CN205350848U - Helium and air mixing fill device of inflating ball - Google Patents
Helium and air mixing fill device of inflating ball Download PDFInfo
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- CN205350848U CN205350848U CN201620036773.XU CN201620036773U CN205350848U CN 205350848 U CN205350848 U CN 205350848U CN 201620036773 U CN201620036773 U CN 201620036773U CN 205350848 U CN205350848 U CN 205350848U
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Abstract
The utility model relates to a helium and air mixing fill device of inflating ball fills the mist of helium with the air into the balloon, at the mist of a mixed gas cylinder traditional chinese clothing income air with the helium, will the mist that mixes in the gas cylinder fills into the balloon, the beneficial effects of the utility model are that: the mixed gas filling that adopts helium and the air balloon that goes up to the air satisfies the requirement that the balloon went up to the air promptly, can show the cost that reduces the balloon again, device and operating method are simple, safe, reliable, and high -efficient.
Description
Technical field
This utility model belongs to ascending balloon aerating device, particularly relates to a kind of helium and air mixes the device filling balloon.
Background technology
Ascending balloon widely uses in multiple occasions such as celebration, amusements.Helium is that optimal ascending balloon fills gas.Helium is noble gas, has the safety of the best.But helium price is high, the price of helium balloon is the several times of hydrogen balloon, it does not have competitive advantage, though relevant laws and regulations and policy requirements use helium balloon, but seldom has on the market.The substitute is whole-colored hydrogen balloon.Hydrogen chemical property is active, and its explosion limit is 4.0%～75.6%, and hydrogen balloon is dangerous big.Although hydrogen balloon country prohibites, but remains incessant after repeated prohibition.The mixing gas filling ascending balloon adopting helium and air may insure that the safety of balloon, meets the requirement of balloon lift-off simultaneously.
Summary of the invention
The purpose of this utility model is the technical scheme that a kind of helium of proposition and air mix the device filling balloon, and the mixing gas of air and helium is filled with balloon safely, reduces the cost of ascending balloon.
To achieve these goals, the technical solution of the utility model is: a kind of helium and air mixing fill the device of balloon, described device includes mixing gas cylinder, pressure-air source of the gas, high-pressure helium source of the gas and balloon air charging system, and described pressure-air source of the gas, high-pressure helium source of the gas and balloon air charging system are connected with described mixing gas cylinder respectively.
Further, described mixing gas cylinder is bearing pressure is the pressure vessel of 2.2MPa, and described mixing gas cylinder is provided with gaseous mixture bottle valve, and the outlet of described gaseous mixture bottle valve connects a Pressure gauge and a mixing cylinder interface.
Further, described pressure-air source of the gas is output pressure is the air compressor of 1.25MPa, and described pressure-air source of the gas is provided with pressure-air valve, and the outlet of described pressure-air valve is provided with the pressure-air interface for connecting described mixing gas cylinder.
Further, described balloon air charging system includes for connecting the inflatable interface of described mixing gas cylinder, decompressor and for the inflatable tool to balloon inflation；One end of described decompressor connects described inflatable interface, and the other end of described decompressor connects described inflatable tool.
Further, described decompressor includes one-level decompressor and second depressurized device, described one-level decompressor connects described inflatable interface, described second depressurized device connects described inflatable tool, described one-level decompressor is output pressure is the decompressor of 0.1MPa, and described second depressurized device is output pressure is the decompressor of 4KPa～7KPa；Described inflatable tool is provided with inflation total valve and multiple charging connector, and each described charging connector is designed with ventilating control valve；Described inflation total valve connects described second depressurized device.
Further, described mixing gas cylinder, pressure-air source of the gas, high-pressure helium source of the gas and balloon air charging system are connected by an inflation total pipeline.
The beneficial effects of the utility model are: adopt the mixing gas filling ascending balloon of helium and air, namely meet the requirement of balloon lift-off, can significantly reduce again the cost of balloon；Device and operational approach are simple, safe and reliable, and efficiently.
Below in conjunction with drawings and Examples, this utility model is described in detail.
