CN209669793U - A kind of aluminium alloy activity manger board - Google Patents
A kind of aluminium alloy activity manger board Download PDFInfo
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- CN209669793U CN209669793U CN201822201273.9U CN201822201273U CN209669793U CN 209669793 U CN209669793 U CN 209669793U CN 201822201273 U CN201822201273 U CN 201822201273U CN 209669793 U CN209669793 U CN 209669793U
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Abstract
The utility model is related to a kind of aluminium alloy activity manger board, column is carried including aluminium alloy, aluminium alloy baffle, aluminium alloy bearing base and screw-down, aluminium alloy carries column at least two, aluminium alloy carries column and is connected with each other by aluminium alloy bearing base and horizontal plane, aluminium alloy carrying column side surface sets connection sliding slot, aluminium alloy baffle is embedded in position between two neighboring aluminium alloy carrying column respectively, aluminium alloy baffle is distributed along aluminium alloy carrying column axis from top to bottom, wherein the aluminium alloy baffle both ends positioned at the top position carry column lateral surface by screw-down and aluminium alloy and are connected with each other.On the one hand the utility model effectively meets the needs of different use environments and use occasion, greatly improve the adaptive capacity to environment and versatility of the utility model, on the other hand it is self-possessed small, installation, transhipment and Demolition Construction are convenient, can meet the needs for quickly flood water body etc. being resisted and being protected operation.
Description
Technical field
The utility model relates to a kind of manger board structures, are specifically a kind of aluminium alloy activity manger boards.
Background technique
Carrying out the natural calamity such as the hydraulic engineerings improvement activities such as city river improvement, reservoir, lake and reply flood at present
It is currently mostly the water blocking facility reality constructed by structures such as concrete structure, masonry structure or sandbags in the activities such as evil protection
It applies, although these traditional water blocking protective equipments can satisfy the needs used, on the one hand these traditional facilities exist
Construction difficulty is big, long construction period, and needs to occupy biggish place when construction, serious by environmental constraints, thus seriously
Its flexibility used is affected, can not effectively meet and meet an urgent need the needs of protection operation to flood, and construction, safeguard and tear open
At high cost except operation labor intensity is big, on the other hand there is also buildings to build raw material from great, and difficulty of construction is big, and appearance looks elegant
Property it is poor, serious destruction and influence easily caused on surrounding enviroment, building mechanism, therefore be directed to this problem, there is an urgent need to open
A kind of novel gear wave water proof equipment structure is sent out, to meet the needs of actual use.
Utility model content
In view of the shortcomings of the prior art, the utility model provides a kind of aluminium alloy activity manger board, the novel knot
Structure layout is simple and compact, and it is convenient to construct, and the utility model structure is adjusted flexibly in one side flexible structure according to the usage requirement, thus
The needs for effectively meeting different use environments and use occasion greatly improve the adaptive capacity to environment of the utility model and general
Property, on the other hand it is self-possessed small, installation, transhipment and Demolition Construction are convenient, can meet and quickly flood water body etc. is resisted and prevented
The needs of operation are protected, and good appearance, environment friendly is high, can effectively prevent construction and using to surrounding enviroment and building
It builds and damages, additionally flexibly the components of the utility model are replaced and safeguarded according to the usage requirement, thus greatly
Improve stability and reliability that the utility model uses.
To achieve the goals above, the utility model is achieved through the following technical solutions:
A kind of aluminium alloy activity manger board, including aluminium alloy carrying column, aluminium alloy baffle, aluminium alloy bearing base and pressure
Lower mechanism, aluminium alloy carry column at least two, mutually parallelly distribute on and mutual with horizontal plane between each aluminium alloy carrying column
Vertically, aluminium alloy carrying column is connected with each other by aluminium alloy bearing base and horizontal plane, and aluminium alloy carrying column side surface is set
Sliding slot is connected, and connects sliding slot and aluminium alloy carrying column axis parallelly distribute on, aluminium alloy baffle is several, is embedded in adjacent two respectively
Position between a aluminium alloy carrying column, and at least two aluminium alloy baffles, aluminium are set between two neighboring aluminium alloy carrying column
Alloy baffle is distributed along aluminium alloy carrying column axis from top to bottom, and aluminium alloy baffle both ends are held with adjacent two aluminium alloy respectively
The connection sliding slot for carrying column is mutually slidably connected, wherein the aluminium alloy baffle end positions for being located at the top position set one respectively
Screw-down, and column lateral surface is carried by screw-down and aluminium alloy and is connected with each other, and screw-down axis and aluminium alloy
It carries column axis parallelly distribute on and column side surface is carried by bolt and aluminium alloy and be connected with each other.
