CN208681942U - Multi-station mold axial direction four sides rotating mechanism - Google Patents
Multi-station mold axial direction four sides rotating mechanism Download PDFInfo
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- CN208681942U CN208681942U CN201821421757.8U CN201821421757U CN208681942U CN 208681942 U CN208681942 U CN 208681942U CN 201821421757 U CN201821421757 U CN 201821421757U CN 208681942 U CN208681942 U CN 208681942U
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- interconnecting piece
- plate
- support
- roof supporting
- axial direction
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Abstract
The utility model discloses a kind of multi-station mold axial direction four sides rotating mechanisms, are related to injection mold field, and the rotary-top device for solving existing rotating mechanism is not easy to demoulding, and lower support structure adjustment trouble dismounts cumbersome problem.The technical solution adopted in the utility model is: multi-station mold axial direction four sides rotating mechanism, including the rotary-top device and bottom rotating device above and below mold installs case, rotary-top device includes roof supporting, roof supporting connect plate bolt connection with top plate, top plate connecting plate is divided into interconnecting piece and lower interconnecting piece, upper interconnecting piece is connected with lower interconnecting piece screw, and link position is located at except roof supporting in the projection of roof supporting, and demoulding process is simple and convenient.Bottom rotating device includes support construction, and support construction includes guide rail, and linear support block is arranged on guide rail, and support plate is placed on linear support block, and adjusting nut is arranged in support plate top surface, by adjusting nut can it is convenient, accurately adjust bearing height, and be easy dismounting.
Description
Technical field
The utility model relates to injection mold technology, specifically a kind of multi-station mold rotating mechanism.
Background technique
Multi-station mold axial direction four sides rotating mechanism includes the rotary-top device and mold peace above mold installs case
Bottom rotating device below casing.Rotary-top device includes the top platen and roof supporting above mold installs case, branch
The top of support plate is that top plate aqueous vapor axis, top platen and roof supporting are real by connecting mold installs case and bottom rotating device
Existing synchronous rotary.The two sides of roof supporting are connected by screw to respectively in the bottom of top plate connecting plate, the section of top plate connecting plate
In zigzag, top gear group is respectively set at the top of two top plate connecting plates.Top gear group includes gear supporting block, gear
Supporting block is clamped and fastened on brother's woods column, to guarantee the stabilization of rotary-top device.Roof supporting between two top plate connecting plates
It is connected by screw to.Due to the limitation of top plate connecting plate, after the screw for removing roof supporting two sides, roof water gas axis only can be taken off
And roof supporting.To remove mold, the gear supporting block on brother's woods column must all be dismantled, so demoulding is just very cumbersome.
Bottom rotating device includes support construction, and support construction includes two guide rails, and bracket is respectively set on each guide rail,
Support plate is installed, support plate is for installing the components such as motor, bottom turntable on bracket.As depicted in figs. 1 and 2, existing bracket
Skewed slot is set on 12, support slipper 13 is placed in skewed slot, support limit screw 14, support slipper is arranged in the side of support slipper 13
Support pin 15 is arranged in 13 top surface, and support pin 15 is used to cooperate with support plate 9.The adjusting of 12 bearing height of bracket is to pass through
Support limit screw 14 is adjusted to control, rotates support limit screw 14, makes position adjustment of the support slipper 13 in skewed slot, from
And realize the height of adjustment support slipper 13, and then adjust the bearing height of bracket 12.The support construction is adjusted in the presence of structure is complicated
It is whole cumbersome, and dismount cumbersome problem.
Utility model content
The utility model provides a kind of multi-station mold axial direction four sides rotating mechanism, solves the top rotation of existing rotating mechanism
Rotary device is not easy to demoulding and lower support structure adjustment trouble, dismounts cumbersome problem.
