CN206201302U - A kind of automotive upholstery slush moulding bed - Google Patents
A kind of automotive upholstery slush moulding bed Download PDFInfo
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- CN206201302U CN206201302U CN201621188679.2U CN201621188679U CN206201302U CN 206201302 U CN206201302 U CN 206201302U CN 201621188679 U CN201621188679 U CN 201621188679U CN 206201302 U CN206201302 U CN 206201302U
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- resupination framework
- powder case
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Abstract
The utility model is related to a kind of automotive upholstery slush moulding bed, including elevating mechanism, horizontal transport agency, switching mechanism, it is characterized in that the switching mechanism includes resupination framework, powder case automatic locking mechanism on resupination framework, mould automatic locking mechanism, mould automatic locking mechanism use self-locking structure.The utility model advantage is：Without artificial locking die and powder case, and locking speed is fast, and during locking die, self-locking is realized using self structure, it is ensured that mould is without departing from resupination framework.
Description
Technical field
The utility model is related to a kind of slush moulding bed, more particularly to a kind of automotive upholstery slush moulding bed.
Background technology
In face of increasingly competitive automobile market and to the product quality higher and higher user vehicle of requirement, major automobiles
The manufacturing process technology of manufacturer's growing interest related components, automotive trim moulding process receives much concern.Fascia with
Door internal decoration plate is the important component of automotive trim, is that automotive trim product new technology, development of new techniques are embodied.
The Auto Instrument desk and door internal decoration plate epidermis processed using slush moulding technology, the outward appearance of product, quality and feel are them
Its moulding process is incomparable, especially outward appearance texture, completely the same at the edge of product and corner.But the current country is not
The conditions such as product material, product forming mould and production equipment needed for possessing slush moulding technology, also only have several families in the world
Company can produce this raw material, mould and special equipment, therefore slush moulding product price is very high.With the research and development of domestic raw material
And the lifting of mechanical process capacity, the technique will be applied in the middle of the production of auto parts and components more and more widely.
Slush moulding bed such as the number of patent application CN200910187201 that current automotive upholstery roto casting is used is disclosed
A kind of slush molding machine, it is by pickup rollover stand unit, manipulator unit, cooling chamber unit, air heating apparatus unit, replacing powder room
Unit, shaping rollover stand unit, die frame unit, powder box unit and total frame composition, wherein, shaping roll-over unit is used for will
After powder case, mould are fixed thereon, by constantly upset the TPU plastic powders in powder case are poured into mould, powder just by
Uniformly it is melted on the surface of heated slush mold inner chamber, forms instrument board slush moulding epidermis.
As shown in figure 1, its shaping rollover stand unit includes total frame 9, roller conveyor 100 and an X type lifting machine
101；A number X types lifting machine 101 is arranged in total frame 9, and roller conveyor 100 is located at the upper of X types lifting machine 101
Face, is fixedly connected, roller 102 with an X types lifting machine 101（Resupination framework）Positioned at the top of roller conveyor 100, roller
102 two ends are rotated with roller conveyor 100 and total frame 9 be connected respectively respectively by bearing block, one end of roller 102 by
Motor-driven rotation.And mould and distribution box are carried out when being fixed on roller 102 by the way of artificial fixation, efficiency is low
Under, there is also certain potential safety hazard.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of locking efficiency high and safe and reliable automotive upholstery
Slush moulding bed.
