CN113684927A

CN113684927A - Independent pressure regulator warehouse

Info

Publication number: CN113684927A
Application number: CN202111136794.0A
Authority: CN
Inventors: 邴泽; 王平; 谭凡琪; 冯雨; 冯永强
Original assignee: Beijing Boo Rui Technology Co ltd
Current assignee: Beijing Boo Rui Technology Co ltd
Priority date: 2021-09-27
Filing date: 2021-09-27
Publication date: 2021-11-23

Abstract

The invention relates to the technical field of an inflator storeroom, in particular to an independent pressure regulating storeroom, which comprises: the device main part, the device main part includes main gas charging line, the one side of main gas charging line evenly is equipped with PVC and strengthens the gasbag. The invention is provided with the cylinder inflation pipeline, the cylinder electric control valve, the gate inflation pipeline, the gate electric control valve and the main inflation pipeline, so that the PVC reinforced air bag, the light air bag and the hangar gate body of the hangar are inflated independently by using the two gate inflation pipelines and the plurality of cylinder inflation pipelines, the pressure is controlled by using the cylinder electric control valve and the gate electric control valve, the air inlet and the air exhaust of a single air bag are controlled, the pressure balance can be effectively controlled, the situation that the hangar gate body does not reach a set value when the pressure of the hangar cylinder body reaches the maximum value in the building process is prevented, and the safety of the air bag can be better ensured by using the independent control according to various data of the air bags at different parts.

Description

Independent pressure regulator warehouse

Technical Field

The invention relates to the technical field of inflator storehouses, in particular to an independent pressure regulating storehouse.

Background

The hangar is also called an hangar, and a large-span single-layer building for maintaining the airplane is a main building in an airplane maintenance area. According to the different requirements of the airplane maintenance amount and maintenance items, the plane arrangement, the building height and the structural form of the hangar are also different, and the hangar mainly depends on the following factors: meanwhile, the types and the number of the airplanes, the maintenance items and the required maintenance degree are maintained; the requirements and limitations of the height and the plane arrangement of the hangar structure; setting requirements of a hangar gate, a crane in the hangar and a working platform; configuration requirements of fire-fighting facilities inside and outside the hangar; site conditions and development trends.

The hangar is an important piece of equipment for logistics and military needs, and plays an important role in protecting fighters. According to measurement and calculation, in peace age, the average flight time of the military fighter is not more than 5% of the total service time of the military fighter, therefore, aiming at the military aircraft, the military aircraft is parked at a military base in a standby state for the rest of the life, and when the temporary hangar is needed in an aircraft transfer factory, the inflatable hangar can be used as the best solution under the condition that the temporary hangar needs to be dismantled after use, the main support cylinder, the auxiliary support cylinder and the gate of the existing inflatable hangar are generally of an integral inflatable structure, wherein the materials used for manufacturing the gate of the inflatable hangar, the main support cylinder and the auxiliary support cylinder of the hangar are different, so that the exhaust value and the maximum bearing pressure of the gate, the main support cylinder and the auxiliary support cylinder are different, and the situation that the gate of the hangar does not reach the set value when the main support cylinder pressure of the hangar reaches the maximum value easily occurs in the process of inflating, further, since the safety of the airbag is lowered in the process of erecting the hangar, it is necessary to design an independent pressure-regulating hangar.

Disclosure of Invention

The invention aims to provide an independent pressure regulating hangar, and aims to solve the problems that the conventional inflatable hangar main support column, auxiliary support column and gate provided in the background technology are generally of an integral inflatable structure, wherein the materials used for manufacturing the inflatable hangar gate, the hangar main support column and the auxiliary support column are different, so that the exhaust values and the maximum bearing pressures of the gate, the main support column and the auxiliary support column are different, and in addition, the situation that the hangar gate does not reach a set value when the pressure of the hangar main support column reaches the maximum value easily occurs in the inflating process, so that the safety of an air bag is reduced in the hangar erecting process.

