CN203945688U - Automobile door plate skeleton and fabric pressing machine - Google Patents
Automobile door plate skeleton and fabric pressing machine Download PDFInfo
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- CN203945688U CN203945688U CN201420235059.4U CN201420235059U CN203945688U CN 203945688 U CN203945688 U CN 203945688U CN 201420235059 U CN201420235059 U CN 201420235059U CN 203945688 U CN203945688 U CN 203945688U
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Abstract
The utility model relates to a kind of automobile door plate skeleton and fabric pressing machine, feature is: comprise frame body, on frame body lower table, pressing mold lower bolster is housed, matched moulds positioning guide column is installed on pressing mold lower bolster, fabric supporting mould support, fabric supporting mould, fabric Sai Bian mechanism and door-plate skeleton and fabric jig assembly, mold changing systems is equipped with in pressing mold lower bolster bottom, moved cross beam assembly and mold assembly are housed on the upper table above corresponding fabric supporting mould, between upper table and moved cross beam, be provided with falling proof device, clamping mechanism is housed on moved cross beam, adjustable pressing stopping means is housed on frame body support post, frame body both sides are provided with safe grating, frame body exterior one side is provided with electric-control system.Advantage is: compares manual operations and improves effect 4-5 doubly, and level and smooth through the surface of the work polishing of processing, increase substantially product quality, adapt to the demand that auto industry is produced in enormous quantities.
Description
Technical field
The utility model belongs to automobile component processing equipment technical field, particularly relates to a kind of automobile door plate skeleton and fabric pressing machine.
Background technology
Automobile door plate belongs to lopsided part, and its working position mostly is the curved surface of curve, circular arc displacement formation.At present, traditional processing method is by manually will spraying adhesive between plastic skeleton and fabric, then after plastic skeleton and fabric are compressed by craft, by manual, fabric is filled in the groove of skeleton.Aforementioned manual processing mode labour intensity is large, and production efficiency is low, and workpiece uniformity is poor, and end product quality is difficult to assurance, and defect ware and percent defective are high.So not only increase the production cost of enterprise, its economic benefit is affected, and cannot meet the demand of modern cars industry and manufacturer's production in enormous quantities.
Summary of the invention
The utility model for solve the technical problem existing in known technology provide a kind of convenient operation, can improve production efficiency and product quality and can adapt to automobile door plate skeleton and the fabric pressing machine of auto industry production demand.
The technical scheme that the utility model is taked for the technical problem existing in solution known technology is:
Automobile door plate skeleton and fabric pressing machine, it is characterized in that: comprise by upper table, support post and lower table are fixedly mounted with the frame body of formation, pressing mold lower bolster is installed on described lower table, on described pressing mold lower bolster, matched moulds positioning guide column is installed, fabric supporting mould support, be arranged on the fabric supporting mould on fabric supporting mould support, fabric Sai Bian mechanism and door-plate skeleton and fabric jig assembly, mold changing systems is equipped with in described pressing mold lower bolster bottom, on the upper table above the described fabric supporting mould of correspondence, moved cross beam assembly and mold assembly are installed, air accumulator is installed at described upper table top, between described upper table and moved cross beam, be provided with falling proof device, on the moved cross beam of described moved cross beam assembly, clamping mechanism is housed, adjustable pressing stopping means is installed on described support post, on frame body both sides, be provided with safe grating, frame body exterior one side is provided with electric-control system.
The utility model can also adopt following technical scheme:
Described moved cross beam assembly comprises master cylinder, the first adpting flange, the first guide pillar, by the first linear bearing and the first guide pillar, be the moved cross beam that coordinates assembling, the first guide pillar holder, guide pillar baffle plate and mold assembly alignment pin, described master cylinder is arranged on upper table, described moved cross beam is connected with master cylinder by the first adpting flange, on described moved cross beam, be equipped with the first linear bearing and mold assembly alignment pin, described the first guide pillar is arranged between upper table and support post by guide pillar holder, the first guide pillar upper end is fixed by guide pillar baffle plate and upper table.