In order to solve the above technical problems, the technical solution of the utility model is：A kind of automotive upholstery slush moulding bed, including rise
Descending mechanism, the elevating mechanism is arranged in the bottom of the frame of slush moulding bed, and the elevating mechanism top is provided with conveying mechanism supporting
Plate, some dynamic clamping head and quiet clamping heads are provided between the conveying mechanism support plate and elevating mechanism；Horizontal transport agency, the horizontal feed
Mechanism is arranged on conveying mechanism support plate, for slush moulding charge tank to be delivered in frame from outside the frame of slush moulding bed；Upset
Mechanism, the switching mechanism is arranged on the frame top of slush moulding bed, for controlling the hopper and mold-locked of slush moulding bed and synchronously turning over
Turn；
It is characterized in that the switching mechanism includes：
One resupination framework, the resupination framework is a hollow structure being made up of frame, its have two it is symmetrically arranged
Hollow working face, it is mold mounting side to limit side where a wherein hollow working face on resupination framework, another hollow work
It is powder case installation side to make side where face, and limits the side in each frame of resupination framework near resupination framework center as in frame
Side, the side away from resupination framework center is frame outside；The two ends of the resupination framework pass through trip shaft and bearing assembly branch
Hold at the top of frame, the resupination framework is driven to be rotated around trip shaft by turnover driving mechanism realizes rotary movement；
If dry powder case automatic locking mechanism, the powder case automatic locking mechanism is installed on resupination framework, and for inciting somebody to action
Powder case is fixed on the powder case installation side of resupination framework；
Some mould automatic locking mechanisms, the mould automatic locking mechanism is used to be pressed on mould the mould of resupination framework
Tool installation side, it includes mold-locked support, mold-locked cylinder, rotation arm seat, turning arm, compact heap and safe closing piece, specifically
Structure is：
One mold-locked support, the mold-locked support is fixed on the frame of resupination framework, the cylinder body of mold-locked cylinder
It is hinged with mold-locked support；
One rotation arm seat, the rotation arm seat is fixed on mold-locked cantilever tip, and rotation arm seat has groove for a top
U-shaped structure, and the groove the frame for extending perpendicularly to resupination framework, the bottom of the U-shaped structure is drilled with a pair pairs
Title is arranged on the first through hole of groove both sides, and the top of U-shaped structure is drilled with a pair and is symmetricly set on the second of groove both sides and leads to
Hole；
A pair of turning arms are arranged on the both sides of rotation arm seat, and upper end and the piston rod of mold-locked cylinder of turning arm are hinged,
The lower end of turning arm is hinged by the first bearing pin being arranged in first through hole with rotation arm seat；
One can be in embedded rotating arm seat groove compact heap, the length direction of the compact heap is perpendicular to corresponding resupination framework
Frame, it is in the longitudinal direction first end near one end of scuncheon to limit compact heap, and compact heap is close in the longitudinal direction
One end on the outside of frame is the second end；The first end of the compact heap is provided with the hold-down head on compaction mold side edge, compact heap
The second end be hinged with rotation arm seat by the second bearing pin for being arranged in the second through hole；
One safe closing piece, is arranged between a pair of turning arms, and the safe closing piece lower end has one to be located at compact heap middle part
Lower articulated section, the lower articulated section in the middle part of the 3rd bearing pin and compact heap by being hinged；The upper end of the safe closing piece has one
Upper articulated section, articulated section is hinged by the 4th bearing pin and a pair of turning arms on this；The middle part of the safe closing piece has one to be located at
Compact heap top and the limiting section for pushing down compact heap；
And the position of first bearing pin, the second bearing pin, the 3rd bearing pin and the 4th bearing pin meets following condition：When compact heap one end
Hold-down head mould is pressed abd fixed on when on resupination framework, the axis of the first bearing pin, the 3rd bearing pin and the 4th bearing pin is located at same
In one plane A, the second bearing pin axis and the 3rd bearing pin axis are generally aligned in the same plane in B, and the plane B is perpendicular to plane A.
Several moulds being distributed along resupination framework edge are installed on the mold mounting side working face of the resupination framework to lead
To seat, the mould guide holder is respectively provided with one to be close to the vertically-guided face of mold mounting side working face and one and pacifies away from mould
Fill the inclined guide surface of side working face.
The powder case automatic locking mechanism includes powder case locking pin, powder case locking bed, connecting plate, the first guide holder, second
Guide holder, locking lead column and powder case locking cylinder；
The locking lead column is supported on the mouth word of resupination framework powder case installation side by the first guide holder, the second guide holder
Type working face, and can be oriented to along locking lead column axial movement by the first guide holder, the second guide holder；
The axial direction of the powder case locking pin and the diameter parallel for locking lead column, powder case locking pin pass through powder case locking bed branch
Hold on the hollow working face of resupination framework powder case installation side, powder case locking bed has one to accommodate the C words that powder case fixes otic placode
Shape opening, the C fonts opening both sides of powder case locking bed are symmetrically provided with and hold the positioning guide hole that powder case locking pin is passed through；
The powder case locking pin and locking lead column are connected by connecting plate, and by powder case locking cylinder by connection
Plate synchronization drives edge powder case locking pin and locking lead column are each moved axially, and then are passed through by powder case locking pin or departed from C words
Shape opening.