In order to achieve the purpose, the invention provides the following technical scheme: independent pressure regulator storehouse includes:

the device comprises a device main body, wherein the device main body comprises a main inflation pipeline, one surface of the main inflation pipeline is uniformly provided with a PVC reinforced air bag, one surface of the main inflation pipeline at one side of the PVC reinforced air bag is provided with a light air bag, and the PVC reinforced air bag and the light air bag are connected through semi-cylindrical rainproof cloth to form a hangar cylinder main body;

the hangar gate comprises hangar gate bodies, wherein the hangar gate bodies are two in number and distributed on two sides of a hangar cylinder body main body;

the device comprises two pump connecting pipes, wherein the two pump connecting pipes are connected to a first surface of a main inflation pipeline, a cylinder inflation pipeline is uniformly connected to a second surface of the main inflation pipeline, the cylinder inflation pipeline is respectively connected to a PVC reinforced air bag and a light air bag in an embedded manner, a cylinder electric control valve is embedded in the cylinder inflation pipeline, exhaust valves are connected to the main inflation pipelines on one sides of the two pump connecting pipes, a gate inflation pipeline is embedded in one surface of each of the two hangar gate bodies, and a gate electric control valve is embedded in each of the two gate inflation pipelines;

the supporting mechanism is arranged at one end of the hangar cylinder body.

Preferably, two the one end of gate gas tube all is connected with gas transmission hose, and gas transmission hose's one end embedding is installed on main gas tube, the both sides of hangar cylinder main part all are equipped with a set of fixed establishment, and the quantity of every group fixed establishment is two, fixed establishment includes cylinder radian frame, one side fixed mounting of cylinder radian frame has cylinder C shape frame, inserted gate C shape frame in the cylinder C shape frame, one side fixed mounting of gate C shape frame has gate radian frame, and one side of gate radian frame is connected on hangar gate body.

Preferably, the fixing mechanism is installed in a symmetrical mode, a certain distance is reserved between the two installation positions, the outer side of the cylinder radian frame is provided with the rainproof cloth strips, and the rainproof cloth strips are connected to the cylinder body of the hangar.

Preferably, the inside L shape pole of having placed of cylinder C shape frame of gate C shape frame one end, and the one end of L shape pole is the arc, the movable hole has been seted up on the cylinder C shape frame of L shape pole one side, all fixed mounting has a positioning seat, two on the cylinder C shape frame at movable hole both ends all fixed mounting has a locating lever, two on the positioning seat all the activity has cup jointed the holding ring on the locating lever, and one side extension of holding ring is passed the movable hole and is connected on L shape pole, the one end fixed mounting of gate C shape frame has the screens groove, and has inserted the screens pole in the screens groove, the one end of screens pole is connected on L shape pole.

Preferably, fixed mounting has a fixed block on the internal surface of cylinder C shape frame, the fixed orifices has been seted up on the cylinder C shape frame, it blocks the strip to have inserted in the fixed orifices, one side fixed mounting that blocks the strip has compression spring, and compression spring's quantity is three, and is three compression spring's opposite side is connected on the fixed block, block and seted up the blocking groove on the strip, and block that groove opening part one side is the arc design.

Preferably, the supporting mechanism is including assisting the fagging, the both sides of assisting the fagging all are equipped with main fagging, two one side of main fagging all is equipped with the semicircle board, two all set up the trompil that supplies L shape pole to insert ground on the semicircle board.

Preferably, two the spread groove has all been seted up to the both sides of owner fagging, two there is first connecting plate, two all fixed mounting in one side of semicircle board the both sides of assisting the fagging all fixed mounting have the second connecting plate, and second connecting plate and first connecting plate all insert in the spread groove.

Preferably, two all seted up a set of ground hole of inserting on the main fagging, two first connecting plates and two second connecting plates, and every group inserts the quantity in ground hole and be four, two sets of insert and all inserted ground pole in the ground hole, the soft rope of connecting in the hangar cylinder main part outside cup joints on inserting ground pole.

Compared with the prior art, the invention has the beneficial effects that:

1. by arranging the cylinder inflation pipeline, the cylinder electric control valve, the gate inflation pipeline, the gate electric control valve and the main inflation pipeline, the PVC reinforced air bag, the light air bag and the hangar gate body of the hangar are inflated independently by using the two gate inflation pipelines and the plurality of cylinder inflation pipelines, so that the pressure is controlled by using the cylinder electric control valve and the gate electric control valve, the air inlet and the air outlet of a single air bag are controlled, the pressure balance can be effectively controlled, the condition that the hangar gate body does not reach a set value when the pressure of the hangar cylinder body reaches the maximum value in the building process is prevented, the device can perform data adjustment on the corresponding cylinder electric control valve or gate electric control valve according to various data of air bags at different parts, such as structure, manufacturing material, maximum bearing pressure, air outlet value and the like, and the safety of the air bags is better ensured by using the independent control, and main gas tube way self is soft material, when this device is whole accomodates, can not cause the influence to its folding condition for this device is convenient for the staff and is used more.

