CN209050008U - A kind of support base assembling equipment - Google Patents

Abstract

The utility model discloses a kind of support bases to assemble equipment, it is related to assembling apparatus field, including loading plate, the side of loading plate is provided with punch assembly, the upper surface of loading plate is connected with lower module, the upper surface of lower module offers locating slot, locating slot center position offers the first half ball grooves, the width of the lower module side close to each other with U-shaped frame it is of same size, punch assembly includes the base for being set to loading plate side and the punching cylinder for being fixedly connected on base vertically, the telescopic rod lower end of punching cylinder is fixedly connected with the upper module that bottom surface can be connected to lower module upper surface, the position that upper module corresponds to the first half ball grooves of lower module is also provided with the second half ball grooves that can be connected to convex ring.When solving the pillar for squeezing bearing plate in the prior art, it is easy the problem of damaging convex ring and lower convex ring by pressure, there is the connection of the completion bearing plate and U-shaped frame that can be convenient, without damaging bulge loop and lower the advantages of determining portion.

Description

A kind of support base assembling equipment

Technical field

The utility model relates to apparatus field is assembled, in particular to a kind of support base assembles equipment.

Background technique

A kind of existing support base 1 used for motor, as shown in Figure 1, including U-shaped frame 11, U-shaped frame 11 includes level board 111, it is fixedly connected with the vertical plate 112 for being connected to 111 two sides of level board vertically and level is fixedly connected under vertical plate 112 respectively The bending plate 113 for the side being located remotely from each other is held, 111 center of level board tends away from the side protrusion of vertical plate 112 Convex ring 1111 is formed, U-shaped frame 11 is provided with bearing plate 12 close to the side of vertical plate 112, corresponds in the middle part of bearing plate 12 convex The side that the position of ring 1111 tends away from level board 111 convexes to form lower convex ring 121, the center of convex ring 1111 and lower positioning Through-hole 1112 is offered along equal vertical direction, bearing plate 12 is also fixedly connected with four pillars by the side for plate 111 of intaking vertically 122, the position that level board 111 corresponds to pillar 122 on bearing plate 12 is also provided with the mounting hole plugged convenient for pillar 122, pillar 122 one end for being fed through mounting hole are formed the ring-type destroyed by extruding force and keep off convex, the side of the convex close bearing plate 12 of ring-type gear It is connected to level board 111, so that the fixation of U-shaped frame 11 Yu bearing plate 12 is completed, it is also embedding between convex ring 1111 and lower convex ring 121 It is in collinear bearing 13 equipped with axis and 1112 axis of through-hole, bearing 13 can be in convex ring 1111 and lower convex ring Along own axis in 121.

It is all that operator grasps by hand when being installed at present to the U-shaped frame of this support base, bearing and bearing plate Make, take out a U-shaped frame first and then bearing is placed in U-shaped frame, subsequently, takes out pallet, make the convex of pallet Column is fed through the mounting hole of U-shaped frame, finally by the pillar one end for being fed through mounting hole flatten can be completed U-shaped frame, bearing and Fixation between bearing plate.

But in above-mentioned this operating process, there is following problems: U-shaped frame is convexed to form far from the side of bearing plate Convex ring, bearing plate convex to form lower convex ring far from the side of U-shaped frame, due to the convex ring and lower convex ring of setting, and because hold Fishplate bar is smaller, thus when be easy to causeing the pillar for squeezing bearing plate, and operation is not easy, be easily easy to damage by pressure convex ring and under it is convex Ring.

Utility model content

The purpose of the utility model is to provide a kind of support bases to assemble equipment, has the completion bearing plate and U that can be convenient The connection of shape frame, without damaging bulge loop and lower the advantages of determining portion.

The above-mentioned technical purpose of the utility model technical scheme is that,

A kind of support base assembling equipment, including loading plate, the side of the loading plate are provided with punch assembly, the feeding The upper surface of disk is connected with lower module, and the upper surface of the lower module, which offers inner sidewall, can be connected to bearing plate lateral wall Locating slot, the center position of the locating slot offer the first half ball grooves that can be connected to lower convex ring, the lower module The width side close to each other with U-shaped frame it is of same size, the punch assembly include be set to the base of loading plate side with And it is fixedly connected on the punching cylinder of base vertically, the telescopic rod lower end of the punching cylinder is fixedly connected with bottom surface and can be connected to The upper module of lower module upper surface, the position that the upper module corresponds to the first half ball grooves of lower module are also provided with and can be connected to The second half ball grooves of convex ring.

By using above scheme, in use, bearing plate is placed in locating slot, at this point, the lower convex ring of bearing plate is fallen In in the first half ball grooves, then, bearing is placed in the lower convex ring of bearing plate, U-shaped frame is subsequently placed to the top of bearing plate, And so that the more pillars of bearing plate is fed through the mounting hole of U-shaped frame respectively, the vertical plates on both sides of U-shaped frame will be connected at this time The two sides of supporting block, then starting punching cylinder drive upper module moves downward to push be connected to wear out by lower module and pacify The pillar in hole is filled, is destroyed so that the upper end of pillar be squeezed, to complete the fixation of bearing plate and support column, and in the middle part of upper module Offer the second half ball grooves, thus upper module is when pushing, the convex ring of U-shaped frame is in the second half ball grooves, so as to prevent The only convex ring briquetting of U-shaped frame, meanwhile, the lower convex ring of bearing plate is also in the first half ball grooves, thus will not generate damage, It is easy to operate, using simple.

