CN209632845U - Antenna array skeleton fabricating tools - Google Patents
Antenna array skeleton fabricating tools Download PDFInfo
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- CN209632845U CN209632845U CN201920276765.6U CN201920276765U CN209632845U CN 209632845 U CN209632845 U CN 209632845U CN 201920276765 U CN201920276765 U CN 201920276765U CN 209632845 U CN209632845 U CN 209632845U
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- tooling
- positioning tool
- gasket
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Abstract
The utility model discloses a kind of antenna array skeleton fabricating tools, including column skeleton holding frame, positioning tool, tooling lower end gasket, fixed epimere and tooling connection strap, the fixed epimere is set to positioning tool two sides, tooling lower end gasket is set to positioning tool lower end, the column skeleton holding frame is set to positioning tool upper end, the tooling connection strap is set to positioning tool middle position, the utility model is by first fixing antenna array skeleton fabricating tools, then the stationary positioned and benchmark of antenna array skeleton fabricating tools are adjusted, because of tooling stationary positioned and benchmark, remove centering process fine and complicated when batch production from, reduce clamping centering positioning time again；Ensure the consistency of column skeleton size simultaneously, improve the quality of postorder assembly, the utility model can effectively improve the processing high efficiency when batch production of antenna array skeleton, reduce processing cost；The antenna array skeleton size for being able to maintain batch production again simultaneously is with uniformity, improves product quality.
Description
Technical field
The utility model belongs to antenna array skeleton processing ancillary equipment field；Specifically antenna array skeleton fabricating tools.
Background technique
Antenna itself and the works for supporting antenna.It, must to make antenna that there is required electrical property and energy trouble free service
There must be correct structure to design.This will suitably selected material, structure type and the size of each part, so that it is met electrical property and want
It asks；Antenna weights are light and have enough strength and stiffness, adapt to various environmental conditions, at the same convenient for manufacture, transport and
It sets up.The use of antenna generally requires collocation column skeleton, and mast single one by one is formed an antenna by column skeleton
Assembly, however antenna array skeleton is processed in the production process, makes it have certain size, existing antenna array
Skeleton processing unit (plant) is generally required to carry out manual calibration and fixation, then be processed again, this results in carrying out batch when needs
When production, the workload of worker is too big, or the size of production is inconsistent, causes antenna array skeleton that can not correctly install antenna,
Therefore, a kind of appearance of antenna array skeleton fabricating tools is extremely urgent.
Utility model content
The purpose of this utility model is to provide antenna array skeleton fabricating tools.
The purpose of this utility model can be achieved through the following technical solutions:
Antenna array skeleton fabricating tools, including column skeleton holding frame, positioning tool, tooling lower end gasket, fixed epimere with
And tooling connection strap, which is characterized in that the fixed epimere is set to positioning tool two sides, and tooling lower end gasket is set to positioning
Tooling lower end, the column skeleton holding frame are set to positioning tool upper end, and the tooling connection strap is set to positioning tool middle position；
The column skeleton holding frame totally ten five, is distributed on positioning tool upper surface, and totally ten five pairs of the fixed epimere,
Installation site is corresponding with column skeleton holding frame, and the tooling connection strap is divided into 15 pairs, installation site and column skeleton holding frame
It is corresponding.
Further, column skeleton holding frame includes column skeletal support plate, position block, upper clamping bolt, pressing plate, gasket gear
Plate adjusts bolt and gasket, and the column skeletal support plate is set on positioning tool upper surface, and the position block is set to column bone
Frame support plate one end, the column skeletal support plate other end are equipped with gasket baffle, and the gasket baffle is fixed on positioning tool
On end face, the gasket is set on column skeletal support plate, and the gasket is connect with bolt one end is adjusted, and the adjusting bolt is another
One end penetrates gasket baffle and is fixed on gasket baffle, and the pressing plate is set to gasket baffle upper surface, the upper clamping bolt
One end connects pressing plate, and penetrates pressing plate, and the other end is connect with column skeletal support plate；
The column skeletal support plate lower end is correspondingly connected with tooling connection strap.
Further, the positioning tool is made of left tooling wall and right tooling wall, and the right tooling wall is in
Strip, section is C-shaped, and the left tooling wall is identical with right tooling wall construction, and the two is in double C backrest shape peaces
Dress.
Further, the tooling connection strap is rectangular slat shape, and strip must arrive both ends and be connected to left tooling item
C-shaped between wall and right tooling wall leans on back.
Further, the through-hole being vertically arranged there are three being set on the fixed epimere.