2. Through being provided with gate gas charging line, cylinder radian frame, cylinder C shape frame, gate radian frame and gate C shape frame, it is spacing to utilize the activity between cylinder C shape frame and the gate C shape frame like this, and the gas transmission hose is hose detachable characteristic, make hangar gate body can separate with hangar cylinder main part, thereby make and to use it to demolish it when not needing, simultaneously under the damaged condition of hangar gate body self, can change single hangar gate body, avoid causing because single hangar gate body excessively damages and lead to the whole stability that has the defect influence to use of hangar, make this device be difficult to scrap the processing more, let this device have the feature of environmental protection more.

3. Through being provided with the semicircle board, main backup pad and assistance fagging, utilize the semicircle board like this, main backup pad constitutes wholly to support the bottom of hangar with assisting the fagging, make the hangar install when the softer place in open-air ground, promote the rigidity on hangar base, when preventing to cause the aircraft to stop for a long time, the aircraft dead weight leads to the condition that its self wheel is sunken, and avoid subaerial dust to pollute hangar inside air, prevent that the dust from entering into aircraft internals department when the staff maintains the aircraft.

Drawings

FIG. 1 is a schematic perspective view of the present invention;

FIG. 2 is an exploded perspective view of the structure of the present invention;

FIG. 3 is a schematic perspective view of the primary inflation line configuration of the present invention;

FIG. 4 is a partial perspective view of the fixing mechanism of the present invention;

FIG. 5 is a schematic cross-sectional perspective view of a C-shaped frame of the present invention;

FIG. 6 is a perspective view of the compression spring of the present invention;

FIG. 7 is a perspective view of the supporting mechanism of the present invention;

fig. 8 is a perspective view of the ground inserting hole structure of the present invention.

In the figure: 1. a device main body; 110. a primary inflation line; 111. an hangar gate body; 112. PVC reinforced air bags; 113. a light air bag; 114. connecting a pump pipe; 115. an exhaust valve; 116. a cylinder inflation pipeline; 117. a cylinder electric control valve; 118. a gate inflation pipeline; 119. a gate electric control valve; 120. a gas hose; 2. a fixing mechanism; 210. a rain-proof cloth strip; 211. a cylindrical arc frame; 212. a cylindrical C-shaped frame; 213. a gate arc frame; 214. a gate C-shaped frame; 215. an L-shaped rod; 216. a movable hole; 217. positioning seats; 218. positioning a rod; 219. a positioning ring; 220. a position clamping rod; 221. a clamping groove; 222. a barrier strip; 223. a fixed block; 224. a compression spring; 225. a blocking groove; 226. a fixing hole; 3. a support mechanism; 310. a semicircular plate; 311. a main supporting plate; 312. auxiliary supporting plates; 313. connecting grooves; 314. a first connecting plate; 315. a second connecting plate; 316. inserting a ground hole; 317. and (4) inserting a ground rod.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1-8, an embodiment of the present invention:

independent pressure regulator storehouse includes:

the input ends of the cylinder electric control valve 117 and the gate electric control valve 119 are electrically connected with the output end of the control box;

as can be seen from fig. 1 and 2 of the specification, the device main body 1 includes a main inflation pipeline 110, one side of the main inflation pipeline 110 is uniformly provided with PVC reinforced airbags 112, one side of the main inflation pipeline 110 at one side of the PVC reinforced airbags 112 is provided with light airbags 113, and the PVC reinforced airbags 112 and the light airbags 113 are connected through semi-cylindrical rainproof cloth to form a hangar cylinder main body;

as can be seen from fig. 1 and 2 in the description, the hangar gate bodies 111 are two, and the hangar gate bodies 111 are distributed on two sides of the hangar cylinder main body;

as can be seen from fig. 2 and 3 of the specification, the number of the pump receiving pipes 114 is two, the pump receiving pipes 114 are connected to a first surface of the main inflating pipeline 110, a second surface of the main inflating pipeline 110 is uniformly connected with the cylinder inflating pipeline 116, the cylinder inflating pipeline 116 is respectively connected to the PVC reinforced airbag 112 and the light airbag 113 in an embedded manner, the cylinder inflating pipeline 116 is embedded with the cylinder electric control valve 117, the main inflating pipelines 110 on one side of the two pump receiving pipes 114 are both connected with the exhaust valves 115, one surfaces of the two hangar gate bodies 111 are both embedded with the gate inflating pipelines 118, and the two gate inflating pipelines 118 are both embedded with the gate electric control valve 119;