The switching mechanism includes some Qiao Fen mechanisms on resupination framework, and the Qiao Fen mechanisms include striking powder
Axle, strike powder bar, cushion pad, strike powder axle bed and rotating driver, the powder axle that strikes is fixed on turning frame by a bucketing powder axle bed
On the outer circumferential face of frame, strike and end is installed on powder axle strikes powder bar with cushion pad.
The utility model has the advantage of：
In the utility model, powder case automatic locking mechanism and mould automatic locking mechanism are provided with switching mechanism, profit
Powder case is fixed on the powder case installation side of resupination framework with powder case automatic locking mechanism, mould then has the automatic indented mechanism of mould to consolidate
The mold mounting side of resupination framework is scheduled on, without artificial locking die and powder case, and locking speed is fast.
Mould has the trend for departing from resupination framework in rotation process, and it gives compact heap one reverse with compaction direction
Power, the reverse power is when acting on compact heap so that compact heap is rotated up around the second bearing pin, then to safe closing piece with
And the turning arm upper end being hinged with safe closing piece applies upward power, and the lower end due to turning arm is hinged with rotation arm seat,
And the axis of first bearing pin, the 3rd bearing pin and the 4th bearing pin is generally aligned in the same plane in A so that safe closing piece is applied to turning arm
The power that power holds turning arm with rotation arm seat is completely counterbalanced by, and eliminates the trend of mould separating resupination framework, plays safe locking
Effect, it is ensured that mould is without departing from resupination framework.
Several mould guide holders being distributed along resupination framework edge are installed on the mold mounting side working face of resupination framework,
Mould is oriented to when being installed on resupination framework by manipulator by mould guide holder, it is ensured that mould is smoothly fixed.
The locking of powder case automatic locking mechanism and guiding use separate structure, are locked by powder case locking pin and powder case respectively
Seat coordinates and locking lead column is realized with the cooperation of first and second guide holder, it is to avoid be oriented to, locking is caused for a long time using same component
Using with the problem that cannot accurately lock, fix, functional reliability is lifted.
Powder in hopper is uniformly melted to heated slush mold after entering in mould by switching mechanism
On the surface of inner chamber, and the unfused powder for being adsorbed onto dies cavity is struck from mould inner wall using Qiao Fen mechanisms, it is to avoid do not melt
Change powder to interior surface quality and produce influence.
Brief description of the drawings
Fig. 1 is known slush molding machine forming unit structural representation.
Fig. 2 is the utility model automotive upholstery slush moulding bed structure schematic diagram.
Fig. 3 is the utility model automotive upholstery slush moulding bed front view.
Fig. 4 is the utility model automotive upholstery slush moulding bed top view.
Fig. 5 is switching mechanism front view in the utility model.
Fig. 6 is switching mechanism top view in the utility model.
Fig. 7 is powder case automatic locking mechanism and hopper fixation otic placode attachment structure schematic diagram in the utility model.
Fig. 8 is powder case automatic locking mechanism and hopper fixation otic placode attachment structure sectional view in the utility model.
Fig. 9 is mould automatic locking mechanism structural representation in the utility model.
Figure 10 is mould automatic locking mechanism front view in the utility model.
Figure 11 is mould automatic locking mechanism top view in the utility model.
Figure 12 is the partial structural diagram of hiding side turning arm in mould automatic locking mechanism in the utility model.
Figure 13 is the safe lock block structure schematic diagram of mould automatic locking mechanism in the utility model.
Specific embodiment
As shown in Figure 2,3, 4, automotive upholstery slush moulding bed in the utility model, including frame 1, elevating mechanism 2, conveyer
Structure supporting plate 3, dynamic clamping head and quiet clamping head 4, horizontal transport agency 5, switching mechanism 6.
Elevating mechanism 2, the elevating mechanism 2 is arranged on the bottom of frame 1 of slush moulding bed, and the top of elevating mechanism 2 is provided with defeated
Mechanism's support plate 3 is sent, some dynamic clamping head and quiet clamping heads 4 are provided between the conveying mechanism support plate 3 and elevating mechanism 2；The present embodiment
In, elevating mechanism 2 uses the scissors fork elevating device of compact conformation, and its concrete structure is known technology, is not repeated here.
Horizontal transport agency 5, the horizontal transport agency 5 is arranged on conveying mechanism support plate 3, for by slush moulding charge tank
It is delivered in frame 1 from outside the frame 1 of slush moulding bed；In the present embodiment, horizontal transport agency 5 uses roller conveyor.