Preferably, the position in the middle part of corresponding the first half ball groove of the lower module be fixedly connected with vertically can be fed through down it is convex Ring and it is inserted in the positioning column in bearing mounting hole.

By using above scheme, bearing plate is placed in locating slot, it, can be with when bearing being then placed in lower convex ring Directly the mounting hole of bearing is sheathed on support column, to complete positioning of the bearing in lower convex ring.

Preferably, there is lower die holder in the position of the upper corresponding lower module of the loading plate, the upper surface of the lower die holder is vertical More support columns are fixedly connected with, the lower module slides be connected to support column vertically, is arranged with upper end on the support column and supports It is connected to lower module and lower end is connected to the first buffer spring of lower die holder.

By using above scheme, when upper module can be made to abut lower module by the first buffer spring of setting, reduce The instant impact of workpiece on lower module, so that workpiece be prevented to be subject to crushing.

Preferably, being fixedly connected with workbench below the base, the loading plate is rotationally connected with workbench；It is described To be evenly arranged with multiple lower die holders and lower module on loading plate centered on the center of circle of loading plate on loading plate.

By using above scheme, using will can be placed with support base on each lower module, thus passing through punching press Loading plate can be rotated after the punching press of component one support base of completion, another support base to be punched is turned into punching press with loading plate Module position punching press after rolling, and what the support base that punching press is completed also can be convenient removes, and improves work efficiency, operation side Just.

Preferably, the lower surface of the loading plate offers annular groove, the upper table of the workbench with the center of circle of loading plate The position of the correspondence annular groove in face is installed with the positioning ring that can be inserted in annular groove.

Logical fruit can make loading plate in the upper of workbench using the above scheme, by the annular groove and positioning ring cooperation of setting Surface pivots are more stable, run more stable.

Preferably, the lower die holder is removably connected to loading plate.

It, can be directly by lower die holder from upper when being produced between lower die holder or lower module into damage by using above scheme It is removed on charging tray, to easily be overhauled and be replaced.

Preferably, the top of the upper module is fixedly connected under telescopic rod being provided with upper die holder, the upper die holder End, the upper module slide be connected to upper die holder vertically, are also fixedly connected with second vertically between the upper die holder and upper module Buffer spring, the upper end of the second buffer spring is connected to upper die holder, and its lower end is connected to upper module.

By using above scheme, when work, punching cylinder drives upper die holder to move downward, to upper module will be made to be connected to When lower module, upper module will be buffered by buffer spring, to prevent instant impact from crossing macrolesion upper module.

Preferably, being fixedly connected with servo motor in the workbench, the output shaft of the servo motor is rotationally connected with The middle part of loading plate.

By using above scheme, loading plate can be driven to rotate by the servo motor of setting, on driving The lower module of charging tray is rotated with the rotation of loading plate, thus the processing of the automatic position-changing for completing lower module seat easy to support.

To sum up, the utility model has the following beneficial effects:

1. in use, bearing plate is placed in locating slot, at this point, the lower convex ring of bearing plate is fallen in the first half ball grooves, Then, bearing is placed in the lower convex ring of bearing plate, U-shaped frame is subsequently placed to the top of bearing plate, and makes the more of bearing plate Root pillar is fed through the mounting hole of U-shaped frame respectively, and the vertical plates on both sides of U-shaped frame will be connected to the two sides of supporting block at this time, Then starting punching cylinder drives upper module to move downward can be connected to the pillar for wearing out mounting hole by lower module pushing, from And the upper end of pillar is squeezed and is destroyed, the second half are offered to complete the fixation of bearing plate and support column, and in the middle part of upper module Ball groove, thus upper module is when pushing, the convex ring of U-shaped frame is in the second half ball grooves, so as to prevent the convex of U-shaped frame Ring briquetting, meanwhile, the lower convex ring of bearing plate is also in the first half ball grooves, thus will not generate damage, and it is easy to operate, it uses Simply；

2. bearing plate is placed in locating slot, it, can be directly by the peace of bearing when bearing being then placed in lower convex ring Dress hole is sheathed on support column, to complete positioning of the bearing in lower convex ring；

3. upper module can be made to abut lower module by the first buffer spring of setting, the wink of workpiece on lower module is reduced Between impact force, so that workpiece be prevented to be subject to crushing.