Further, aluminium alloy carrying column includes aluminium alloy column, sole, securing plate, carries bracelet, the aluminium
Alloy column front end face and rear end face set at least two carrying bracelets respectively, and each bracelet of carrying is uniformly distributed along aluminium alloy column axis,
The left side and right side of the aluminium alloy column are all provided with a connection sliding slot, and two connection sliding slots are with aluminium alloy column axisymmetrical
Distribution, the sole is the plate structure that cross section is rectangle, and the sole connect with aluminium alloy column lower end surface and coaxially divides
Cloth, and the sole upper surface area is 1.5-5 times of aluminium alloy column lower surface area, is evenly distributed at least four on the sole
Positioning screw hole, the positioning screw hole is uniformly distributed around aluminium alloy column axis, and the securing plate totally two, with aluminium alloy column axis pair
Claim to be distributed in front end face and the rear end face position of aluminium alloy column, and with the front end face of aluminium alloy column and rear end face parallelly distribute on, institute
By strengthening link of boards between stating between securing plate and aluminium alloy column, and cross section is constituted with aluminium alloy column surface and claims " I " fonts knot
Structure, the securing plate strengthen that gusset is vertical with sole upper surface to be connect.
Further, the sole upper surface and lower end surface are all provided with elastic packing backing plate.
Further, the connection sliding slot side surface sets at least one elastic sealing strip, the elastic sealing strip with
Connect sliding slot axis parallelly distribute on.
Further, the aluminium alloy baffle includes aluminium alloy base plate, elastic packing block, strengthens partition, the aluminium
Alloy substrate is cross section in the hollow cavity structure of rectangle, the reinforcing partition at least one, in aluminium alloy base plate
And locating slot, the positioning are all provided with aluminium alloy base plate axis parallelly distribute on, the aluminium alloy base plate upper surface and lower end surface
Slot and aluminium alloy base plate axis parallelly distribute on, the elastic packing block and aluminium alloy base plate axis parallelly distribute on, pass through positioning
Slot is connect with aluminium alloy base plate, and elastic packing block effective height at least 1/10 part is in locating slot.
Further, the locating slot cross section is V-groove, any one in oat tail groove structure.
Further, the aluminium alloy bearing base includes positioning plate, loading plate, adjusts bolt and pre-buried hook,
Described in loading plate be located at right above positioning plate and be coaxially distributed between positioning plate, the positioning plate, loading plate
Between adjust bolts by least three and be connected with each other, the adjustings bolt ring is uniformly distributed simultaneously and positioning plate around positioning plate axis
It is mutually connected vertically with loading plate, the pre-buried hook at least two is mutually connected vertically with positioning plate lower end surface.
Further, the screw-down includes holding frame, main swivel nut, positioning bolt, screw rod, elastic cushion block, described
Holding frame be " eight " font groove-like structure, end face sets axis hole thereon, and the axis hole is coaxially distributed with holding frame, the main swivel nut
It is coaxially distributed in axis hole and with axis hole, the positioning bolt totally two, holding frame is distributed in holding frame axisymmetrical
Lower end surface, each positioning bolt axis carries column side surface vertical distribution with holding frame axis and aluminium alloy respectively, and closes with aluminium
Gold loaded stud sides table intersection, the screw rod are connected with each other by main swivel nut and holding frame, and the screw rod coaxially divides with main swivel nut
Cloth, and screw rod lower end surface is located at immediately below main swivel nut and is connected with each other with elastic cushion block.
Further, the positioning bolt front end face is located on rear side of holding frame and sets sliding block, the sliding block and positioning spiral shell
Bolt is coaxially distributed, and positioning bolt carries column side surface with aluminium alloy by sliding block and is slidably connected.
Further, the sliding block corresponding aluminium alloy carrying column side surface sets guide chute, and is slided by guiding
Slot is slidably connected with aluminium alloy carrying column.
The utility model topology layout is simple and compact, and it is convenient to construct, and one side flexible structure is adjusted flexibly according to the usage requirement
The utility model structure greatly improves the environment of the utility model to effectively meet the needs of different use environments and use occasion
On the other hand adaptability and versatility are self-possessed small, installation, transhipment and Demolition Construction are convenient, can be met quickly to flood water body
Etc. the needs for being resisted and being protected operation, and good appearance, environment friendly are high, can effectively prevent construction and use
Surrounding enviroment and building are damaged, additionally flexibly the components of the utility model are replaced and tieed up according to the usage requirement
Shield, to greatly improve stability and reliability that the utility model uses.
