CN201764241U

CN201764241U - Aluminum extruded section material capable of delivering gas

Info

Publication number: CN201764241U
Application number: CN2010201648733U
Authority: CN
Inventors: 罗至典
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-04-21
Filing date: 2010-04-21
Publication date: 2011-03-16
Anticipated expiration: 2020-04-21

Abstract

An aluminum extruded section material capable of delivering gas is characterized in that the two outer end surfaces of the aluminum extruded section material are sealed with end surface covers, the enclosed zone inside the aluminum extruded section material is used as a gas delivery passage, one end of a gas delivery pipe is connected to the enclosed zone, and holes are formed on the wall surface of the enclosed zone. The aluminum extruded section material uses the enclosed zone thereof as the gas delivery passage.

Description

But the Al squeezing material of conveying gas

Technical field

But the utility model relates to a kind of Al squeezing material of conveying gas, and is particularly a kind of with the two exterior edge faces sealing of end face capping with Al squeezing material, can utilize the design of the confined area of Al squeezing material inside as gas distribution channel.

Background technique

Being used for framework goes out the Al squeezing material of plant structure, and its topmost function is to be used for loading, and in order to alleviate the weight of Al squeezing material itself, all can be formed with the confined area of hollow usually in its inside; Moreover, some plant is because of necessary supply gas or draw gas, so must draw and establish pneumatic tube, but draw and establish pneumatic tube and need consider inter-agency relatively mechanism characteristics (mechanism action, mechanism space etc.), if and the required pneumatic tube One's name is legion of establishing that draws, then pneumatic tube draws that establish can be very mixed and disorderly.

The model utility content

In order to overcome the above-mentioned defective that prior art exists, but the utility model provides a kind of Al squeezing material of conveying gas, and has the confined area that the utilizes Al squeezing material inside effect as gas distribution channel.

To achieve these goals, the utility model is taked following technological scheme.

But a kind of Al squeezing material of conveying gas, it is characterized in that with end face capping sealing, and the confined area that utilizes this Al squeezing material inside is as gas distribution channel with two exterior edge faces of Al squeezing material, and an end of a pneumatic tube is connected to this confined area, and be formed with perforation in the wall of this confined area.

But the Al squeezing material of aforesaid conveying gas wherein further borrows the linking unit to be connected several Al squeezing materials.

But the Al squeezing material of aforesaid conveying gas wherein is connected the unit and includes: two are connected cappings, and the confined area of described relatively Al squeezing material is formed with through hole, and are formed with and are higher than described Al squeezing material profile outer rim lug; Several retaining screws are connected the two linking end faces that capping is locked in described Al squeezing material respectively in the mode of immersing oneself in described two; Several are in conjunction with screw, are arranged at described lug and are connected the capping combinations with described two; Three leakage-preventing gaskets, one are folded in described two and are connected between the cappings, second are folded in described two in addition and are connected between the linking end face of cappings and relative Al squeezing material.

But the Al squeezing material of aforesaid conveying gas, wherein the lateral margin that further is connected section in several Al squeezing materials is provided with two cross-over connection clamping plate, and a borrow clamping screw runs through described Al squeezing material and will described two cross-over connection clamping plate locks and locate.

But the Al squeezing material of aforesaid conveying gas, wherein relative this two lug that is connected capping of two cross-over connection clamping plate is formed with and wears mouth.

But the Al squeezing material of aforesaid conveying gas, wherein the end in addition of pneumatic tube then is connected to high-pressure air source or vacuum generator.

The beneficial effects of the utility model are, the utility model is with the two exterior edge faces sealing of end face capping with Al squeezing material, and the confined area that can utilize Al squeezing material inside is as gas distribution channel; If the length of single Al squeezing material can't satisfy when the user demand, then can further borrow the linking unit to be connected several Al squeezing materials, to increase whole length again; Other relends and is arranged at the two cross-over connection clamping plate that several Al squeezing materials are connected the section lateral margin, promotes the structural strength that is connected several Al squeezing materials; So the utlity model has the confined area that utilizes Al squeezing material inside effect as gas distribution channel.

Description of drawings

Fig. 1 is the structural representation of the utility model basic model.

Fig. 2 is the STRUCTURE DECOMPOSITION schematic representation of the utility model linking type.

Fig. 3 is the STRUCTURE DECOMPOSITION schematic representation that the utility model linking type adds the cross-over connection clamping plate.

Fig. 4 is the structural representation that the utility model linking type adds the cross-over connection clamping plate.

Fig. 5 is the structure sectional view that the utility model linking type adds the cross-over connection clamping plate.

