CN208442154U - A kind of four-way rotation axle construction based on modularization assembling - Google Patents
A kind of four-way rotation axle construction based on modularization assembling Download PDFInfo
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- CN208442154U CN208442154U CN201820985645.9U CN201820985645U CN208442154U CN 208442154 U CN208442154 U CN 208442154U CN 201820985645 U CN201820985645 U CN 201820985645U CN 208442154 U CN208442154 U CN 208442154U
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- card column
- dome
- central axis
- bolt
- axle construction
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Abstract
The utility model discloses a kind of, and the four-way based on modularization assembling rotates axle construction, belongs to the technical field of modularization lamps and lanterns, including axis in the same direction, and axis in the same direction is the hollow housing that section is in 8 fonts, and the equal movable sleeve of both ends the center point of axis in the same direction is connected to a shank of bolt；It further include support component, the side of support component is equipped with card column, and card column is located at the shank of bolt in the radial direction, and the both ends of the other side are connected separately with fixed dome and removable dome；On the axis of the fixed dome and removable dome with the same shank of bolt phase pivot bush unit；Movable sleeve is equipped with screw seat in the fixed dome, and removable dome is provided with the nut to match with shank of bolt；It further include central axis seat, central axis seat rotation is socketed in the card column, and the rotary components to the central axis seat rotary spacing are equipped between central axis seat and card column, it carries out turning to adjusting to meet the modular product being increasingly rich progress moulding to achieve the purpose that can be realized rotation axle construction in various dimensions direction.
Description
Technical field
The utility model belongs to the technical field of modularization lamps and lanterns, in particular to a kind of based on modularization assembling
Four-way rotates axle construction.
Background technique
Modular product is to realize a kind of effective ways that single-piece production target is carried out with large batch of benefit, product module
Changing is also a kind of effective ways for supporting user's designed, designed product.Product module has standalone feature and input, output
Standarized component generally comprises sub-unit, sub-assembly and part etc..
With the continuous development and progress in lamps and lanterns market, modularization lamps and lanterns are increasingly becoming the main trend of existing market, mould
For block product with extremely extensively in life, especially modular lighting product different shapes in practical applications are flexibly more
Become.It can be spliced into ever-changing product-forming using same module, still, during these splicings, due to making
Type is different, when needing to splice module for corner or other polymorphic structures, it is desirable to the corresponding rotation axle construction of exploitation
To carry out the supporting point in moulding transition process as modular product, but modular product is in the mistake for carrying out moulding transformation
Cheng Zhong, for hoisting module product diversity and rich, rotation required for each node in moulding transition process
Direction is frequently not single direction, and the rotation axle construction developed at present is difficult to realize carry out rotation tune in different directions
Section, most rotation axle construction, which is merely able to realize, carries out rotation adjusting in single dimension or two dimensions, to carry out module
Change product moulding, cause the moulding of modular product single, if desired realize rotation axle construction in various dimensions space into
Row, which turns to, to be adjusted, then can not guarantee the degree of modularity for rotating axle construction simultaneously, it is difficult to meet to the modularization being increasingly rich
Product carries out moulding.
Utility model content
In order to solve the above problems existing in the present technology, the utility model aim is to provide a kind of based on modularization group
Dress four-way rotation axle construction with reach can be realized rotation axle construction various dimensions direction carry out turn to adjust to meet increasingly
Modular product abundant carries out the purpose of moulding.
The technology employed by the present utility model is a kind of four-way based on modularization assembling rotates axle construction, including
Axis in the same direction, the axis in the same direction is the hollow housing of a side opening and the section of hollow housing is in 8 fonts, the both ends center of circle of axis in the same direction
Locate equal movable sleeve and be connected to a shank of bolt, and shank of bolt is located on the circle central axis direction in shaft end portion in the same direction；It further include support component,
The side of the support component is equipped with card column, and card column is located at the shank of bolt in the radial direction, the both ends difference of the other side
It is connected with fixed dome and removable dome；It is mutually movable with the same shank of bolt on the axis of the fixed dome and removable dome
Socket, and fixed dome and removable dome are assemblied in the two sides of the axis in the same direction respectively；Movable sleeve is equipped in the fixed dome
Screw seat and screw seat are assemblied on the bolt head of the shank of bolt, removable dome be provided with the nut to match with shank of bolt and
The end of removable dome is equipped with tail-hood；It further include central axis seat, the central axis seat rotation is socketed in the card column, and central axis seat
The rotary components to the central axis seat rotary spacing are equipped between card column.