The work step of the utility model:
1) positioning tool centering levels: the positioning tool processed being fixed on gantry mill workbench, alignment tool
Upper adjacent positioned face simultaneously levels, then is fastened with pressing plate；
2) column skeleton clamping: will put on positioning tool in riveting rank rear skeleton pair, and the conjunction of windowing face paste is not fixed for column skeleton
Position tooling plane, position block position oscillator and install machined surface, adjust bolt by cushion block top reality column skeleton and position block it
Between fitting gap；The processing for carrying out column skeleton is fastened with pressing plate again.
The utility model has the beneficial effects that the location technology of the utility model is realized to the processing of column skeleton convenient for positioning
Position is fixed into positioning, the time of clamping centering again is reduced in volume manufacturing process, and ensure bulk article key ruler
Very little consistency, the utility model are used in gantry mill manufacturing procedure after antenna array skeleton riveting, and when gantry Milling Machining utilizes
Windowing face and oscillator do not install machined surface to perpendicular positioning face positioning column skeleton in tooling, are processed after positioning is fixed；Because of work
Stationary positioned and benchmark are filled, removes fine and complicated centering process from batch production, the centering before reducing clamping again is fixed
Time needed for position；Ensure the consistency of column skeleton size simultaneously, improves the quality of postorder assembly；The utility model can be mentioned effectively
Processing high efficiency when high antenna array skeleton is produced in batches reduces processing cost；It is able to maintain the antenna array of batch production again simultaneously
Skeleton size is with uniformity, improves product quality.
Detailed description of the invention
In order to facilitate the understanding of those skilled in the art, the utility model will be further described below with reference to the accompanying drawings.
Fig. 1 is the general structure schematic diagram of the utility model antenna array skeleton fabricating tools；
Fig. 2 is the column skeleton holding frame structural schematic diagram of the utility model antenna array skeleton fabricating tools.
Specific embodiment
It please refers to shown in Fig. 1-2, under antenna array skeleton fabricating tools, including column skeleton holding frame 1, positioning tool 2, tooling
Hold gasket 3, fixed epimere 4 and tooling connection strap 5, which is characterized in that fixed epimere 4 is under 2 two sides of positioning tool, tooling
Gasket 3 is held to be set to 2 lower end of positioning tool, column skeleton holding frame 1 is set to 2 upper end of positioning tool, and tooling connection strap 5 is set to positioning work
Fill 2 middle positions.
It column skeleton holding frame 1 totally ten five, is distributed on 2 upper surface of positioning tool, fixed totally ten five pairs of epimere 4, installation
Position is corresponding with column skeleton holding frame 1, and it is 15 pairs that tooling connection strap 5, which divides, and installation site and column skeleton holding frame 1 are opposite
It answers.
As shown in Fig. 2, column skeleton holding frame 1 includes column skeletal support plate 11, position block 12, upper clamping bolt 13, pressure
Plate 14, gasket baffle 15 adjust bolt 16 and gasket 17, and column skeletal support plate 11 is set on 2 upper surface of positioning tool, positioning
Block 12 is set to 11 one end of column skeletal support plate, and 11 other end of column skeletal support plate is equipped with gasket baffle 15, and gasket baffle 15 is solid
Due on 2 upper surface of positioning tool, gasket 17 is set on column skeletal support plate 11, and gasket 17 and adjusting 16 one end of bolt connect
It connects, adjusts 16 other end of bolt and penetrate gasket baffle 15 and be fixed on gasket baffle 15, pressing plate 14 is set on gasket baffle 15
End face, upper 13 one end of clamping bolt connects pressing plate 14, and penetrates pressing plate 14, and the other end is connect with column skeletal support plate 11.
11 lower end of column skeletal support plate is correspondingly connected with tooling connection strap 5.
Positioning tool 2 is made of left tooling wall and right tooling wall, and right tooling wall is in long strip, and section is in C
Shape, left tooling wall is identical with right tooling wall construction, and the two is in double C backrest shape installations.
Tooling connection strap 5 is rectangular slat shape, and strip must arrive both ends and be connected to left tooling wall and right tooling item
C-shaped between wall leans on back.
The through-hole being vertically arranged there are three being set on fixed epimere 4.
The work step of the utility model:
1) positioning tool centering levels: the positioning tool processed being fixed on gantry mill workbench, alignment tool
Upper adjacent positioned face simultaneously levels, then is fastened with pressing plate；
2) column skeleton clamping: will put on positioning tool in riveting rank rear skeleton pair, and the conjunction of windowing face paste is not fixed for column skeleton
Position tooling plane, position block position oscillator and install machined surface, adjust bolt by cushion block top reality column skeleton and position block it
Between fitting gap；The processing for carrying out column skeleton is fastened with pressing plate again.