Detailed description of the invention

Fig. 1 is clamping support explosive view in background technique；

Fig. 2 is the schematic diagram of support base assembling equipment overall structure in embodiment；

Fig. 3 is the schematic diagram that feeding dish structure is highlighted in embodiment；

Fig. 4 is the diagrammatic cross-section that mould structure is highlighted in embodiment；

Fig. 5 is the schematic diagram that bearing loading assemblies structure is highlighted in embodiment；

Fig. 6 is the schematic diagram that punch assembly structure is highlighted in embodiment；

Fig. 7 is the schematic diagram that discharge component structure is highlighted in embodiment.

In figure, 1, support base；11, U-shaped frame；111, level board；1111, convex ring；1112, through-hole；112, vertical plate； 113, bending plate；12, bearing plate；121, lower convex ring；122, pillar；13, bearing；2, workbench；21, loading plate；211, annular Slot；22, positioning ring；23, servo motor；24, mold；241, lower die holder；2411, support column；2412, baffle ring；2413, it accommodates Slot；242, lower module；2421, stepped hole；2422, locating slot；2423, the first half ball grooves；2424, positioning column；243, first is slow Rush spring；3, bearing plate loading assemblies；31, the first blanking rack；311, the first blanking rack；312, the first pallet；313, first It is oriented to steel plate；314, first baffle；32, the first feed device；321, first support；322, the first push cylinder；323, first liter Cylinder drops；324, the first Pneumatic clamping jaw；4, bearing loading assemblies；41, the second blanking rack；411, the second blanking rack；412, second temporarily Deposit frame；413, the second guiding steel plate；414, second baffle；42, the second feed device；421, second support；422, the second push Cylinder；423, the second lift cylinders；424, the second Pneumatic clamping jaw；5, U-shaped frame loading assemblies；51, third blanking rack；511, third blanking Frame；512, third pallet；513, third is oriented to steel plate；514, third baffle；52, third feed device；521, third bracket； 522, third pushes cylinder；523, third lift cylinders；524, third Pneumatic clamping jaw；6, punch assembly；61, base；62, punching cylinder； 63, upper die holder；64, upper module；641, the second half ball grooves；65, the second buffer spring；7, discharge component；71, unloading rack；72, it unloads Expect device；721, the 4th bracket；722, the 4th push cylinder；723, the 4th lift cylinders；724, the 4th Pneumatic clamping jaw.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.The wherein identical attached drawing of identical components Label indicates.It should be noted that word "front", "rear" used in the following description, "left", "right", "up" and "down" refer to It is the direction in attached drawing, word " ground " and " top surface ", "inner" and "outside" are referred respectively to towards or away from particular elements geometry The direction at center.

Embodiment: a kind of support base assembling equipment, in conjunction with Fig. 2, including workbench 2, the top of workbench 2 is provided with feeding The position of disk 21, the outside for corresponding to loading plate 21 on workbench 2 is disposed with bearing plate centered on the center of circle of loading plate 21 Loading assemblies 3, bearing loading assemblies 4, U-shaped frame loading assemblies 5, punch assembly 6 and discharge component 7.

In conjunction with Fig. 2 and Fig. 3, the upper surface of workbench 2 is fixed with positioning ring 22 by the center of circle of the center of circle of loading plate 21, on The lower surface of charging tray 21 offers the annular groove 211 that can plug positioning ring 22, and the lower section of workbench 2 is fixedly connected with vertically to be watched Motor 23 is taken, the output shaft upper end of servo motor 23 is extended the upper surface of workbench 2 and is fixedly connected in loading plate 21 At heart position.Multiple molds are evenly arranged with by the center of circle of the center of circle of loading plate 21 at the outer circle position of the upper surface of loading plate 21 24, mold 24 includes lower die holder 241 and the lower module that is set to above lower die holder 241 being bolted in loading plate 21 242, the upper surface of lower die holder 241 is threaded with the more support columns being vertically arranged 2411, and the upper end of support column 2411 is solid Equipped with baffle ring 2412, the position of the corresponding support column 2411 of lower module 242 offers being capable of the rank that wears of column 2411 easy to support Terraced hole 2421 is cooperated by stepped hole 2421 and support column 2411, and lower module 242 can slide vertically in support column 2411, and It can also prevent lower module 242 from sliding out from the upper end of support column 2411 by baffle ring 2412 and the cooperation of stepped hole 2421, lower die The position in corresponding 2411 outside of support column of seat 241 offers holding tank 2413, is provided in holding tank 2413 and is sheathed on support column The first buffer spring 243 on 2411, the lower end of the first buffer spring 243 are connected to the bottom surface of holding tank 2413, and first is slow The upper end for rushing spring 243 can be connected to the lower surface of lower module 242.243 upper end of the first buffer spring is protruded under natural conditions In holding tank 2413 and it is connected to 242 lower surface of lower module, under contraction state, 243 upper end of the first buffer spring and holding tank 2413 upper ends are concordant.When work, the rotation of 23 output shaft of servo motor is able to drive rotating on workbench 2 for loading plate, thus Each mold 24 is driven to rotate on workbench 2.