Further, the middle part clamping of the axis in the same direction is equipped with matched shade line lid, and the two sides of shade line lid
It is equipped with arc-shaped side, the arc-shaped side of each side forms cirque structure with the both ends side of the axis in the same direction respectively.
Further, the rotary components include the rotating disk in the card column and the rotation on the central axis seat
Pivoted housing hole, the rotation sets of holes are set as stepped hole, and the aperture of stepped hole is placed in the card column, the macropore of stepped hole and the rotation
Turntable matches and is evenly distributed with multiple limiting grooves along its circumferencial direction on the step surface of stepped hole；The rotating disk and institute
State that card column is located on same axis direction and rotating disk is equipped with multiple arc convex with the limiting groove Corresponding matching.
Further, the side of the card column is equipped with the first limited block, and the aperture medial surface of stepped hole is equipped with second
Limited block, the corresponding setting of the first limit block and the second limit block.
Further, the support component includes the first supporting element and the second supporting element, one end of first supporting element
It is connect with fixed dome, the other end is equipped with clamping groove, and the card column is connected on the first supporting element；Second supporting element
One end is connect with removable dome, and the other end is equipped with the clamping joint to match with the clamping groove.
Further, the central axis seat is equipped at least one shackle member, and central axis seat back to the side of the axis in the same direction
Middle part is equipped with the sleeve that matches with the rotating disk, offers the first through hole on central axis seat in sleeve, sleeve and the
One through-hole forms in the rotation sets of holes and first through hole and is equipped with edge in the annular to match with the card column.
Further, first supporting element is set as L-type supporting shell, and a support arm of L-type supporting shell is connected to the fixation
In the radial direction, the inside of another support arm is equipped with the rotating disk to dome and the two sides of the support arm are equipped with and the sleeve phase
The arc shell matched, the end of the support arm, which is equipped with to be equipped on notch and the two opposite sides side of notch, gets stuck, and gets stuck and rotating disk
Between form the clamping groove；Second supporting element is set as the vertical supporting shell to match with L type supporting shell, vertical to support
The side of shell is equipped with the clamping joint.
Further, it is offered on the end face of the screw seat and turns notch；The tail-hood is equipped with spacing breach, removable
The protrusion to match with spacing breach is equipped in dome.
Further, the shackle member includes connection card column and four L-type snap-gauges on central axis seat, four L
Type snap-gauge is uniformly distributed in the surrounding of connection card column along same circumferencial direction.
Further, the card column and connection card column are made of two arc being symmetrical set buckles.
The utility model has the following beneficial effects:
1. axle construction is rotated based on modular four-way using disclosed in the utility model, by using in 8 font knots
The axis in the same direction of structure, at the both ends of axis in the same direction, equal movable sleeve is connected to shank of bolt, is socketed respectively on same shank of bolt and assembles fixed dome
With removable dome, and fix dome and after removable dome then passes through support component to its assembly connection, can be realized X to two
Rotation in a dimension, i.e., fixed dome and removable dome can be rotated relative to axis in the same direction in the range of 180 °；Further, exist
By rotary components assembly connection central axis seat in support component, central axis seat can be realized to be rotated in two dimensions of Z-direction, axis
Seat can be rotated relative to axis in the same direction in the range of 270 °；Compared with the existing technology, four-way rotation axle construction can be realized in X
To with rotated in Z-direction four dimensions, to meet the abundant shape-designing of modular product, simultaneously, additionally it is possible to meet it is higher
The degree of modularity；
2. assembling to form support component by the first supporting element and the second supporting element, the card column in support component be can be realized
To the assembly connection of central axis seat, meanwhile, smart structural design, cooperation rotary components can be realized central axis seat in different dimensions
Interior rotation regulatory function, the degree of modularity and promotional value with higher；
3. by setting limiting groove and arc convex inside rotary components, when assembling central axis seat in card column, in
Axle bed can be realized in the state that limiting groove and arc convex cooperate to difference under the clamping force effect of card column
It is limited after angle rotation, is conducive to the rotation node moulding of modular product；
4. fixed dome, shaft dome are carried out socket with removable dome and are connected by a shank of bolt, and in shank of bolt
Both ends are respectively equipped with screw seat and tail-hood, can be realized and are easy to turn shank of bolt to assemble entire rotation axle construction, together
When, at the middle part of axis in the same direction, clamping is equipped with shade line lid, improves the overall aesthetic degree of appearance.
