CN215372083U - Self-operated power generation pipeline combined structure by virtue of water flow - Google Patents
Self-operated power generation pipeline combined structure by virtue of water flow Download PDFInfo
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- CN215372083U CN215372083U CN202121710042.6U CN202121710042U CN215372083U CN 215372083 U CN215372083 U CN 215372083U CN 202121710042 U CN202121710042 U CN 202121710042U CN 215372083 U CN215372083 U CN 215372083U
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Abstract
The utility model discloses a self-operated power generation pipeline combined structure by using water flow. A self-operated power generation pipeline combined structure by water flow is characterized in that: the device comprises a micro water flow self-operated generator, a micro water flow self-operated generator mounting base, a water supply pipeline combined module and a water return pipeline combined module at a water outlet end; the water supply pipeline combined module comprises a groove type mechanical tee joint, a pipe clamp, a groove internal thread type reducing pipe fixing, a pipe joint A, a 90-degree elbow, a pipe joint B, a filtering ball valve, a pipe joint C, a water flow stabilizer and a pipe joint D; the water return pipeline combined module comprises an E pipe joint, a 90-degree elbow, an F pipe joint, a groove internal thread type reducing pipe fixing part, a pipe clamp and a groove type mechanical tee joint. The utility model realizes standard and standard installation by solidifying the combined structure of the power generation pipeline by means of water flow self-operated, reduces the installation cost and improves the installation speed and efficiency.
Description
Technical Field
The utility model belongs to equipment for generating power by pipeline water flow, in particular to a combined structure of a power generation pipeline by utilizing water flow self-operated mode.
Background
The miniature water flow self-operated generator generally refers to a water flow self-operated generator providing 24V or 48V direct current power supply. The micro water flow self-operated generator can supply power to equipment in a self-operated mode by means of water flow, and power generation can be realized to supply power to the equipment by means of water flow in a pipeline. However, the water inlet and outlet pipeline combination structure of the current micro water flow self-operated generator has no fixed connection design, and the pipeline connecting piece is required to be separately designed and assembled on site every time. The existing field installation borrows the problems of the field installation of the water flow self-operated power generation pipeline combined structure: firstly, the installation of various valves and pipelines is not standard, the pass sometimes becomes loose, and sometimes the problem of poor installation quality occurs; secondly, the labor is increased, and the field installation cost is higher along with the increase of the labor cost; and thirdly, construction and installation on construction sites are limited sometimes, and the installation speed and efficiency are influenced. The standard installation of the supercharging equipment of the fire pump room is realized, and the installation quality is improved; how to realize the standardized and standard installation of the water flow self-operated power generation pipeline combined structure by means of standard solidification of the water flow self-operated power generation pipeline combined structure, the installation cost is reduced, and the installation speed and efficiency are improved.
SUMMERY OF THE UTILITY MODEL
The technical problem to be solved by the utility model is as follows: provides a self-operated power generation pipeline combined structure by water flow. The combined structure of the water flow self-operated power generation pipeline can be cured in a standard mode, the standard and standard installation of the combined structure of the water flow self-operated power generation pipeline is realized, the installation cost is reduced, and the installation speed and the installation efficiency are improved.
The technical scheme for solving the technical problems is as follows: a self-operated power generation pipeline combined structure by water flow is characterized in that: the miniature water flow self-operated generator is arranged on the miniature water flow self-operated generator mounting base, and comprises a water supply pipeline combined module arranged at the water inlet end of the miniature water flow self-operated generator and a water return pipeline combined module arranged at the water outlet end;
the water supply pipeline combined module comprises a groove type mechanical tee joint, a pipe clamp, a groove internal thread type reducing pipe fixing, a pipe joint A, a 90-degree elbow, a pipe joint B, a filtering ball valve, a pipe joint C, a water flow stabilizer and a pipe joint D; one end of a groove type mechanical tee joint is fixedly and hermetically connected with a groove internal thread type reducing pipe by using a pipe clamp, one end of an A pipe joint is fixedly and hermetically connected with the other end of the groove internal thread type reducing pipe by using threads, the other end of the A pipe joint is fixedly and hermetically connected with a 90-degree elbow, a B pipe joint, a filtering ball valve, a C pipe joint, a water flow stabilizer and one end of a D pipe joint in turn, the other end of the groove type mechanical tee joint of a water supply pipeline combined module is fixedly and hermetically connected with a water outlet pipeline groove arranged on a water outlet of a water supply pipeline, and the other end of the D pipe joint of the water supply pipeline combined module, which is close to the water inlet end of the micro water flow self-operated generator, is fixedly and hermetically connected with external threads arranged on the outer surface of the water inlet end of the micro water flow self-operated generator by using a hexagon nut;
return water pipeline composite module includes the E coupling, 90 elbows, the F coupling, the solid, the pipe strap is fixed to slot internal thread formula reducing pipe, slot type machinery tee bend, the one end and the 90 elbows of E coupling, the one end of F coupling is the mutual thread tightening sealing connection in proper order, the fixed pipe strap fixed sealing connection that uses of slot internal thread formula reducing pipe and slot type machinery tee bend, the other end and the fixed other end thread tightening sealing connection of slot internal thread formula reducing pipe of F coupling, the other end that return water pipeline composite module is close to the E coupling of miniature rivers self-operated generator outlet end uses hexagon nut and the external screw thread tightening sealing connection that miniature rivers self-operated generator outlet end surface set up, the return water pipeline slot connection that sets up on the slot type machinery tee bend other end and the return water pipeline return mouth of return water pipeline composite module.
