite directions or return median claw before and after moving dorsad, described in two, front and back return median claw along front
Rear to being fixed with before and after's driving rack, described in two before and after be engaged with between driving rack and be rotationally connected with front and back returning middle underframe
Before and after travelling gear, described before and after return to be fixed with on middle underframe and front and back return middle cylinder, described before and after return middle cylinder outfan
Median claw is fixing to be connected with returning before and after wherein one.
Described left and right returns middle assembly to include, and left and right returns middle underframe, described left and right to return middle underframe by support and lifting gripper shoe
Fixing connecting, and be set up in and front and back return above middle underframe, described left and right is returned and is slidably connected synchronization on middle underframe in left-right direction
Median claw is returned in the left and right moved in opposite directions or dorsad, and described in two, left and right returns median claw to be fixed with left and right driving rack in left-right direction,
The left and right travelling gear returning middle underframe to be rotationally connected with left and right it is engaged with between the driving rack of left and right, during described left and right is returned described in two
Return middle cylinder, described left and right to return middle cylinder outfan to return median claw to fix with wherein about one about being fixed with on underframe to be connected.
Described left and right returns the rotation of median claw upper inner face to be provided with guide wheel, is fixedly connected with lifting bottom described lifting gripper shoe
Guide rod, described lifting is fixed seat and is provided with the lifting guide hole being slidably connected with lifting guide pillar.
Described transfer mechanism includes being crossed on the shifting on casing transmission line body and end liner transmission line body and in door type mechanism
Carrying column, transfer column upper bracket described in two is provided with the transfer crossbeam parallel with casing transmission line body, on described transfer crossbeam
Slidably connect horizontal transfer seat and the horizontal transfer for driving horizontal transfer seat to move drives assembly, described horizontal transfer seat
On vertically slidably connect vertical transfer seat and for drive vertical transfer seat to move up and down vertical transfer drive assembly, institute
Stating vertical transfer seat lower end and be fixedly connected with grip slipper, described grip slipper basal sliding connects has two for clamping the transfer of casing
Jaw is surely provided with the transfer jaw for driving two transfer jaws to move in opposite directions or dorsad and drives assembly.
Described transfer jaw includes the transfer clamping slide plate being connected with grip slipper basal sliding, and described transfer clamping slide plate is solid
Determining connection has transfer holding frame, described transfer holding frame lower inside to be fixed with transfer grip block, wherein transfer folder described in
Hold and inside block, be provided with sucker, inside another described transfer grip block, be provided with brake pad.
Described transfer jaw drives assembly to include, and the transfer clamping that be connected fixing with bottom grip slipper drives motor, described shifting
Carrying clamping drives motor output end connection to have transfer to clamp leading screw, and described transfer clamping leading screw is connected with transfer clamping silk
Mother, described load clamping screw is fixing with transfer clamping slide plate to be connected.
The horizontal transfer that described horizontal transfer drives assembly to include being fixed on transfer crossbeam drives motor, described horizontal shifting
Carrying and drive motor output end connection to have the horizontal transfer leading screw being rotationally connected with transfer crossbeam, described horizontal transfer leading screw coordinates even
Being connected to horizontal transfer screw, described horizontal transfer screw is fixing with horizontal transfer seat to be connected.
Described vertical transfer driving assembly includes the vertical transfer tooth bar being vertically fixed on vertical transfer seat and fixes
The vertical transfer being connected on horizontal transfer seat drives motor, and described vertical transfer drives motor output end to connect to be had and vertically move
Carry the vertical transfer gear of tooth bar engagement.
Compared with prior art, this utility model one apparatus automatization assembling, have the advantage that
1, when this utility model assembles, the end liner returning middle positioner first to will be located in assembling on station is returned automatically
Middle location, then the casing being parked on casing transmission line body is clamped mobile to assembling above station by transfer mechanism automatically, it
After casing is fitted exactly on end liner, it is achieved that full-automatic produce, be effectively increased the packaging efficiency of product；Employing is returned
Middle positioner has the feature of accurate positioning, assembling quality is effectively ensured unified stable.