Switching mechanism 6, the switching mechanism 6 is arranged on the top of frame 1 of slush moulding bed, hopper and mould for controlling slush moulding bed
Tool locking and synchronous upset.
In the utility model, as shown in Figure 5,6, switching mechanism 6 include resupination framework 61, trip shaft 62, bearing assembly 63,
Turnover driving mechanism 64, powder case automatic locking mechanism 65, mould automatic locking mechanism 66, mould guide holder 67, concrete structure is such as
Under：
One resupination framework 61, the resupination framework 61 is a hollow structure being made up of frame, and there are two symmetrically to set for it
The hollow working face put, it is mold mounting side to limit side where a wherein hollow working face on resupination framework 61, another mouth
Side is powder case installation side where font working face, and limits the side at close resupination framework center in each frame of resupination framework 61
It is scuncheon, the side away from resupination framework center is frame outside；The two ends of resupination framework 61 pass through trip shaft 62 and axle
Bearing assembly 63 is supported on the top of frame 1, and the resupination framework 61 is driven by turnover driving mechanism 64 and rotates realization around trip shaft 62
Rotary movement, turnover driving mechanism 64 can be driven using hydraulic motor or motor in the present embodiment；
If dry powder case automatic locking mechanism 65, powder case automatic locking mechanism 65 is installed on resupination framework 61, and is used for
Powder case is fixed on the powder case installation side of resupination framework 61；In the present embodiment, powder case automatic locking mechanism 65 is arranged on turning frame
On the powder case installation side hollow working face of frame 61, and on two symmetrical long margin frames.
Some mould automatic locking mechanisms 66, mould automatic locking mechanism 66 is used to be pressed on mould the mould of resupination framework
Tool installation side.In the present embodiment, mould automatic locking mechanism 66 is arranged on the long margin frame lateral surface of resupination framework 61, that is, do not pacify
Fill on the frame of trip shaft 62.
Some mould guide holders 67, are provided with several along resupination framework side on the mold mounting side working face of resupination framework 61
Along distribution mould guide holder 67, mould guide holder 67 be respectively provided with a vertically-guided face for being close to mold mounting side working face and
One inclined guide surface away from mold mounting side working face, is placed into when on resupination framework 61 for mould, and mould is carried out
It is oriented to and spacing.
As the utility model more specifically implementation method：
As shown in Figure 7,8, powder case automatic locking mechanism 65 includes powder case locking pin 651, powder case locking bed 652, connecting plate
653rd, the first guide holder 654, the second guide holder 655, locking lead column 656 and powder case locking cylinder 657；
Locking lead column 656 is supported on resupination framework powder case installation side by the first guide holder 654, the second guide holder 655
Hollow working face, and can by the first guide holder 654, the second guide holder 655 be oriented to along locking lead column move axially；And this
In embodiment, locking lead column 656 carries out cooperation and leads with the first guide holder 654, the second guide holder 655 using linear bearing structure
To；
Locked by powder case with the diameter parallel for locking lead column 656, powder case locking pin 651 axial direction of powder case locking pin 651
Tight seat 652 is supported on the hollow working face of resupination framework powder case installation side, and powder case locking bed 652 has a C fonts opening,
The C fonts opening is used to be fitted together to the fixed otic placode on powder case side edge, and the C fonts opening both sides of powder case locking bed 652 are symmetrically provided with
Hold the positioning guide hole that powder case locking pin is passed through；
Powder case locking pin 651 and locking lead column 656 are connected by connecting plate 653, and by powder case locking cylinder 657
Each moved axially by the synchronous drives edge powder case locking pin 651 of connecting plate 653 and locking lead column 656, and then locked by powder case
Tight pin 651 passes through or departs from C fonts opening, completes the locking or disengaging of hopper.