Detailed description of the invention
It is described in detail the utility model with reference to the accompanying drawings and detailed description.
FIG. 1 is a schematic structural view of the utility model；
Fig. 2 is that aluminium alloy carries pillar construction schematic diagram；
Fig. 3 is aluminium alloy baffle arrangement schematic diagram；
Fig. 4 is aluminium alloy bearing base structural schematic diagram；
Fig. 5 is screw-down schematic view of the front view；
Fig. 6 is screw-down side structure schematic view.
Specific embodiment
To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below
In conjunction with specific embodiment, the utility model is further described.
A kind of aluminium alloy activity manger board as described in Fig. 1-6, including aluminium alloy carry column 1, aluminium alloy baffle 2, aluminium
Alloy bearing base 3 and screw-down 4, aluminium alloy carry column 1 at least two, mutually put down between each aluminium alloy carrying column 1
Row is distributed and is mutually perpendicular to horizontal plane, and aluminium alloy carries column 1 and is connected with each other by aluminium alloy bearing base 3 and horizontal plane,
Aluminium alloy carrying 1 side surface of column sets connection sliding slot 5, and connects sliding slot 5 and aluminium alloy carrying 1 axis parallelly distribute on of column, aluminium
Alloy baffle 2 is several, respectively the position between two neighboring aluminium alloy carrying column 1, and the carrying of two neighboring aluminium alloy is vertical
At least two aluminium alloy baffles 2 are set between column 1, aluminium alloy baffle 2 is distributed along aluminium alloy carrying 1 axis of column from top to bottom,
Connection sliding slot 5 of 2 both ends of aluminium alloy baffle respectively with adjacent two aluminium alloy carrying column 1 is mutually slidably connected, wherein being located at most
The aluminium alloy of upper end position keeps off 2 board ends positions and sets a screw-down 4 respectively, and is carried by screw-down 4 and aluminium alloy
1 lateral surface of column be connected with each other, and 4 axis of screw-down and aluminium alloy carrying 1 axis parallelly distribute on of column and by bolt with
Aluminium alloy carries 1 side surface of column and is connected with each other.
Wherein, aluminium alloy carrying column 1 includes aluminium alloy column 11, sole 12, securing plate 13, carries bracelet 14,
11 front end face of aluminium alloy column and rear end face set at least two carrying bracelets 14 respectively, and each bracelet 14 of carrying is along aluminium alloy
11 axis of column is uniformly distributed, and the left side and right side of the aluminium alloy column 11 are all provided with a connection sliding slot 15, and two connection sliding slots
15 with the distribution of 11 axisymmetrical of aluminium alloy column, and the sole 12 be the plate structure that cross section is rectangle, the sole 12 and
11 lower end surface of aluminium alloy column connects and is coaxially distributed, and 12 upper surface area of the sole is 11 lower surface area of aluminium alloy column
1.5-5 times, uniformly distributed at least four positioning screw holes 15 on the sole 12, the positioning screw hole 15 is around 11 axis of aluminium alloy column
Line is uniformly distributed, and the securing plate 13 totally two, front end face and the rear end of aluminium alloy column 11 are distributed in 11 axisymmetrical of aluminium alloy column
Face position, and with the front end face of aluminium alloy column 11 and rear end face parallelly distribute on, between the securing plate 13 and aluminium alloy column 11 between lead to
The connection of reinforcing gusset 16 is crossed, and constitutes cross section with 11 surface of aluminium alloy column and claims dies, the securing plate strengthens muscle
Plate 16 is vertical with 12 upper surface of sole to be connect.
It advanced optimizes, 12 upper surface of sole and lower end surface are all provided with elastic packing backing plate 17.
It advanced optimizes, 5 side surface of connection sliding slot sets at least one elastic sealing strip 18, and the elasticity is close
Strip of paper used for sealing 18 with connect 5 axis parallelly distribute on of sliding slot.