The micro water flow self-operated generator is one of micro water flow self-operated generators for providing 24V or 48V direct-current power supply.
According to the utility model, the water outlet pipeline arranged on the water outlet of the water supply pipeline leads out a branch flow through the water supply pipeline combined module to drive the miniature water flow self-operated generator to generate electricity, so that the miniature water flow self-operated generator can generate electricity and supply power as long as the water supply pipeline has water flow, a power supply required by normal operation of an intelligent controller installed in a pipeline system is met, and the energy-saving environment-friendly pollution-free water flow self-operated generator is energy-saving and environment-friendly; the water supply pipeline combined module is additionally provided with the water flow stabilizer, so that the miniature water flow self-operated generator can stably work to generate power no matter under the water flow working condition of a pipeline system, and the stable power utilization of an intelligent controller installed on the pipeline system is realized; the other end of the groove type mechanical tee joint of the water supply pipeline combined module is connected with a water outlet pipeline groove arranged on a water outlet of the water supply pipeline, and the other end of the groove type mechanical tee joint of the water return pipeline combined module is connected with a water return pipeline groove arranged on a water return port of the water return pipeline, so that the quick installation, high efficiency and convenience are realized; the utility model relates to a micro water flow self-operated generator which is one of micro water flow self-operated generators for providing 24V or 48V direct current power supplies and can stably and safely provide power for an intelligent controller installed on a pipeline system needing 24V direct current or 48V direct current.
The utility model has the beneficial effects that: the miniature water flow self-operated generator is provided with a miniature water flow self-operated generator and a miniature water flow self-operated generator mounting base, and also comprises a water supply pipeline combined module arranged at the water inlet end of the miniature water flow self-operated generator and a water return pipeline combined module arranged at the water outlet end of the miniature water flow self-operated generator; the water supply pipeline combined module comprises a groove type mechanical tee joint, a groove internal thread type reducing pipe fixing, a pipe clamp, a filtering ball valve, a 90-degree elbow, a water flow stabilizer, an A pipe joint, a B pipe joint, a C pipe joint and a D pipe joint; the water return pipeline combined module comprises an E pipe joint, a 90-degree elbow, an F pipe joint, a groove internal thread type reducing pipe fixing part, a pipe clamp and a groove type mechanical tee joint. The utility model realizes the standard and standard installation of the combined structure of the self-operated power generation pipelines by water flow, reduces the installation cost and improves the installation speed and efficiency.
Drawings
The utility model is further explained below with reference to the figures and examples;
FIG. 1 is a schematic view of the overall assembly of the present invention;
FIG. 2 is a perspective view of the present invention in an assembled configuration;
in the drawings: 1. the miniature water flow self-operated generator comprises a miniature water flow self-operated generator, a miniature water flow self-operated generator mounting base 2, a water inlet end 1A, a water outlet end 1B, a groove type mechanical tee joint 3, a pipe clamp 4, a groove internal thread type reducing pipe fastener 5, a pipe joint 6.A, a 7.90-degree elbow, a pipe joint 8.B, a filtering ball valve 9, a pipe joint 10.C, a water flow stabilizer 11, a pipe joint 12.D, a pipe joint 13.E and a pipe joint 14. F.
Detailed Description
The present invention is described in further detail below with reference to specific examples.