In conjunction with Fig. 3 and Fig. 4, lower module 242 is in cuboid, and the width of lower module 242 is mutually leaned on two vertical plates of U-shaped frame 11 The distance between close side is identical, and the middle part of lower module 242 offers rectangular locating slot 2422, the depth of locating slot 2422 It is identical as the depth of bearing plate 12, and the inner sidewall of locating slot 2422 can be connected to the lateral wall of bearing plate 12, locating slot The lower convex ring 121 that 2422 middle part corresponds to bearing plate 12 offers spherical the first half ball groove 2423, the first half ball grooves 2423 Middle part is also fixedly connected on the positioning column 2424 that can be inserted in 13 mounting hole of bearing, 12 placement positioning slot of bearing plate vertically After 2422 the lower convex ring 121 of bearing plate 12 can be inserted in the first half ball grooves 2423 to guarantee bearing plate 12 it is accurate calmly Position.

In conjunction with Fig. 2 and Fig. 5, bearing plate loading assemblies 3 include the first blanking rack 31 and the first feed device 32, under first Material frame 31 be fixedly connected on 2 upper surface of workbench, including with far from loading plate 21 one end to close to loading plate 21 one end to Under inclined first blanking rack 311 and be fixedly connected on the first blanking rack 311 lower end and tend to 21 direction of loading plate extend The first pallet 312, the first pallet 312 is horizontally disposed.The cross section of first blanking rack 311 and the first pallet 312 is equal For U-shaped, and the distance between upper side opening of the first blanking rack 311 and the first pallet 312 and the lower convex ring with bearing plate 12 121 diameter is identical.The top of first blanking rack 311 is also fixedly connected with the first guiding steel for being parallel to the first blanking rack 311 Plate 313, the first guiding steel plate 313 can be connected to 12 upper surface of bearing plate on the first blanking rack 311, to prevent bearing plate 12 fall from the first blanking rack 311.First pallet 312 is also fixedly connected with first baffle close to one end of loading plate 21 314.When work, multiple bearing plates 12 are placed on the first blanking rack 311, multiple bearing plates 12 will be along successively the first blanking rack 311 automatic landings are to the first bearing plate 12, and then the bearing plate 12 near the side of loading plate 21 will be connected to first baffle 314, complete limit, thus make each bearing plate 12 it is neat be arranged on the first bearing plate 12 etc. it is to be processed.

First feed device 32 includes the inverted U-shaped first support 321 for being fixedly connected on 2 upper surface of workbench, and first temporarily Deposit the gap that frame 312 can be fed through first support 321 and 2 surface of workbench is formed.Is fixedly connected in first support 321 The axis direction of one push cylinder 322, the first push cylinder 322 is identical as the length direction of the first pallet 312, the first push cylinder 322 telescopic rod end is close to loading plate 21, and the telescopic rod end of the first push cylinder 322 has first liter that axis vertical is arranged Cylinder 323 drops, and the telescopic rod of the first lift cylinders 323, which is arranged downward and is fixedly connected with, can clamp on the first pallet 312 First Pneumatic clamping jaw 324(Pneumatic clamping jaw of bearing plate 12 is the prior art, and details are not described herein again).When work, the first lift cylinders 323 drive telescopic rods move downward, and the first Pneumatic clamping jaw 324 is driven to move downward, and the right clamping of first Pneumatic clamping jaw 324 first is temporarily The bearing plate 12 on frame 312 is deposited, then, the first push cylinder 322 drives the first Pneumatic clamping jaw 324 to rise thus from bearing plate is driven 12 rise, and then, the first push cylinder 322 pushes the direction movement of the first push trend loading plate 21 of cylinder 322, until first is pneumatic The bearing plate 12 that clamping jaw 324 clamps is located at the surface of the upper module 64 on loading plate 21, and then the first lift cylinders 323 drive the One Pneumatic clamping jaw 324 moves downward, until bearing plate 12 is located at the top of the locating slot 2422 of upper module 64, then, the first gas Dynamic clamping jaw 324 unclamps, and bearing plate 12 will be fallen in locating slot 2422, and so far, the feeding of a bearing plate 12 finishes, and then first Pneumatic clamping jaw 324 resets, and restarts to clamp another bearing plate 12, loading plate 21, which also rotates a station, loads another not The upper module 64 of bearing plate 12 is at 12 loading assemblies position of bearing plate, and falls within the upper module for having loaded bearing plate 12 64 The lower section of 13 feeding device of bearing.