2, be fixed with in lifting gripper shoe separate before and after return in assembly and left and right return in assembly, by controlling
Lifting drives cylinder so that front and back return middle assembly and left and right to return middle assembly to stretch out the assembling station on end liner transmission line body top, with
To end liner edge, front and back and left and right directions returns middle location automatically, has the advantages that positioning precision is high and stable, it is ensured that assembling
It is smoothed out.
3, front and back return middle assembly and left and right to return middle assembly to use to control independently of each other, and all use cylinder, tooth bar and tooth
Wheel carries out coordinated signals, clamps and left and right returns clamping synchronization about middle assembly to carry out, tool before and after ensureing respectively before and after returning middle assembly
There is the feature of accurate positioning.
4, in order to ensure end liner is returned middle location, time, can be adaptively adjusted, in median claw top is returned in described left and right
Side rotates and is provided with guide wheel so that when front and back returning middle assembly clamping end liner, end liner can the most adaptively adjust, effectively
Avoid catching phenomenon.
5, two transfer grip blocks use and are operated alone, and are wherein provided with sucker inside transfer grip block described in, another institute
State and inside transfer grip block, be provided with brake pad, use said structure so that transfer jaw uses less chucking power to have
Bigger clamping friction power, it is ensured that during clamping transfer casing, casing is indeformable and clamps reliable and secure.
[accompanying drawing explanation]
Below in conjunction with the accompanying drawings detailed description of the invention of the present utility model is described in further detail, wherein:
Fig. 1 is one of perspective view of the present utility model；
Fig. 2 is the two of perspective view of the present utility model；
Fig. 3 is the structural representation of casing transmission line body in this utility model；
Fig. 4 is one of structural representation of transfer mechanism in this utility model；
Fig. 5 is in this utility model the two of the structural representation of transfer mechanism；
Fig. 6 is the structural representation that horizontal transfer seat in this utility model, vertical transfer seat and transfer jaw connect；
Fig. 7 is one of structural representation returning middle positioner in this utility model；
Fig. 8 is one of explosive view returning middle positioner in this utility model；
Fig. 9 is the two of the explosive view returning middle positioner in this utility model.
[detailed description of the invention]
Below in conjunction with the accompanying drawings embodiment of the present utility model is elaborated.
As depicted in figs. 1 and 2, this utility model one apparatus automatization assembling, including: casing transmission line body 1, end liner are defeated
Line sending body 3, transfer mechanism 4 and return middle positioner 5, are provided with for casing 2 and end liner on described end liner transmission line body 3
The 6 assembling stations 7 assembled.
As it is shown on figure 3, described casing transmission line body 1 is used for carrying casing 2, described end liner transmission line body 3 carries with casing
Wire body 1 end on, for conveying end liner 6.Being provided with stop cylinder on described casing transmission line body 1, casing 2 passes through frock
Plate carries on casing transmission line body 1, stops that cylinder controls casing transmission line body 3 and works or stop by triggering.
In this utility model, end liner transmission line body 3 is provided with roll shaft group, returns middle positioner 5 to be placed in the lower section of roll shaft group,
And return middle positioner 5 extended roll shaft group top, end liner 6 is by the group of corresponding delivery device pushing tow to end liner transmission line body 3
On dress station 7.
As shown in Figure 4 and Figure 5, described transfer mechanism 4 is located at above casing transmission line body 1 and end liner transmission line body 3 it
Between, for the casing 2 being delivered to casing transmission line body 1 end being clamped automatically and moving to end liner transmission line body 3.
Described return middle positioner 5 to be located at the upper of end liner transmission line body 3, enter for the end liner 6 that will be located in assembling on station 7
Row returns middle location automatically, in order to casing 2 is put in end liner 6 by transfer mechanism 4 exactly.
When this utility model assembles, the end liner 6 returning middle positioner 5 first to will be located in assembling on station 7 is carried out automatically
Returning middle location, then the casing 2 being parked on casing transmission line body 1 is clamped mobile to assembling on station 7 by transfer mechanism 4 automatically
Side, fits exactly on end liner 6 by casing 2 afterwards, it is achieved that full-automatic production, is effectively increased the assembling effect of product
Rate；Use the feature returning middle positioner 5 to have accurate positioning, assembling quality is effectively ensured unified stable.