Accompanying drawing explanation
Fig. 1 is this utility model system diagram, and mixing gas cylinder, pressure-air source of the gas, high-pressure helium source of the gas and balloon air charging system are independently arranged；
Fig. 2 is this utility model mixing gas cylinder and pressure-air source of the gas connection diagram；
Fig. 3 is this utility model mixing gas cylinder and high-pressure helium source of the gas connection diagram；
Fig. 4 is this utility model mixing gas cylinder and balloon air charging system connection diagram；
Fig. 5 is the system diagram that this utility model is provided with inflation total pipeline.
Detailed description of the invention
Such as Fig. 1 to Fig. 5, a kind of helium and air mixing fill the device of balloon, described device includes mixing gas cylinder 10, pressure-air source of the gas 20, high-pressure helium source of the gas 30 and balloon air charging system 40, and described pressure-air source of the gas, high-pressure helium source of the gas and balloon air charging system are connected with described mixing gas cylinder respectively.
Described mixing gas cylinder is bearing pressure is the pressure vessel of 2.2MPa, and described mixing gas cylinder is provided with gaseous mixture bottle valve 11, and the outlet of described gaseous mixture bottle valve connects a Pressure gauge 12 and a mixing cylinder interface 13.
Described pressure-air source of the gas is output pressure is the air compressor of 1.25MPa, and described pressure-air source of the gas is provided with pressure-air valve 21, and the outlet of described pressure-air valve is provided with the pressure-air interface 22 for connecting described mixing gas cylinder.
Described high-pressure helium source of the gas is helium tank, described helium tank be filled with pressure be not less than 2MPa, purity be not less than 95% helium；Described high-pressure helium source of the gas is provided with high-pressure helium valve 31, and the outlet of described high-pressure helium valve is provided with the high-pressure helium interface 32 for connecting described mixing gas cylinder.Generally can to adopt full bottle pressure be 14MPa, purity is the helium tank of 99%, changes helium tank when the pressure of helium tank is lower than 2MPa.
Described balloon air charging system includes for connecting the inflatable interface 41 of described mixing gas cylinder, decompressor (include in figure 42,43) and for the inflatable tool to balloon inflation；One end of described decompressor connects described inflatable interface, and the other end of described decompressor connects described inflatable tool.
Described decompressor includes one-level decompressor 42 and second depressurized device 43, described one-level decompressor connects described inflatable interface, described second depressurized device connects described inflatable tool, described one-level decompressor is output pressure is the decompressor of 0.1MPa, and described second depressurized device is output pressure is the decompressor of 4KPa～7KPa；Described inflatable tool is provided with inflation total valve 44 and multiple charging connector 45, and each described charging connector is designed with ventilating control valve 46；Described inflation total valve connects described second depressurized device.
Connect as it is shown in figure 5, described mixing gas cylinder, pressure-air source of the gas, high-pressure helium source of the gas inflate total pipeline with balloon air charging system by one.
Air that is above-mentioned and that mix in gas is the air obtained from air under naturalness.
The pressure of above-mentioned various gas is gauge pressure.
Embodiment one:
As shown in Figure 1 to Figure 4, a kind of helium and air mixing fill the device of balloon, and this device includes mixing gas cylinder 10, pressure-air source of the gas 20, high-pressure helium source of the gas 30 and balloon air charging system 40.
Mixing gas cylinder is bearing pressure is the pressure vessel of 2.2MPa, and it is HJL400-118-2.2 liquefied propane steel cylinder that the mixing gas cylinder of the present embodiment have employed a model, and steel cylinder volume is 118 liters, and steel cylinder design pressure is 2.2MPa.Mixing gas cylinder is provided with gaseous mixture bottle valve 11, and the outlet of gaseous mixture bottle valve connects a Pressure gauge 12 and a mixing cylinder interface 13.
Pressure-air source of the gas is an air compressor, and the air compressor of the present embodiment is a DZW1500AF040G type air compressor, output pressure 1.25MPa；The outlet of air compressor is provided with pressure-air valve 21, and the outlet of pressure-air valve is provided with the pressure-air interface 22 for connecting mixing gas cylinder.
