CN201531749U

CN201531749U - Pipeline junction component

Info

Publication number: CN201531749U
Application number: CN2009202679825U
Authority: CN
Inventors: 勾京生
Original assignee: BEIJING VP Co Ltd
Current assignee: BEIJING VP Co Ltd
Priority date: 2009-10-26
Filing date: 2009-10-26
Publication date: 2010-07-21
Anticipated expiration: 2019-10-26

Abstract

The utility model relates to a pipeline junction component used for connecting at least two container groups. Each container group comprises at least one container, the pipeline junction component comprises a plurality of pipe sections which are in crossed arrangement, wherein each pair of crossed pipe sections is mutually connected at a crossed point through a ball valve in a controlled form so as to bring convenience for allowing mutual communication of the pair of crossed pipe sections or stopping communication between the pair of crossed pipe sections. According to the utility model, a valve spool of the ball valve is tangent with openings on two pipe sections in each pair of crossed pipe sections when the ball valve is closed so as to bring convenience for closing the openings on the two pipe sections, thereby stopping communication between the pair of crossed pipe sections. The pipeline junction component leads materials to be conveyed among any containers in the at least two different container groups through fewer connecting pipelines, thereby increasing work efficiency and obviously reducing pipeline cost.

Description

Pipeline tandem assembly

Technical field

The utility model relates to the mass transport pipeline.More particularly, the utility model relates to the mass transport pipeline of each container that is used for connecting different material storage container group.

Background technique

In practice, especially in chemical industry, often raw material, semifinished or finished goods for example need be used for the container of packing to another kind from a kind of container transport that for example is used to store.For carrying out described conveying, generally need different containers be linked to each other by transfer line.Common situation is that the mass transport in one group of a plurality of container is organized to another in a plurality of containers, for this reason, need utilize many transfer line that described two groups a plurality of containers are connected.

In addition, the mass transport that often needs for example to be used for the container group of storing is to the different target container group that for example is used for packing, perhaps according to actual conditions needs conveying material between the different vessels of two container groups at every turn.At present, for realizing above-mentioned conveying, must multiple transfer line be set according to the container number in two container groups usually, for example, for a container in the group can all be connected with all containers in another group, the sum of transfer line just is necessary for the product of container number in these two container groups.The layout of this transfer line obviously is work loaded down with trivial details and consuming time, and can cause very high cost.

Therefore, need a kind of pipeline connection part that can make all containers between the different vessels group all can freely be communicated with or disconnect connection easily.

The model utility content

For solving the problems of the prior art, the utility model provides a kind of pipeline tandem assembly that is used to connect at least two container groups, each all comprises at least one container described at least two container groups, this pipeline tandem assembly is characterised in that, it comprises the pipeline section of a plurality of intercross arrangement, wherein, every pair of crossing pipeline section (per two crossing pipeline sections) is all sentenced controlled way in the point of intersection and is interconnected, so that allow this that pipeline section that intersects is communicated with each other or block this to the connection between the pipeline section that intersects.

Especially, each all is provided with the opening that is used to be communicated with at the place, point of intersection to two pipeline sections in the pipeline section that intersects, and described opening connects by cut-off valve.Described cut-off valve is preferably ball valve, and the spherical valve core of this ball valve is designed to when ball valve is closed all tangent with the opening that is somebody's turn to do on two pipeline sections in the pipeline section that intersects, so that seal the opening on these two pipeline sections, thereby blocks this to the connection between the pipeline section that intersects.

Pipeline tandem assembly of the present utility model make can be between any container at least two different vessels groups conveying material, and needn't connecting line all be set specially, thereby improve working efficiency and significantly reduced the pipeline cost for every pair of container that needs to connect.

Description of drawings

Describe preferred embodiment of the present utility model in detail below in conjunction with accompanying drawing, in the accompanying drawings:

Fig. 1 illustrates the general illustration of pipeline tandem assembly of the present utility model;

Fig. 2 illustrates the overall diagram of the pipeline tandem assembly of preferred embodiment of the present utility model;

Fig. 3 illustrates the partial side view of the pipeline tandem assembly among Fig. 2;

Fig. 4 illustrates the sectional view of the amplification of the thin A of portion among Fig. 3.

Embodiment

Referring now to Fig. 1,, frame of broken lines wherein illustrates pipeline tandem assembly 100 of the present utility model.This pipeline tandem assembly 100 comprise a plurality of horizontal pipeline sections 111,112 ..., 11M, and vertical pipeline section 121,122 of arranging with described horizontal pipeline section with intersecting ..., 12N, wherein each horizontal pipeline section 111,112 or 11M intersect with all vertical pipeline sections 121 to 12N, in other words, each vertical pipeline section 121,122 or 12N intersect with all horizontal pipeline sections 111 to 11M.

According to the utility model, per two crossing pipeline sections (for

example pipeline section

111 and 121,

pipeline section

111 and 122 or

pipeline section

11M and 12N) all sentence controlled way and interconnect in the point of intersection so that allow these two crossing pipeline sections to be communicated with or block connection between these two crossing pipeline sections.

