CN203809755U - Pipeline operation adjusting device - Google Patents
Pipeline operation adjusting device Download PDFInfo
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- CN203809755U CN203809755U CN201420242403.2U CN201420242403U CN203809755U CN 203809755 U CN203809755 U CN 203809755U CN 201420242403 U CN201420242403 U CN 201420242403U CN 203809755 U CN203809755 U CN 203809755U
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- pipe
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Abstract
The utility model relates to a pipeline operation adjusting device with an aim to effectively solve the problem that communication ways and medium trends are single, medium flow and velocity in pipelines cannot be effectively controlled. The pipeline operation adjusting device is characterized by comprising a Y-shaped three-way pipe and four valves, four three-section pipes are communicated to form the Y-shaped three-way pipe, and the valves are communicated with the Y-shaped three-way pipe and identical in the diameter. The Y-shaped three-way pipe is provided with four branch pipes parallel to the axes of main pipes, the axes of the main pipes and the branch pipes are arranged on the same plane, the four Y-shaped three-section pipes are parallel in pairwise, the normal of a plane where the ends of the branch pipes in one group is perpendicular to the normal of a plane where the ends of the branch pipes in another group, ends of one group of Y-shaped three-way branch pipes and the valves are fastened with the Y-shaped three-way branch pipes of another group through flanges and bolts, communicated inlet ends of the two groups of Y-shaped three-way branch pipes are communicated with medium inlet pipes, and communicated outlet ends of the two groups of Y-shaped three-way branch pipes are communicated with medium outlet pipes. The pipeline operation adjusting device is simple in structure, novel and unique, simple in structure, convenient to mount and operate, easy to produce and low in cost.
Description
Technical field
The utility model relates to three-way pipe, valve, the three-way pipe particularly using in pipe-line system, a kind of pipeline operation controlling device of valve combination.
Background technique
In liquid medium is carried, as water, its conveyance conduit is absolutely necessary, if three-way pipe is that pipeline is carried the conventional one of liquid, its feature is that three-way pipe can solve the problem such as transition, connection of pipeline, at present traditional three-way pipe, valve combination usage mode is all to adopt three-way pipe three to pass by and cross pipeline in succession, and on two branch lines, two valves is installed.Although such usage mode has solved subproblem, but due to the problem existing in structure, mode of communicating, medium move towards single, and the rate-of flow in pipe and flow velocity can not effectively be controlled, in application, can not meet actual problem, therefore its improvement and bring new ideas is imperative.
Summary of the invention
In view of above-mentioned present situation, for overcoming the defect of prior art, the object of the utility model is just to provide a kind of pipeline operation controlling device, can effectively solve mode of communicating, medium moves towards single, the problem that the rate-of flow in pipe and flow velocity can not control effectively.
The technological scheme that the utility model solves is, comprise threeway, valve and flange, four three sections of bodys are communicated with formation Y-shaped three-way pipe (3a, 3b, 3c, 3d) with four with the valve (4a of the adjusting use that described Y-shaped three-way pipe is connected and diameter is identical, 4b, 4c, 4d), described Y-shaped three-way pipe has with 4 of charge shaft line parallel is in charge of (2a, 2b, 2c, 2d), Y-type three way type supervisor, be in charge of axis in same plane, four described Y-type three way types between two one group parallel, the normal of one component tube end place plane is vertical with the normal of another component tube end place plane, described one group of Y-type three way type divides pipe end to be in charge of and to tighten together with another group Y-type three way type by flange and bolt with valve, the entrance point that two groups of Y-type three way types are in charge of connection is connected with medium inlet pipe, the outlet end that two groups of Y-type three way types are in charge of connection is connected with media outlet pipe.
The utility model is simple in structure, novel unique, simple and reasonable, easy for installation, and convenient operation, easily produces, and cost is low, and economic and social benefit is remarkable.
Brief description of the drawings
Fig. 1 is structural front view of the present utility model.
Embodiment
Below in conjunction with accompanying drawing, embodiment of the present utility model is elaborated.
The technological scheme being provided by summary of the invention part, the application in the specific implementation, provided by Fig. 1, comprise threeway, valve and flange, four three sections of bodys are communicated with formation Y-shaped three-way pipe (3a, 3b, 3c, 3d) with four with the valve (4a of the adjusting use that described Y-shaped three-way pipe is connected and diameter is identical, 4b, 4c, 4d), described Y-shaped three-way pipe has with 4 of charge shaft line parallel is in charge of (2a, 2b, 2c, 2d), Y-type three way type supervisor, be in charge of axis in same plane, four described Y-type three way types between two one group parallel, the normal of one component tube end place plane is vertical with the normal of another component tube end place plane, described one group of Y-type three way type divides pipe end to be in charge of and to tighten together with another group Y-type three way type by flange and bolt with valve, two groups of Y-type three way types are in charge of entrance point and the medium inlet pipe 1a of connection, 1b is connected, two groups of Y-type three way types are in charge of outlet end and the media outlet pipe 7a of connection, 7b is connected.