Bearing loading assemblies 4 include the second blanking rack 41 and the second feed device 42, and the second blanking rack 41 is fixedly connected In 2 upper surface of workbench, including being fallen with one end far from loading plate 21 to one end close to loading plate 21 tilts down second Expect frame 411 and be fixedly connected on the lower end of the second blanking rack 411 and tend to the second pallet 412 that blanking tray direction extends, Second pallet 412 is horizontally disposed, and the cross section of the second blanking rack 411 and the second pallet 412 is U-shaped, the second blanking rack Width between 411 and 412 two sides of the second pallet is greater than 13 end face diameter of bearing and is less than 13 mid diameter of bearing, and second is temporary The height on both sides of frame 412 are slightly below the half of 13 height of bearing, and the top of the second blanking rack 411, which is also fixedly connected, is parallel to Second guiding steel plate 413 of two blanking racks 411, the second guiding steel plate 413 can be connected to the bearing 13 on the second blanking rack 411 Upper surface, to prevent bearing plate 12 from falling from the second blanking rack 411.The one of the close loading plate 21 of second pallet 412 End is also fixedly connected with second baffle 414.When work, multiple bearings 13 are placed on the second blanking rack 411, multiple bearings 13 It will slide automatically along successively the second blanking rack 411 to the second bearing plate 12, then near the bearing 13 of the side of loading plate 21 To be connected to second baffle 414, and complete limit, thus make each bearing 13 it is neat be arranged on the second bearing plate 12 etc. it is to be added Work.

Second feed device 42 is pneumatic including the push of second support 421, second cylinder 422, the second lift cylinders 423 and second Clamping jaw 424.(second support 421, second of the second blanking device pushes cylinder 422, the second lift cylinders 423 and the second pneumatic clamps The first support 321, first of pawl 424 and the first blanking device pushes cylinder 322, the first lift cylinders 323 and the first Pneumatic clamping jaw 324 structure is identical, is not repeating in the present embodiment) work when, the second lift cylinders 423 drive telescopic rod move downward, The second Pneumatic clamping jaw 424 is driven to move downward, then the second Pneumatic clamping jaw 424 clamps the bearing 13 on the second pallet 412, so Afterwards, the second push cylinder 422 drives the second Pneumatic clamping jaw 424 to rise to rise from dynamic bearing 13, then, the second push cylinder 422 directions for pushing the second lift cylinders 423 to tend to loading plate 21 move, until 13, bearing of the clamping of the second Pneumatic clamping jaw 424 In the surface of the upper module 64 on loading plate 21, then the second lift cylinders 423 drive the second Pneumatic clamping jaw 424 to move downward, Until bearing 13 is located at the top of the bearing plate 12 of the filling of upper module 64, then, the second Pneumatic clamping jaw 424 unclamps, with bearing 13 It is lower will, the mounting hole of bearing 13 will be being sheathed on 64 positioning column 2424 of upper module and according to the bearing plate that need to fall within lower module 242 In the bulge loop at 12 middle part, so far, the feeding of a bearing 13 is finished, and then the second Pneumatic clamping jaw 424 resets, and restarts to press from both sides Hold another bearing 13, loading plate 21, which also rotates a station another is made not load the upper module of bearing 13 64, to be on bearing 13 Expect component placement, and the module for having loaded bearing plate 12 and bearing 13 is made to turn to the positions of 11 loading assemblies of U-shaped frame.

U-shaped frame loading assemblies 5 include third blanking rack 51 and third doffer 52, and third blanking rack 51 is fixedly connected In 2 upper surface of workbench, including being fallen with one end far from loading plate 21 to the third that one end close to loading plate 21 tilts down Expect frame 511 and be fixedly connected on the lower end of third blanking rack 511 and tend to the third pallet 512 that blanking tray direction extends, Third pallet 512 is horizontally disposed, and third blanking rack 511 is in U-shape with 512 cross section of third pallet, third pallet 512 Identical, the top of third blanking rack 511 in the distance between the distance between two sides side close to each other with 11 liang of vertical plates of U-shaped frame It is also fixedly connected with the third guiding steel plate 513 for being parallel to third blanking rack 511, third guiding steel plate 513 can be connected to the The upper surface of U-shaped frame 11 on three blanking racks 511, to prevent bearing plate 12 from falling from third blanking rack 511.Third is temporary One end of the close loading plate 21 of frame 512 is also fixedly connected with third baffle 514.When work, by multiple U-shaped frames 11 with two vertical plates State directed downwardly is placed on third blanking rack 511, and multiple U-shaped frames 11 will slide automatically along successively third blanking rack 511 to the Three bearing plates 12, then the U-shaped frame 11 near the side of loading plate 21 will be connected to third baffle 514, complete limit, thus Make each U-shaped frame 11 it is neat be arranged on third bearing plate 12 etc. it is to be processed.