Described mold assembly comprises: matched moulds positioning sleeve, float plate pressure head, adjusting screw(rod), door-plate skeleton pressing mold and mold installing plate, described mold installing plate is connected with moved cross beam by clamping mechanism, and locate by mold assembly alignment pin, pressing mold alignment pin and adjusting screw(rod) seat are housed on mold installing plate, described door-plate skeleton pressing mold is located by pressing mold alignment pin and is connected with mold installing plate, described float plate pressure head and adjusting screw(rod) are connected, and be arranged on adjusting screw(rod) seat, described matched moulds positioning sleeve is arranged on mold installing plate by positioning sleeve holder, and coordinate with the matched moulds positioning guide column on pressing mold lower bolster.
Described clamping mechanism comprises: locked mode cylinder, connecting plate, tooth bar, gear, line slideway, pulling axis, bearing holder (housing, cover) and taper roll bearing; described bearing holder (housing, cover), locked mode cylinder and line slideway are installed on moved cross beam; two taper roll bearings are housed in described bearing holder (housing, cover); described pulling axis is arranged on two taper roll bearings by nut; described pulling axis one end connects gear; described gear and the tooth bar engagement being arranged on straight-line guide rail slide block, described tooth bar is connected with locked mode cylinder by connecting plate.
Described door-plate skeleton and fabric jig assembly comprise: floating cylinder, fabric jig, door-plate framework location supporting mould and the second guide pillar, described floating cylinder is arranged on pressing mold lower bolster, the described floating cylinder other end is connected with unsteady installing plate by the second adpting flange, door-plate framework location supporting mould and fabric jig are housed on described unsteady installing plate, described the second guide pillar is connected with pressing mold lower bolster by guide pillar holder, and described the second guide pillar upper end is moved and coordinated assembling by the 3rd linear bearing and unsteady installing plate.
Described fabric Sai Bian mechanism comprises: lift cylinder, adpting flange, plug limit plug base and the 3rd guide pillar, described lift cylinder is arranged on pressing mold lower bolster, and be connected with plug limit plug base by the 3rd adpting flange, plug limit inserted sheet is housed on the plug base of described plug limit, the 3rd linear bearing is equipped with in described the 3rd guide pillar upper end, the 3rd guide pillar lower end is connected with pressing mold lower bolster by the 3rd guide pillar holder, and described plug limit plug base is done rectilinear motion by the guiding of the 3rd linear bearing and the 3rd guide pillar.
Described mold changing systems comprises: base plate, die change jack-up cylinder, die change supporting plate, ball installation sleeve, Universal caster and the 4th guide pillar, described base plate is arranged on lower table, die change jack-up cylinder is installed on described base plate, and by the 4th guide pillar holder, the 4th guide pillar is housed, described die change supporting plate is connected with die change jack-up cylinder by the 4th adpting flange, reinforcement gusset is housed on die change supporting plate, ball installation sleeve and the 4th linear bearing, described die change supporting plate is moved and is coordinated assembling by the 4th linear bearing and the 4th guide pillar, in described ball installation sleeve, Universal caster is housed.
Described falling proof device comprises: latch cylinder, cylinder fixed block, fall arrest bearing pin, fairlead and be arranged on the fall arrest bent plate on moved cross beam, described cylinder fixed block is arranged on upper table, on described cylinder fixed block, latch cylinder and fairlead are housed, described latch cylinder is connected with fall arrest bearing pin, and is led and done rectilinear motion by fairlead.
Rear side on described lower table is provided with die change limited block.