Meanwhile the aluminium alloy baffle 2 includes aluminium alloy base plate 21, elastic packing block 22, strengthens partition 23, it is described
Aluminium alloy base plate 21 is cross section in the hollow cavity structure of rectangle, the reinforcing partition 23 at least one is embedded in aluminium alloy
In substrate 21 and with 21 axis parallelly distribute on of aluminium alloy base plate, 21 upper surface of aluminium alloy base plate and lower end surface are all provided with positioning
Slot 24, the locating slot 24 and 21 axis parallelly distribute on of aluminium alloy base plate, the elastic packing block 22 and aluminium alloy base plate 21
Axis parallelly distribute on is connect by locating slot 24 with aluminium alloy base plate 21, and 22 effective height of elastic packing block is at least
1/10 part is in the locating slot 24, and 24 cross section of locating slot is V-groove, any one in oat tail groove structure.
In addition to this, the aluminium alloy bearing base 3 includes positioning plate 31, loading plate 32, adjusts bolt 33 and pre-
Hook 34 is buried, wherein the loading plate 32 is located at right above positioning plate 31 and is coaxially distributed between positioning plate 31, it is described
It adjusts bolt 33 by least three between positioning plate 31, loading plate 32 to be connected with each other, the adjusting bolt 33 is around positioning
31 axis of bottom plate is uniformly distributed and is mutually connected vertically with positioning plate 31 and loading plate 32, the pre-buried hook 34 at least two, with
31 lower end surface of positioning plate is mutually connected vertically.
Meanwhile the screw-down 4 includes holding frame 41, main swivel nut 42, positioning bolt 43, screw rod 44, elastic cushion block
45, the holding frame 41 is " eight " font groove-like structure, and end face sets axis hole 46 thereon, and the axis hole 46 and holding frame 41 are coaxial
Distribution, the main swivel nut 42 in the axis hole 46 and with the coaxial distribution of axis hole 46, the positioning bolt 43 totally two, to clamp
41 axisymmetrical of frame is distributed in 41 lower end surface of holding frame, and each 43 axis of positioning bolt is held with 41 axis of holding frame and aluminium alloy respectively
1 side surface vertical distribution of column is carried, and is intersected with aluminium alloy carrying 1 side table of column, the screw rod 44 passes through main swivel nut 42 and folder
The interconnection of frame 41, the screw rod 44 and the coaxial distribution of main swivel nut 42 are held, and 44 lower end surface of screw rod is located at immediately below main swivel nut 42
And it is connected with each other with elastic cushion block 45.
It advanced optimizes, 43 front end face of positioning bolt is located at 41 rear side of holding frame and sets sliding block 47, the cunning
Block 47 and the coaxial distribution of positioning bolt 43, and positioning bolt 43 carries the sliding of 1 side surface of column by sliding block 47 and aluminium alloy and connects
It connects.
It advanced optimizes, the corresponding aluminium alloy of sliding block 47 carrying 1 side surface of column sets guide chute 48, and leads to
Guide chute 48 is crossed to be slidably connected with aluminium alloy carrying column 1.
In specific implementation, production prepares aluminium alloy carrying column to the utility model respectively first, aluminium alloy baffle, aluminium alloy are held
Pedestal and screw-down are carried, the aluminium alloy prepared is then carried into column, aluminium alloy baffle, aluminium alloy according to the needs of use and is held
It carries pedestal and screw-down is transported to corresponding position respectively, in case construction usage.
When construction, aluminium alloy bearing base is mounted directly to the Horizon of position to be onstructed by components such as pre-buried hooks first
It is on face and fixed, the positioning bolt of aluminium alloy bearing base is then adjusted, so that each aluminium alloy bearing base upper surface is and water
Plane parallelly distribute on, and concordant with ground level upper surface be distributed or be higher by height above ground level no more than aluminium alloy height of baffle plate 1/2
Distance, then successively by each aluminium alloy carrying column and aluminium alloy bearing base be connected with each other, finally by each aluminium alloy baffle
It is attached positioning by the connection sliding slot that aluminium alloy carries column, and is reached in aluminium alloy carrying column and aluminium alloy height of baffle plate
It is vertical carrying the aluminium alloy baffle application between column to two neighboring aluminium alloy by screw-down when being needed to satisfaction construction
Straight downward pressure, so that secret connection between each aluminium alloy baffle and aluminium alloy baffle and ground level, improves the sealing to water body
Ability, and complete protect operation after, it is only necessary to respectively to aluminium alloy carrying column, aluminium alloy baffle, aluminium alloy bearing base and
Screw-down remove protection can be completed after environment each equipment for resuming work, and removing there is good reuse
Rate.
