CN209565268U - A kind of novel king-tower air distribution structure - Google Patents
A kind of novel king-tower air distribution structure Download PDFInfo
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- CN209565268U CN209565268U CN201920038093.5U CN201920038093U CN209565268U CN 209565268 U CN209565268 U CN 209565268U CN 201920038093 U CN201920038093 U CN 201920038093U CN 209565268 U CN209565268 U CN 209565268U
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Abstract
The utility model discloses a kind of novel king-tower air distribution structures, including dividing gas central axis and sealing vacuum ring, hollow air cavity is formed in described point of gas central axis, stomata is processed in dividing on gas central axis for air cavity top, the top setting of the sealing vacuum ring is connected and fixed disk, pin is set on sealing vacuum ring, top input is divided compression ring and lower part to export and divides compression ring by the utility model using king-tower graphite plate, and compression ring is divided tightly to be bonded with king-tower graphite plate top input with sealing vacuum ring from pressure spring, divide compression ring sliding friction by king-tower graphite plate and top input simultaneously, compression ring and lower part output is divided to divide air circuit connection and the sealing of compression ring top input, and pass through compression ring, compress rubber gasket and bolt cooperation, compression ring is divided to be fixedly connected with lower part output king-tower graphite plate, divide compression ring to improve top input, king-tower graphite plate and Lower part exports the stabilization for dividing gas circuit between compression ring.
Description
Technical field
The utility model relates to a kind of industrial automation equipment technical field, specifically a kind of novel king-tower air distribution structure.
Background technique
King-tower air distribution structure is the primary structure module in high speed test sorting machine, can be each station king-tower suction nozzle of circumference
Switching at high speed for positive pressure and negative pressure is provided, guarantees the stable operation of board.The connection type of existing king-tower air distribution structure is most
Using rigid connection, this connection type is more demanding for what is processed and assemble, the production and processing cost of the enterprise of raising, and
And the phenomenon that vacuum breaker (air blowing) Shi Huiyou collaborates, it is easy to influence the position of product and precision on the suction nozzle of periphery, to make
The case where board stability reduces, and often alarms, using effect is poor.
Utility model content
The purpose of this utility model is to provide a kind of novel king-tower air distribution structures, to solve to propose in above-mentioned background technique
The problem of.
To achieve the above object, the utility model provides the following technical solutions:
A kind of novel king-tower air distribution structure, including gas central axis, king-tower graphite plate, lower part output is divided to divide compression ring, sealing true
Idle loop, top input divide compression ring, compression ring, sliding axle, compress rubber gasket, input divide compression ring connect block, star sealing ring, bushing,
First conductive sheet, even block, the second conductive sheet are connected and fixed disk, gas-tpe fitting, bolt, pin, stomata and pressure spring, described to divide gas
It is formed with hollow air cavity in central axis, and divides the bottom end opening of gas central axis, top closure, and divide gas on air cavity top
Stomata is processed on central axis, divides setting sealing vacuum ring on gas central axis on the outside of stomata, while in the two sides of sealing vacuum ring
Divide setting star sealing ring on gas central axis on end face, and star sealing ring is connect with sealing vacuum ring, the sealing is true
The top setting of idle loop is connected and fixed disk, and pin is arranged on sealing vacuum ring, and pin cooperates with disk is connected and fixed, while
It is connected and fixed between disk and sealing vacuum ring and the first conductive sheet is set, and be connected and fixed disk, the first conductive sheet and sealing vacuum
Ring is bolted, and the lower section that the top input divides compression ring that sealing vacuum ring is arranged in, top input divides compression ring upper surface
Front-end and back-end setting input divide compression ring to connect block, and input and divide that compression ring connects block and top input divides compression ring to pass through bolt company
Connect, and input divide compression ring connect block and top input divide compression ring junction be arranged sliding axle, and input divide compression ring connect block and
Top input divides on compression ring the semi-circular through hole processed respectively with sliding axle cooperation, while bushing being arranged on sliding axle, seals
The stepped hole cooperated with sliding axle and bushing is processed on vacuum ring, separately on top, input divides the two sides of compression ring to be arranged pressure spring, and
The lower end surface and top input for sealing vacuum ring divide the upper surface of compression ring to process the groove with pressure spring cooperation, the king-tower graphite plate
Top input is set and divides the lower section of compression ring, and processes groove in the upper surface of king-tower graphite plate, in groove setting compression ring and
Rubber gasket is compressed, the lower section setting lower part of king-tower graphite plate, which exports, divides compression ring, and compression ring, compression rubber gasket, king-tower graphite
Disk and lower part output divide compression ring to be sequentially connected by bolt, while the second conductive sheet is arranged in the outside of king-tower graphite plate, and
Lower part output divides the outside of compression ring that even block is arranged and connects block and connect with the second conductive sheet, separately exports in lower part and the outside of compression ring is divided to be arranged
Gas-tpe fitting.
