A kind of safety control of gas leakage
Technical field
The utility model relates to the safety control technical fields of gas leakage, particularly the peace for a kind of leakage of gas
Full control device.
Background technique
Gas can be said and play a very important role in the daily life of the mankind, as cooking food, use gas
Furnace has a bath and uses hot water, uses gas heater, or even automobile all can be in addition beautiful as what is built a house with gas as combustion Dou
Ceramic tile, be all with gas burn come.
Many families are all using gas oven, and kitchen needs to be cooked with water, so kitchen can be in a moist ground
Square, the fuel gas conduit inside the gas oven can get rusty for a long time, will lead to the leakage of gas, present gas oven all bands for a long time
Leakage preventing device will call the police, but indoor in the case where no one, also no one is handled for gas leakage alarm, leads to gas
The safety control Shortcomings of leakage.
Utility model content
Goal of the invention provided by the utility model is to provide a kind of safety control of gas leakage, gas leakage
Safety control, in the case where no one, the safety control of gas leakage, gas leakage can also be automatically cut off watt
This.
In order to achieve the above object, the utility model is achieved by the following technical programs: a kind of safety of gas leakage
Control device, including shell, burner, check valve, air inlet pipe, stressing device, isocon, supervisor and gripping mechanism, it is described
The front surface of outer casing inner wall is fixedly installed with burner, and check valve, the list are fixedly installed on the left of the burner
It is arranged with air inlet pipe to the inlet end of valve, stressing device, the right side of the stressing device are fixedly installed on the right side of the air inlet pipe
Side is fixedly installed with isocon, and supervisor is fixedly installed on the left of the air inlet pipe, and the left side of supervisor's inner wall is fixedly mounted
There is gripping mechanism.
The check valve includes valve casing, and leakage proof gasket is fixedly installed on the left of the valve casing inner wall, the valve casing inner wall
Right side is fixedly installed with inserted block, and the left side of the inserted block is interspersed to be provided with mandril, is fixedly installed with first on the left of the inserted block
Spring is fixedly installed with jacking block on the left of first spring, is fixedly installed with chock on the left of the jacking block.
The stressing device includes mounting shell, and the two sides of the mounting shell inner wall are fixedly installed with fixture block, two fixture blocks
Between be fixedly installed with film.
The gripping mechanism includes shell, and second spring, second bullet are fixedly installed on the left of the inner walls
Piston is fixedly installed on the left of spring, the two sides of the piston are fixedly installed with fixture block, and the two sides of the inner walls are opened
Equipped with the sliding slot to match with fixture block, partition is fixedly installed on the left of institute's piston, the left side of the shell is interacted by shaft
It is connected with rotating plate.
Preferably, the air inlet to match with leakage proof gasket, the right side opening of the valve casing are offered on the left of the group of the valve casing
Equipped with venthole.
Preferably, the left side of the chock matches with leakage proof gasket.
Preferably, the left arm of the mounting shell and right arm offer the through-hole to match with isocon.
Preferably, the strip through-hole to match with partition, the rotating plate and strip through-hole are offered on the left of the shell
Match, the right side opening of the shell is equipped with the through-hole to match with isocon.
Preferably, the partition matches with supervisor.
Preferably, the outlet side of the isocon is fixedly mounted on the right side of shell, and the inlet end of the isocon is fixed
It is mounted on the right side of stressing device.
Preferably, the inlet end of the air inlet pipe is fixedly mounted on the right side of supervisor, the right side opening of the supervisor be equipped with
The through-hole that air inlet pipe matches.
Preferably, the inlet end of the check valve is fixedly mounted on the outlet side of stressing device, the outlet of the check valve
End is fixedly mounted on the inlet end of burner.
The utility model provides a kind of safety control of gas leakage.Have it is following the utility model has the advantages that
1, the safety control of gas leakage by the first spring, jacking block, chock, leakage proof gasket, supervisor, film, divides
The cooperation of flow tube, piston, fixture block, sliding slot, partition, rotating plate, shaft and air inlet pipe, when there is a situation where gas to reveal, gas is let out
Dew causes pneumatic deficiency, and the first spring reset is moved to the left jacking block, enters chock in leakage proof gasket, the air pressure in supervisor
Increasing, film is broken through, enters gas in isocon, gas pushes piston to be moved to the left, and fixture block moves in sliding slot, into
Row limit, piston push partition to be moved to the left, and partition pushes rotating plate to rotate in shaft, and partition is made to be stuck in the left side of supervisor's inner wall
, it will be responsible for clamping, enter gas no longer in air inlet pipe, blocks gas, in the case where no one, gas leakage, gas
The safety control of leakage can also automatically cut off gas.
2, the safety control of gas leakage, passes through the cooperation of shaft and rotating plate, when leakage, rotating plate
Through-hole is blocked, prevents gas from entering in isocon.
Detailed description of the invention
FIG. 1 is a schematic structural view of the utility model;
Fig. 2 is the utility model one-way valve structures schematic diagram;
Fig. 3 is the utility model stressing device structural schematic diagram;
Fig. 4 is the utility model gripping mechanism structural schematic diagram.
In figure: 1 shell, 2 burners, 3 check valves, 301 valve casings, 302 leakage proof gaskets, 303 inserted blocks, 304 mandrils, 305
One spring, 306 jacking blocks, 307 chocks, 4 air inlet pipe, 5 stressing devices, 501 mounting shells, 502 fixture blocks, 503 films, 6 isocons, 7
Supervisor, 8 gripping mechanisms, 801 shells, 802 second springs, 803 pistons, 804 fixture blocks, 805 sliding slots, 806 partitions, 807 shafts,
808 rotating plates.