Third blanking device includes third bracket 521, third push cylinder 522, third lift cylinders 523 and third pneumatic clamps Pawl 524.(third bracket 521, third push cylinder 522, third lift cylinders 523 and the third Pneumatic clamping jaw of third blanking device 524 and first the first support 321, first of blanking device push cylinder 322, the first lift cylinders 323 and the first Pneumatic clamping jaw 324 Structure it is identical, do not repeated in the present embodiment) work when, third lift cylinders 523 drive telescopic rod move downward, drive Third Pneumatic clamping jaw 524 moves downward, and then third Pneumatic clamping jaw 524 clamps the U-shaped frame 11 on third pallet 512, then, Third pushes cylinder 522 and drives third Pneumatic clamping jaw 524 to rise to which from driving U-shaped frame 11 to rise, then, third pushes cylinder 522 Third lift cylinders 523 are pushed to tend to the direction movement of loading plate 21, until the U-shaped frame 11 that third Pneumatic clamping jaw 524 clamps is located at The surface of upper module 64 on loading plate 21, then third lift cylinders 523 drive third Pneumatic clamping jaw 524 to move downward, directly It is located at the top of the bearing plate 12 of the filling of upper module 64 to U-shaped frame 11, then, third Pneumatic clamping jaw 524 unclamps, with U-shaped frame 11 Decline, multiple pillars 122 of bearing plate 12 will be inserted in the mounting hole of level board 111 of U-shaped frame 11, at this point, bearing 13 Upper end will be located in the upper locating slot 2422 of U-shaped frame 11, and so far, the feeding of a U-shaped frame 11 finishes, then third Pneumatic clamping jaw 524 reset, and restart to clamp another U-shaped frame 11, loading plate 21, which also rotates a station, makes another not load U-shaped frame 11 Upper module 64 is at 11 loading assemblies position of U-shaped frame, and the module for having loaded bearing plate 12 and U-shaped frame 11 is made to turn to punching press Component 6.

In conjunction with Fig. 6, punch assembly 6 includes the base 61 being fixedly connected on workbench 2, and base 61 is located on loading plate 21 The position of side is fixedly connected with punching cylinder 62 vertically, and the telescopic rod of punching cylinder 62 is arranged downward and is fixedly connected with upper die holder 63, The lower surface center position of upper die holder 63 slides vertically is connected with upper module 64, upper module 64 be located at lower module 242 just on Side.Multiple second buffer springs 65 are also fixedly connected between upper module 64 and upper die holder 63 vertically, the second buffer spring 65 Upper end is connected to upper module 64 and its other end is connected to upper die holder 63.The first half ball grooves of the corresponding lower module 242 of upper module 64 2423 position is also provided with the second half ball grooves 641.When work, driving cylinder drives lower die holder 241 to move down, to make vertically The lower module 242 that sliding is connected to lower die holder 241 is connected to the upper module 64 of loading plate 21, then, under lower die holder 241 Drop, upper module 64 will be buffered by the second buffer spring 65, and lower module 242 will be buffered by the first buffer spring 243, to subtract Instant impact between few upper module 64 and lower module 242, then, upper module 64 is pushed down on by upper die holder 63, thus The pillar 122 for protruding from the upper surface of U-shaped frame 11, which is pressed down against, which causes the upper end of pillar 122 to destroy generation, is connected to U-shaped frame The gear of the upper surface of 11 level board 111 is convex, and the convex ring 1111 of U-shaped frame 11 will be located at the second of upper module 64 in extrusion process In half ball groove 641, to guarantee convex ring 1111 not with extrusion damage, so far, the assembling of a support base 1 is finished, then, Loading plate 21 rotates a station, and the support base 1 of another non-punching press is made to turn to the branch that 6 position of punch assembly also finishes assembling Support seat 1 turns at 7 position of discharge component with loading plate 21.

In conjunction with Fig. 7, discharge component 7 includes unloading rack 71 and device for discharging 72.Unloading rack 71 is fixedly connected on work 2 surface of platform, and the one end of unloading rack 71 far from loading plate 21 also tends to the inclined downward of workbench 2,71 cross section of unloading rack is in U Shape, the distance between 71 two sides of unloading rack are identical as the distance between 11 liang of vertical plates 112 of U-shaped frame side close to each other.

Device for discharging 72 includes the 4th bracket the 721, the 4th push cylinder 722, the 4th lift cylinders 723 and the 4th Pneumatic clamping jaw 724.(the 4th bracket the 721, the 4th push cylinder 722, the 4th lift cylinders 723 and the 4th Pneumatic clamping jaw 724 of the 4th blanking device Cylinder 322, the first lift cylinders 323 and the first Pneumatic clamping jaw 324 are pushed with the first support 321, first of the first blanking device Structure is identical, is not repeating in the present embodiment) work when, the 4th lift cylinders 723 drive telescopic rod to move downward, and drive the Four Pneumatic clamping jaws 724 move downward, and then 242 over-assemble of lower module on the 4th Pneumatic clamping jaw 724 clamping loading plate 21 is completed Support base 1, then, the 4th push cylinder 722 drive the 4th Pneumatic clamping jaw 724 rise to from drive support base 1 rise, so Afterwards, the direction that the 4th push cylinder 722 pushes the 4th lift cylinders 723 to tend away from loading plate 21 moves, until the 4th Pneumatic clamping jaw The support base 1 of 724 clampings is located at the surface of unloading rack, and then the 4th Pneumatic clamping jaw 724 of the 4th lift cylinders 723 driving is transported downwards Dynamic, until support base 1 is placed on unloading rack, then, the 4th Pneumatic clamping jaw 724 unclamps, and support base 1 can be sliding with unloading rack It falls, to complete 1 blanking of support base that is completed, so far, the discharging of a support base 1 being completed is finished, then the Four Pneumatic clamping jaws 724 reset, and restart to clamp another support base 1, loading plate 21, which also rotates a station, makes another assembling The support base 1 of completion is at 7 position of discharge component, and turns into the lower module for unsnatching support base 1 242 on bearing plate 12 Expect component placement.