As a further solution of the present invention: lower part output divides on the outside of compression ring and is provided with 18 tracheaes and connects
Head, and gas-tpe fitting is distributed in the outside that lower part output divides compression ring in a ring, and divides the gas circuit pair in compression ring with lower part output
It should be connected to.
As a further solution of the present invention: the top input, which divides on the outside of compression ring lower end, is provided with 18 tracheaes
Connector, and gas-tpe fitting is distributed in the outside that top input divides compression ring in a ring, and divides the gas circuit in compression ring with top input
Corresponding connection.
18 gas-tpe fittings are provided on the outside of the sealing vacuum ring as a further solution of the present invention,
And connection corresponding with the gas circuit in sealing vacuum ring, and seal the gas-tpe fitting on the outside of vacuum ring and divide on compression ring with top input
Gas-tpe fitting it is corresponding, and connected by tracheae, thus the phenomenon of collaborating when avoiding vacuum breaker, product on raising periphery suction nozzle
The stabilization of position and precision.
As a further solution of the present invention: the stomata several, and be evenly distributed on a point top for gas central axis
Portion, and it is corresponding with the gas circuit in sealing vacuum ring.
Compared with prior art, the utility model has the beneficial effects that the utility model structure is simple, using dividing gas center
Axis and sealing vacuum ring cooperatively form negative pressure gas circuit, and the connection that will be sealed vacuum ring by star sealing ring with divide gas central axis
Place sealing, guarantee sealing vacuum ring in negative pressure stabilization, while by gas-tpe fitting will seal vacuum ring, top input divide compression ring and
The gas circuit that lower part output divides between compression ring is corresponding in turn to connection, and the phenomenon of collaborating when can be effectively prevented from vacuum breaker improves week
The stabilization of the position of product and precision on the suction nozzle of side, efficiently reduces the alarm rate of board；Compression ring is divided to connect block and upper using input
Portion's input divides compression ring connection to fix the bottom end of sliding axle, and guarantees that top input divides compression ring energy by sliding axle and bushing cooperation
It enough slides up and down, avoids relatively rotating, improve the stabilization that top input divides compression ring, divide top input to gas using king-tower graphite plate
Ring and lower part output divide compression ring, and divide compression ring tightly to paste with king-tower graphite plate top input with sealing vacuum ring from pressure spring
It closes, while dividing compression ring sliding friction by king-tower graphite plate and top input, divide compression ring and lower part to export top input and divide compression ring
Air circuit connection and sealing, and by compression ring, compress rubber gasket and bolt cooperation, by king-tower graphite plate and lower part output divide gas
Ring is fixedly connected, so that the stabilization that top input divides compression ring, king-tower graphite plate and lower part output to divide gas circuit between compression ring is improved, phase
It is lower compared with rigidly connected cost and more stable.
Detailed description of the invention
Fig. 1 is the schematic perspective view of novel king-tower air distribution structure.
Fig. 2 is the configuration schematic diagram of novel king-tower air distribution structure.
Fig. 3 is the schematic view of the front view of novel king-tower air distribution structure.
Fig. 4 is the overlooking structure diagram of novel king-tower air distribution structure.
Fig. 5 is the complete section structural schematic diagram of novel king-tower air distribution structure.
Fig. 6 is that the output of novel king-tower air distribution structure middle and lower part divides compression ring, king-tower graphite plate and top input to divide gas in compression ring
The structural schematic diagram on road.