Described Y-shaped three-way pipe comprises the first Y-shaped three-way pipe 3a, the second Y-shaped three-way pipe 3b, the 3rd Y-shaped three-way pipe 3c, the 4th Y-shaped three-way pipe 3d, the first Y-shaped three-way pipe 3a, the second Y-shaped three-way pipe 3b level is placed in on one side, the 3rd Y-shaped three-way pipe 3c, the parallel another side that is placed in of the 4th Y-shaped three-way pipe 3d, the entrance point of the first Y-shaped three-way pipe 3a is connected with medium the first inlet duct 1a through the first flange 6a, the second Y-shaped three-way pipe 3b is connected with medium the second inlet duct 1b through the second flange 6b, an outlet of the first Y-shaped three-way pipe 3a is in charge of through the 5th flange 6e and the first regulating valve 4a and is in charge of and is connected with an import of the 3rd Y-shaped three-way pipe 3c, another outlet of the first Y-shaped three-way pipe 3a is in charge of through the 7th flange 6g and the 3rd regulating valve 4c and is in charge of and is connected with an import of the 4th Y-shaped three-way pipe 3d, an outlet of the second Y-shaped three-way pipe 3b is in charge of through the 6th flange 6f and the second regulating valve 4b and is in charge of and is connected with another import of the 3rd Y-shaped three-way pipe 3c, another outlet of the second Y-shaped three-way pipe 3b is in charge of through the blue 6h of eight treating observances and the 4th regulating valve 4d and is in charge of and is connected with another import of the 4th Y-shaped three-way pipe 3d,
The first described Y-shaped three-way pipe 3a is connected with medium the first inlet duct 1a through the first flange 6a, the second Y-shaped three-way pipe 3b is connected with medium the second inlet duct 1b through the second flange 6b, the 3rd Y-shaped three-way pipe 3c is connected with medium the first outer pipe 7a through three-flange 6c, and the outer pipe of the 4th Y-shaped three-way pipe 3d is connected with medium the second outer pipe 7b through the 4th flange 6d;
The first described regulating valve 4a be contained in be communicated with the first Y-shaped three-way pipe 3a respectively first be in charge of 2a and and the 3rd Y-shaped three-way pipe 3c the 5th being in charge of between 5a flange of being communicated with, the second regulating valve 4b be contained in be communicated with the second Y-shaped three-way pipe 3b respectively second be in charge of 2b and and the 3rd Y-shaped three-way pipe 3c the 6th being in charge of between 5b flange of being communicated with, the 3rd regulating valve 4c be contained in be communicated with the first Y-shaped three-way pipe 3a respectively the 3rd be in charge of 2c and and the 4th Y-shaped three-way pipe 3d the 7th being in charge of between 5c flange of being communicated with, the 4th regulating valve 4d be contained in be communicated with the second Y-shaped three-way pipe 3b respectively the 4th be in charge of 2d and and the 4th Y-shaped three-way pipe 3d the 8th being in charge of between 5d flange of being communicated with,
Described medium the first inlet duct 1a, medium the second inlet duct 1b and first is in charge of 2a, second and is in charge of 2b, the 3rd and is in charge of 2c, the 4th and is in charge of 2d, the 5th and is in charge of 5e, the 6th and is in charge of 5f, the 7th and is in charge of the axis that 5g, the 8th is in charge of 5h, medium the first outer pipe 7a, medium the second outer pipe 7b and parallels;
Described the first Y-shaped three-way pipe 3a, the second Y-shaped three-way pipe 3b, the 3rd Y-shaped three-way pipe 3c, the 4th Y-shaped three-way pipe 3d form through the first regulating valve 4a, the second regulating valve 4b, the 3rd regulating valve 4c, the 4th regulating valve 4d that two parallel pipelines interconnect, the interflow of pilot line medium and the multiple channel design of shunting flexibly.
From the above, the utility model comprises four Y-shaped three-way pipes (the first Y-shaped three-way pipe 3a, the second Y-shaped three-way pipe 3b, the 3rd Y-shaped three-way pipe 3c, the 4th Y-shaped three-way pipe 3d), four valve (the first regulating valve 4a, the second regulating valve 4b, the 3rd regulating valve 4c, the 4th regulating valve 4d), the first Y-shaped three-way pipe 3a is parallel with the second Y-shaped three-way pipe 3b, perpendicular to the 3rd Y-shaped three-way pipe 3c and the 4th Y-shaped three-way pipe 3d, each valve is arranged on respectively correspondence and is in charge of that (first is in charge of 2a and the 5th is in charge of 5a, the 3rd is in charge of 2c and the 7th is in charge of 5c, second is in charge of 2b and the 6th is in charge of 5b, the 4th is in charge of 2d and the 8th is in charge of 5d) between.
