CN106609908A - Energy-saving storage tank for natural gas - Google Patents
Energy-saving storage tank for natural gas Download PDFInfo
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- CN106609908A CN106609908A CN201510699310.1A CN201510699310A CN106609908A CN 106609908 A CN106609908 A CN 106609908A CN 201510699310 A CN201510699310 A CN 201510699310A CN 106609908 A CN106609908 A CN 106609908A
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Abstract
The invention discloses an energy-saving storage tank for natural gas. The bottom of the interior of an energy-saving outer tank body is provided with a lower energy-saving tank through a damper spring. An upper energy-saving tank is arranged above the lower energy-saving tank. The lower energy-saving tank communicates with the upper energy-saving tank through a connecting pipe. A fixing plate is fixedly installed on the top of the upper energy-saving tank. Fixing bolts are arranged on the fixing plate. The upper energy-saving tank and the lower energy-saving tank are fixedly installed in the energy-saving outer tank body through the fixing bolts. The lower energy-saving tank and the upper energy-saving tank are sleeved with energy-saving vibration reduction rings, wherein each energy-saving vibration reduction ring is composed of an energy-saving vibration reduction inner ring, an energy-saving vibration reduction outer ring, outer energy-saving vibration reduction air cylinder shafts, outer pistons, energy-saving vibration reduction air cylinders, inner pistons, inner energy-saving vibration reduction air cylinder shafts, an air pipe and an air nozzle. According to the design that the lower energy-saving tank and the upper energy-saving tank are arranged in the energy-saving outer tank body, the energy-saving storage tank is scientific and reasonable in design, simple in structure and convenient to use.
Description
Technical field
The present invention relates to a kind of natural-gas energy-saving holding vessel, belongs to field of energy-saving technology.
Background technology
Energy-conservation is exactly to be reduced as far as energy-output ratio, produces the product with original same number, same quality；Or with original same amount of energy-output ratio, produce product more more preferable than original more or quantity equal mass.Energy-conservation is exactly to apply
The method that technically real reliable, viable economically reasonable, environment and society can receive, effectively utilizes the energy, improves the energy utilization efficiency with energy equipment or technique.
As the continuous progressive continuous development with science and technology of society, people become more concerned with the earth that we depend on for existence, in the world most countries have also been fully recognized that importance of the environment to our human developments.Each state is all taking active and effective measure to improve environment, reduces pollution.Among these it is mostly important be also problem the most urgent be exactly energy problem, fundamentally to solve energy problem, except finding the new energy, energy-conservation be it is crucial be also most directly effectively important measures at present
, in recent years, by effort, people achieve huge achievement in the research and product development of power-saving technology.Energy-conservation refers to that reinforcement use can be managed, and using technically feasible, the measure that reasonable in economy and environment and society can bear is reduced from production of energy to the loss and waste in consumption links, more efficient, utilize the energy reasonablely.Wherein, technically feasible referring to can be realized in prior art basis；Reasonable in economy has sought to a suitable input-output ratio；Environment can receive to refer to that energy-conservation will also reduce the pollution to environment that its index wants meet the requirement of environmental protection；Society can receive refer to and do not affect normal production and growth in the living standard；Effectively seek to reduce the loss of the energy and waste.
The content of the invention
The present invention proposes a kind of natural-gas energy-saving holding vessel, the design of lower energy-saving tank and upper energy-saving tank is arranged using energy-conservation outer tank body inside, energy-saving vibration-reduction circle is cased with upper energy-saving tank and lower energy-saving tank, under the cushioning effect of energy-saving vibration-reduction circle, can avoid being clashed into by external force.
Solution of the present invention employs the following technical solutions to solve existing technical problem.
A kind of natural-gas energy-saving holding vessel, structure includes：Energy-conservation outer tank body、Upper energy-saving tank、Connecting tube、Lower energy-saving tank、Energy Saving Control valve、Fixed plate、Fixing bolt、Energy-saving vibration-reduction circle、Shock-absorbing spring、Air inlet pipe、Air inlet switch、Energy-saving vibration-reduction inner ring、Energy-saving vibration-reduction outer ring、Outer energy-conservation vibration-damping cylinder axle、Outer piston、Energy-saving vibration-reduction cylinder、Inner carrier、Energy-saving vibration-damping cylinder axle、Tracheae、Valve，Bottom in described energy-conservation outer tank body lower energy-saving tank is installed by shock-absorbing spring，The top of lower energy-saving tank arranges upper energy-saving tank，Connected using connecting tube between lower energy-saving tank and upper energy-saving tank，The top mounting plate of described upper energy-saving tank，Fixing bolt is set in fixed plate，Fixed plate is fixedly mounted on upper energy-saving tank and lower energy-saving tank inside energy-conservation outer tank body by fixing bolt，Energy-saving vibration-reduction circle is cased with described lower energy-saving tank and upper energy-saving tank，Energy-saving vibration-reduction circle is by energy-saving vibration-reduction inner ring、Energy-saving vibration-reduction outer ring、Outer energy-conservation vibration-damping cylinder axle、Outer piston、Energy-saving vibration-reduction cylinder、Inner carrier、Energy-saving vibration-damping cylinder axle、Tracheae、Valve is constituted，Energy-saving vibration-damping cylinder axle is installed on described energy-saving vibration-reduction inner ring，Outer energy-conservation vibration-damping cylinder axle is installed on energy-saving vibration-reduction outer ring，Inner carrier is installed on energy-saving vibration-damping cylinder axle，Outer piston is installed on outer energy-conservation vibration-damping cylinder axle，Described inner carrier and outer piston is arranged in energy-saving vibration-reduction cylinder，Described energy-saving vibration-reduction cylinder has six，Six energy-saving vibration-reduction cylinders are connected by tracheae.