The primary clustering symbol description

10 Al squeezing materials, 212 lugs

11 end face cappings, 22 retaining screws

12 confined areas 23 are in conjunction with screw

13 pneumatic tubes, 24 leakage-preventing gaskets

14 perforation, 30 cross-over connection clamping plate

20 are connected unit 31 clamping screws

21 are connected capping 32 wears mouth

211 through holes

Embodiment

At first, see also shown in Figure 1, the utility model seals two exterior edge faces of Al squeezing material 10 with end face capping 11, and the confined area 12 that utilizes these Al squeezing material 10 inside is as gas distribution channel, and an end of a pneumatic tube 13 is connected to this confined area 12, the in addition end of this pneumatic tube 13 then is connected to high-pressure air source or vacuum generator (not shown), and the wall in this confined area 12 is formed with perforation 14, is to make this Al squeezing material 10 all can become air supply opening or intakeport everywhere.

Then, please consult Fig. 2～shown in Figure 5 again, when the length of single Al squeezing material 10 can't satisfy user demand, then further borrow to be connected unit 20 and to be connected several Al squeezing materials 10; Wherein, this linking unit 20 includes:

Two are connected capping 21, and the confined area 12 of this Al squeezing material 10 is formed with through hole 211 relatively, and is formed with the lug 212 that is higher than these Al squeezing material 10 profile outer rims;

Several retaining screws 22 are locked in two of this Al squeezing material 10 in the mode of immersing oneself in respectively with this two linkings capping 21 and are connected end faces;

Several are in conjunction with screw 23, be arranged at this lug 212 and this two is connected capping 21 combinations, so as to being connected the Al squeezing material 10 at two ends;

Three leakage-preventing gaskets 24, one is folded between this two linkings capping 21, second be folded in addition this and two be connected between the linking end face of capping 21 and relative Al squeezing material 10, guarantee this two tightness that is connected the confined area 12 of the through hole 211 of capping 21 and this Al squeezing material 10.

Moreover, in order to promote the structural strength that several Al squeezing materials 10 are connected, the lateral margin that further is connected section in several Al squeezing materials 10 is provided with two cross-over connection clamping plate 30 again, and a borrow clamping screw 31 run through these Al squeezing material 10 confined areas 12 with exterior domain, in order to this two cross-over connections clamping plate 30 locking location, and these two cross-over connections clamping plate, 30 relative these two lugs 212 that are connected cappings 21 are formed with and wear mouth 32.

Based on said structure, the utility model is with the two exterior edge faces sealing of end face capping 11 with Al squeezing material 10, and the confined area 12 that can utilize Al squeezing material 10 inside is as gas distribution channel; If the length of single Al squeezing material 10 can't satisfy when the user demand, then can further borrow to be connected unit 20 several Al squeezing materials 10 of linking, to increase whole length again; Other relends and is arranged at the two cross-over connection clamping plate 30 that several Al squeezing materials 10 are connected the section lateral margin, promotes the structural strength that is connected several Al squeezing materials 10; Be with, the utlity model has the confined area that utilizes Al squeezing material inside effect as gas distribution channel.

Claims

1. but the Al squeezing material of a conveying gas, it is characterized in that with end face capping sealing, and the confined area that utilizes this Al squeezing material inside is as gas distribution channel with two exterior edge faces of Al squeezing material, and an end of a pneumatic tube is connected to this confined area, and be formed with perforation in the wall of this confined area.

2. but the Al squeezing material of conveying gas according to claim 1 is characterized in that, further borrows the linking unit to be connected several Al squeezing materials.

3. but the Al squeezing material of conveying gas according to claim 2 is characterized in that, described linking unit includes:

Two are connected cappings, and the confined area of described relatively Al squeezing material is formed with through hole, and are formed with and are higher than described Al squeezing material profile outer rim lug;

Several retaining screws are connected the two linking end faces that capping is locked in described Al squeezing material respectively in the mode of immersing oneself in described two;

Several are in conjunction with screw, are arranged at described lug and are connected the capping combinations with described two;

Three leakage-preventing gaskets, one are folded in described two and are connected between the cappings, second are folded in described two in addition and are connected between the linking end face of cappings and relative Al squeezing material.

4. but the Al squeezing material of conveying gas according to claim 3 is characterized in that, further the lateral margin in several Al squeezing materials linking sections is provided with two cross-over connection clamping plate, and a borrow clamping screw runs through described Al squeezing material with described two cross-over connection clamping plate locking location.

5. but the Al squeezing material of conveying gas according to claim 4 is characterized in that, relative this two lug that is connected capping of described two cross-over connection clamping plate is formed with wears mouth.

6. but according to the Al squeezing material of each described conveying gas in claim 1 or 5, it is characterized in that the end in addition of described pneumatic tube then is connected to high-pressure air source or vacuum generator.