To the safeguard structures such as more traditional concrete, sandbag greatly improve safeguard structure construction working efficiency and
Convenience while effectively reducing difficulty of construction, can carry out rapid construction protection to disasters such as burst floods, thus greatly
When improving flexibility, convenience and the reliability of protection operation, and constructing under occupied area, surrounding enviroment and building are destroyed
It is small, while improving the utility model environmental suitability, the also effective unification and harmonization for improving the utility model and surrounding enviroment.
Further, since the utility model is by several aluminium alloys carrying column, aluminium alloy baffle, aluminium alloy bearing base and pressing machine
Structure assembling is constituted, and aluminium alloy carrying column, aluminium alloy baffle, aluminium alloy bearing base and screw-down are by several components
Assembling is constituted, to have great configuration flexibility, and after locally breaking down, directly carries out corresponding components more
It changes, to effectively improve the equipment repair rate and reuse rate of the utility model.
The utility model topology layout is simple and compact, and it is convenient to construct, and one side flexible structure is adjusted flexibly according to the usage requirement
The utility model structure greatly improves the environment of the utility model to effectively meet the needs of different use environments and use occasion
On the other hand adaptability and versatility are self-possessed small, installation, transhipment and Demolition Construction are convenient, can be met quickly to flood water body
Etc. the needs for being resisted and being protected operation, and good appearance, environment friendly are high, can effectively prevent construction and use
Surrounding enviroment and building are damaged, additionally flexibly the components of the utility model are replaced and tieed up according to the usage requirement
Shield, to greatly improve stability and reliability that the utility model uses.
It should be understood by those skilled in the art that the present utility model is not limited to the above embodiments.Above-described embodiment and
Only illustrate the principles of the present invention described in specification.On the premise of not departing from the spirit and scope of the utility model,
The utility model also has various changes and improvements.These changes and improvements both fall within the scope of the claimed invention
It is interior.The protection scope of the present invention is defined by the appended claims and their equivalents.
Claims (10)
1. a kind of aluminium alloy activity manger board, it is characterised in that: the aluminium alloy activity manger board includes that aluminium alloy carrying is vertical
Column, aluminium alloy baffle, aluminium alloy bearing base and screw-down, the aluminium alloy carry column at least two, and each aluminium alloy is held
It carries and mutually parallelly distribute on and is mutually perpendicular to horizontal plane between column, the aluminium alloy carrying column passes through aluminium alloy bearing base
It is connected with each other with horizontal plane, aluminium alloy carrying column side surface sets connection sliding slot, and the connection sliding slot is held with aluminium alloy
Column axis parallelly distribute on is carried, the aluminium alloy baffle is several, respectively the position between two neighboring aluminium alloy carrying column,
And at least two aluminium alloy baffles are set between two neighboring aluminium alloy carrying column, the aluminium alloy baffle is held along aluminium alloy
It carries column axis to be distributed from top to bottom, the aluminium alloy baffle both ends are sliding with the connection of adjacent two aluminium alloy carrying column respectively
Slot is mutually slidably connected, wherein the aluminium alloy baffle end positions for being located at the top position set a screw-down respectively, and leads to
It crosses screw-down and aluminium alloy carrying column lateral surface is connected with each other, and the screw-down axis and aluminium alloy carry column axis
Line parallelly distribute on simultaneously carries the interconnection of column side surface by bolt and aluminium alloy.
2. a kind of aluminium alloy activity manger board according to claim 1, it is characterised in that: the aluminium alloy carries column
Including aluminium alloy column, sole, securing plate, bracelet is carried, the aluminium alloy column front end face and rear end face set at least two respectively and remove
Bracelet is transported, and each bracelet of carrying is uniformly distributed along aluminium alloy column axis, the left side and right side of the aluminium alloy column are all provided with one
Item connects sliding slot, and two connection sliding slots, with the distribution of aluminium alloy column axisymmetrical, the sole is the plate that cross section is rectangle
Structure, the sole connect with aluminium alloy column lower end surface and are coaxially distributed, and the sole upper surface area is under aluminium alloy column
1.5-5 times of surface area, uniformly distributed at least four positioning screw holes on the sole, the positioning screw hole is around aluminium alloy column
Axis is uniformly distributed, and the securing plate totally two, front end face and the rear end face position of aluminium alloy column are distributed in aluminium alloy column axisymmetrical
Set, and with the front end face of aluminium alloy column and rear end face parallelly distribute on, between the securing plate and aluminium alloy column between by strengthen gusset
Connection, and constitute cross section with aluminium alloy column surface and claim dies, the securing plate strengthen gusset with sole upper end
Face vertically connects.