Example 1
As shown in fig. 1 and 2, a self-operated power generation pipeline combination structure by using water flow is characterized in that: the miniature water flow self-operated generator comprises a miniature water flow self-operated generator 1 and a miniature water flow self-operated generator mounting base 2, wherein the miniature water flow self-operated generator 1 is mounted on the miniature water flow self-operated generator mounting base 2, the miniature water flow self-operated generator 1 mounted on the miniature water flow self-operated generator mounting base 2 is provided with a water inlet end 1A and a water outlet end 1B, and the miniature water flow self-operated generator further comprises a water supply pipeline combined module mounted at the water inlet end 1A of the miniature water flow self-operated generator and a water return pipeline combined module mounted at the water outlet end 1B;
the water supply pipeline combined module comprises a groove type mechanical tee joint 3, a pipe clamp 4, a groove internal thread type reducing pipe fixture 5, an A pipe joint 6, a 90-degree elbow 7, a B pipe joint 8, a filtering ball valve 9, a C pipe joint 10, a water flow stabilizer 11 and a D pipe joint 12; one end of a groove type mechanical tee joint 3 is fixedly and hermetically connected with a groove internal thread type reducing pipe holder 5 through a pipe clamp 4, one end of an A pipe joint 6 is fixedly and hermetically connected with the other end of the groove internal thread type reducing pipe holder 5 through threads, the other end of the A pipe joint 6 is fixedly and hermetically connected with a 90-degree elbow 7, a B pipe joint 8, a filtering ball valve 9, a C pipe joint 10, a water flow stabilizer 11 and one end of a D pipe joint 12 in turn, in a threaded manner, fixedly and hermetically connected, the other end of the groove type mechanical tee joint 3 of a water supply pipeline combined module is connected with a water outlet pipeline (not shown in the drawing of the specification) arranged on a water outlet of the water supply pipeline, and the other end of the D pipe joint 12, close to a water inlet end 1A of the micro water flow self-operated generator, of the water supply pipeline combined module is fixedly and hermetically connected with external threads arranged on the outer surface of the water inlet end 1A of the micro water flow self-operated generator through a hexagon nut;
the water return pipeline combined module comprises an E pipe joint 13, a 90-degree elbow 7, an F pipe joint 14, a groove internal thread type reducing pipe fixing 5, a pipe clamp 4 and a groove type mechanical tee joint 3, one end of the E pipe joint 13 is fixedly and hermetically connected with one end of a 90-degree elbow 7 and one end of an F pipe joint 14 in sequence in a threaded manner, a groove internal thread type reducing pipe joint 5 and a groove type mechanical tee joint 3 are fixedly and hermetically connected through a pipe clamp 4, the other end of the F pipe joint 14 is fixedly and hermetically connected with the other end of the groove internal thread type reducing pipe joint, the other end of the E pipe joint 13, close to the water outlet end 1B of the micro water flow self-operated generator, of the water return pipeline combined module is fixedly and hermetically connected with an external thread arranged on the outer surface of the water outlet end 1B of the micro water flow self-operated generator through a hexagon nut, and the other end of the groove type mechanical tee joint 3 of the water return pipeline combined module is connected with a water return pipeline (not shown in the drawing of the specification) groove arranged on a water return port of the water return pipeline;
the miniature water flow self-operated generator is a miniature water flow self-operated generator for providing a 24V direct-current power supply.
Example 2
As shown in fig. 1 and 2, a self-operated power generation pipeline combination structure by using water flow is characterized in that: the miniature water flow self-operated generator comprises a miniature water flow self-operated generator 1 and a miniature water flow self-operated generator mounting base 2, wherein the miniature water flow self-operated generator 1 is mounted on the miniature water flow self-operated generator mounting base 2, the miniature water flow self-operated generator 1 mounted on the miniature water flow self-operated generator mounting base 2 is provided with a water inlet end 1A and a water outlet end 1B, and the miniature water flow self-operated generator further comprises a water supply pipeline combined module mounted at the water inlet end 1A of the miniature water flow self-operated generator and a water return pipeline combined module mounted at the water outlet end 1B;
the water supply pipeline combined module comprises a groove type mechanical tee joint 3, a pipe clamp 4, a groove internal thread type reducing pipe fixture 5, an A pipe joint 6, a 90-degree elbow 7, a B pipe joint 8, a filtering ball valve 9, a C pipe joint 10, a water flow stabilizer 11 and a D pipe joint 12; one end of a groove type mechanical tee joint 3 is fixedly and hermetically connected with a groove internal thread type reducing pipe holder 5 through a pipe clamp 4, one end of an A pipe joint 6 is fixedly and hermetically connected with the other end of the groove internal thread type reducing pipe holder 5 through threads, the other end of the A pipe joint 6 is fixedly and hermetically connected with a 90-degree elbow 7, a B pipe joint 8, a filtering ball valve 9, a C pipe joint 10, a water flow stabilizer 11 and one end of a D pipe joint 12 in turn, in a threaded manner, fixedly and hermetically connected, the other end of the groove type mechanical tee joint 3 of a water supply pipeline combined module is connected with a water outlet pipeline (not shown in the drawing of the specification) arranged on a water outlet of the water supply pipeline, and the other end of the D pipe joint 12, close to a water inlet end 1A of the micro water flow self-operated generator, of the water supply pipeline combined module is fixedly and hermetically connected with external threads arranged on the outer surface of the water inlet end 1A of the micro water flow self-operated generator through a hexagon nut;
the water return pipeline combined module comprises an E pipe joint 13, a 90-degree elbow 7, an F pipe joint 14, a groove internal thread type reducing pipe fixing 5, a pipe clamp 4 and a groove type mechanical tee joint 3, one end of the E pipe joint 13 is fixedly and hermetically connected with one end of a 90-degree elbow 7 and one end of an F pipe joint 14 in sequence in a threaded manner, a groove internal thread type reducing pipe joint 5 and a groove type mechanical tee joint 3 are fixedly and hermetically connected through a pipe clamp 4, the other end of the F pipe joint 14 is fixedly and hermetically connected with the other end of the groove internal thread type reducing pipe joint, the other end of the E pipe joint 13, close to the water outlet end 1B of the micro water flow self-operated generator, of the water return pipeline combined module is fixedly and hermetically connected with an external thread arranged on the outer surface of the water outlet end 1B of the micro water flow self-operated generator through a hexagon nut, and the other end of the groove type mechanical tee joint 3 of the water return pipeline combined module is connected with a water return pipeline (not shown in the drawing of the specification) groove arranged on a water return port of the water return pipeline;
the miniature water flow self-operated generator is a miniature water flow self-operated generator for providing a 48V direct-current power supply.