Detailed description of the invention
Fig. 1 is the fractionation structural representation of the four-way rotation axle construction provided by the utility model based on modularization assembling；
Fig. 2 is the overall structure diagram of the four-way rotation axle construction provided by the utility model based on modularization assembling；
Fig. 3 is the structural representation of central axis seat in the four-way rotation axle construction provided by the utility model based on modularization assembling
Figure；
Fig. 4 is the structural representation of rotating disk in the four-way rotation axle construction provided by the utility model based on modularization assembling
Figure.
Specific embodiment
With reference to the accompanying drawing and specific embodiment is further elaborated the utility model.
As Figure 1-Figure 4, the utility model provides a kind of four-way rotation axle construction based on modularization assembling, including
Axis 1 in the same direction, the axis 1 in the same direction are that the section of the hollow housing of a side opening and hollow housing is in 8 fonts, the axis 1 in the same direction by
Middle casing and the circular arc shell for being connected to middle casing both ends are constituted, and the inside of axis 1 is the cavity of connection, axis in the same direction in the same direction
The 1 equal movable sleeve of both ends the center point is connected to a shank of bolt 2 (center of circle that the center of circle is circular arc shell), and shank of bolt 2 is located at together
To on the circle central axis direction of 1 end of axis (axis that the circle central axis is circular arc shell), it is preferred that in the axis 1 in the same direction
Inside be equipped with turning set 3, turning set 3 is located at the center point inside axis 1 in the same direction, and 3 pivot bush unit of turning set is in the shank of bolt 2
On, shank of bolt 2 can be freely rotated relative to turning set 3；It further include support component, the side of the support component is equipped with card column
23, and card column 23 is located at the shank of bolt 2 in the radial direction, the both ends of the other side are connected separately with fixed dome 4 and removable
Dome 5；With the same 2 phase pivot bush unit of shank of bolt on the axis of the fixed dome 4 and removable dome 5,4 He of dome is fixed
Removable dome 5 can be freely rotated relative to shank of bolt 2, and fixed dome 4 and removable dome 5 are assemblied in the axis in the same direction respectively
1 two sides, at this point, the support component for being located at 1 both ends of axis in the same direction rotates in the range of capable of making 0-180 ° around shank of bolt 2；
Movable sleeve is equipped with screw seat 6 in the fixed dome 4 and screw seat 6 is assemblied on the bolt head of the shank of bolt 2, screw seat 6
Middle part offer the fitting groove to match with the bolt head, removable dome 5 is provided with the nut 7 to match with shank of bolt 2
And the end of removable dome 5 is equipped with tail-hood 8, is equipped with the pilot hole to match with nut 7 in removable dome 5, wherein tail-hood 8
It can be not only used for pushing against the nut 7, and the open end of removable dome 5 can be sealed, to promote overall aesthetic degree and sealing
Property；It further include central axis seat 9,9 turning set 3 of central axis seat is connected in the card column 23, i.e., corresponding in above-mentioned each card column 23
It is equipped with central axis seat 9, central axis seat 9 is equipped between central axis seat 9 and card column 23 for the unit module in link block product
To the rotary components of 9 rotary spacing of central axis seat, after central axis seat 9 turns an angle relative to card column 23, rotary components
Clamping can be carried out to central axis seat 9 to limit.Preferably, the outer diameter phase of 5 the two person of the fixed dome 4 and removable dome
Deng the outer diameter of the circular arc shell at 1 both ends of axis in the same direction being also equal to, to guarantee that it is described that fixed dome 4 and removable dome 5 are assemblied in
The both ends of circular arc shell can form whole column structure；The support component when axis 1 in the same direction, is fixed by assembling
Dome 4 and removable dome 5 are socketed when being assemblied on shank of bolt 2, and support component can also be completed to assemble just；It is described removable
Dome 5 and fixed dome 4 are cylinder-like structure open at one end.