As shown in Figure 7, Figure 8 and Figure 9, return middle positioner 5 to include with the fixing lifting of end liner transmission line body 3 described in fix
Seat 51, described lifting is fixed and is fixed with the lifting that vertically arranges bottom seat 51 and drives cylinder 52, described lifting to drive cylinder 52
Outfan is through the fixing seat 51 of lifting and is fixedly connected with lifting gripper shoe 53, before described lifting gripper shoe 53 is fixed with
After return middle assembly 54 and left and right to return middle assembly 55.Front and back return middle assembly 54 and left and right to return middle assembly 55 to be located at independently of each other rising
On descending branch fagging 53, drive cylinder 52 by controlling lifting so that front and back return middle assembly 54 and left and right to return middle assembly 55 to stretch out the end
The assembling station 7 on lining transmission line body 3 top, with to end liner 6 along front and back and left and right directions returns middle location automatically, there is location
The feature that precision is high and stable, it is ensured that being smoothed out of assembling.
Return middle assembly 54 to include with lifting gripper shoe 53 before and after described to fix be connected before and after return middle underframe 541, described before
After return on middle underframe 541 slidably connect synchronization in opposite directions or dorsad motion along the longitudinal direction before and after return median claw 542, described in two
Front and back return median claw 542 to be fixed with before and after's driving rack 543 along the longitudinal direction, described in two before and after engage between driving rack 543
Have with front and back return middle underframe 541 to be rotationally connected before and after travelling gear 544, described before and after return and be fixed with on middle underframe 541 before
After return middle cylinder 545, described before and after return middle cylinder 545 outfan and return median claw before and after wherein one and 542 fix and be connected.Before and after carrying out
Return middle location time, described before and after return middle cylinder 545 outfan to retract, before and after being connected with front and back returning middle cylinder 545 outfan biography
Before and after carry-over bar 543 then drives, travelling gear 544 rotates, and then drives driving rack 543 before and after another to slide, and finally makes two
Return median claw 542 to be synchronized with the movement in opposite directions before and after described, realize in the longitudinal direction automatically returning middle location by end liner 6.
Described left and right return middle assembly 55 to include middle underframe 551 is returned in left and right, described left and right returns middle underframe 551 by support 556
Fixing with lifting gripper shoe 53 being connected, and be set up in and front and back return above middle underframe 541, described left and right is returned on middle underframe 551 along a left side
Right direction slidably connects the left and right synchronizing to move in opposite directions or dorsad and returns median claw 552, and described in two, left and right returns median claw 552 along left and right
Direction is fixed with left and right driving rack 553, is engaged with and returns middle underframe 551 with left and right described in two between left and right driving rack 553
The left and right travelling gear 554 being rotationally connected, described left and right return be fixed with on middle underframe 551 left and right return middle cylinder 555, a described left side
In Yougui, cylinder 555 outfan returns with wherein about one that median claw 552 is fixing to be connected.When returning middle location about carrying out, described left and right
Middle cylinder 555 outfan is returned to retract, before and after the left and right driving rack 553 returning middle cylinder 555 outfan to be connected with left and right then drives
Travelling gear 554 rotates, and then drives another left and right driving rack 553 to slide, and finally makes left and right described in two return median claw 552 phase
To being synchronized with the movement, realize in the lateral direction automatically returning middle location by end liner 6.
Return middle assembly 54 and left and right to return middle assembly 55 to use before and after in this utility model to control independently of each other, and all use
Cylinder, rack and pinion carry out coordinated signals, clamp and left and right returns middle assembly 55 left before and after ensureing respectively before and after returning middle assembly 54
Right clamping synchronization is carried out, and has the feature of accurate positioning.
During in order to ensure end liner 6 is returned middle location, can be adaptively adjusted, return median claw 552 top in described left and right
Medial surface rotates and is provided with guide wheel 557 so that when front and back returning middle assembly 54 to clamp end liner 6, end liner 6 can the most adaptively
Adjust, be prevented effectively from catching phenomenon.