Advantage and the good effect that the utlity model has are: because the utility model adopts technique scheme, can realize the pressing of automobile door plate skeleton and fabric bonding and fabric is filled in to the medium processing of skeleton grooves, by automatic control follow procedure, complete, than manual operations, improve effect 4-5 doubly, simultaneously level and smooth through the door-plate surface finishing of processing, avoid the appearance of defect ware and waste product.Therefore this pressing machine not only adapts to the demand that auto industry is produced in enormous quantities, reduces labor intensity; Also can increase substantially product quality simultaneously, to enterprise, bring good economic benefit.In addition, the machine compact conformation, rationally distributed, convenient operation, operate steadily safe and reliablely, become the ideal equipment that auto manufacturing's door-plate skeleton and fabric pressing processing are not replaced.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is left view of the present utility model;
Fig. 3 is the A-A cutaway view of Fig. 1;
Fig. 4 is the structural representation of the utility model moved cross beam assembly;
Fig. 5 is the top view of Fig. 4;
Fig. 6 is the structural representation of the utility model mold assembly;
Fig. 7 is the top view of Fig. 6;
Fig. 8 is the structural representation of the utility model clamping mechanism;
Fig. 9 is the top view of Fig. 8;
Figure 10 is the structural representation of the utility model door-plate skeleton and fabric jig assembly;
The top view of Figure 11 Figure 10;
Figure 12 is the structural representation of the utility model fabric Sai Bian mechanism;
Figure 13 is the top view of Figure 12;
Figure 14 is the structural representation of the utility model mold changing systems;
Figure 15 is the top view of Figure 14;
Figure 16 is the structural representation of the utility model falling proof device;
Figure 17 is the top view of Figure 16.
In figure: 1, frame; 1-1, upper table; 1-2, support post; 1-3, lower table; 2, safe grating; 3, air accumulator; 4, falling proof device; 4-1, latch cylinder; 4-2, cylinder fixed block; 4-3, fall arrest bearing pin; 4-4, fairlead; 4-5, fall arrest bent plate; 4-5A, slotted hole; 5, moved cross beam assembly; 5-1, master cylinder; 5-2, the first adpting flange; 5-3, moved cross beam; 5-4, the first linear bearing; 5-5, the first guide pillar; 5-6, the first guide pillar holder; 5-7, guide pillar baffle plate; 5-8 mold assembly alignment pin; 6, mold assembly; 6-1, matched moulds positioning sleeve; 6-2, holder; 6-3, adjusting screw(rod) seat; 6-4, float plate pressure head; 6-5, adjusting screw(rod); 6-6, door-plate skeleton pressing mold; 6-7, pressing mold alignment pin; 6-8, mold installing plate; 6-9, locked mode cushion block; 7, clamping mechanism; 7-1, locked mode cylinder; 7-2, connecting plate; 7-3, tooth bar; 7-4, gear; 7-5, line slideway; 7-6, gear baffle; 7-7, round nut; 7-8, pulling axis; 7-9, bearing holder (housing, cover); 7-10, taper roll bearing; 8, electric-control system; 9, door-plate skeleton and fabric jig assembly; 9-1, floating cylinder; 9-2, the second adpting flange; 9-3, unsteady installing plate; 9-4, fabric jig base; 9-5, fabric jig; 9-6, door-plate framework location supporting mould; 9-7, the second linear bearing; 9-8, the second guide pillar; 9-9, the second guide pillar holder; 10, pressing mold lower bolster; 11, fabric Sai Bian mechanism; 11-1, lift cylinder; 11-2, the 3rd adpting flange; 11-3, plug limit plug base; 11-4, plug limit inserted sheet; 11-5, the 3rd linear bearing; 11-6, the 3rd guide pillar; 11-7, the 3rd guide pillar holder; 12, mould changing device; 12-1, base plate; 12-2, die change jack-up cylinder; 12-3, die change supporting plate; 12-4, reinforcement gusset; 12-5, ball installation sleeve; 12-6, Universal caster; 12-7, the 4th adpting flange; 12-8, the 4th linear bearing; 12-9, the 4th guide pillar; 12-10, the 4th guide pillar holder; 13, fabric supporting mould support; 14, fabric supporting mould; 15, pressing stopping means; 16, die change limited block; 17, matched moulds positioning guide column.
The specific embodiment
For further understanding summary of the invention of the present utility model, Characteristic, hereby exemplify following examples, and coordinate accompanying drawing to be described in detail as follows:
It should be noted that, unless otherwise clearly defined and limited, term " first ", " second " etc. do not represent order installation, do not represent the importance of described part yet.