3. a kind of aluminium alloy activity manger board according to claim 2, it is characterised in that: the sole upper surface is under
End face is all provided with elastic packing backing plate.
4. a kind of aluminium alloy activity manger board according to claim 1 or 2, it is characterised in that: the connection sliding slot side
Surface sets at least one elastic sealing strip, the elastic sealing strip with connect sliding slot axis parallelly distribute on.
5. a kind of aluminium alloy activity manger board according to claim 1, it is characterised in that: the aluminium alloy baffle includes
Aluminium alloy base plate, elastic packing block strengthen partition, and the aluminium alloy base plate is cross section in the hollow cavity knot of rectangle
Structure, the reinforcing partition at least one, in the aluminium alloy base plate and with aluminium alloy base plate axis parallelly distribute on, the aluminium closes
Gold base upper surface and lower end surface are all provided with locating slot, the locating slot and aluminium alloy base plate axis parallelly distribute on, the elasticity
Sealing block and aluminium alloy base plate axis parallelly distribute on, are connect by locating slot with aluminium alloy base plate, and the elastic packing block
Effective height at least 1/10 part is in locating slot.
6. a kind of aluminium alloy activity manger board according to claim 5, it is characterised in that: the locating slot cross section is
Any one in V-groove, oat tail groove structure.
7. a kind of aluminium alloy activity manger board according to claim 1, it is characterised in that: the aluminium alloy bearing base
Including positioning plate, loading plate, adjust bolt and pre-buried hook, wherein the loading plate be located at right above positioning plate and with calmly
It is coaxially distributed between the bottom plate of position, adjusts bolt by least three between the positioning plate, loading plate and be connected with each other, the tune
Section bolt ring is uniformly distributed around positioning plate axis and is mutually connected vertically with positioning plate and loading plate, the pre-buried hook at least two
It is a, it is mutually connected vertically with positioning plate lower end surface.
8. a kind of aluminium alloy activity manger board according to claim 1, it is characterised in that: the screw-down includes folder
Frame, main swivel nut, positioning bolt, screw rod, elastic cushion block are held, the holding frame is " eight " font groove-like structure, and end face is set thereon
Axis hole, the axis hole are coaxially distributed with holding frame, and the main swivel nut is coaxially distributed in axis hole and with axis hole, the positioning
Totally two, bolt, holding frame lower end surface is distributed in holding frame axisymmetrical, each positioning bolt axis respectively with holding frame axis
Column side surface vertical distribution is carried with aluminium alloy, and is intersected with aluminium alloy carrying stud sides table, the screw rod passes through main swivel nut
Be connected with each other with holding frame, the screw rod is coaxially distributed with main swivel nut, and screw rod lower end surface be located at main swivel nut underface and with bullet
Property cushion block be connected with each other.
9. a kind of aluminium alloy activity manger board according to claim 8, it is characterised in that: the positioning bolt front end face
On rear side of holding frame and sliding block is set, the sliding block is coaxially distributed with positioning bolt, and positioning bolt passes through sliding block and aluminium alloy
Carrying column side surface is slidably connected.
10. a kind of aluminium alloy activity manger board according to claim 9, it is characterised in that: the corresponding aluminium of the sliding block
Alloy carrying column side surface sets guide chute, and carries column with aluminium alloy by guide chute and be slidably connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822201273.9U CN209669793U (en) | 2018-12-26 | 2018-12-26 | A kind of aluminium alloy activity manger board |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822201273.9U CN209669793U (en) | 2018-12-26 | 2018-12-26 | A kind of aluminium alloy activity manger board |
Publications (1)
| Publication Number | Publication Date |
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| CN209669793U true CN209669793U (en) | 2019-11-22 |
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| CN201822201273.9U Active CN209669793U (en) | 2018-12-26 | 2018-12-26 | A kind of aluminium alloy activity manger board |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111106582A (en) * | 2019-12-05 | 2020-05-05 | 国网山西省电力公司晋城供电公司 | Wire casing connection structure for information communication machine room of power company |
-
2018
- 2018-12-26 CN CN201822201273.9U patent/CN209669793U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111106582A (en) * | 2019-12-05 | 2020-05-05 | 国网山西省电力公司晋城供电公司 | Wire casing connection structure for information communication machine room of power company |
| CN111106582B (en) * | 2019-12-05 | 2021-06-25 | 国网山西省电力公司晋城供电公司 | Wire casing connection structure for information communication machine room of power company |
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