The middle part clamping of the axis in the same direction 1 is equipped with matched shade line lid 10, and the side of shade line lid 10 is equipped with more
A clamping cylinder, the inside of axis 1 in the same direction are equipped with the clamping set to match with each clamping cylinder, and clamping set is located at the middle case
In vivo, shade line lid 10 is loaded on to the opening side of the axis 1 in the same direction, and the two sides of shade line lid 10 are equipped with arc-shaped side, each side
Arc-shaped side respectively with the both ends side of the axis 1 in the same direction form cirque structure, in the present embodiment, when removable 5 He of dome
When fixed dome 4 is assemblied in the two sides of axis 1 in the same direction, the arc-shaped side of shade line lid 10 is coated on the lateral profile of the fixed dome 4
On face.
The rotary components include the rotating disk 11 in the card column 23 and the rotary sleeve on the central axis seat 9
Hole, the rotation sets of holes are set as stepped hole, and the aperture of stepped hole is placed in the card column 23, and the small aperture of stepped hole is greater than institute
The outer diameter of card column 23 is stated, the macropore of stepped hole and the rotating disk 11 match and on the step surface of stepped hole along its circumferencial direction
Multiple limiting grooves 12 are evenly distributed with, each limiting groove 12 is set as arc groove；The rotating disk 11 and the card column
23 on same axis direction and rotating disk 11 is equipped with multiple arc convex 24 with 12 Corresponding matching of limiting groove.
When rotating disk 11 is relative to rotation sets of holes rotation, arc convex 24, which can correspond to, to be caught in limiting groove 12, to axis
The turned position of seat 9 carries out clamping limit, and the node for being conducive to modular product carries out rotation moulding.Preferably, described
Arc convex 24 sets there are six and is divided into two groups, and two groups of arc convex 24 are symmetrical arranged relative to the card column 23.
The side of the card column 23 is equipped with the first limited block, and the aperture medial surface of stepped hole is equipped with the second limited block
13, the corresponding setting of the first limit block and the second limit block 13；When card column 23 is relative to rotation sets of holes rotation, the first limited block
And second can mutually limit between limited block 13, to realize that central axis seat 9 can rotate in the range of 0 ° -270 °；Described first
Limited block and the second limited block 13 are respectively positioned on the rotation sets of holes in the radial direction, the first limit block and the second limit block 13
Length should be less than the difference of the aperture radius of stepped hole and the radius of the card column 23, to realize the first limit block and the second limit block
13 can mutually contradict during rotation to limit, and central axis seat 9 is enable to carry out rotation adjusting in the range of 270 °.
The assembly to removable dome 5 and fixed dome 4 can be realized by support component, and be may be implemented in support component and filled
With central axis seat 9, and central axis seat 9 can carry out rotation adjusting in the range of 270 °；The support component includes the first supporting element
With the second supporting element, one end of first supporting element is connect with fixed dome 4, and the other end is equipped with clamping groove, and the first support
The card column 23 is connected on the side of part, card column 23 and the side of the first supporting element are perpendicular；The one of second supporting element
End is connect with removable dome 5, and the other end is equipped with the clamping joint to match with the clamping groove, and clamping joint is inserted into clamping groove
When internal, to realize the assembling of support component, at this point, fixed dome 4 and removable dome 5 are respectively positioned on same axial direction, and
Spacing between fixed dome 4 and removable dome 5 can just assemble the circular arc shell.
The side of the central axis seat 9 back to the axis 1 in the same direction is set there are two shackle member, and two shackle members are located at central axis seat 9
Middle line direction on and the center symmetric setting relative to central axis seat 9, and the middle part of central axis seat 9 be equipped with and 11 phase of rotating disk
Matched sleeve 14 offers the first through hole on central axis seat 9 in sleeve 14, and sleeve 14 is connected to form institute with first through hole
State edge in the annular for being equipped in rotation sets of holes and first through hole and matching with the card column 23.When card column 23 is inserted into the rotation
When inside pivoted housing hole, the end of card column 23 can be clamped in the annular along upper, and card column 23 fastens central axis seat 9, to realize
Assembly abutting is carried out between rotation sets of holes on central axis seat 9 and the surface of rotating disk 11, guarantees that the function of rotary components is normally transported
Turn, is limited with the turned position to central axis seat 9.