As shown in Figure 1, in use, in valve open, the various situations of closing, medium can be from medium the first inlet duct 1a, medium the second inlet duct 1b Free-flow to medium the first outer pipe 7a, medium the second outer pipe 7b for the utility model.Concrete compound mode has following several:
1): flow to separately
A: the first regulating valve 4a opens, the second regulating valve 4b closes, and MEDIA FLOW is to being that medium the first inlet duct 1a is to medium the first outer pipe 7a;
The 4th regulating valve 4d opens, and the 3rd regulating valve 4c closes, and MEDIA FLOW is to being that medium the second inlet duct 1b is to medium the second outer pipe 7b;
B: the first regulating valve 4a closes, the second regulating valve 4b opens, and MEDIA FLOW is to being that medium the second inlet duct 1b is to medium the second outer pipe 7a;
The 4th regulating valve 4d closes, and the 3rd regulating valve 4c opens, and MEDIA FLOW is to being that medium the second inlet duct 1a is to medium the first outer pipe 7b;
2): mixed flow to
A: the first regulating valve 4a, the second regulating valve 4b open, the 3rd regulating valve 4c, the 4th regulating valve 4d close, and MEDIA FLOW is to being that medium the first inlet duct 1a, medium the second inlet duct 1b are to medium the first outer pipe 7a;
B: the first regulating valve 4a, the second regulating valve 4b close, the 3rd regulating valve 4c, the 4th regulating valve 4d open, and MEDIA FLOW is to being that medium the first inlet duct 1a, medium the second inlet duct 1b are to medium the second outer pipe 7b;
C: the first regulating valve 4a, the 3rd regulating valve 4c open, the second regulating valve 4b, the 4th regulating valve 4d close, and MEDIA FLOW is to being that medium the first inlet duct 1a is to medium the first outer pipe 7a, medium the second outer pipe 7b;
D: the first regulating valve 4a, the 3rd regulating valve 4c close, the second regulating valve 4b, the 4th regulating valve 4d open, MEDIA FLOW to medium the second inlet duct 1b to medium the first outer pipe 7a, medium the second outer pipe 7b.
Be noted that, above-mentioned is only the embodiment who provides four Y-shaped three-way pipes, only for embodiment of the present utility model is described, be not meant to limit protection domain of the present utility model, except above preferred embodiment, the utility model also has other mode of execution (example: the combination of four-way pipe and valve can realize the various ways that three times pipelines interconnect, can make six passages be interconnected), those skilled in the art can make various changes and distortion according to this actual demand, therefore only otherwise depart from design principle of the present utility model, every technological scheme identical with the utility model essence, all should belong to the defined scope of the utility model claims.
In a word, the utility model adopts the compound mode of three-way pipe, valve, has ensured simple in structurely, is simple and easy to group, easy to operate and low cost of manufacture, and using scope is wide, is effective to the conveying of liquid medium, has significant economic and social benefit.
Claims (6)
1. a pipeline operation controlling device, comprise threeway, valve and flange, it is characterized in that, four three sections of bodys are communicated with formation Y-shaped three-way pipe and four valves with the adjusting use that described Y-shaped three-way pipe is connected and diameter is identical, described Y-shaped three-way pipe has with 4 of charge shaft line parallel to be in charge of, Y-type three way type supervisor, be in charge of axis in same plane, four described Y-type three way types between two one group parallel, the normal of one component tube end place plane is vertical with the normal of another component tube end place plane, described one group of Y-type three way type divides pipe end to be in charge of and to tighten together with another group Y-type three way type by flange and bolt with valve, the entrance point that two groups of Y-type three way types are in charge of connection is connected with medium inlet pipe, the outlet end that two groups of Y-type three way types are in charge of connection is connected with media outlet pipe.