The location technology of the utility model is to realize to process column skeleton to fix convenient for the position of positioning into positioning, is being criticized
The time of clamping centering again is reduced in amount manufacturing process, and ensures the consistency of bulk article critical size, the utility model
It is to be used in gantry mill manufacturing procedure after antenna array skeleton riveting, positioning column in perpendicular positioning face in tooling is utilized when the Milling Machining of gantry
Windowing face and oscillator do not install machined surface to skeleton, are processed after positioning is fixed；Because of tooling stationary positioned and benchmark, in batch
Remove fine and complicated centering process when production from, the time needed for the centering positioning before reducing clamping again；Ensure to arrange simultaneously
The consistency of skeleton size improves the quality of postorder assembly；When the utility model can effectively improve the batch production of antenna array skeleton
Processing high efficiency, reduce processing cost；The antenna array skeleton size for being able to maintain batch production again simultaneously is with uniformity, improves
Product quality.
Above content is only to the utility model structure example and explanation, the technology people of affiliated the art
Member makes various modifications or additions to the described embodiments or is substituted in a similar manner, without departing from reality
With novel structure or beyond the scope defined by this claim, all should belong to the protection range of the utility model.
Claims (5)
1. antenna array skeleton fabricating tools, including column skeleton holding frame (1), positioning tool (2), tooling lower end gasket (3), fixation
Epimere (4) and tooling connection strap (5), which is characterized in that the fixed epimere (4) is set to positioning tool (2) two sides, the work
It loads end gasket (3) and is set to positioning tool (2) lower end, the column skeleton holding frame (1) is set to positioning tool (2) upper end, described
Tooling connection strap (5) is set to positioning tool (2) middle position；
The column skeleton holding frame (1) totally ten five is distributed on positioning tool (2) upper surface, the fixed epimere (4) totally ten
Five pairs, installation site is corresponding with column skeleton holding frame (1), and the tooling connection strap (5) is divided into 15 pairs, installation site and column
Skeleton holding frame (1) is corresponding.
2. antenna array skeleton fabricating tools according to claim 1, which is characterized in that column skeleton holding frame (1) includes column
Skeletal support plate (11), upper clamping bolt (13), pressing plate (14), gasket baffle (15), adjusts bolt (16) at position block (12)
And gasket (17), the column skeletal support plate (11) are set on positioning tool (2) upper surface, the position block (12) is set to
Column skeletal support plate (11) one end, column skeletal support plate (11) other end are equipped with gasket baffle (15), the gasket baffle
(15) it is fixed on positioning tool (2) upper surface, the gasket (17) is set on column skeletal support plate (11), and the gasket
(17) it is connect with adjusting bolt (16) one end, adjusting bolt (16) other end penetrates gasket baffle (15) and is fixed on gasket
On baffle (15), the pressing plate (14) is set to gasket baffle (15) upper surface, and described upper clamping bolt (13) one end connects pressing plate
(14), it and penetrates pressing plate (14), the other end is connect with column skeletal support plate (11)；
The column skeletal support plate (11) lower end is correspondingly connected with tooling connection strap (5).
3. antenna array skeleton fabricating tools according to claim 1, which is characterized in that positioning tool (2) You Zuogong
A wall and right tooling wall is filled to constitute, the right tooling wall is in long strip, and section is C-shaped, the left tooling wall with
Right tooling wall construction is identical, and the two is in double C backrest shape installations.
4. antenna array skeleton fabricating tools according to claim 3, which is characterized in that the tooling connection strap (5) is square
Shape strip, strip must arrive the C-shaped that both ends are connected between left tooling wall and right tooling wall and lean on back.
5. antenna array skeleton fabricating tools according to claim 1, which is characterized in that the fixed epimere (4) is equipped with
Three through-holes being vertically arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920276765.6U CN209632845U (en) | 2019-03-05 | 2019-03-05 | Antenna array skeleton fabricating tools |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920276765.6U CN209632845U (en) | 2019-03-05 | 2019-03-05 | Antenna array skeleton fabricating tools |
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| Publication Number | Publication Date |
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| CN209632845U true CN209632845U (en) | 2019-11-15 |
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| CN201920276765.6U Active CN209632845U (en) | 2019-03-05 | 2019-03-05 | Antenna array skeleton fabricating tools |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112518246A (en) * | 2020-11-24 | 2021-03-19 | 航天科工哈尔滨风华有限公司 | Machining method for casting titanium alloy wing surface of large weak-rigidity I-beam |
-
2019
- 2019-03-05 CN CN201920276765.6U patent/CN209632845U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112518246A (en) * | 2020-11-24 | 2021-03-19 | 航天科工哈尔滨风华有限公司 | Machining method for casting titanium alloy wing surface of large weak-rigidity I-beam |
| CN112518246B (en) * | 2020-11-24 | 2023-01-31 | 航天科工哈尔滨风华有限公司 | Machining method for casting titanium alloy airfoil surface of large-scale weak-rigidity I-beam |
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