Refer to Fig. 1-Fig. 3, automobile door plate skeleton and fabric pressing machine, comprise by upper table 1-1, support post 1-2 and lower table 1-3 and be fixedly mounted with the frame body 1 forming, pressing mold lower bolster 10 is installed on described lower table, and the rearward position place on described lower table is provided with die change limited block 16.On described pressing mold lower bolster, matched moulds positioning guide column 17 is installed, fabric supporting mould support 13, be arranged on the fabric supporting mould 14 on fabric supporting mould support, fabric Sai Bian mechanism 11 and door-plate skeleton and fabric jig assembly 9, mold changing systems 12 is equipped with in described pressing mold lower bolster bottom, on the upper table above the described fabric supporting mould of correspondence, moved cross beam assembly 5 and mold assembly 6 are installed, air accumulator 3 is installed at described upper table top, between described upper table and moved cross beam, be provided with falling proof device 4, on the moved cross beam of described moved cross beam assembly, by locked mode cushion block 6-9, symmetrically arranged clamping mechanism 7 is housed, adjustable pressing stopping means 15 is installed on described support post 1-2, on frame body both sides, be provided with safe grating 2, frame body exterior one side is provided with electric-control system 8.In the present embodiment, described electric-control system 8 adopts PLC program control system.
Described adjustable pressing stopping means 15 is mainly used in regulating the compound clearance between mold assembly 6 and fabric supporting mould 14.
The Main Function of described die change limited block 16 is when quick die change, can make the die horizontal direction of changing accurately put in place.
By matched moulds positioning guide column 17, mold assembly 6 and the accurate matched moulds of fabric supporting mould 14 can be located.
In the present embodiment, the Universal caster position of described pressing mold lower bolster 10 bottom surfaces, corresponding mold changing systems 12 is shaped with gathering sill.
Refer to Fig. 4-Fig. 5, described moved cross beam assembly 5 comprises master cylinder 5-1, the first adpting flange 5-2, the first guide pillar 5-5, by the first linear bearing and the first guide pillar, is moved cross beam 5-3, the first guide pillar holder 5-6, guide pillar baffle plate 5-7 and the mold assembly alignment pin 5-8 that coordinates assembling.It is upper that described master cylinder is arranged on upper table 1-3, and described moved cross beam 5-3 is connected with master cylinder by the first adpting flange 5-2, and the first linear bearing 5-4 and mold assembly alignment pin 5-8 are housed on described moved cross beam.Described the first guide pillar is arranged between upper table and support post 1-2 by guide pillar holder, and the first guide pillar upper end is fixed by guide pillar baffle plate and upper table.Described moved cross beam is done rectilinear motion by the first linear bearing and the first guide pillar, during work, by master cylinder, drives moved cross beam to move up and down.
Refer to Fig. 6 and Fig. 7, described mold assembly 6 comprises: matched moulds positioning sleeve 6-1, float plate pressure head 6-4, adjusting screw(rod) 6-5, door-plate skeleton pressing mold 6-6 and mold installing plate 6-8.Described mold installing plate is connected with moved cross beam by clamping mechanism 7, and locates by mold assembly alignment pin 5-8.Pressing mold alignment pin 6-7 and adjusting screw(rod) seat 6-3 are housed on mold installing plate, described door-plate skeleton pressing mold 6-6 is located and is connected with mold installing plate by pressing mold alignment pin 6-7, described float plate pressure head 6-4 and adjusting screw(rod) 6-5 are connected, and adjusting screw(rod) is arranged on adjusting screw(rod) seat.Described matched moulds positioning sleeve 6-1 is arranged on mold installing plate by positioning sleeve holder 6-2, and coordinates with the matched moulds positioning guide column 17 on pressing mold lower bolster 10, completes matched moulds positioning function.
Refer to Fig. 8 and Fig. 9, described clamping mechanism 7 comprises: locked mode cylinder 7-1, connecting plate 7-2, tooth bar 7-3, gear 7-4, line slideway 7-5, pulling axis 7-8, bearing holder (housing, cover) 7-9 and taper roll bearing 7-10, described bearing holder (housing, cover), locked mode cylinder and line slideway are installed on moved cross beam 5-3, two taper roll bearing 7-10 are housed in described bearing holder (housing, cover), described pulling axis 7-8 is arranged on two taper roll bearings by round nut 7-7, described pulling axis one end connects gear 7-4, described gear and the tooth bar 7-3 engagement being arranged on straight-line guide rail slide block, described tooth bar is connected with locked mode cylinder 7-1 by connecting plate 7-2.Locked mode cylinder promotes tooth bar and moves along line slideway direction, and rack drives gear rotates, thereby makes the pulling axis that is attached thereto 90-degree rotation thereupon, and mold assembly and moved cross beam are connected.