In figure: dividing gas central axis 1, king-tower graphite plate 2, lower part output that compression ring 3, sealing vacuum ring 4, top input is divided to divide gas
Ring 5, sliding axle 7, compresses rubber gasket 8, inputs and compression ring is divided to connect block 9, star sealing ring 10, the 11, first conduction of bushing compression ring 6
Piece 12, even block 13, are connected and fixed disk 15, gas-tpe fitting 16, bolt 17, pin 18, stomata 19 and pressure spring at second conductive sheet 14
20。
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Please refer to Fig. 1~6, in the utility model embodiment, a kind of novel king-tower air distribution structure, including divide gas central axis 1,
King-tower graphite plate 2, lower part output divide compression ring 3, sealing vacuum ring 4, top input to divide compression ring 5, compression ring 6, sliding axle 7, compress
Rubber gasket 8, input divide compression ring connect block 9, star sealing ring 10, bushing 11, the first conductive sheet 12, even block 13, the second conductive sheet 14,
Be connected and fixed disk 15, gas-tpe fitting 16, bolt 17, pin 18, stomata 19 and pressure spring 20, it is described divide in gas central axis 1 be formed with
Hollow air cavity, and divide the bottom end opening of gas central axis 1, top closure, and processed in dividing on gas central axis 1 for air cavity top
Setting sealing vacuum ring 4 on gas central axis 1 is divided in stomata 19,19 outside of stomata, while on the both sides of the face of sealing vacuum ring 4
Divide on gas central axis 1 setting star sealing ring 10, and star sealing ring 10 is connect with vacuum ring 4 is sealed, and is so divided in gas
The bottom end of mandrel 1 connects vacuum pump, and then is accessed negative pressure in sealing vacuum ring 4 by stomata 19, and pass through star sealing ring
10 will seal vacuum ring 4 and the junction of gas central axis 1 are divided to seal, and guarantee the stabilization of negative pressure in sealing vacuum ring 4, the sealing
The top setting of vacuum ring 4 is connected and fixed disk 15, and pin 18 is arranged on sealing vacuum ring 4, pin 18 and is connected and fixed disk
15 cooperation, while be connected and fixed disk 15 and sealing vacuum ring 4 between the first conductive sheet 14 is set, and be connected and fixed disk 15,
First conductive sheet 12 and sealing vacuum ring 4 are connected by bolt 17, so will be connected and fixed disk 15 by pin 18 and be positioned, and lead to
Cross that bolt 17 will be connected and fixed disk 15, the first conductive sheet 12 is fixedly connected with sealing vacuum ring 4, and will be even by the first conductive sheet 12
Fixed disk 15 and the sealing connection conducting of vacuum ring 4 are connect, convenient for eliminating electrostatic, the top input divides the setting of compression ring 5 true in sealing
The lower section of idle loop 4, top input divides the front-end and back-end setting input of 5 upper surface of compression ring that compression ring is divided to connect block 9, and inputs and divide gas
Ring connects block 9 and divides compression ring 5 to connect by bolt 17 with top input, and divides compression ring to connect block 9 in input and divide compression ring 5 with top input
Sliding axle 7 is arranged in junction, and inputs and divide that compression ring connects block 9 and top input divides on compression ring 5 processing respectively to cooperate with sliding axle 7
Semi-circular through hole, while bushing 11 is set on sliding axle 7, seals processing on vacuum ring 4 and cooperates with sliding axle 7 and bushing 11
Stepped hole, separately top input divide compression ring 5 two sides be arranged pressure spring 20, and sealing vacuum ring 4 lower end surface and top it is defeated
Enter to divide compression ring 5 upper surface processing with pressure spring 20 cooperate groove, so by input divide compression ring connect block 9 and top input divide gas
Ring 5 fixes the bottom end of sliding axle 7, and guarantees that top input divides compression ring 5 that can go up downslide by sliding axle 7 and the cooperation of bushing 11
Dynamic, the lower section that top input divides compression ring 5 is arranged in the king-tower graphite plate 2, and recessed in the processing of the upper surface of king-tower graphite plate 2
The lower section setting lower part output of slot, the interior setting compression ring 6 of groove and compression rubber gasket 8, king-tower graphite plate 2 divides compression ring 3, and presses
Tight ring 6 compresses rubber gasket 8, king-tower graphite plate 2 and lower part and exports and compression ring 3 is divided to be sequentially connected by bolt 17, while in king-tower stone
The outside of disc 2 is arranged the second conductive sheet 14, and lower part output divides the outside of compression ring 3 even block 13 is arranged to connect block 13 to lead with second
Electric piece 14 connects, and separately in lower part, output divides the outside of compression ring 3 that gas-tpe fitting 16 is arranged, and so being acted on by the elastic force of pressure spring 20 will
Top input divides compression ring 5 to be tightly bonded with king-tower graphite plate 2, and with compression ring 6, compression rubber gasket 8 and bolt 17, will lead
Tower graphite plate 2 divides compression ring 3 to be fixedly connected with lower part output, and king-tower graphite plate 2 and top input divide compression ring 5 sliding friction,
Compression ring 5 and lower part output is divided to divide air circuit connection and the sealing of compression ring 3 top input simultaneously, separately by the second conductive sheet 14 and even block
Top input is divided 5 king-tower graphite plate 2 of compression ring and lower part to export and divides the connection conducting of compression ring 3 by 13 cooperations, convenient for eliminating electrostatic.