Meanwhile, in order to ensure that lifting drives cylinder 52 outfan stable working smooth and easy, bottom described lifting gripper shoe 53
Being fixedly connected with lifting guide pillar 531, described lifting is fixed seat 51 and is provided with the lifting guide hole being slidably connected with lifting guide pillar 531
511。
As shown in Figure 4 and Figure 5, described transfer mechanism 4 includes being crossed on casing transmission line body 1 and end liner transmission line body 3
And the transfer column 41 in door type mechanism, described in two, transfer column 41 upper bracket is provided with parallel with casing transmission line body 1
Transfer crossbeam 42, transfer crossbeam 42 is connected with horizontal transfer seat 43 by sliding-rail sliding, described transfer crossbeam 42 is slidably connected
Horizontal transfer seat 43 and the horizontal transfer for driving horizontal transfer seat 43 to move is had to drive assembly 44, described horizontal transfer seat 43
On vertically slidably connect vertical transfer seat 45 and for the vertical transfer driving group driving vertical transfer seat 45 to move up and down
Part 46, vertical transfer seat 45 is connected with horizontal transfer seat 43 by sliding-rail sliding, and described vertical transfer seat 45 lower end is fixing to be connected
Having grip slipper 47, described grip slipper 47 basal sliding connects has two to be surely provided with for driving for clamping the transfer jaw 48 of casing 2
The transfer jaw that dynamic two transfer jaws 48 move in opposite directions or dorsad drives assembly 49.
As shown in Figure 6, described transfer jaw 48 includes the transfer clamping slide plate 481 being connected with grip slipper 47 basal sliding,
Transfer clamping slide plate 481 is connected by sliding-rail sliding with grip slipper 47, and described transfer clamping slide plate 481 is fixedly connected with transfer folder
Holding frame 482, described transfer holding frame 482 lower inside is fixed with transfer grip block 483, wherein transfer grip block described in
Being provided with sucker 484 inside 483, this sucker 484 uses vacuum cup, is provided with brake pad inside another described transfer grip block 483
485, described brake pad 485 can use silica gel block or friction is cotton or polyurethane offset plate, brake pad 485 in this utility model
Preferably use polyurethane offset plate, to improve the coefficient of friction between transfer grip block 483 and casing 2；Use said structure, so may be used
With the least chucking power, i.e. can reach the biggest frictional force, it is prevented effectively from casing 2 and is deformed or presss from both sides bad problem,
Also ensure that simultaneously casing 2 held traversing time stable movement, and avoid rocking, cause the problem that impact assembles.
As shown in Figure 6, described transfer jaw drives assembly 49 to include the transfer clamping that be connected fixing with bottom grip slipper 47
Driving motor 491, described transfer clamping to drive motor 491 outfan to connect has transfer to clamp leading screw 492, described transfer clamping silk
Being connected with transfer clamping screw 493 on thick stick 492, described load clamping screw 493 is fixing with transfer clamping slide plate 481 to be connected.
Two transfer clamping slide plates 481 in described transfer jaw 48 all use independent driving, when carrying out clamping casing 2, and two transfer clampings
Driving motor 491 to export to start simultaneously, and correspondingly drive transfer clamping leading screw 492 to rotate, transfer clamping screw 493 is the most corresponding
Drive the transfer clamping relative grip slipper 47 of slide plate 481 to slide, and then make two transfer grip block 483 move toward one another, and by control
Transfer processed clamping drives motor 491 to control the revolution of transfer clamping leading screw 492, reaches to control the motion of transfer grip block 483
Distance between stroke and two transfer grip blocks 483, it is ensured that sucker 484 and brake pad 485 are conflicted the side of casing 2 and making
The chucking power of two transfer grip blocks 483 is moderate, thus avoids the bad problem of the excessive initiation of chucking power.
The horizontal transfer that described horizontal transfer drives assembly 44 to include being fixed on transfer crossbeam 42 drives motor 441, institute
Stating horizontal transfer drives the connection of motor 441 outfan to have the horizontal transfer leading screw 442 being rotationally connected with transfer crossbeam 42, described horizontal stroke
Being connected with horizontal transfer screw 443 to transfer leading screw 442, described horizontal transfer screw 443 is fixed with horizontal transfer seat 43
Connect.During work, casing transmission line body 1 is by casing 2 automatic transport to setting position, and the horizontal transfer of transfer mechanism 4 drives electricity
Machine 441 drives horizontal transfer leading screw 442 to rotate, and horizontal transfer screw 443 then drives horizontal transfer seat 43 to move along transfer crossbeam 42
Dynamic so that transfer jaw 48 is positioned at the top of casing 2.