The technical scheme adopted by the utility model to solve the technical problem is as follows: multi-station mold axial direction four sides whirler
Structure, including the rotary-top device above mold installs case and the bottom rotating device below mold installs case, rotary-top
Device includes roof supporting, and top plate aqueous vapor axis and top platen, the two sides of roof supporting are installed in the top and bottom of roof supporting respectively
It is connected respectively by least two screws with top plate connecting plate；Top plate connecting plate is divided into interconnecting piece and lower interconnecting piece, upper connection
Portion is in tabular, and assembles top gear group, and the section of lower interconnecting piece is L-shaped, by extremely between upper interconnecting piece and lower interconnecting piece
Few two screws connection, and the projection of link position plane where roof supporting of upper interconnecting piece and lower interconnecting piece is located at branch
Except support plate；The two sides of roof supporting are connected by screw to lower interconnecting piece far from one end of upper interconnecting piece respectively；
Bottom rotating device includes the support construction of support plate and support plate bottom, and support construction includes two guide rails, is led
Linear support block is set on rail, places support plate on linear support block, support plate top surface respectively corresponds the region of linear support block
At least two adjusting nuts are respectively set, adjusting nut is through support plate and can contact with linear support block.
Further, step, the thickness of the width of step and lower interconnecting piece is arranged in the bottom edge of the upper interconnecting piece
Unanimously；The lower interconnecting piece it is L-shaped, be divided into vertical section and horizontal segment, the vertical section of lower interconnecting piece is placed in interconnecting piece
In step, and the screw by penetrating step from upper interconnecting piece top surface is fixedly connected.
Specifically, the ladder being adapted to the L-shaped structure of lower interconnecting piece, branch support is arranged in the two sides bottom surface of the roof supporting
The two sides top surface setting screw of plate and the horizontal segment for penetrating lower interconnecting piece.
Specifically, between the upper interconnecting piece of the top plate connecting plate and lower interconnecting piece be arranged four screws, lower interconnecting piece and
Four screws are set between roof supporting.
Further, the card slot being adapted to rail shapes is arranged in the bottom of the linear support block, guide rail is stuck in linearly
In the card slot of supporting block.
Further, step is respectively set in the bottom surface both side of the support plate, linear support block is placed in step.
Specifically, two adjusting nuts and two linear supports are respectively arranged along guide rail direction for the two sides of the support plate
Block.
Further, motor is installed in the bottom of the support plate, support plate also wears rotary shaft, the output gear of motor
It is engaged positioned at the top surface of support plate, and with the bottom plate turntable on the outside of rotary shaft.
The beneficial effects of the utility model are: multi-station mold axial direction four sides rotating mechanism is for rotation among multi-station mold
The connection of installation, fixation and the water, gas, oil circuit of transfer part point.Since the top plate connecting plate in rotary-top device is divided into upper connection
Portion and lower interconnecting piece, screw connects between upper interconnecting piece and lower interconnecting piece, and link position plane where roof supporting
Projection is located at except roof supporting, when demoulding, removes the screw between roof supporting and top plate connecting plate, while removing connection
Screw between portion and lower interconnecting piece takes out lower interconnecting piece, and turntable portion can directly pass through row above mold installs case and mold
Vehicle or lifting equipment propose, and the rack-and-pinion on brother's woods column is not required to dismount adjustment again after installing, and simplifies demoulding operation,
Keep demoulding process simple and convenient.Step is arranged in the bottom edge of upper interconnecting piece, and the vertical section of lower interconnecting piece is placed in interconnecting piece
Step in and be connected by screw to, convenient for the assembling of lower interconnecting piece.
The support construction composition of bottom rotating device is simple, by adjusting nut, can it is convenient, fast, accurately adjustment is led
Rail guarantees that the height and the depth of parallelism of mold, support construction also have the advantages that detachable mounted to the bearing height of support plate.Guide rail
It is stuck in the card slot of linear support block, linear support block is not easy to slip, and guarantees the stability of support construction.
Detailed description of the invention
Fig. 1 is the perspective view of the support construction of existing multi-station mold axial direction four sides rotating mechanism.
Fig. 2 is the cross-sectional view of the support construction of existing multi-station mold axial direction four sides rotating mechanism.
Fig. 3 is the perspective view of the utility model multi-station mold axial direction four sides rotating mechanism.