Mould automatic locking mechanism 66 can not only be locked in the utility model, while self-locking can be realized, it is to avoid turn over
Turn framework driving hopper, coming off during die flip and cause security incident.Its concrete structure is as follows：
As shown in Fig. 9 ~ 12, mould automatic locking mechanism 66 includes mold-locked support 661, mold-locked cylinder 662, rotation
Arm seat 663, turning arm 664, compact heap 665 and safe closing piece 666, the first bearing pin 667, the second bearing pin 668, the 3rd bearing pin 669,
4th bearing pin 6610；
One mold-locked props up 661 framves, and the mold-locked support 661 is fixed on the frame of resupination framework 61, mold-locked
The cylinder body of cylinder 662 is hinged with mold-locked support 661；
One rotation arm seat 663, the rotation arm seat 663 is fixed on the top of mold-locked support 661, and rotation arm seat 663 is one
Top has a U-shaped structure of groove, and the groove the frame for extending perpendicularly to resupination framework, the bottom of U-shaped structure is bored
There is the first through hole for being symmetricly set on groove both sides a pair, the top of U-shaped structure is drilled with a pair and is symmetricly set on groove both sides
Second through hole；
A pair of turning arms 664 are arranged on the both sides of rotation arm seat 663, upper end and the mold-locked cylinder 662 of turning arm 664
Piston rod is hinged, and the lower end of turning arm 664 is hinged by the first bearing pin 667 being arranged in first through hole with rotation arm seat 663；
One can be in the groove of embedded rotating arm seat 663 compact heap 665, the length direction of the compact heap 665 is perpendicular to correspondence
The frame of resupination framework 61, it is in the longitudinal direction first end, compact heap near one end of scuncheon to limit compact heap 665
665 one end in the longitudinal direction on the outside of frame is the second end；The first end of compact heap 665 is provided with compaction mold side
Cut with scissors with rotation arm seat 663 by the second bearing pin 668 being arranged in the second through hole at the hold-down head on edge, the second end of compact heap 665
Connect；
One safe closing piece 666, as shown in figure 13, is arranged between a pair of turning arms 664, and the lower end of safe closing piece 666 has
The one lower articulated section for being located at the middle part of compact heap 665, the lower articulated section is hinged by the 3rd bearing pin 669 and the middle part of compact heap 665；
The upper end of safe closing piece 666 has articulated section on, and articulated section is cut with scissors by the 4th bearing pin 6610 with a pair of turning arms 664 on this
Connect；The middle part of safe closing piece 666 has one to be located at the top of compact heap 665 and the limiting section for pushing down compact heap 665；
And the position of first bearing pin 667, the second bearing pin 668, the 3rd bearing pin 669 and the 4th bearing pin 6610 meets following article
Part：When be pressed abd fixed on for mould on resupination framework 61 by the hold-down head of the one end of compact heap 665, the first bearing pin 667, the 3rd bearing pin
669 and the 4th the axis of bearing pin 6610 be generally aligned in the same plane in A, the axis of the second bearing pin 668 and the axis of the 3rd bearing pin 669 are located at same
In one plane B, and plane B is perpendicular to plane A.
Additionally, switching mechanism of the present utility model 6 also includes some Qiao Fen mechanisms 68 on resupination framework 61, strike
Powder mechanism 68 includes striking powder axle 681, striking powder bar 682, cushion pad 683, strike powder axle bed 684 and rotating driver 685, strikes powder axle
681 are scheduled on the outer circumferential face of resupination framework 61 by a bucketing powder axle bed solid 684, strike and end band is provided with powder axle 681
Cushion pad 683 strikes powder bar 682, it is to avoid unfused powder to interior surface quality produces influence.
Operation principle：
In original state, resupination framework is horizontally disposed with, i.e., the hollow working face of resupination framework is on horizontal plane, and is turned over
Turn the mold mounting side of framework upward, powder installation side is down；Hopper equipped with TPU plastic powders is entered by horizontal transport agency
Enter in frame, now, the dynamic clamping head and quiet clamping head below conveying mechanism support plate is in non-fully compressive state；Driven by elevating mechanism again
It is dynamic to move up conveying mechanism support plate, horizontal transport agency and hopper, and compression by dynamic clamping head and quiet clamping head ensures hopper
Can smoothly be close on the resupination framework of powder case installation side, and cause the fixed otic placode insertion powder case locking bed at powder case edge
In C fonts opening；
The powder case locking cylinder action of each powder case automatic locking mechanism, promotes along powder case locking pin 651 and locking lead column
656 each axial movements, and then otic placode is fixed through the powder case in C fonts opening by powder case locking pin 651, realize consolidating for powder case
It is fixed；
Mould is delivered to the surface of resupination framework by manipulator, and drops to the mould installion side port word of resupination framework
On type working face, quick guide-localization is carried out using mould guide holder during decline；After mould is placed on resupination framework,
The piston rod of mold-locked cylinder stretches out, and promotes turning arm to be rotated around the first bearing pin, due in the upper end of safe closing piece and turning arm
Portion also drives safe closing piece to move by the 4th hinge, using the limiting section in the middle part of safe closing piece downwardly against lock
Tight block so that latch segment is rotated around the second bearing pin, the locking head of latch segment is then pressed to the side edge of mould so that mould
Locking.