Described vertical transfer drives assembly 46 to include the vertical transfer tooth bar 461 being vertically fixed on vertical transfer seat 45
Driving motor 462 with the vertical transfer being fixedly connected on horizontal transfer seat 43, described vertical transfer drives motor 462 outfan
Connect and have the vertical transfer gear 463 engaged with vertical transfer tooth bar 461.When transfer jaw 48 with horizontal transfer seat 43 move to
During the top of casing 2, vertical transfer drives motor 462 then to start, and drives vertical transfer gear 463 to rotate, the most vertically
Transfer tooth bar 461 then drives the vertically movable relatively transverse Mobile base of seat 45 43 to move down so that transfer jaw 48 is positioned at casing 2
Both sides；After casing 2 is clamped by transfer jaw 48, vertical transfer drives motor 462 then to invert, and vertical transfer tooth bar 461 is then
Drive the vertically movable relatively transverse Mobile base of seat 45 43 to move up, to rise to setting position, then complete the clamping to casing 2
Action.
This utility model one apparatus automatization assembling, during work, as depicted in figs. 1 and 2, first, casing transmission line body 1
Automatically casing 2 is delivered to setting position, i.e. the stop cylinder by being located on casing transmission line body 1 positions；Meanwhile, the end
Lining 6 is pushed on the assembling station 7 of end liner transmission line body 3 automatically by corresponding top-pushing mechanism (not shown).
Then, the horizontal transfer of transfer mechanism 4 drives motor 441 to drive horizontal transfer leading screw 442 to rotate, horizontal transfer silk
Female 443 then drive horizontal transfer seat 43 to move along transfer crossbeam 42 so that transfer jaw 48 is positioned at the top of casing 2；Then, perpendicular
Drive motor 462 then to start to transfer, and drive vertical transfer gear 463 to rotate.
Correspondingly, vertical transfer tooth bar 461 then drives the vertically movable relatively transverse Mobile base of seat 45 43 to move down so that
Transfer jaw 48 is positioned at the both sides of casing 2；After casing 2 is clamped by transfer jaw 48, vertical transfer drives motor 462 the most anti-
Turning, vertical transfer tooth bar 461 then drives the vertically movable relatively transverse Mobile base of seat 45 43 to move up, to rise to set position
Put.
Meanwhile, lifting drives cylinder 52 outfan to stretch out so that left and right is returned median claw 552 and front and back returns median claw 542 to pass through
Wear the roll shaft group of end liner transmission line body 3 and stretch out assembling station 7, and by end liner 6 along front and back and left and right directions surrounds.Carry out left and right
When returning middle location, described left and right returns middle cylinder 555 outfan to retract, and the left and right returning middle cylinder 555 outfan to be connected with left and right passes
Before and after carry-over bar 553 then drives, travelling gear 554 rotates, and then drives another left and right driving rack 553 to slide, and finally makes two
Described left and right returns median claw 552 to be synchronized with the movement in opposite directions, realizes in the lateral direction automatically returning middle location by end liner 6.
Similarly, when front and back returning middle location, described before and after return middle cylinder 545 outfan to retract, and front and back return middle gas
Before and after before and after the connection of cylinder 545 outfan, driving rack 543 then drives, travelling gear 544 rotates, and then drives biography before and after another
Carry-over bar 543 slides, and finally makes to return median claw 542 to be synchronized with the movement in opposite directions before and after described in two, is realized in the longitudinal direction by end liner 6
Automatically middle location is returned；Now, will end liner 6 assemble on station 7 along front and back and left and right directions complete to return in position, during left and right is returned
Pawl 552 and front and back return median claw 542 and apply suitable power end liner 6 is gripped.
Furthermore, horizontal transfer drives motor 441 reversion to drive horizontal transfer leading screw 442, and horizontal transfer screw 443 then drives
Laterally transfer seat 43 along transfer crossbeam 42 to assembling station 7 one side shifting so that casing 2 moves the top to end liner 6 exactly
And stop.
Finally, vertical transfer drives motor 462 to restart, and drives vertical transfer gear 463 to rotate so that vertical transfer
Tooth bar 461 drives the vertically movable relatively transverse Mobile base of seat 45 43 to move down, when the bottom of casing 2 is assembled on end liner 6,
Casing 2 is unclamped by transfer jaw 48, the most then complete the automatic assembling of casing 2 and end liner 6.