High-pressure helium source of the gas is helium tank, and high-pressure helium source of the gas is provided with high-pressure helium valve 31, and the outlet of high-pressure helium valve is provided with the high-pressure helium interface 32 for connecting described mixing gas cylinder.The helium tank of the present embodiment is the 40 quasi-helium tanks of the raising of indices, and full bottle pressure is 14MPa, and helium purity is 99%.Helium tank itself is provided with controlled valve, and namely the high-pressure helium valve of the present embodiment is the controlled valve of helium tank.
Balloon air charging system includes for connecting the mixing inflatable interface 41 of gas cylinder, decompressor and for the inflatable tool to balloon inflation；
Decompressor includes one-level decompressor 42 and second depressurized device 43, and the input port of one-level decompressor connects inflatable interface, and the delivery outlet of one-level decompressor connects the input port of second depressurized device, and the delivery outlet of second depressurized device connects inflatable tool.In this enforcement, one-level decompressor have employed YWC-01 type propane decompressor, and output pressure ranges for 0.02MPa～0.16MPa；Second depressurized device have employed RTZ-21 type gas pressure reducers, and output pressure is 4KPa～10KPa.
Inflatable tool is provided with multiple charging connector 45, and each described charging connector is designed with respective ventilating control valve 46；Having the inflation total valve 44 main switch as multiple charging connectors, inflation total valve connects the delivery outlet of second depressurized device.
Pressure-air source of the gas, high-pressure helium source of the gas and balloon air charging system are connected with mixing gas cylinder respectively.Pressure-air source of the gas is connected as shown in Figure 2 with mixing gas cylinder；High-pressure helium source of the gas is connected as shown in Figure 3 with mixing gas cylinder；Balloon air charging system is connected as shown in Figure 4 with mixing gas cylinder.
Embodiment two:
A kind of helium and air mix the method filling balloon, and the method for the present embodiment adopts the device of embodiment one that ascending balloon fills the mixing gas of helium and air.The step of this method includes:
A. in described mixing gas cylinder, it is filled with air, makes the air pressure in described mixing gas cylinder reach air pressure settings value；Air pressure settings value is according to mixture pressure setting value and is filled with the volume of air ratio-dependent mixed in gas cylinder, and namely mixture pressure setting value is the pressure after mixing gas cylinder is full of mixing gas.Its computational methods are:
Air pressure settings value=mixture pressure setting value × be filled with the volume of air ratio in mixing gas cylinder.
As the present embodiment requires that in a gas replenishment process volume of air in mixing gas cylinder is 40%, mixture pressure setting value is 2.0MPa, then air pressure settings value is:
2.0MPa×0.4=0.8MPa。
Such as Fig. 2, during operation, connected mixing cylinder interface 13 and pressure-air interface 22 by high-pressure hose 51；Open gaseous mixture bottle valve 11, open pressure-air valve 21；Start air compressor.Air compressor is filled with air in mixing gas cylinder.When the air pressure mixed in gas cylinder reaches 0.8MPa, closing pressure-air valve, close gaseous mixture bottle valve, air compressor is shut down, and dismounting connects the high-pressure hose of mixing cylinder interface and pressure-air interface.
B. in described mixing gas cylinder, it is filled with helium, is mixed to form the mixing gas of air and helium with the air mixed in gas cylinder, and makes the pressure of the mixing gas in described mixing gas cylinder reach mixture pressure setting value；The mixture pressure setting value that the present embodiment sets is as 2.0MPa.
Such as Fig. 3, during operation, connected mixing cylinder interface 13 and high-pressure helium interface 32 by high-pressure hose 52；Open gaseous mixture bottle valve 11, slowly little open high-pressure helium valve 31；Helium tank is filled with helium in mixing gas cylinder, forms the mixing gas of air and helium in mixing gas cylinder.When the mixture pressure mixed in gas cylinder reaches 2.0MPa, closing high-pressure helium valve, close gaseous mixture bottle valve, dismounting connects the high-pressure hose of mixing cylinder interface and high-pressure helium interface.