Refer to Figure 10 and Figure 11, described door-plate skeleton and fabric jig assembly 9 comprise: floating cylinder 9-1, fabric jig 9-5, door-plate framework location supporting mould 9-6 and the second guide pillar 9-8.Described floating cylinder is arranged on pressing mold lower bolster 10, and the described floating cylinder other end is connected with unsteady installing plate 9-3 by the second adpting flange 9-2.Door-plate framework location supporting mould 9-6 is housed on described unsteady installing plate, and by fabric jig base 9-4, fabric jig 9-5 is housed.Described the second guide pillar 9-8 is connected with pressing mold lower bolster by guide pillar holder 9-9, described the second guide pillar upper end coordinates assembling by the 3rd linear bearing 9-7 with unsteady installing plate is moving, and described unsteady installing plate is done rectilinear motion by the guiding of the 3rd linear bearing and the second guide pillar.Initial position floating cylinder stretches out, and the installing plate 9-3 that floats is in upper; Master cylinder 5-1 drives mold assembly 6 descending, and in descending process, the float plate pressure head 6-4 on mold assembly contacts with unsteady installing plate, and together descending with mold assembly with unsteady installing plate, skeleton and fabric can be compressed.
Refer to Figure 12 and Figure 13, described fabric Sai Bian mechanism 11 comprises: lift cylinder 11-1, the 3rd adpting flange 11-2, plug limit plug base 11-3 and the 3rd guide pillar 11-6.Described lift cylinder is arranged on pressing mold lower bolster 10, and is connected with plug limit plug base by the 3rd adpting flange 11-2.Plug limit inserted sheet 11-4 is housed on the plug base of described plug limit.The 3rd linear bearing 11-5 is equipped with in described the 3rd guide pillar 11-6 upper end, and the 3rd guide pillar lower end is connected with pressing mold lower bolster 10 by the 3rd guide pillar holder 11-7, and described plug limit plug base is done rectilinear motion by the guiding of the 3rd linear bearing and the 3rd guide pillar.When the master cylinder 5-1 of moved cross beam assembly 5 drives, mold assembly 6 is descending to put in place after skeleton and fabric compression, electric-control system 8 sends instruction, lift cylinder 11-1 drives plug limit inserted sheet 11-4 up, the fabric at pressing edge is filled in the groove of skeleton, and repeat number time (number of times is adjustable), to guarantee that the fabric in plug door framework groove is bonding firmly.
Refer to Figure 14 and Figure 15, described mold changing systems 12 comprises: base plate 12-1, die change jack-up cylinder 12-2, die change supporting plate 12-3, ball installation sleeve 12-5, Universal caster 12-6 and the 4th guide pillar 12-9.Described base plate is arranged on lower table, die change jack-up cylinder is installed on described base plate and by the 4th guide pillar holder 12-10, the 4th guide pillar 12-9 is housed.Described die change supporting plate 12-3 is connected with die change jack-up cylinder by the 4th adpting flange 12-7, is equipped with and strengthens gusset 12-4, ball installation sleeve 12-5 and the 4th linear bearing 12-8 on die change supporting plate.Described die change supporting plate coordinates assembling by the 4th linear bearing and the 4th guide pillar are moving, and does rectilinear motion by the guiding of the 4th linear bearing and the 4th guide pillar, in described ball installation sleeve, Universal caster 12-6 is housed.While needing die change, start master cylinder 5-1 decline and put in place, clamping mechanism 7 is unclamped, then master cylinder is risen and put in place; Then make the die change jack-up cylinder 12-2 of mold changing systems 12 stretch out, thereby drive, die change supporting plate 12-3 and Universal caster 12-6 etc. are synchronous to rise, by a whole set of mold component jack-up, bottom surface at pressing mold lower bolster 10, corresponding Universal caster position is provided with gathering sill, guarantee that a whole set of mould is led and is drawn out along fixing direction by Universal caster, make die change convenient and labor-saving, and can shorten mould replacing time.