First supporting element is set as L-type supporting shell 15, and a support arm of L-type supporting shell 15 is connected to the fixed dome 4
In the radial direction and the arc-shaped housing shape in the side of the support arm, the inside of another support arm are equipped with the rotating disk 11 and the support arm
Two sides be equipped with the arc shell 17 that matches with the sleeve 14, rotating disk 11 is by being shaped in the L-type supporting shell
In 15, the arc core axis of arc shell 17 is located on the axis direction of rotating disk 11, when rotating disk 11 is assembled to rotation sets of holes
When internal, arc shell 17 is just placed on the outside of the sleeve 14, to realize that central axis seat 9 can be revolved with respect to support component
Turning and promoted the stability of total, the end of the support arm is equipped with notch, it is preferred that notch is rectangular notch, and notch
It is equipped on the side of two opposite sides and gets stuck 20, got stuck and form the clamping groove between 20 and rotating disk 11；Alternatively, can also be in notch
It is equipped on the side of two opposite sides and gets stuck 20, got stuck and be directly provided with the clamping groove in 20, getting stuck 20 can also be used L-type fixture block generation
It replaces, the gap between L-type fixture block and the surface of rotating disk 11 is the clamping groove；Second supporting element is set as supporting with L-type
The side of the vertical supporting shell 16 that shell 15 matches, vertical supporting shell 16 is equipped with the clamping joint, and clamping joint is inserted into card
Realize the assembly to support component in access slot, the other side of vertical supporting shell 16 also arc-shaped housing shape.Preferably, institute
Stating clamping joint is the L-shaped clip-connecting rod 18 in section, and clip-connecting rod 18 is vertically connected on the side of vertical supporting shell 16.
It is offered on the end face of the screw seat 6 and turns notch 19, user can be realized by straight screwdriver to screw seat 6
Turn, thus drive shank of bolt 2 rotate and tighten it mutually with nut 7；The tail-hood 8 is equipped with spacing breach, in institute
The protrusion for being equipped in removable dome 5 and matching with spacing breach is stated, when tail-hood 8 is buckled into the inside of removable dome 5, is being limited
Under the interaction of position notch and protrusion, it can guarantee that tail-hood 8 stablizes installation and nut 7 will not be followed to produce relative rotation, then
Person, tail-hood 8 can play sealing function to the end of removable dome 5, promote whole aesthetics and leakproofness.
The shackle member includes connection card column 21 and four L-type snap-gauges 22, and four L-type snap-gauges 22 are along same circumference side
To the surrounding for being uniformly distributed in connection card column 21；The connection card column 21 and four L-type snap-gauges 22 are by being shaped in
On the surface for stating central axis seat 9.
The connection card column 21 and card column 23 are made of two arc being symmetrical set buckles, and two arcs buckle it
Between there are gap, the end of two arcs buckle can be caught in into modular product on unit module in corresponding card hole, with
Realize assembly connection.
In above-mentioned each embodiment, the four-way rotation axle construction based on modularization assembling is using plug and external circuit
Connection is to realize the assembly of module, and the mode that is connected to external circuit of the plug can be male and female terminal and patch connection, can
To be that two elastic slice contacts are connected, it is also possible to elastic slice and contacts the various ways such as connection with wiring board.
The utility model is not limited to above-mentioned optional embodiment, anyone can obtain under the enlightenment of the utility model
Other various forms of products, however, making any variation in its shape or structure, all the utility model rights that falls into are wanted
The technical solution in confining spectrum is sought, is all fallen within the protection scope of the utility model.
Claims (10)
1. a kind of four-way based on modularization assembling rotates axle construction, which is characterized in that including axis in the same direction, the axis in the same direction is one
The section of the hollow housing of side opening and hollow housing is in 8 fonts, and the equal movable sleeve of both ends the center point of axis in the same direction is connected to a bolt
Bar, and shank of bolt is located on the circle central axis direction in shaft end portion in the same direction；It further include support component, the side of the support component is set
There is card column, and card column is located at the shank of bolt in the radial direction, the both ends of the other side are connected separately with fixed dome and removable
Dome；On the axis of the fixed dome and removable dome with the same shank of bolt phase pivot bush unit, and fixed dome and can
Tear the two sides that dome is assemblied in the axis in the same direction respectively open；Movable sleeve is equipped with screw seat in the fixed dome and screw seat is assemblied in
On the bolt head of the shank of bolt, removable dome is provided with the nut to match with shank of bolt and the end of removable dome is equipped with
Tail-hood；It further include central axis seat, the central axis seat rotation is socketed in the card column, and is equipped between central axis seat and card column to described
The rotary components of central axis seat rotary spacing.