Helium tank is changed when the pressure of helium tank is lower than 2MPa.
C. the described mixing gas in described mixing gas cylinder is filled with balloon.
Such as Fig. 4, during operation, the inflation total valve 44 of inflatable tool is made to be closed；Mixing cylinder interface 13 and inflatable interface 41 is connected by pressure hose 53.
Regulate the outlet pressure of one-level decompressor to 0.1MPa.
Regulate the outlet pressure the blowing pressure to balloon of second depressurized device；The outlet pressure of second depressurized device is adjusted to the scope of 4KPa to 7KPa by the present embodiment.
Open gaseous mixture bottle valve 11.Load onto balloon 60 at charging connector, and use hoop banding.The balloon material adopted in the present embodiment is rubber or plastics.Hoop is steel band type elastic hoop (model is Q673B steel band type elastic hoop).
Open inflation total valve, open the ventilating control valve 46 on each charging connector, give each balloon inflation one by one.
Depending on the order that balloon is successively full of, close the control valve on each charging connector one by one.
Fasten the larynx neck of full balloon with plastics straw rope, unclamp hoop, take off balloon.
Repeat aforesaid operations, to the balloon inflation of next group.Circulate and so forth, after all charging gas to needs inflatable balloon, close the total valve of bull charging connector and the controlled valve of mixing gas cylinder.
Carry out in process at described step c, when the mixture pressure in described mixing gas cylinder is not higher than 0.1MPa, stops mixing gas is filled with balloon, be again sequentially carried out step a, step b and step c.
Helium and volume of air ratio in mixing gas cylinder can adjust, and total principle is to reduce the content of helium when ensureing balloon lift-off as far as possible, reduces the cost of ascending balloon.The present embodiment first send air to make its pressure to 0.8MPa to mixing gas cylinder, helium is sent again to mixing gas cylinder, make the pressure of mixing gas cylinder to 2.0MPa, helium and volume of air ratio in mixing gas cylinder are (2.0-0.8): 0.8, i.e. 0.6:0.4, the volume of helium is 1.5 times of volume of air.
Embodiment three:
A kind of helium and air mixing fill the device of balloon, and the present embodiment is a kind of improvement that a kind of helium to embodiment one and air mix the device filling balloon.
As it is shown in figure 5, mixing gas cylinder, pressure-air source of the gas, high-pressure helium source of the gas are connected by an inflation total pipeline 50 with balloon air charging system.
Operational approach and the step of the present embodiment be:
A. in described mixing gas cylinder, it is filled with air, makes the pressure in described mixing gas cylinder reach air pressure settings value.
During operation, the inflation total valve 44 of inflatable tool and high-pressure helium valve 31 is first made to be closed；Open gaseous mixture bottle valve 11, open pressure-air valve 21；Start air compressor.Air compressor is filled with air in mixing gas cylinder.When the air pressure mixed in gas cylinder reaches 0.8MPa, closing pressure-air valve, close gaseous mixture bottle valve, air compressor is shut down.
B. in described mixing gas cylinder, it is filled with helium, is mixed to form the mixing gas of air and helium with the air mixed in gas cylinder.
During operation, open gaseous mixture bottle valve 11, slowly little open high-pressure helium valve 31；Helium tank is filled with helium in mixing gas cylinder, forms the mixing gas of air and helium in mixing gas cylinder.When the mixture pressure mixed in gas cylinder reaches 2.0MPa, close high-pressure helium valve, close gaseous mixture bottle valve.
C. the gas in described mixing gas cylinder is filled with balloon.
Regulate the outlet pressure of one-level decompressor to 0.1MPa.
Regulate the outlet pressure the blowing pressure to balloon of second depressurized device；The outlet pressure of second depressurized device is adjusted to the scope of 4KPa to 7KPa by the present embodiment.
Open gaseous mixture bottle valve 11.Load onto balloon 60 at charging connector, and use hoop banding.The balloon material adopted in the present embodiment is rubber or plastics.Hoop is steel band type elastic hoop (model is Q673B steel band type elastic hoop).