Refer to Figure 16 and Figure 17, described falling proof device 4 comprises: latch cylinder 4-1, cylinder fixed block 4-2, fall arrest bearing pin 4-3, fairlead 4-4 and be arranged on the fall arrest bent plate 4-5 on moved cross beam 5-3, described fall arrest bent plate is provided with slotted hole 4-5A.It is upper that described cylinder fixed block 4-2 is arranged on upper table 1-3, and latch cylinder 4-1 and fairlead 4-4 are housed on described cylinder fixed block, and described latch cylinder is connected with fall arrest bearing pin 4-3, and is led and done rectilinear motion by fairlead.When master cylinder 5-1 drives moved cross beam 5-3, rise to when upper, latch cylinder promotes fall arrest bearing pin and reaches in the slotted hole of fall arrest bent plate, and then can fall by restraint crossbeam.
The embodiment that the utility model accompanying drawing is described is exemplary, only for explaining the utility model, and can not be interpreted as restriction of the present utility model.
Operation principle of the present utility model is:
First the fabric that has sprayed glue is placed on fabric supporting mould 14, and located by fabric jig 9-5, then door-plate skeleton is placed in door-plate framework location supporting mould 9-6, start-up operation button, the latch cylinder 4-1 by falling proof device drives fall arrest bearing pin 4-3 to return from the slotted hole of fall arrest bent plate 4-5.Start master cylinder 5-1 drive moved cross beam assembly 5 and mold assembly 6 descending, float plate pressure head 6-4 in descending process on mold assembly contacts with the unsteady installing plate 9-3 in door-plate skeleton and fabric jig assembly 9, and drive it together descending, door-plate skeleton and fabric are compressed.After master cylinder puts in place, electric-control system 8 sends instruction, makes the lift cylinder 11-1 of fabric Sai Bian mechanism 11 drive plug limit plug base 11-3 and Sai Bian inserted sheet 11-4 to rise, by the groove of the fabric plug door framework at pressing edge.Then lift cylinder drive plug limit plug base 11-3 and Sai Bian inserted sheet 11-4 are descending, and repeat number time (number of times is adjustable), fabric in guaranteeing plug door framework groove bonding firmly after, master cylinder drive moved cross beam assembly and mold assembly 6 are up, after putting in place, latch cylinder drives fall arrest bearing pin to reach in the slotted hole of fall arrest bent plate 4-5, and the floating cylinder 9-1 of door-plate skeleton and fabric jig assembly 9 promotes unsteady bent plate and the good risings such as workpiece of pressing put in place.Complete one action circulation.
Claims (9)
1. an automobile door plate skeleton and fabric pressing machine, it is characterized in that: comprise by upper table (1-1), support post (1-2) and lower table (1-3) are fixedly mounted with the frame body (1) of formation, pressing mold lower bolster (10) is installed on described lower table, matched moulds positioning guide column (17) is installed on described pressing mold lower bolster, fabric supporting mould support (13), be arranged on the fabric supporting mould (14) on fabric supporting mould support, fabric Sai Bian mechanism (11) and door-plate skeleton and fabric jig assembly (9), mold changing systems (12) is equipped with in described pressing mold lower bolster bottom, moved cross beam assembly (5) and mold assembly (6) are installed on the upper table above the described fabric supporting mould of correspondence, air accumulator (3) is installed at described upper table top, between described upper table and moved cross beam, be provided with falling proof device (4), on the moved cross beam of described moved cross beam assembly, be symmetrically installed with clamping mechanism (7), adjustable pressing stopping means (15) is installed on described support post (1-2), on frame body both sides, be provided with safe grating (2), frame body exterior one side is provided with electric-control system (8).
2. automobile door plate skeleton according to claim 1 and fabric pressing machine, it is characterized in that: described moved cross beam assembly (5) comprises master cylinder (5-1), the first adpting flange (5-2), the first guide pillar (5-5), by the first linear bearing and the first guide pillar, be the moved cross beam (5-3) that coordinates assembling, the first guide pillar holder (5-6), guide pillar baffle plate (5-7) and mold assembly alignment pin (5-8), described master cylinder is arranged on upper table (1-3), described moved cross beam (5-3) is connected with master cylinder by the first adpting flange (5-2), on moved cross beam, be equipped with the first linear bearing (5-4) and mold assembly alignment pin (5-8), described the first guide pillar (5-5) is arranged between upper table and support post (1-2) by guide pillar holder (5-6), the first guide pillar upper end is fixed by guide pillar baffle plate and upper table.