Fig. 4 is the explosive view of the rotary-top device of the utility model multi-station mold axial direction four sides rotating mechanism.
Fig. 5 is the perspective view of the support construction of the utility model multi-station mold axial direction four sides rotating mechanism.
Fig. 6 is the cross-sectional view of the support construction of the utility model multi-station mold axial direction four sides rotating mechanism.
Fig. 7 is the explosive view of the support construction of the utility model multi-station mold axial direction four sides rotating mechanism.
Components, position and number in figure: mold installs case 1, roof supporting 2, top plate aqueous vapor axis 3, top platen 4, top
Plate connecting plate 5, upper interconnecting piece 5-1, lower interconnecting piece 5-2, top gear group 6；Guide rail 7, support plate 9, is adjusted linear support block 8
Nut 10, brother woods column 11, bracket 12, support slipper 13, support limit screw 14, support pin 15, motor 16, rotary shaft 17,
Bottom plate turntable 18, gear supporting block 19, screw 20.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing.
As shown in figure 3, the utility model multi-station mold axial direction four sides rotating mechanism, including 1 top of mold installs case
The bottom rotating device of 1 lower section of rotary-top device and mold installs case.The position of mold installs case 1 is used for the peace of mold
Dress, can do the rotation of 90 ° or 180 ° according to the actual situation.As shown in Figure 3 and Figure 4, rotary-top device includes roof supporting 2,
Top plate aqueous vapor axis 3 and top platen 4 are installed in the top and bottom of roof supporting 2 respectively, and top platen 4 and roof supporting 2 pass through connection
Mold installs case 1 and bottom rotating device realize synchronous rotary.The two sides of roof supporting 2 pass through respectively at least two screws 20 with
Top plate connecting plate 5 is connected, for example, as shown in Figure 3 and Figure 4, four screws 20 are arranged between roof supporting 2 and top plate connecting plate 5.
Top plate connecting plate 5 divides for upper interconnecting piece 5-1 and lower interconnecting piece 5-2.Wherein, upper interconnecting piece 5-1 is in tabular, and is filled
With top gear group 6, the bottom gears group of top gear group 6 and bottom rotating device is sequentially connected, bottom rotating device and electricity
Machine 16 is sequentially connected, and realizes that whole rotating mechanism and the opening speed of injection molding machine, distance are consistent.Top gear group 6 includes
Gear supporting block 19, gear supporting block 19 are clamped and fastened on brother woods column 11, to guarantee the stabilization of rotary-top device.Lower interconnecting piece
The section of 5-2 is L-shaped, is divided into vertical section and horizontal segment, and vertical section is connect with upper interconnecting piece 5-1 by least two screws 20,
Horizontal segment is connected by least two screws 20 with roof supporting 2.For the ease of demoulding, upper interconnecting piece 5-1 and lower interconnecting piece 5-2
Link position be located at except roof supporting 2 in the projection of 2 place plane of roof supporting, dismantle in this way interconnecting piece 5-1 and under
Screw 20 between interconnecting piece 5-2, while the screw 20 between roof supporting 2 and top plate connecting plate 5 is removed, take out lower interconnecting piece
Turntable portion can be proposed directly by driving or lifting equipment above 5-2, mold installs case 1 and mold, and on brother woods column 11
Rack-and-pinion is not required to dismount adjustment again after installing.The quantity of screw 20 is to guarantee that the firm of installation is advisable, such as Fig. 3 institute
Show, four screws 20, lower interconnecting piece 5-2 and support are set between the upper interconnecting piece 5-1 of top plate connecting plate 5 and lower interconnecting piece 5-2
Four screws 20 are set between top plate 2.
For the ease of the connection between lower interconnecting piece 5-2 and roof supporting 2, the bottom surface both side of roof supporting 2 is respectively set
The ladder being adapted to the L-shaped structure of lower interconnecting piece 5-2, the two sides top surface setting screw 20 of roof supporting 2 simultaneously penetrate lower interconnecting piece
The horizontal segment of 5-2, to realize that screw 20 is disassembled and installed from vertical direction, convenient for the dismounting of screw 20.