Further, two energy-saving vibration-reduction circles are cased with described upper energy-saving tank and lower energy-saving tank, Energy Saving Control valve is set in described connecting tube, the top of upper energy-saving tank arranges air inlet pipe, air inlet switch is installed in air inlet pipe, and on described tracheae valve is arranged.
Further, described energy-conservation outer tank body is processed using quality of rubber materials, and described upper energy-saving tank and lower energy-saving tank is made of that, using Q345 steel, described tracheae is steel pipe.
The invention has the beneficial effects as follows：A kind of natural-gas energy-saving holding vessel proposed by the present invention, using energy-conservation outer tank body inside the design of lower energy-saving tank and upper energy-saving tank is arranged, and rationally, structure composition is simple, safe and convenient to use, with boundless application prospect for its design science.
Description of the drawings
Fig. 1 is the structure chart of the present invention；
Fig. 2 is the structure chart of the energy-saving vibration-reduction circle of the present invention.
In figure, 1- energy-conservation outer tank bodies；The upper energy-saving tanks of 2-；3- connecting tubes；Energy-saving tank under 4-；5- Energy Saving Control valves；6- fixed plates；7- fixing bolts；8- energy-saving vibration-reduction circles；9- shock-absorbing springs；10- air inlet pipe；11- air inlet switchs；12- energy-saving vibration-reduction inner rings；13- energy-saving vibration-reductions outer ring；The outer energy-conservation vibration-damping cylinder axles of 14-；15- outer pistons；16- energy-saving vibration-reduction cylinders；17- inner carriers；18- energy-saving vibration-damping cylinder axles；19- tracheaes；20- valves.
Specific embodiment
Below in conjunction with accompanying drawing and example, the invention will be further described.
As depicted in figs. 1 and 2, a kind of natural-gas energy-saving holding vessel, structure includes：Energy-conservation outer tank body 1、Upper energy-saving tank 2、Connecting tube 3、Lower energy-saving tank 4、Energy Saving Control valve 5、Fixed plate 6、Fixing bolt 7、Energy-saving vibration-reduction circle 8、Shock-absorbing spring 9、Air inlet pipe 10、Air inlet switch 11、Energy-saving vibration-reduction inner ring 12、Energy-saving vibration-reduction outer ring 13、Outer energy-conservation vibration-damping cylinder axle 14、Outer piston 15、Energy-saving vibration-reduction cylinder 16、Inner carrier 17、Energy-saving vibration-damping cylinder axle 18、Tracheae 19、Valve 20，Bottom in described energy-conservation outer tank body 1 lower energy-saving tank 4 is installed by shock-absorbing spring 9，The top of lower energy-saving tank 4 arranges upper energy-saving tank 2，Connected using connecting tube 3 between lower energy-saving tank 4 and upper energy-saving tank 2，The top mounting plate 6 of described upper energy-saving tank 2，Fixing bolt 7 is set in fixed plate 6，Fixed plate 6 is fixedly mounted on upper energy-saving tank 2 and lower energy-saving tank 4 inside energy-conservation outer tank body 1 by fixing bolt 7，Energy-saving vibration-reduction circle 8 is cased with described lower energy-saving tank 4 and upper energy-saving tank 2，Energy-saving vibration-reduction circle 8 is by energy-saving vibration-reduction inner ring 12、Energy-saving vibration-reduction outer ring 13、Outer energy-conservation vibration-damping cylinder axle 14、Outer piston 15、Energy-saving vibration-reduction cylinder 16、Inner carrier 17、Energy-saving vibration-damping cylinder axle 18、Tracheae 19、Valve 20 is constituted，Energy-saving vibration-damping cylinder axle 18 is installed on described energy-saving vibration-reduction inner ring 12，Outer energy-conservation vibration-damping cylinder axle 14 is installed on energy-saving vibration-reduction outer ring 13，Inner carrier 17 is installed on energy-saving vibration-damping cylinder axle 18，Outer piston 15 is installed on outer energy-conservation vibration-damping cylinder axle 14，Described inner carrier 17 and outer piston 15 is arranged in energy-saving vibration-reduction cylinder 16，Described energy-saving vibration-reduction cylinder 16 has six，Six energy-saving vibration-reduction cylinders 16 are connected by tracheae.