Claims (8)
1. an apparatus automatization assembling, it is characterised in that including:
One casing transmission line body (1), described casing transmission line body (1) is used for carrying casing (2)；
One end liner transmission line body (3), described end liner transmission line body (3) and casing transmission line body (1) end on, be used for carrying the end
Lining (6), described end liner transmission line body (3) is provided with the assembling station (7) assembled for casing (2) and end liner (6)；
One transfer mechanism (4), described transfer mechanism (4) is located at casing transmission line body (1) and end liner transmission line body (3) top
Between, for the casing (2) being delivered to casing transmission line body (1) end is clamped and moves to end liner transmission line body (3) automatically；
And
One returns middle positioner (5), described in return middle positioner (5) to be located at the upper of end liner transmission line body (3), be used for will be located in group
Middle location returned automatically by end liner (6) on dress station (7), in order to casing (2) is put into end liner by transfer mechanism (4) exactly
(6) in.
A kind of apparatus automatization assembling, it is characterised in that described in return middle positioner (5) include with
The fixing lifting of end liner transmission line body (3) fixes seat (51), and described lifting is fixed seat (51) bottom and is fixed with and vertically arranges
Lifting drives cylinder (52), described lifting to drive cylinder (52) outfan through the fixing seat (51) of lifting and to be fixedly connected with liter
Descending branch fagging (53), described lifting gripper shoe (53) is fixed with and front and back returns middle assembly (54) and left and right to return middle assembly (55).
A kind of apparatus automatization assembling, it is characterised in that return middle assembly (54) to include before and after described
Fixing with lifting gripper shoe (53) is connected before and after return middle underframe (541), described front and back return on middle underframe (541) along the longitudinal direction
Slidably connect synchronization and in opposite directions or return median claw (542) before and after moving dorsad, described in two, front and back return median claw (542) along front and back
To being fixed with before and after's driving rack (543), described in two before and after be engaged with between driving rack (543) and front and back return middle underframe
(541) travelling gear (544) before and after being rotationally connected, described before and after return to be fixed with on middle underframe (541) and front and back return middle cylinder
(545) return middle cylinder (545) outfan before and after, described and return median claw (542) to fix before and after wherein one to be connected；
Described left and right return middle assembly (55) include left and right return middle underframe (551), described left and right returns middle underframe (551) to pass through support
(556) fixing with lifting gripper shoe (53) being connected, and be set up in and front and back return above middle underframe (541), middle underframe is returned in described left and right
(551) slidably connecting the left and right synchronizing to move in opposite directions or dorsad in left-right direction and return median claw (552), described in two, left and right is returned
Median claw (552) is fixed with left and right driving rack (553) in left-right direction, engages described in two between left and right driving rack (553)
Having the left and right travelling gear (554) returning middle underframe (551) to be rotationally connected with left and right, described left and right returns middle underframe (551) upper fixing
Being provided with left and right and return middle cylinder (555), described left and right returns middle cylinder (555) outfan to return median claw (552) to fix with wherein about one
Connect.
A kind of apparatus automatization assembling, it is characterised in that in median claw (552) top is returned in described left and right
Side rotates and is provided with guide wheel (557), and described lifting gripper shoe (53) bottom is fixedly connected with lifting guide pillar (531), described lifting
Fixing seat (51) is provided with the lifting guide hole (511) being slidably connected with lifting guide pillar (531).
A kind of apparatus automatization assembling, it is characterised in that described transfer mechanism (4) includes being crossed on
Casing transmission line body (1) and the end liner transmission line body (3) the transfer column (41) above and in door type mechanism, transfer column described in two
(41) upper bracket is provided with the transfer crossbeam (42) parallel with casing transmission line body (1), the company of slip on described transfer crossbeam (42)
Be connected to horizontal transfer seat (43) and be used for driving the movement of horizontal transfer seat (43) horizontal transfer drive assembly (44), described laterally
Vertically slidably connect vertical transfer seat (45) on transfer seat (43) and be used for driving vertical transfer seat (45) to move up and down
Vertical transfer drives assembly (46), and described vertical transfer seat (45) lower end is fixedly connected with grip slipper (47), described grip slipper
(47) basal sliding connects has two to be surely provided with for driving two transfer jaws (48) for clamping the transfer jaw (48) of casing (2)
The transfer jaw moved in opposite directions or dorsad drives assembly (49).