as can be seen from fig. 2 and 3 of the specification, the support mechanism 3 is arranged at one end of the column main body of the hangar, so that the PVC reinforced airbag 112, the light airbag 113 and the hangar gate main body 111 of the hangar are inflated separately by using two gate inflation pipelines 118 and a plurality of column inflation pipelines 116, so that the pressure level is controlled by using the column electric control valve 117 and the gate electric control valve 119, the air intake and the air exhaust of a single airbag are controlled, the pressure balance can be effectively controlled, the situation that the gate main body 111 of the hangar does not reach the set value when the pressure of the column main body of the hangar reaches the maximum value in the building process is prevented, and the device can adjust the data of the corresponding column electric control valve 117 or gate electric control valve 119 according to various data of the airbags at different parts, such as structure, manufacturing materials, maximum bearing pressure, exhaust value and the like, the safety of the air bag is better guaranteed by utilizing the independent control, the main inflating pipeline 110 is made of soft materials, and the folding condition of the device cannot be influenced when the device is integrally stored, so that the device is more convenient for workers to use.

As can be seen from fig. 3 and 4 of the specification, further, one end of each of the two gate inflation pipes 118 is connected with an air hose 120, and one end of each of the air hoses 120 is embedded in the main inflation pipe 110, two sides of the hangar cylinder main body are provided with a set of fixing mechanisms 2, and the number of each set of fixing mechanisms 2 is two, each fixing mechanism 2 includes a cylinder arc frame 211, one side of the cylinder arc frame 211 is fixedly provided with a cylinder C-shaped frame 212, a gate C-shaped frame 214 is inserted into the cylinder C-shaped frame 212, one side of the gate C-shaped frame 214 is fixedly provided with a gate arc frame 213, and one side of the gate arc frame 213 is connected to the hangar gate main body 111, so that the hangar gate main body 111 can be separated from the hangar cylinder main body by using the characteristics of the movable limit between the cylinder C-shaped frame 212 and the gate C-shaped frame 214, and the air hose 120 is detachable, thereby make and need not to use when it can demolish it, simultaneously under the damaged condition of hangar gate body 111 self, can change single hangar gate body 111, avoid causing because single hangar gate body 111 excessively damages and lead to the whole defect that exists of hangar to influence the stability of using for this device is difficult to scrap the processing more, lets this device have the feature of environmental protection more.

According to the attached drawing 2 of the specification, furthermore, the fixing mechanism 2 is installed in a symmetrical mode, a certain distance exists between the installation positions of the fixing mechanism and the installation positions of the fixing mechanism, the rainproof cloth strips 210 are arranged on the outer sides of the cylinder radian frames 211, the rainproof cloth strips 210 are connected to the machine storehouse cylinder main body, the two symmetrical cylinder radian frames 211 are utilized like this, and the distance reserved in the middle is utilized, so that the machine storehouse gate main body 111 can be folded when being stored, and the rainproof cloth strips 210 can be used for simply protecting the connection positions of the machine storehouse gate main body 111 and the machine storehouse cylinder main body.

As can be seen from fig. 4 and 5 of the specification, further, an L-shaped rod 215 is disposed inside the C-shaped pillar 212 at one end of the C-shaped gate frame 214, one end of the L-shaped rod 215 is arc-shaped, a movable hole 216 is disposed on the C-shaped pillar 212 at one side of the L-shaped rod 215, positioning seats 217 are fixedly disposed on the C-shaped pillar 212 at two ends of the movable hole 216, positioning rods 218 are fixedly disposed on the two positioning seats 217, positioning rings 219 are movably sleeved on the two positioning rods 218, one side of each positioning ring 219 extends through the movable hole 216 and is connected to the L-shaped rod 215, a locking groove 221 is fixedly disposed at one end of the C-shaped gate frame 214, a locking rod 220 is inserted into the locking groove 221, one end of the locking rod 220 is connected to the L-shaped rod 215, so that the locking relationship between the locking groove 221 and the locking rod 220 is utilized to make the locking between the C-shaped gate frame 214 and the C-shaped pillar 212 more stable, and the L-shaped bar 215 is pressed down in the process that the gate C-shaped frame 214 gradually moves down in the column C-shaped frame 212, so that the gate C-shaped frame is inserted into the soil, and the overall stability of the connection part is improved.