Specifically, two energy-saving vibration-reduction circles 8 are cased with described upper energy-saving tank 2 and lower energy-saving tank 4, Energy Saving Control valve 5 is set in described connecting tube 3, the top of upper energy-saving tank 2 arranges air inlet pipe 10, air inlet switch 11 is installed in air inlet pipe 10, valve 20 is set on described tracheae 19, described energy-conservation outer tank body 1 is processed using quality of rubber materials, described upper energy-saving tank 2 and lower energy-saving tank 4 is made of that described tracheae 19 is steel pipe using Q345 steel.
The general principle and principal character and advantages of the present invention of the present invention has been shown and described above.It should be understood by those skilled in the art that; the present invention is not restricted to the described embodiments; merely illustrating the principles of the invention described in above-described embodiment and specification; without departing from the spirit and scope of the present invention; the present invention also has various changes and modifications; these changes and improvements are both fallen within scope of the claimed invention, and the claimed scope of the invention is by appending claims and its equivalent thereof.
Claims (2)
1. a kind of natural-gas energy-saving holding vessel, it is characterised in that：Structure includes：Energy-conservation outer tank body、Upper energy-saving tank、Connecting tube、Lower energy-saving tank、Energy Saving Control valve、Fixed plate、Fixing bolt、Energy-saving vibration-reduction circle、Shock-absorbing spring、Air inlet pipe、Air inlet switch、Energy-saving vibration-reduction inner ring、Energy-saving vibration-reduction outer ring、Outer energy-conservation vibration-damping cylinder axle、Outer piston、Energy-saving vibration-reduction cylinder、Inner carrier、Energy-saving vibration-damping cylinder axle、Tracheae、Valve，Bottom in described energy-conservation outer tank body lower energy-saving tank is installed by shock-absorbing spring，The top of lower energy-saving tank arranges upper energy-saving tank，Connected using connecting tube between lower energy-saving tank and upper energy-saving tank，The top mounting plate of described upper energy-saving tank，Fixing bolt is set in fixed plate，Fixed plate is fixedly mounted on upper energy-saving tank and lower energy-saving tank inside energy-conservation outer tank body by fixing bolt，Energy-saving vibration-reduction circle is cased with described lower energy-saving tank and upper energy-saving tank，Energy-saving vibration-reduction circle is by energy-saving vibration-reduction inner ring、Energy-saving vibration-reduction outer ring、Outer energy-conservation vibration-damping cylinder axle、Outer piston、Energy-saving vibration-reduction cylinder、Inner carrier、Energy-saving vibration-damping cylinder axle、Tracheae、Valve is constituted，Energy-saving vibration-damping cylinder axle is installed on described energy-saving vibration-reduction inner ring，Outer energy-conservation vibration-damping cylinder axle is installed on energy-saving vibration-reduction outer ring，Inner carrier is installed on energy-saving vibration-damping cylinder axle，Outer piston is installed on outer energy-conservation vibration-damping cylinder axle，Described inner carrier and outer piston is arranged in energy-saving vibration-reduction cylinder，Described energy-saving vibration-reduction cylinder has six，Six energy-saving vibration-reduction cylinders are connected by tracheae.
2. a kind of natural-gas energy-saving holding vessel according to claim 1, it is characterised in that：Two energy-saving vibration-reduction circles are cased with described upper energy-saving tank and lower energy-saving tank, Energy Saving Control valve is set in described connecting tube, the top of upper energy-saving tank arranges air inlet pipe, air inlet switch is installed in air inlet pipe, valve is set on described tracheae, described energy-conservation outer tank body is processed using quality of rubber materials, and described upper energy-saving tank and lower energy-saving tank is made of that, using Q345 steel, described tracheae is steel pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510699310.1A CN106609908A (en) | 2015-10-26 | 2015-10-26 | Energy-saving storage tank for natural gas |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510699310.1A CN106609908A (en) | 2015-10-26 | 2015-10-26 | Energy-saving storage tank for natural gas |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106609908A true CN106609908A (en) | 2017-05-03 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510699310.1A Pending CN106609908A (en) | 2015-10-26 | 2015-10-26 | Energy-saving storage tank for natural gas |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106609908A (en) |
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2015
- 2015-10-26 CN CN201510699310.1A patent/CN106609908A/en active Pending
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| PB01 | Publication | ||
| PB01 | Publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20170503 |
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| WD01 | Invention patent application deemed withdrawn after publication |