After slush moulding bed is started working, mould carries out rotary movement with hopper under the drive of resupination framework, and mould is turning
There is the trend for departing from resupination framework during dynamic, it gives compact heap one power reverse with compaction direction, the reverse power is being made
During on compact heap so that compact heap is rotated up around the second bearing pin, then it is hinged to safe closing piece and with safe closing piece
Turning arm upper end apply upward power, and the lower end due to turning arm is hinged with rotation arm seat, and the first bearing pin, the 3rd sells
The axis of axle and the 4th bearing pin is generally aligned in the same plane in A so that safe closing piece is applied to the power of turning arm and rotation arm seat is held
The power of turning arm is completely counterbalanced by, and eliminates the trend of mould separating resupination framework, plays the effect of safe locking, it is ensured that mould is not
Resupination framework can be departed from.
In resupination framework switching process, the TPU plastic powders in powder case are introduced into the mould after heating, and amount of powder is just
Uniformly it is melted on the surface of heated slush mold inner chamber, is formed instrument board slush moulding epidermis in dies cavity, then
Resupination framework stops operating so that mold mounting side upward, powder installation side down, by Qiao Fen mechanisms by unfused powder
Strike from mould inner wall, complete slush moulding.
General principle of the present utility model and principal character and advantage of the present utility model has been shown and described above.This
The technical staff of industry is retouched in above-described embodiment and specification it should be appreciated that the utility model is not restricted to the described embodiments
That states simply illustrates principle of the present utility model, on the premise of the utility model spirit and scope are not departed from, the utility model
Various changes and modifications are also had, these changes and improvements are both fallen within the range of claimed the utility model.This practicality is new
The claimed scope of type is by appending claims and its equivalent thereof.
Claims (4)
1. a kind of automotive upholstery slush moulding bed, including
Elevating mechanism, the elevating mechanism is arranged in the bottom of the frame of slush moulding bed, and the elevating mechanism top is provided with conveyer
Structure support plate, some dynamic clamping head and quiet clamping heads are provided between the conveying mechanism support plate and elevating mechanism；
Horizontal transport agency, the horizontal transport agency is arranged on conveying mechanism support plate, for by slush moulding charge tank from slush moulding
It is delivered in frame outside the frame of bed；
Switching mechanism, the switching mechanism is arranged on the frame top of slush moulding bed, hopper and mold-locked for controlling slush moulding bed
With synchronous upset；
It is characterized in that the switching mechanism includes：
One resupination framework, the resupination framework is a hollow structure being made up of frame, and it has two symmetrically arranged mouth words
Type working face, it is mold mounting side to limit side where a wherein hollow working face on resupination framework, another hollow working face
Place side is powder case installation side, and it is scuncheon to limit the side at close resupination framework center in each frame of resupination framework,
Side away from resupination framework center is frame outside；The two ends of the resupination framework are supported on by trip shaft and bearing assembly
The top of frame, the resupination framework is driven to be rotated around trip shaft by turnover driving mechanism realizes rotary movement；
If dry powder case automatic locking mechanism, the powder case automatic locking mechanism is installed on resupination framework, and for by powder case
It is fixed on the powder case installation side of resupination framework；
Some mould automatic locking mechanisms, the mould automatic locking mechanism is used to be pressed on mould the mould peace of resupination framework
Dress side, it includes mold-locked support, mold-locked cylinder, rotation arm seat, turning arm, compact heap and safe closing piece, concrete structure
For：
One mold-locked support, the mold-locked support is fixed on the frame of resupination framework, the cylinder body and mould of mold-locked cylinder
Tool lock bracket is hinged；
One rotation arm seat, the rotation arm seat is fixed on mold-locked cantilever tip, and rotation arm seat is the U-shaped that a top has groove
Structure, and the groove the frame for extending perpendicularly to resupination framework, the bottom of the U-shaped structure is drilled with a pair and is symmetrical arranged
In the first through hole of groove both sides, the top of U-shaped structure is drilled with the second through hole for being symmetricly set on groove both sides for a pair；
A pair of turning arms are arranged on the both sides of rotation arm seat, and upper end and the piston rod of mold-locked cylinder of turning arm are hinged, and rotate
The lower end of arm is hinged by the first bearing pin being arranged in first through hole with rotation arm seat；