For the ease of the connection between the upper interconnecting piece 5-1 and lower interconnecting piece 5-2 of top plate connecting plate 5, upper interconnecting piece 5-1's
Step, the consistency of thickness of the width of step and lower interconnecting piece 5-2 is arranged in bottom edge.Upper interconnecting piece 5-1 is in level, lower connection
The vertical section of portion 5-2 is placed vertically in the step of upper interconnecting piece 5-1, and by penetrating step from the top surface upper interconnecting piece 5-1
Screw 20 be fixedly connected.Screw 20 is disassembled and installed from vertical direction in this way, convenient for operation.
As shown in Fig. 3 and Fig. 5~7, bottom rotating device includes the support construction of support plate 9 Yu 9 bottom of support plate, support
Motor 16 is installed in the bottom of plate 9, and motor 16 can be servo motor, and support plate 9 also wears rotary shaft 17, the output gear of motor 16
Positioned at support plate 9 top surface and engaged with the bottom plate turntable 18 in the outside of rotary shaft 17.Motor 16 provides rotary power, passes through bottom
The transmission of portion's gear set drives bottom plate turntable 18 to do spinning movement.Turntable locating block, turntable positioning are also set up on bottom plate turntable 18
Block realizes mold actions for fixing and locking bottom plate turntable 18 in specific position.
As shown in Fig. 5~7, support construction includes two guide rails 7, and linear support block 8, linear support block 8 is arranged on guide rail 7
At least two adjusting nuts 10 are respectively set in upper placement support plate 9, the region that 9 top surface of support plate respectively corresponds linear support block 8,
Adjusting nut 10 is through support plate 9 and can contact with linear support block 8.Adjusting nut 10 convenient, fast, can be adjusted accurately
Guide rail 7 guarantees the height and the depth of parallelism of mold, i.e., adjusting support plate 9 is relative to the flat of guide rail 7 to the bearing height of support plate 9
Row degree, and help to ensure that the center of entire center rotating part vertical direction is overlapped with injection molding machine center.
The quantity of linear support block 8, position are matched with adjusting nut 10.Adjusting nut 10 is used to adjust bearing height,
So two adjusting nuts 10 and two linear support blocks 8 are respectively arranged along the direction of guide rail 7 in the two sides of support plate 9.Adjust spiral shell
Mother 10 is located at the quadrangle of support plate 9.The upper surface of linear support block 8 is directly contacted with adjusting nut 10, firm to guarantee, linearly
Nut groove is arranged in the upper surface middle part of supporting block 8, and adjusting nut 10 is stuck in nut groove, as shown in Figure 7.In addition, in order to guarantee
Consolidating for support construction, avoids slipping, and the card slot of the bottom setting and 7 shape adaptation of guide rail of linear support block 8, guide rail 7 is stuck in
In the card slot of linear support block 8.In addition, step, the top of step and linear support block 8 is respectively set in the bottom surface both side of support plate 9
Face adaptation, the top of linear support block 8 is placed in step.
Claims (8)
1. multi-station mold axial direction four sides rotating mechanism, including the rotary-top device and mold above mold installs case (1)
Bottom rotating device below installs case (1), rotary-top device include roof supporting (2), the top and bottom point of roof supporting (2)
Not An Zhuan top plate aqueous vapor axis (3) and top platen (4), the two sides of roof supporting (2) pass through respectively at least two screws (20) with
Top plate connecting plate (5) is connected；It is characterized by: top plate connecting plate (5) is divided into interconnecting piece (5-1) and lower interconnecting piece (5-2), on
Interconnecting piece (5-1) is in tabular, and assembles top gear group (6), and the section of lower interconnecting piece (5-2) is L-shaped, upper interconnecting piece (5-
1) pass through at least two screw (20) connections, and upper interconnecting piece (5-1) and lower interconnecting piece (5- between lower interconnecting piece (5-2)
2) link position is located at except roof supporting (2) in the projection of plane where roof supporting (2)；The two sides of roof supporting (2)
One end with lower interconnecting piece (5-2) far from upper interconnecting piece (5-1) is connect by screw (20) respectively；
Bottom rotating device includes the support construction of support plate (9) Yu support plate (9) bottom, and support construction includes two guide rails
(7), linear support block (8) are set on guide rail (7), place support plate (9) on linear support block (8), support plate (9) top surface difference
At least two adjusting nuts (10) are respectively set in the region of corresponding linear support block (8), and adjusting nut (10) runs through support plate (9)
And it can be contacted with linear support block (8).