2. the four-way according to claim 1 based on modularization assembling rotates axle construction, which is characterized in that the axis in the same direction
Middle part clamping be equipped with matched shade line lid, and the two sides of shade line lid are equipped with arc-shaped side, the arc-shaped side point of each side
Cirque structure is not formed with the both ends side of the axis in the same direction.
3. the four-way according to claim 1 based on modularization assembling rotates axle construction, which is characterized in that the rotation group
Part includes that the rotating disk being located in the card column and the rotation sets of holes on the central axis seat, the rotation sets of holes are set as step
Hole, the aperture of stepped hole are placed in the card column, and the macropore of stepped hole matches with the rotating disk and the step surface of stepped hole
On along its circumferencial direction be evenly distributed with multiple limiting grooves；The rotating disk and the card column be located on same axis direction and
Rotating disk is equipped with multiple arc convex with the limiting groove Corresponding matching.
4. the four-way according to claim 3 based on modularization assembling rotates axle construction, which is characterized in that the card column
Side is equipped with the first limited block, and the aperture medial surface of stepped hole is equipped with the second limited block, the first limited block and the second limit
The corresponding setting of block.
5. the four-way according to claim 3 based on modularization assembling rotates axle construction, which is characterized in that the support group
Part includes the first supporting element and the second supporting element, and one end of first supporting element is connect with fixed dome, and the other end is equipped with card
Access slot, and the card column is connected on the first supporting element；One end of second supporting element is connect with removable dome, and the other end is set
There is the clamping joint to match with the clamping groove.
6. the four-way according to claim 5 based on modularization assembling rotates axle construction, which is characterized in that the central axis seat
It is equipped at least one shackle member back to the side of the axis in the same direction, and the middle part of central axis seat is equipped with and matches with the rotating disk
Sleeve, the first through hole on central axis seat is offered in sleeve, and sleeve and first through hole form the rotation sets of holes and first
Edge in the annular to match with the card column is equipped in through-hole.
7. the four-way according to claim 6 based on modularization assembling rotates axle construction, which is characterized in that described first
Support member is set as L-type supporting shell, and a support arm of L-type supporting shell is connected to the fixed dome in the radial direction, another support arm
Inside is equipped with the rotating disk and the two sides of the support arm are equipped with the arc shell to match with the sleeve, and the end of the support arm is set
It is equipped with and gets stuck on the side of jagged and notch two opposite sides, get stuck and form the clamping groove between rotating disk；Described second
Supporting element is set as the vertical supporting shell to match with L-type supporting shell, and the side of vertical supporting shell is equipped with the clamping joint.
8. the four-way according to claim 1 based on modularization assembling rotates axle construction, which is characterized in that the screw seat
End face on offer and turn notch；The tail-hood is equipped with spacing breach, is equipped in removable dome and matches with spacing breach
Protrusion.
9. the four-way according to claim 6 based on modularization assembling rotates axle construction, which is characterized in that the shackle member
It is uniformly distributed including the connection card column being set on central axis seat and four L-type snap-gauges, four L-type snap-gauges along same circumferencial direction
In the surrounding of connection card column.
10. the four-way according to claim 9 based on modularization assembling rotates axle construction, which is characterized in that the card column
It is made of with connection card column two arc being symmetrical set buckles.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820985645.9U CN208442154U (en) | 2018-06-25 | 2018-06-25 | A kind of four-way rotation axle construction based on modularization assembling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820985645.9U CN208442154U (en) | 2018-06-25 | 2018-06-25 | A kind of four-way rotation axle construction based on modularization assembling |
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| Publication Number | Publication Date |
|---|---|
| CN208442154U true CN208442154U (en) | 2019-01-29 |
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|---|---|---|---|
| CN201820985645.9U Active CN208442154U (en) | 2018-06-25 | 2018-06-25 | A kind of four-way rotation axle construction based on modularization assembling |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108561414A (en) * | 2018-06-25 | 2018-09-21 | 湖南粤港模科实业有限公司 | A kind of four-way rotation axle construction based on modularization assembling |
-
2018
- 2018-06-25 CN CN201820985645.9U patent/CN208442154U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108561414A (en) * | 2018-06-25 | 2018-09-21 | 湖南粤港模科实业有限公司 | A kind of four-way rotation axle construction based on modularization assembling |
| CN108561414B (en) * | 2018-06-25 | 2024-04-30 | 湖南粤港模科实业有限公司 | Four-way rotation shaft structure based on modularized assembly |
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