One can be in embedded rotating arm seat groove compact heap, the length direction of the compact heap is perpendicular to corresponding resupination framework side
Frame, it is in the longitudinal direction first end near one end of scuncheon to limit compact heap, and compact heap is in the longitudinal direction near side
One end of outer frame side is the second end；The first end of the compact heap is provided with the hold-down head on compaction mold side edge, compact heap
Second end is hinged by the second bearing pin being arranged in the second through hole with rotation arm seat；
One safe closing piece, is arranged between a pair of turning arms, under the safe closing piece lower end has one to be located in the middle part of compact heap
Articulated section, the lower articulated section in the middle part of the 3rd bearing pin and compact heap by being hinged；The upper end of the safe closing piece has on one cuts with scissors
Socket part, articulated section is hinged by the 4th bearing pin and a pair of turning arms on this；The middle part of the safe closing piece has one to be located at compression
Block top and the limiting section for pushing down compact heap；
And the position of first bearing pin, the second bearing pin, the 3rd bearing pin and the 4th bearing pin meets following condition：When the pressure of compact heap one end
Be pressed abd fixed on mould when on resupination framework by tight head, and the axis of the first bearing pin, the 3rd bearing pin and the 4th bearing pin is located at same putting down
In the A of face, the second bearing pin axis and the 3rd bearing pin axis are generally aligned in the same plane in B, and the plane B is perpendicular to plane A.
2. automotive upholstery slush moulding according to claim 1 bed, it is characterised in that：The mold mounting side of the resupination framework
Several mould guide holders being distributed along resupination framework edge are installed, the mould guide holder is respectively provided with one and is close on working face
The vertically-guided face of mold mounting side working face and an inclined guide surface away from mold mounting side working face.
3. automotive upholstery slush moulding according to claim 1 bed, it is characterised in that：The powder case automatic locking mechanism includes
Powder case locking pin, powder case locking bed, connecting plate, the first guide holder, the second guide holder, locking lead column and powder case locking cylinder；
The locking lead column is supported on the hollow work of resupination framework powder case installation side by the first guide holder, the second guide holder
Make face, and can be oriented to along locking lead column axial movement by the first guide holder, the second guide holder；
The axial direction of the powder case locking pin is supported on the diameter parallel for locking lead column, powder case locking pin by powder case locking bed
On the hollow working face of resupination framework powder case installation side, there is powder case locking bed the C fonts that a receiving powder case fixes otic placode to open
Mouthful, the C fonts opening both sides of powder case locking bed are symmetrically provided with and hold the positioning guide hole that powder case locking pin is passed through；
The powder case locking pin and locking lead column are connected by connecting plate, and same by connecting plate by powder case locking cylinder
Step drives edge powder case locking pin and locking lead column each move axially, and then by powder case locking pin pass through or depart from C fonts open
Mouthful.
4. automotive upholstery slush moulding according to claim 1 bed, it is characterised in that：The switching mechanism includes some installations
Qiao Fen mechanisms on resupination framework, the Qiao Fen mechanisms include striking powder axle, strike powder bar, cushion pad, strike powder axle bed and rotation drive
Dynamic device, the powder axle that strikes is fixed on the outer circumferential face of resupination framework by a bucketing powder axle bed, strikes and end is provided with powder axle
Powder bar is struck with cushion pad in portion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621188679.2U CN206201302U (en) | 2016-11-04 | 2016-11-04 | A kind of automotive upholstery slush moulding bed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621188679.2U CN206201302U (en) | 2016-11-04 | 2016-11-04 | A kind of automotive upholstery slush moulding bed |
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| CN206201302U true CN206201302U (en) | 2017-05-31 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201621188679.2U Withdrawn - After Issue CN206201302U (en) | 2016-11-04 | 2016-11-04 | A kind of automotive upholstery slush moulding bed |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106626185A (en) * | 2016-11-04 | 2017-05-10 | 南通超达装备股份有限公司 | Automobile interior trim part slush molding bed |
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2016
- 2016-11-04 CN CN201621188679.2U patent/CN206201302U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106626185A (en) * | 2016-11-04 | 2017-05-10 | 南通超达装备股份有限公司 | Automobile interior trim part slush molding bed |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170531 Effective date of abandoning: 20181214 |