2. multi-station mold axial direction as described in claim 1 four sides rotating mechanism, it is characterised in that: the upper interconnecting piece (5-
1) step, the consistency of thickness of the width of step and lower interconnecting piece (5-2) is arranged in bottom edge；The lower interconnecting piece (5-2)
It is L-shaped, it is divided into vertical section and horizontal segment, the vertical section of lower interconnecting piece (5-2) is placed in the step of interconnecting piece (5-1), and
It is fixedly connected by the screw (20) for penetrating step from the top surface upper interconnecting piece (5-1).
3. multi-station mold axial direction as claimed in claim 2 four sides rotating mechanism, it is characterised in that: the roof supporting (2)
Two sides bottom surface the ladder that is adapted to the L-shaped structure of lower interconnecting piece (5-2), the two sides top surface setting spiral shell of roof supporting (2) are set
Nail (20) and the horizontal segment for penetrating lower interconnecting piece (5-2).
4. multi-station mold axial direction as claimed in claim 1,2 or 3 four sides rotating mechanism, it is characterised in that: the top plate connects
Four screws (20), lower interconnecting piece (5-2) and support are set between the upper interconnecting piece (5-1) and lower interconnecting piece (5-2) of fishplate bar (5)
Four screws (20) are set between top plate (2).
5. multi-station mold axial direction as described in claim 1 four sides rotating mechanism, it is characterised in that: the linear support block
(8) card slot of bottom setting and guide rail (7) shape adaptation, guide rail (7) are stuck in the card slot of linear support block (8).
6. multi-station mold axial direction as claimed in claim 1 or 5 four sides rotating mechanism, it is characterised in that: the support plate (9)
Bottom surface both side step is respectively set, linear support block (8) is placed in step.
7. multi-station mold axial direction as claimed in claim 6 four sides rotating mechanism, it is characterised in that: the support plate (9)
Two adjusting nuts (10) and two linear support blocks (8) are respectively arranged along guide rail (7) direction in two sides.
8. multi-station mold axial direction as claimed in claim 6 four sides rotating mechanism, it is characterised in that: the support plate (9)
Motor (16) are installed in bottom, and support plate (9) is also worn rotary shaft (17), and the output gear of motor (16) is located at support plate (9)
Top surface, and engaged with the bottom plate turntable (18) on the outside of rotary shaft (17), the top surface mounting base turntable (18) of support plate (9).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821421757.8U CN208681942U (en) | 2018-08-31 | 2018-08-31 | Multi-station mold axial direction four sides rotating mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821421757.8U CN208681942U (en) | 2018-08-31 | 2018-08-31 | Multi-station mold axial direction four sides rotating mechanism |
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| Publication Number | Publication Date |
|---|---|
| CN208681942U true CN208681942U (en) | 2019-04-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821421757.8U Active CN208681942U (en) | 2018-08-31 | 2018-08-31 | Multi-station mold axial direction four sides rotating mechanism |
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| CN (1) | CN208681942U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108773010A (en) * | 2018-08-31 | 2018-11-09 | 四川省宜宾普什模具有限公司 | Multi-station mold axial direction four sides rotating mechanism |
-
2018
- 2018-08-31 CN CN201821421757.8U patent/CN208681942U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108773010A (en) * | 2018-08-31 | 2018-11-09 | 四川省宜宾普什模具有限公司 | Multi-station mold axial direction four sides rotating mechanism |
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