The lower part output divides the outside of compression ring 3 to be provided with 18 gas-tpe fittings 16, and gas-tpe fitting 16 divides in a ring
Cloth divides the outside of compression ring 3 in lower part output, and divides the gas circuit in compression ring 3 is corresponding to be connected to lower part output.
The top input, which divides on the outside of 5 lower end of compression ring, is provided with 18 gas-tpe fittings 16, and gas-tpe fitting 16 is in ring
Shape is distributed in the outside that top input divides compression ring 5, and divides the gas circuit in compression ring 5 is corresponding to be connected to top input.
The outside of the sealing vacuum ring 4 is provided with 18 gas-tpe fittings 16, and corresponding with the gas circuit in sealing vacuum ring 4
Connection, and the gas-tpe fitting 16 that the gas-tpe fitting 16 for sealing 4 outside of vacuum ring divides on compression ring 5 with top input passes through tracheae company
It connects.
The stomata 19 several, and be evenly distributed on a point top for gas central axis 1, and with the gas in sealing vacuum ring 4
Road is corresponding.
The working principle of the utility model is: and then passing through gas in use, the bottom end of gas central axis 1 is divided to connect vacuum pump
Hole 19 accesses negative pressure in sealing vacuum ring 4, and will seal vacuum ring 4 and top input point by the connection of gas-tpe fitting 16 tracheae
Compression ring 5 connects, while dividing compression ring 5 to be tightly bonded with king-tower graphite plate 2 top input in the effect of the elastic force of pressure spring 20, and by pressing
Tight ring 6 compresses rubber gasket 8 and the cooperation of bolt 17, divides compression ring 3 to be fixedly connected with lower part output king-tower graphite plate 2, and king-tower
Graphite plate 2 and top input divide compression ring 5 sliding friction, while dividing compression ring 5 and lower part output to divide the gas circuit of compression ring 3 top input
It connects and seals, and divide the gas-tpe fitting 16 on compression ring 3 to connect king-tower suction nozzle by lower part output, have king-tower suction nozzle true to progress is produced
Suction is attached.
Although the utility model is described in detail with reference to the foregoing embodiments, come for those skilled in the art
Say, it is still possible to modify the technical solutions described in the foregoing embodiments, or to part of technical characteristic into
Row equivalent replacement, within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on should all
It is included within the scope of protection of this utility model.