Use process: when work, the first lift cylinders 323 drive telescopic rod move downward, drive the first Pneumatic clamping jaw 324 to Lower movement, right first Pneumatic clamping jaw 324 clamp the bearing plate 12 on the first pallet 312, and then, the first push cylinder 322 drives First Pneumatic clamping jaw 324 rises to which from driving bearing plate 12 to rise, then, the first push cylinder 322 pushes the first push cylinder 322 Tend to the direction movement of loading plate 21, until the bearing plate 12 of the first Pneumatic clamping jaw 324 clamping is located at the upper mold on loading plate 21 The surface of block 64, then the first lift cylinders 323 drive the first Pneumatic clamping jaw 324 to move downward, until bearing plate 12 is positioned at upper The top of the locating slot 2422 of module 64, then, the first Pneumatic clamping jaw 324 are unclamped, and bearing plate 12 will be fallen in locating slot 2422, So far, the feeding of a bearing plate 12 finishes, and then the first Pneumatic clamping jaw 324 resets, and restarts to clamp another bearing plate 12, Loading plate 21, which also rotates a station another is made not load the upper module of bearing plate 12 64, is in 12 loading assemblies position of bearing plate Place is set, and the upper module for having loaded bearing plate 12 64 is made to fall within the lower section of 13 feeding device of bearing.

Then, the second lift cylinders 423 drive telescopic rod to move downward, and drive the second Pneumatic clamping jaw 424 to move downward, then Second Pneumatic clamping jaw 424 clamps the bearing 13 on the second pallet 412, and then, the second push cylinder 422 drives the second Pneumatic clamping jaw 424 rise to rise from band dynamic bearing 13, and then, the second push cylinder 422 pushes the second lift cylinders 423 to tend to loading plate 21 Direction movement, until the bearing 13 of the second Pneumatic clamping jaw 424 clamping is located at the surface of the upper module 64 on loading plate 21, then Second lift cylinders 423 drive the second Pneumatic clamping jaw 424 to move downward, until bearing 13 is located at the bearing plate 12 of the filling of upper module 64 Top, then, the second Pneumatic clamping jaw 424 unclamps, with bearing 13 it is lower will, the mounting hole of bearing 13, which will be sheathed on upper module 64, to be determined Position column 2424 on and in the bulge loop at the middle part according to the bearing plate 12 that need to fall within lower module 242, so far, the feeding of a bearing 13 It finishes, then the second Pneumatic clamping jaw 424 resets, and restarts to clamp another bearing 13, loading plate 21, which also rotates a station, to be made Another upper module 64 for not loading bearing 13 is at 13 loading assemblies position of bearing, and makes to have loaded bearing plate 12 and bearing 13 module turns to the position of 11 loading assemblies of U-shaped frame.

Then, third lift cylinders 523 drive telescopic rod to move downward, and drive third Pneumatic clamping jaw 524 to move downward, then Third Pneumatic clamping jaw 524 clamps the U-shaped frame 11 on third pallet 512, and then, third pushes cylinder 522 and drives third pneumatic clamps Pawl 524 rises to which from driving U-shaped frame 11 to rise, then, third pushes cylinder 522 and third lift cylinders 523 is pushed to tend to loading plate 21 direction movement, until third Pneumatic clamping jaw 524 clamp U-shaped frame 11 be located at the upper module 64 on loading plate 21 just on Side, then third lift cylinders 523 drive third Pneumatic clamping jaw 524 to move downward, until U-shaped frame 11 is located at the filling of upper module 64 The top of bearing plate 12, then, third Pneumatic clamping jaw 524 are unclamped, and are declined with U-shaped frame 11, and multiple pillars 122 of bearing plate 12 will It is inserted in the mounting hole of level board 111 of U-shaped frame 11, at this point, the upper end of bearing 13 will be located at the upper locating slot of U-shaped frame 11 In 2422, so far, the feeding of a U-shaped frame 11 is finished, and then third Pneumatic clamping jaw 524 resets, and restarts to clamp another U-shaped Frame 11, loading plate 21, which also rotates a station another is made not load the upper module of U-shaped frame 11 64, is in 11 loading assemblies of U-shaped frame At position, and the module for having loaded bearing plate 12 and U-shaped frame 11 is made to turn to punch assembly 6.

Then, punching cylinder 62 drives lower die holder 241 to move down, and is connected under lower die holder 241 to make to slide vertically Module 242 is connected to the upper module 64 of loading plate 21, and then, with the decline of lower die holder 241, upper module 64 will delay by second Rush the buffering of spring 65, lower module 242 will be buffered by the first buffer spring 243, thus reduce upper module 64 and lower module 242 it Between instant impact, then, upper module 64 is pushed down on by upper die holder 63, thus the upper surface that will protrude from U-shaped frame 11 Pillar 122 be pressed down against the upper end of pillar 122 caused to destroy the upper surface for generating the level board 111 for being connected to U-shaped frame 11 Keep off convex, the convex ring 1111 of U-shaped frame 11 will be located in the second half ball grooves 641 of upper module 64 in extrusion process, to guarantee the Convex ring 1111 is not with extrusion damage, and so far, the assembling of a support base 1 finishes, and then, loading plate 21 rotates a station, So that the support base 1 of another non-punching press is turned to 6 position of punch assembly turns to the support base 1 that finishes of assembling with loading plate 21 At 7 position of discharge component.