2. pipeline operation controlling device according to claim 1, it is characterized in that, described Y-shaped three-way pipe comprises the first Y-shaped three-way pipe (3a), the second Y-shaped three-way pipe (3b), the 3rd Y-shaped three-way pipe (3c), the 4th Y-shaped three-way pipe (3d), the first Y-shaped three-way pipe (3a), the second Y-shaped three-way pipe (3b) level is placed in on one side, the 3rd Y-shaped three-way pipe (3c), the parallel another side that is placed in of the 4th Y-shaped three-way pipe (3d), the entrance point of the first Y-shaped three-way pipe (3a) is connected with medium the first inlet duct (1a) through the first flange (6a), the second Y-shaped three-way pipe (3b) is connected with medium the second inlet duct (1b) through the second flange (6b), an outlet of the first Y-shaped three-way pipe (3a) is in charge of through the 5th flange (6e) and the first regulating valve (4a) and is in charge of and is connected with an import of the 3rd Y-shaped three-way pipe (3c), another outlet of the first Y-shaped three-way pipe (3a) is in charge of through the 7th flange (6g) and the 3rd regulating valve (4c) and is in charge of and is connected with an import of the 4th Y-shaped three-way pipe (3d), an outlet of the second Y-shaped three-way pipe (3b) is in charge of through the 6th flange (6f) and the second regulating valve (4b) and is in charge of and is connected with another import of the 3rd Y-shaped three-way pipe (3c), another outlet of the second Y-shaped three-way pipe (3b) is in charge of through eight treating observances orchid (6h) and the 4th regulating valve (4d) and is in charge of and is connected with another import of the 4th Y-shaped three-way pipe (3d).
3. pipeline operation controlling device according to claim 2, it is characterized in that, described the first Y-shaped three-way pipe (3a) is connected with medium the first inlet duct (1a) through the first flange (6a), the second Y-shaped three-way pipe (3b) is connected with medium the second inlet duct (1b) through the second flange (6b), the 3rd Y-shaped three-way pipe (3c) is connected with medium the first outer pipe (7a) through three-flange (6c), and the outer pipe of the 4th Y-shaped three-way pipe (3d) is connected with medium the second outer pipe (7b) through the 4th flange (6d).
4. pipeline operation controlling device according to claim 2, it is characterized in that, described the first regulating valve (4a) be contained in be communicated with the first Y-shaped three-way pipe (3a) respectively first be in charge of (2a) and and the 3rd Y-shaped three-way pipe (3c) the 5th being in charge of between (5a) flange of being communicated with, the second regulating valve (4b) be contained in be communicated with the second Y-shaped three-way pipe (3b) respectively second be in charge of (2b) and and the 3rd Y-shaped three-way pipe (3c) the 6th being in charge of between (5b) flange of being communicated with, the 3rd regulating valve (4c) be contained in be communicated with the first Y-shaped three-way pipe (3a) respectively the 3rd be in charge of (2c) and and the 4th Y-shaped three-way pipe (3d) the 7th being in charge of between (5c) flange of being communicated with, the 4th regulating valve (4d) be contained in be communicated with the second Y-shaped three-way pipe (3b) respectively the 4th be in charge of (2d) and and the 4th Y-shaped three-way pipe (3d) the 8th being in charge of between (5d) flange of being communicated with.
5. pipeline operation controlling device according to claim 2, it is characterized in that, described medium the first inlet duct (1a), medium the second inlet duct (1b) and first is in charge of (2a), second and is in charge of (2b), the 3rd and is in charge of (2c), the 4th and is in charge of (2d), the 5th and is in charge of (5e), the 6th and is in charge of (5f), the 7th and is in charge of the axis that (5g), the 8th be in charge of (5h), medium the first outer pipe (7a), medium the second outer pipe (7b) and parallels.
6. pipeline operation controlling device according to claim 2, it is characterized in that, described the first Y-shaped three-way pipe (3a), the second Y-shaped three-way pipe (3b), the 3rd Y-shaped three-way pipe (3c), the 4th Y-shaped three-way pipe (3d) form through the first regulating valve (4a), the second regulating valve (4b), the 3rd regulating valve (4c), the 4th regulating valve (4d) that two parallel pipelines interconnect, the interflow of pilot line medium and the multiple channel design of shunting flexibly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420242403.2U CN203809755U (en) | 2014-05-13 | 2014-05-13 | Pipeline operation adjusting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420242403.2U CN203809755U (en) | 2014-05-13 | 2014-05-13 | Pipeline operation adjusting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203809755U true CN203809755U (en) | 2014-09-03 |
Family
ID=51448505
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420242403.2U Expired - Fee Related CN203809755U (en) | 2014-05-13 | 2014-05-13 | Pipeline operation adjusting device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203809755U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105697357A (en) * | 2016-03-22 | 2016-06-22 | 扬州四启环保设备有限公司 | Inlet and outlet connecting structure of pump body |
-
2014
- 2014-05-13 CN CN201420242403.2U patent/CN203809755U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105697357A (en) * | 2016-03-22 | 2016-06-22 | 扬州四启环保设备有限公司 | Inlet and outlet connecting structure of pump body |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140903 Termination date: 20150513 |
|
| EXPY | Termination of patent right or utility model |