Claims (5)
1. a kind of novel king-tower air distribution structure, including gas central axis, king-tower graphite plate, lower part output is divided to divide compression ring, sealing vacuum
Ring, top input divide compression ring, compression ring, sliding axle, compress rubber gasket, input divides compression ring to connect block, star sealing ring, bushing, the
One conductive sheet, even block, are connected and fixed disk, gas-tpe fitting, bolt, pin, stomata and pressure spring at the second conductive sheet, which is characterized in that
It is formed with hollow air cavity in described point of gas central axis, and divides the bottom end opening of gas central axis, top closure, and on air cavity top
Stomata is processed in dividing on gas central axis for end, divides setting sealing vacuum ring on gas central axis on the outside of stomata, while in sealing vacuum
Divide setting star sealing ring on gas central axis on the both sides of the face of ring, and star sealing ring is connect with sealing vacuum ring, institute
The top setting for stating sealing vacuum ring is connected and fixed disk, and pin is arranged on sealing vacuum ring, and pin is matched with disk is connected and fixed
Close, at the same be connected and fixed disk and sealing vacuum ring between the first conductive sheet is set, and be connected and fixed disk, the first conductive sheet and
Sealing vacuum ring is bolted, and the lower section that the top input divides compression ring that sealing vacuum ring is arranged in, top input divides gas
The front-end and back-end setting input of ring upper surface divides compression ring to connect block, and inputs and divide that compression ring connects block and top inputs and compression ring is divided to pass through
It is bolted, and divides the junction setting sliding axle that compression ring connects block and top input divides compression ring in input, and input divides compression ring
Even block and top input divide on compression ring the semi-circular through hole processed respectively with sliding axle cooperation, while lining being arranged on sliding axle
Set seals the stepped hole that processing cooperates with sliding axle and bushing on vacuum ring, and separately on top, input divides the two sides of compression ring that pressure is arranged
Spring, and divide the upper surface of compression ring to process the groove cooperated with pressure spring, the master in the lower end surface of sealing vacuum ring and top input
The lower section that top input divides compression ring is arranged in tower graphite plate, and processes groove, setting in groove in the upper surface of king-tower graphite plate
Compression ring and compress rubber gasket, the lower section setting lower part of king-tower graphite plate, which exports, divides compression ring, and compression ring, compress rubber gasket,
King-tower graphite plate and lower part output divide compression ring to be sequentially connected by bolt, while conductive in the outside of king-tower graphite plate setting second
Piece, and lower part output divides the outside of compression ring that even block is arranged to connect block and connect with the second conductive sheet, separately export in lower part and divide compression ring
Gas-tpe fitting is arranged in outside.
2. novel king-tower air distribution structure according to claim 1, which is characterized in that the lower part output divides the outside of compression ring
18 gas-tpe fittings are provided with, and gas-tpe fitting is distributed in the outside that lower part output divides compression ring in a ring, and exports with lower part
Divide the gas circuit in compression ring corresponding connection.
3. novel king-tower air distribution structure according to claim 1, which is characterized in that the top input divides compression ring lower end
Outside is provided with 18 gas-tpe fittings, and gas-tpe fitting is distributed in the outside that top input divides compression ring, and and top in a ring
Input divides the gas circuit in compression ring corresponding connection.
4. novel king-tower air distribution structure according to claim 1 or 3, which is characterized in that the outside of the sealing vacuum ring
It is provided with 18 gas-tpe fittings, and connection corresponding with the gas circuit in sealing vacuum ring, and seals the tracheae on the outside of vacuum ring and connects
Head divides the gas-tpe fitting connector on compression ring corresponding with top input, and is connected by tracheae.
5. novel king-tower air distribution structure according to claim 1, which is characterized in that the stomata several, and uniformly divide
Cloth at the top for dividing gas central axis, and with sealing vacuum ring in gas circuit it is corresponding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920038093.5U CN209565268U (en) | 2019-01-10 | 2019-01-10 | A kind of novel king-tower air distribution structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920038093.5U CN209565268U (en) | 2019-01-10 | 2019-01-10 | A kind of novel king-tower air distribution structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209565268U true CN209565268U (en) | 2019-11-01 |
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ID=68332108
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920038093.5U Active CN209565268U (en) | 2019-01-10 | 2019-01-10 | A kind of novel king-tower air distribution structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209565268U (en) |
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2019
- 2019-01-10 CN CN201920038093.5U patent/CN209565268U/en active Active
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Effective date of registration: 20210104 Address after: 518104 south side of block D, 4th floor, building 1, factory building, Wanfeng Huafeng Pioneer Park, Shajing street, Heyi community, Bao'an District, Shenzhen City, Guangdong Province Patentee after: Shenzhen Nuotai Equipment Co.,Ltd. Address before: 518000 No.1, 2nd floor, building 34, Ma'anshan second industrial zone, Shajing street, Bao'an District, Shenzhen City, Guangdong Province Patentee before: SHENZHEN NORTECH AUTOMATION Co.,Ltd. |