Finally, the 4th lift cylinders 723 drive telescopic rod to move downward, the 4th Pneumatic clamping jaw 724 is driven to move downward, then 4th Pneumatic clamping jaw 724 clamps the support base 1 that 242 over-assemble of lower module on loading plate 21 is completed, then, the 4th push cylinder 722 drive the 4th Pneumatic clamping jaw 724 to rise to which from driving support base 1 to rise, then, the 4th push cylinder 722 pushes the 4th liter Drop cylinder 723 tends away from the direction movement of loading plate 21, until the support base 1 of the 4th Pneumatic clamping jaw 724 clamping is located at unloading rack Surface, then the 4th lift cylinders 723 drive the 4th Pneumatic clamping jaw 724 to move downward, until support base 1 is placed in discharging On frame, then, the 4th Pneumatic clamping jaw 724 unclamps, and support base 1 can slide with unloading rack, to complete the support being completed 1 blanking of seat, so far, the discharging of a support base 1 being completed finishes, and then the 4th Pneumatic clamping jaw 724 resets, and restarts Another support base 1 is clamped, loading plate 21 also rotates the support base 1 that a station is completed another and is in discharge component 7 At position, and turn into the lower module for unsnatching support base 1 242 at 12 loading assemblies position of bearing plate.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims (8)

1. a kind of support base assembles equipment, including loading plate (21), the side of the loading plate (21) are provided with punch assembly (6), it is characterised in that: the upper surface of the loading plate (21) is connected with lower module (242), the upper table of the lower module (242) Face offers the locating slot (2422) that inner sidewall can be connected to bearing plate (12) lateral wall, the center of the locating slot (2422) The first half ball grooves (2423) that can be connected to lower convex ring (121), the width and U of the lower module (242) are offered at position Of same size, machine of the punch assembly (6) including being set to loading plate (21) side of shape frame (11) side close to each other Seat (61) and the punching cylinder (62) for being fixedly connected on base (61) vertically, the telescopic rod lower end of the punching cylinder (62) is connected with Bottom surface can be connected to the upper module (64) of lower module (242) upper surface, the upper module (64) corresponding lower module (242) The position of the first half ball grooves (2423) is also provided with the second half ball grooves (641) that can be connected to convex ring (1111).

2. a kind of support base according to claim 1 assembles equipment, it is characterised in that: the lower module (242) corresponding the Position in the middle part of half ball groove (2423) is fixedly connected with vertically can be fed through lower convex ring (121) and be inserted in bearing (13) peace Fill the positioning column (2424) in hole.

3. a kind of support base according to claim 1 assembles equipment, it is characterised in that: the upper correspondence of the loading plate (21) The position of lower module (242) has lower die holder (241), and the upper surface of the lower die holder (241) is fixedly connected with more supports vertically Column (2411), sliding is connected to support column (2411) lower module (242) vertically, is arranged on the support column (2411) End is connected to lower module (242) and lower end is connected to the first buffer spring (243) of lower die holder (241).

4. a kind of support base according to claim 3 assembles equipment, it is characterised in that: the lower section of the base (61) is fixed It is connected with workbench (2), the loading plate (21) is rotationally connected with workbench (2)；With loading plate on the loading plate (21) (21) multiple lower die holders (241) and lower module (242) are evenly arranged with centered on the center of circle.

5. a kind of support base according to claim 4 assembles equipment, it is characterised in that: the lower surface of the loading plate (21) It is offered annular groove (211) with the center of circle of loading plate (21), the correspondence annular groove (211) of the upper surface of the workbench (2) Position is installed with the positioning ring (22) that can be inserted in annular groove (211).

6. a kind of support base according to claim 3 assembles equipment, it is characterised in that: the lower die holder (241) is detachable It is connected to loading plate (21).

7. a kind of support base according to claim 1 assembles equipment, it is characterised in that: set above the upper module (64) It is equipped with upper die holder (63), the upper die holder (63) is fixedly connected on the lower end of telescopic rod, and sliding connects the upper module (64) vertically It is connected to upper die holder (63), is also fixedly connected with the second buffer spring vertically between the upper die holder (63) and upper module (64) (65), the upper end of the second buffer spring (65) is connected to upper die holder (63), and its lower end is connected to upper module (64).

8. a kind of support base according to claim 4 assembles equipment, it is characterised in that: fixed in the workbench (2) to connect It is connected to servo motor (23), the output shaft of the servo motor (23) is rotationally connected with the middle part of loading plate (21).