This pipeline tandem assembly 100 can be used for connecting at least two container groups, and each all comprises one or more containers described at least two container groups.As two container groups 200 are shown, 300 shown in Figure 1, container 201 in the first container group 200,202, ..., 20M is connected to the horizontal pipeline section 111 of pipeline tandem assembly 100 respectively, 112, ..., 11M, container 301 in the second container group 300,302, ..., 30N then is connected respectively to vertical pipeline section 121,122, ..., 12N, thus can by the difference in the control valve congruence connected components 100 intersect pipeline section between break-make realize any one vessel conveying material of any one vessel in container group 300 from container group 200, perhaps vice versa.

Be appreciated that the first and

second container groups

200 and 300 can comprise the container of identical or different quantity, the quantity of described container can be different from the quantity of the horizontal or vertical pipeline section in the pipeline tandem assembly 100, for example is equal to or less than its quantity.

Referring to Fig. 2, according to the pipeline tandem assembly 100 of preferred embodiment of the present utility model, this assembly comprises four horizontal pipeline sections 111,112,113,114 and five vertical pipeline sections 121,122,123,124,125 arranging with described horizontal pipeline section with intersecting shown in it.As shown in the figure, in the preferred embodiment, each interconnects by cut-off valve 400 at the place, point of intersection the pipeline section that intersects.Particularly, laterally pipeline section 111 connects vertical pipeline section 121,122,123,124 and 125 by cut-off valve 400 respectively, thereby can be by controlling opening or closing of each cut-off valve 400, make this horizontal pipeline section 111 be communicated with or disconnect connection with each vertical pipeline section 121-125.Thus, can allow or block material in the container that links to each other with horizontal pipeline section 111 to the conveying of the container that links to each other with each vertical pipeline section 121-125.Similarly, laterally pipeline section 112 to 114 also is connected to the vertical pipeline section 121 to 125 that intersects with it by cut-off valve 400 respectively, is communicated with or disconnects connection so that set up with their, and permission or prevention material are via the conveying of the pipeline section that is associated thus.

Certainly, as common in the prior art, for realizing being communicated with, each pipeline section all is provided with opening at the place, point of intersection, opening on wherein per two crossing pipeline sections is corresponding mutually, for example pipeline section 111 is corresponding mutually at the opening at place, point of intersection with pipeline section 125, and perhaps pipeline section 112 is corresponding mutually at the opening at place, point of intersection with pipeline section 125.Shown in the thin A of portion that part among Fig. 3 is cut open, corresponding opening connects by cut-off valve 400 mutually, so that be interconnected when cut-off valve 400 is opened, and separates each other when cut-off valve 400 cuts out.

As a kind of optimal way, described cut-off valve 400 is a ball valve.

With reference to Fig. 4, be that example describes below with the ball valve 400 that connects horizontal pipeline section 112 and vertical pipeline section 125.In the figure, ball valve 400 is depicted as and is in closed condition.

As shown in Figure 4, at point of intersection place, laterally pipeline section 112 is provided with opening 1121 at it in the face of on the tube wall of vertical pipeline section 125, and correspondingly, vertically pipeline section 125 is provided with opening 1251 on its tube wall relative with horizontal pipeline section 112.According to the utility model, the spool 401 that connects the ball valve 400 of described opening 1121,1251 be designed to when ball valve is closed and these two

openings

1121,1251 all tangent, thereby separate described opening 1121 and 1251, block being communicated with of

horizontal pipeline section

112 and 125 of vertical pipeline sections thus.

When ball valve 400 is opened, thereby described opening 1121,1251 will be released and communicate with each other, laterally connecting between pipeline section 112 and the vertical pipeline section 125 thus, transmitting material from the container that is connected on the horizontal pipeline section 112 to the container that is connected on vertical pipeline section 125 so that allow.

At last, preferably, pipeline tandem assembly 100 of the present utility model can integral body be placed on the support, especially movably on the support, so that connect different container groups neatly, and conveying material between the container in the different vessels group thus.

Though with reference to preferred implementation the utility model has been described above, is appreciated that protection domain of the present utility model is not limited to above-mentioned specific embodiment, but can in the claim restricted portion, carries out various modification and change.

Claims

1. pipeline tandem assembly, be used for connecting at least two container groups, each all comprises at least one container described at least two container groups, it is characterized in that, this pipeline tandem assembly comprises the pipeline section of a plurality of intercross arrangement, wherein, every pair of crossing pipeline section is all sentenced controlled way in the point of intersection and is interconnected, so that allow this that pipeline section that intersects is communicated with each other or block this to the connection between the pipeline section that intersects.

2. according to the pipeline tandem assembly of claim 1, it is characterized in that each all is provided with at the place, point of intersection two pipeline sections in the pipeline section that intersects and is used to the opening realizing being communicated with, described opening connects by cut-off valve.

3. according to the pipeline tandem assembly of claim 2, it is characterized in that, described cut-off valve is a ball valve, the spherical valve core of this ball valve be designed to when ball valve is closed and the opening on described two pipeline sections all tangent, so that seal the opening on these two pipeline sections, thereby block this to the connection between the pipeline section that intersects.

4. according to the pipeline tandem assembly of claim 1, it is characterized in that this pipeline tandem assembly integral body is placed on the removable support.