3. automobile door plate skeleton according to claim 1 and fabric pressing machine, it is characterized in that: described mold assembly (6) comprising: matched moulds positioning sleeve (6-1), float plate pressure head (6-4), adjusting screw(rod) (6-5), door-plate skeleton pressing mold (6-6) and mold installing plate (6-8), described mold installing plate (6-8) is connected with moved cross beam by clamping mechanism (7), and by mold assembly alignment pin (5-8) location, pressing mold alignment pin (6-7) and adjusting screw(rod) seat (6-3) are housed on mold installing plate, described door-plate skeleton pressing mold (6-6) is located and is connected with mold installing plate by pressing mold alignment pin (6-7), described float plate pressure head (6-4) is connected with adjusting screw(rod) (6-5), and be arranged on adjusting screw(rod) seat, described matched moulds positioning sleeve (6-1) is arranged on mold installing plate by positioning sleeve holder (6-2), and coordinate with the matched moulds positioning guide column on pressing mold lower bolster.
4. automobile door plate skeleton according to claim 1 and fabric pressing machine, it is characterized in that: described clamping mechanism (7) comprising: locked mode cylinder (7-1), connecting plate (7-2), tooth bar (7-3), gear (7-4), line slideway (7-5), pulling axis (7-8), bearing holder (housing, cover) (7-9) and taper roll bearing (7-10), described bearing holder (housing, cover) (7-9), locked mode cylinder (7-1) and line slideway are installed on moved cross beam (5-3), two taper roll bearings (7-10) are housed in described bearing holder (housing, cover), described pulling axis (7-8) is arranged on two taper roll bearings by nut (7-7), described pulling axis one end connects gear (7-4), described gear and tooth bar (7-3) engagement being arranged on straight-line guide rail slide block, described tooth bar is connected with locked mode cylinder (7-1) by connecting plate (7-2).
5. automobile door plate skeleton according to claim 1 and fabric pressing machine, it is characterized in that: described door-plate skeleton and fabric jig assembly (9) comprising: floating cylinder (9-1), fabric jig (9-5), door-plate framework location supporting mould (9-6) and the second guide pillar (9-8), described floating cylinder is arranged on pressing mold lower bolster (10), the described floating cylinder other end is connected with unsteady installing plate (9-3) by the second adpting flange (9-2), door-plate framework location supporting mould is housed on described unsteady installing plate, with fabric jig (9-5), described the second guide pillar (9-8) is connected with pressing mold lower bolster by guide pillar holder (9-9), described the second guide pillar upper end is moved and is coordinated assembling by the 3rd linear bearing (9-7) and unsteady installing plate.
6. automobile door plate skeleton according to claim 1 and fabric pressing machine, it is characterized in that: described fabric Sai Bian mechanism (11) comprising: lift cylinder (11-1), adpting flange (11-2), plug limit plug base (11-3) and the 3rd guide pillar (11-6), described lift cylinder is arranged on pressing mold lower bolster (10), and be connected with plug limit plug base by the 3rd adpting flange (11-2), plug limit inserted sheet (11-4) is housed on the plug base of described plug limit, the 3rd linear bearing (11-5) is equipped with in described the 3rd guide pillar upper end, the 3rd guide pillar lower end is connected with pressing mold lower bolster (10) by the 3rd guide pillar holder (11-7), described plug limit plug base is done rectilinear motion by the guiding of the 3rd linear bearing and the 3rd guide pillar.