A kind of apparatus automatization assembling, it is characterised in that described transfer jaw (48) includes and folder
Holding transfer clamping slide plate (481) that seat (47) basal sliding connects, described transfer clamping slide plate (481) is fixedly connected with transfer folder
Holding frame (482), described transfer holding frame (482) lower inside is fixed with transfer grip block (483), wherein transfer folder described in
Holding block (483) inner side and be provided with sucker (484), another described transfer grip block (483) inner side is provided with brake pad (485).
A kind of apparatus automatization assembling, it is characterised in that described transfer jaw drives assembly (49)
Motor (491), described transfer clamping is driven to drive motor (491) including the transfer clamping being connected fixing with grip slipper (47) bottom
Outfan connects transfer clamping leading screw (492), and described transfer clamping leading screw (492) is connected with transfer clamping screw
(493), described load clamping screw (493) is fixing with transfer clamping slide plate (481) is connected.
A kind of apparatus automatization assembling, it is characterised in that described horizontal transfer drives assembly (44)
Driving motor (441) including the horizontal transfer being fixed on transfer crossbeam (42), described horizontal transfer drives motor (441) output
End connection has the horizontal transfer leading screw (442) being rotationally connected with transfer crossbeam (42), and described horizontal transfer leading screw (442) coordinates even
Being connected to horizontal transfer screw (443), described horizontal transfer screw (443) is fixing with horizontal transfer seat (43) to be connected；
Described vertical transfer drives assembly (46) to include the vertical transfer tooth bar being vertically fixed on vertical transfer seat (45)
And the vertical transfer that is fixedly connected on horizontal transfer seat (43) drives motor (462), (461) described vertical transfer drives motor
(462) outfan connects the vertical transfer gear (463) engaged with vertical transfer tooth bar (461).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620761536.XU CN205869869U (en) | 2016-07-18 | 2016-07-18 | Automatic change equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620761536.XU CN205869869U (en) | 2016-07-18 | 2016-07-18 | Automatic change equipment |
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| CN205869869U true CN205869869U (en) | 2017-01-11 |
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| CN201620761536.XU Withdrawn - After Issue CN205869869U (en) | 2016-07-18 | 2016-07-18 | Automatic change equipment |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106064292A (en) * | 2016-07-18 | 2016-11-02 | 广东恒鑫智能装备股份有限公司 | A kind of automatic transferring assembles equipment |
| CN107598512A (en) * | 2017-09-07 | 2018-01-19 | 李镜萍 | A kind of automobile audio loudspeaker assembling device |
| CN108857303A (en) * | 2017-05-10 | 2018-11-23 | 上海轩田工业设备有限公司 | A kind of equipment for tearing tooling open automatically for carrier |
| CN109436456A (en) * | 2018-12-27 | 2019-03-08 | 浙江中广电器股份有限公司 | Package with returning middle device automatically |
| CN110712961A (en) * | 2019-10-25 | 2020-01-21 | 昆明理工大学 | Automatic lifting and overturning machine for articles |
-
2016
- 2016-07-18 CN CN201620761536.XU patent/CN205869869U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106064292A (en) * | 2016-07-18 | 2016-11-02 | 广东恒鑫智能装备股份有限公司 | A kind of automatic transferring assembles equipment |
| CN108857303A (en) * | 2017-05-10 | 2018-11-23 | 上海轩田工业设备有限公司 | A kind of equipment for tearing tooling open automatically for carrier |
| CN107598512A (en) * | 2017-09-07 | 2018-01-19 | 李镜萍 | A kind of automobile audio loudspeaker assembling device |
| CN109436456A (en) * | 2018-12-27 | 2019-03-08 | 浙江中广电器股份有限公司 | Package with returning middle device automatically |
| CN109436456B (en) * | 2018-12-27 | 2024-01-09 | 浙江中广电器集团股份有限公司 | Automatic centering device for packaging piece |
| CN110712961A (en) * | 2019-10-25 | 2020-01-21 | 昆明理工大学 | Automatic lifting and overturning machine for articles |
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Legal Events
| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170111 Effective date of abandoning: 20181009 |