From the above description, those skilled in the art can make various changes and modifications within the scope of the technical idea of the present invention without departing from the scope of the utility model. The present invention is not limited to the details given herein, but is within the ordinary knowledge of those skilled in the art.
Claims (2)
1. A self-operated power generation pipeline combined structure by water flow is characterized in that: the miniature water flow self-operated generator is arranged on the miniature water flow self-operated generator mounting base, and comprises a water supply pipeline combined module arranged at the water inlet end of the miniature water flow self-operated generator and a water return pipeline combined module arranged at the water outlet end;
the water supply pipeline combined module comprises a groove type mechanical tee joint, a pipe clamp, a groove internal thread type reducing pipe fixing, a pipe joint A, a 90-degree elbow, a pipe joint B, a filtering ball valve, a pipe joint C, a water flow stabilizer and a pipe joint D; one end of a groove type mechanical tee joint is fixedly and hermetically connected with a groove internal thread type reducing pipe by using a pipe clamp, one end of an A pipe joint is fixedly and hermetically connected with the other end of the groove internal thread type reducing pipe by using threads, the other end of the A pipe joint is fixedly and hermetically connected with a 90-degree elbow, a B pipe joint, a filtering ball valve, a C pipe joint, a water flow stabilizer and one end of a D pipe joint in turn, the other end of the groove type mechanical tee joint of a water supply pipeline combined module is fixedly and hermetically connected with a water outlet pipeline groove arranged on a water outlet of a water supply pipeline, and the other end of the D pipe joint of the water supply pipeline combined module, which is close to the water inlet end of the micro water flow self-operated generator, is fixedly and hermetically connected with external threads arranged on the outer surface of the water inlet end of the micro water flow self-operated generator by using a hexagon nut;
return water pipeline composite module includes the E coupling, 90 elbows, the F coupling, the solid, the pipe strap is fixed to slot internal thread formula reducing pipe, slot type machinery tee bend, the one end and the 90 elbows of E coupling, the one end of F coupling is the mutual thread tightening sealing connection in proper order, the fixed pipe strap fixed sealing connection that uses of slot internal thread formula reducing pipe and slot type machinery tee bend, the other end and the fixed other end thread tightening sealing connection of slot internal thread formula reducing pipe of F coupling, the other end that return water pipeline composite module is close to the E coupling of miniature rivers self-operated generator outlet end uses hexagon nut and the external screw thread tightening sealing connection that miniature rivers self-operated generator outlet end surface set up, the return water pipeline slot connection that sets up on the slot type machinery tee bend other end and the return water pipeline return mouth of return water pipeline composite module.
2. The self-operated power generation pipeline combination structure by means of water flow according to claim 1, which is characterized in that: the micro water flow self-operated generator is one of micro water flow self-operated generators for providing 24V or 48V direct-current power supply.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121710042.6U CN215372083U (en) | 2021-07-26 | 2021-07-26 | Self-operated power generation pipeline combined structure by virtue of water flow |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121710042.6U CN215372083U (en) | 2021-07-26 | 2021-07-26 | Self-operated power generation pipeline combined structure by virtue of water flow |
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| CN215372083U true CN215372083U (en) | 2021-12-31 |
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| CN202121710042.6U Active CN215372083U (en) | 2021-07-26 | 2021-07-26 | Self-operated power generation pipeline combined structure by virtue of water flow |
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- 2021-07-26 CN CN202121710042.6U patent/CN215372083U/en active Active
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