Specific embodiment
As shown in Figs 1-4, the safety control of a kind of gas leakage, including shell 1, burner 2, check valve 3, into
Tracheae 4, stressing device 5, isocon 6, supervisor 7 and gripping mechanism 8, the front surface of 1 inner wall of shell are fixedly installed with burner
2, the left side of burner 2 is fixedly installed with check valve 3, and the inlet end of check valve 3 is fixedly mounted on the outlet of stressing device 5
End, the outlet side of check valve 3 are fixedly mounted on the inlet end of burner 2, and the inlet end of check valve 3 is arranged with air inlet pipe 4, into
The inlet end of tracheae 4 is fixedly mounted on the right side of supervisor 7, and the right side opening for being responsible for 7 is equipped with the through-hole to match with air inlet pipe 4, into
The right side of tracheae 4 is fixedly installed with stressing device 5, and the right side of the stressing device 5 is fixedly installed with isocon 6, isocon 6
Outlet side is fixedly mounted on the right side of shell 801, and the inlet end of isocon 6 is fixedly mounted on the right side of stressing device 5, air inlet pipe
4 left side is fixedly installed with supervisor 7, is responsible on the left of 7 inner walls and is fixedly installed with gripping mechanism 8.
Check valve 3 includes valve casing 301, offers the air inlet to match with leakage proof gasket 302, valve on the left of the group of valve casing 301
The right side opening of shell 301 is equipped with venthole, is fixedly installed with leakage proof gasket 302, the right side of 301 inner wall of valve casing on the left of 301 inner wall of valve casing
Side is fixedly installed with inserted block 303, and the left side of inserted block 303 is interspersed to be provided with mandril 304, and the left side of inserted block 303 is fixedly installed with the
One spring 305, the left side of the first spring 305 are fixedly installed with jacking block 306, and the left side of jacking block 306 is fixedly installed with chock 307,
The left side of chock 307 matches with leakage proof gasket 302.
Stressing device 5 includes mounting shell 501, and the left arm and right arm of mounting shell 501, which are offered, to match with isocon 6
Through-hole, the two sides of 501 inner wall of mounting shell are fixedly installed with fixture block 502, are fixedly installed with film 503 between two fixture blocks 502.
Gripping mechanism 8 includes shell 801, and the left side of shell 801 offers the strip through-hole to match with partition 806, is turned
Plate 808 matches with strip through-hole, and the right side opening of shell 801 is equipped with the through-hole to match with isocon 6,801 inner wall of shell
Left side is fixedly installed with second spring 802, and the left side of second spring 802 is fixedly installed with piston 803, and the two sides of piston 803 are equal
It is fixedly installed with fixture block 804, the two sides of 801 inner wall of shell offer the sliding slot 805 to match with fixture block 804, institute's piston 803
Left side be fixedly installed with partition 806, partition 806 matches with supervisor 7, and the left side of shell 801 passes through the interaction connection of shaft 807
There is rotating plate 808, by the cooperation of shaft 807 and rotating plate 808, when leakage, rotating plate 808 blocks through-hole, prevents
Gas enters in isocon 6.
Pass through the first spring 305, jacking block 306, chock 307, leakage proof gasket 302, supervisor 7, film 503, isocon 6, piston
803, the cooperation of fixture block 804, sliding slot 805, partition 806, rotating plate 808, shaft 807 and air inlet pipe 4, when the feelings that gas leakage occurs
Condition, gas leakage cause pneumatic deficiency, and the first spring 305 resets, is moved to the left jacking block 306, chock 307 is made to enter leakproof
In pad 302, the air pressure in supervisor 7 is increased, and film 503 is broken through, enters gas in isocon 6, and gas pushes piston 803
It is moved to the left, fixture block 804 moves in sliding slot 805, is limited, and piston 803 pushes partition 806 to be moved to the left, and partition 806 pushes away
Turn plate 808 rotates in shaft 807, so that partition 806 is stuck in the left side of 7 inner walls of supervisor, will be responsible for 7 clampings, make gas not
It enters back into air inlet pipe 4, blocks gas, in the case where no one, the safety control of gas leakage, gas leakage also can
Automatically cut off gas.
In use, the gas in supervisor 7 pushes to the right chock 307, make chock 307 that jacking block 306 be driven to move right, pushes up
Block 306 drives mandril 304 to move right, and compresses the first spring 305, enters mandril 304 in inserted block 303, and gas enters
Into burner 2, when there is a situation where gas to reveal, especially leakage causes pneumatic deficiency, and the first spring 305 resets, makes to push up
Block 306 is moved to the left, and enters chock 307 in leakage proof gasket 302, and the air pressure in supervisor 7 is increased, and film 503 is broken through, and is made watt
This is entered in isocon 6, and gas pushes piston 803 to be moved to the left, and fixture block 804 moves in sliding slot 805, is limited, living
803 promotion partition 806 of plug is moved to the left, and partition 806 pushes rotating plate 808 to rotate in shaft 807, and partition 806 is made to be stuck in supervisor 7
The left side of inner wall, 7 clampings will be responsible for, enter gas no longer in air inlet pipe 4, block gas.