7. automobile door plate skeleton according to claim 1 and fabric pressing machine, it is characterized in that: described mold changing systems (12) comprising: base plate (12-1), die change jack-up cylinder (12-2), die change supporting plate (12-3), ball installation sleeve (12-5), Universal caster (12-6) and the 4th guide pillar (12-9), described base plate is arranged on lower table, die change jack-up cylinder is installed on described base plate, and by the 4th guide pillar holder (12-10), the 4th guide pillar (12-9) is housed, described die change supporting plate (12-3) is connected with die change jack-up cylinder by the 4th adpting flange (12-7), on die change supporting plate, be equipped with and strengthen gusset (12-4), ball installation sleeve (12-5) and the 4th linear bearing (12-8), described die change supporting plate is moved and is coordinated assembling by the 4th linear bearing and the 4th guide pillar, Universal caster (12-6) is housed in described ball installation sleeve.
8. automobile door plate skeleton according to claim 1 and fabric pressing machine, it is characterized in that: described falling proof device (4) comprising: latch cylinder (4-1), cylinder fixed block (4-2), fall arrest bearing pin (4-3), fairlead (4-4) and be arranged on the fall arrest bent plate (4-5) on moved cross beam (5-3), described cylinder fixed block (4-2) is arranged on upper table (1-3), latch cylinder (4-1) and fairlead (4-4) are housed on described cylinder fixed block, described latch cylinder is connected with fall arrest bearing pin (4-3), and is led and done rectilinear motion by fairlead.
9. automobile door plate skeleton according to claim 1 and fabric pressing machine, is characterized in that: the rear side on described lower table (1-1) is provided with die change limited block (16).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420235059.4U CN203945688U (en) | 2014-05-09 | 2014-05-09 | Automobile door plate skeleton and fabric pressing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420235059.4U CN203945688U (en) | 2014-05-09 | 2014-05-09 | Automobile door plate skeleton and fabric pressing machine |
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| CN203945688U true CN203945688U (en) | 2014-11-19 |
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| CN201420235059.4U Expired - Fee Related CN203945688U (en) | 2014-05-09 | 2014-05-09 | Automobile door plate skeleton and fabric pressing machine |
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| CN107150448A (en) * | 2017-06-09 | 2017-09-12 | 江苏瀚皋机械有限公司 | A kind of roof of the vehicle gluing presses system |
| CN107283141A (en) * | 2017-06-23 | 2017-10-24 | 广州市嘉特斯机电制造有限公司 | The clamp-replacing mechanism and method of a kind of engine leakage detection apparatus |
| CN107671517A (en) * | 2017-09-27 | 2018-02-09 | 长安大学 | A kind of Auto front grille Automated assembly and detection means |
| CN110239118A (en) * | 2019-07-09 | 2019-09-17 | 武汉舜宇模具有限责任公司 | Plaque shaping and upper buckle tooling on a kind of armrest box |
| CN112046643A (en) * | 2020-07-29 | 2020-12-08 | 东风延锋汽车饰件系统有限公司 | Composite auxiliary mechanism and system for automobile upper guard plate male die |
-
2014
- 2014-05-09 CN CN201420235059.4U patent/CN203945688U/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104438528A (en) * | 2014-12-16 | 2015-03-25 | 天津市精大稀机械设备制造公司 | Base material flanging machine |
| CN107150448A (en) * | 2017-06-09 | 2017-09-12 | 江苏瀚皋机械有限公司 | A kind of roof of the vehicle gluing presses system |
| CN107150448B (en) * | 2017-06-09 | 2023-06-13 | 江苏瀚皋机械有限公司 | Car roof rubber coating pressfitting system |
| CN107283141A (en) * | 2017-06-23 | 2017-10-24 | 广州市嘉特斯机电制造有限公司 | The clamp-replacing mechanism and method of a kind of engine leakage detection apparatus |
| CN107283141B (en) * | 2017-06-23 | 2019-04-19 | 广州市嘉特斯机电制造有限公司 | A kind of the clamp-replacing mechanism and method of engine leakage detection apparatus |
| CN107671517A (en) * | 2017-09-27 | 2018-02-09 | 长安大学 | A kind of Auto front grille Automated assembly and detection means |
| CN110239118A (en) * | 2019-07-09 | 2019-09-17 | 武汉舜宇模具有限责任公司 | Plaque shaping and upper buckle tooling on a kind of armrest box |
| CN112046643A (en) * | 2020-07-29 | 2020-12-08 | 东风延锋汽车饰件系统有限公司 | Composite auxiliary mechanism and system for automobile upper guard plate male die |
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