Open inflation total valve, open the ventilating control valve 46 on each charging connector, give each balloon inflation one by one.
Depending on the order that balloon is successively full of, close the control valve on each charging connector one by one.
Fasten the larynx neck of full balloon with plastics straw rope, unclamp hoop, take off balloon.
Repeat aforesaid operations, to the balloon inflation of next group.Circulate and so forth, after all charging gas to needs inflatable balloon, close the total valve of bull charging connector and the controlled valve of mixing gas cylinder.
The device of the present embodiment adopts one to inflate total pipeline connection mixing gas cylinder, pressure-air source of the gas, high-pressure helium source of the gas and balloon air charging system, is to save the time connecting and dismantling pipeline using, operates more convenient.
Claims (7)
1. a helium and air mixing fill the device of balloon, it is characterized in that, described device includes mixing gas cylinder, pressure-air source of the gas, high-pressure helium source of the gas and balloon air charging system, and described pressure-air source of the gas, high-pressure helium source of the gas and balloon air charging system are connected with described mixing gas cylinder respectively.
2. a kind of helium according to claim 1 and air mixing fill the device of balloon, it is characterized in that, described mixing gas cylinder is bearing pressure is the pressure vessel of 2.2MPa, described mixing gas cylinder is provided with gaseous mixture bottle valve, and the outlet of described gaseous mixture bottle valve connects a Pressure gauge and a mixing cylinder interface.
3. a kind of helium according to claim 1 and air mixing fill the device of balloon, it is characterized in that, described pressure-air source of the gas is output pressure is the air compressor of 1.25MPa, described pressure-air source of the gas is provided with pressure-air valve, and the outlet of described pressure-air valve is provided with the pressure-air interface for connecting described mixing gas cylinder.
4. a kind of helium according to claim 1 and air mixing fill the device of balloon, it is characterised in that described high-pressure helium source of the gas is helium tank, described helium tank be filled with pressure be not less than 2MPa, purity be not less than 95% helium；Described high-pressure helium source of the gas is provided with high-pressure helium valve, and the outlet of described high-pressure helium valve is provided with the high-pressure helium interface for connecting described mixing gas cylinder.
5. a kind of helium according to claim 1 and air mixing fill the device of balloon, it is characterised in that described balloon air charging system includes for connecting the inflatable interface of described mixing gas cylinder, decompressor and for the inflatable tool to balloon inflation；One end of described decompressor connects described inflatable interface, and the other end of described decompressor connects described inflatable tool.
6. a kind of helium according to claim 5 and air mixing fill the device of balloon, it is characterized in that, described decompressor includes one-level decompressor and second depressurized device, described one-level decompressor connects described inflatable interface, described second depressurized device connects described inflatable tool, described one-level decompressor is output pressure is the decompressor of 0.1MPa, and described second depressurized device is output pressure is the decompressor of 4KPa～7KPa；Described inflatable tool is provided with inflation total valve and multiple charging connector, and each described charging connector is designed with ventilating control valve；Described inflation total valve connects described second depressurized device.
7. a kind of helium according to claim 1 and air mixing fill the device of balloon, it is characterised in that described mixing gas cylinder, pressure-air source of the gas, high-pressure helium source of the gas are inflated total pipeline with balloon air charging system by one and connected.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520726864 | 2015-09-21 | ||
| CN2015207268641 | 2015-09-21 |
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| Publication Number | Publication Date |
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| CN205350848U true CN205350848U (en) | 2016-06-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620036773.XU Expired - Fee Related CN205350848U (en) | 2015-09-21 | 2016-01-15 | Helium and air mixing fill device of inflating ball |
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| CN (1) | CN205350848U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105546332A (en) * | 2015-09-21 | 2016-05-04 | 王明华 | Method and device for filling air balloon with gas mixture of helium gas and air |
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2016
- 2016-01-15 CN CN201620036773.XU patent/CN205350848U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105546332A (en) * | 2015-09-21 | 2016-05-04 | 王明华 | Method and device for filling air balloon with gas mixture of helium gas and air |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160629 Termination date: 20200115 |