As can be seen from fig. 6 in the specification, further, a fixing block 223 is fixedly installed on the inner surface of the C-shaped frame 212, a fixing hole 226 is opened on the C-shaped frame 212, a blocking strip 222 is inserted into the fixing hole 226, compression springs 224 are fixedly installed on one side of the blocking strip 222, the number of the compression springs 224 is three, the other sides of the three compression springs 224 are connected to the fixing block 223, a blocking groove 225 is opened on the blocking strip 222, and one side of an opening of the blocking groove 225 is designed in an arc shape, so that the movable blocking strip 222 is used for blocking the L-shaped rod 215 when not being extruded, and the L-shaped rod 215 is prevented from extending out in a non-working state.

According to the attached drawing 7 in the specification, further, the supporting mechanism 3 comprises an auxiliary supporting plate 312, the two sides of the auxiliary supporting plate 312 are provided with main supporting plates 311, one sides of the two main supporting plates 311 are provided with semicircular plates 310, holes for the L-shaped rods 215 to be inserted into the ground are formed in the two semicircular plates 310, the semicircular plates 310 are utilized, the main supporting plates 311 and the auxiliary supporting plates 312 form a whole to support the bottom end of the hangar, the rigidity of the bottom edge of the hangar is improved when the hangar is installed in a soft place on the field ground, the situation that the wheels of the airplane sink due to the dead weight of the airplane when the airplane stays for a long time is prevented, the air inside the hangar is prevented from being polluted by the dust on the ground, and the dust is prevented from entering the parts inside the airplane when workers maintain the airplane.

As can be seen from fig. 7 of the specification, further, two sides of the two main supporting plates 311 are both provided with a connecting groove 313, one side of the two semi-circular plates 310 are both fixedly mounted with a first connecting plate 314, two sides of the two auxiliary supporting plates 312 are both fixedly mounted with a second connecting plate 315, and the second connecting plate 315 and the first connecting plate 314 are both inserted into the connecting groove 313, and the alignment among the main supporting plates 311, the semi-circular plates 310 and the auxiliary supporting plates 312 is more convenient by using the limit relationship among the second connecting plate 315, the first connecting plate 314 and the connecting groove 313.

As can be seen from fig. 8 in the specification, further, a set of ground insertion holes 316 are formed in the two main supporting plates 311, the two first connecting plates 314 and the two second connecting plates 315, each set of ground insertion holes 316 is four, ground insertion rods 317 are inserted into the two sets of ground insertion holes 316, soft ropes connected to the outer sides of the hangar cylinder bodies are sleeved on the ground insertion rods 317, the ground insertion rods 317 are inserted into the soil to improve the stability of the half-round plates 310, the main supporting plates 311 and the auxiliary supporting plates 312, and the ground insertion rods 317 are inserted to limit the position of the soft ropes to limit the hangar cylinder bodies.

The working principle is as follows: when the device is used, the second connecting plate 315 and the first connecting plate 314 are firstly inserted into the connecting groove 313 to complete the alignment of the semicircular plate 310, the main supporting plate 311 and the auxiliary supporting plate 312, so as to form a floor, then the PVC reinforced air bag 112, the light air bag 113 and the hangar door body 111 are placed on the floor, then the hangar cylinder body formed by the PVC reinforced air bag 112 and the light air bag 113 is righted, then the gate C-shaped frame 214 on the hangar door body 111 is inserted into the cylinder C-shaped frame 212, during the insertion process, the C-shaped frame 214 gradually extrudes the L-shaped rod 215 and the clamping rod 220 is gradually inserted into the clamping groove 221, and simultaneously, when the L-shaped rod 215 is extruded, one end of the L-shaped rod 215 gradually moves downwards to pass through the reserved hole on the semicircular plate 310 and the positioning ring 219 to move on the positioning rod 218, and during the L-shaped rod 215 gradually moves downwards, the arc face of the blocking bar 222 is pressed to the arc face of the blocking bar 222, so that the blocking bar 222 moves and the compression spring 224 is stretched, finally the L-shaped rod 215 is inserted into the soil to be fixed, and the counterweight can be added by using a soft body connection sand bag in order to increase the integral rigidity of the floor.

After the frame is roughly completed, the soft rope on the body of the hangar cylinder is sleeved on the ground inserting rod 317, the ground inserting rod 317 is inserted into the ground inserting hole 316 and is inserted into the soil, the fixing of the bottom plate and the body of the hangar cylinder is completed, then the gate inflation pipeline 118 and the main inflation pipeline 110 are connected by the air hose 120, the two pump connecting pipes 114 are externally connected with the air pump, and the cylinder electric control valve 117 and the gate electric control valve 119 are connected to the control box.

After the preparation is finished, an external air pump is started, so that air enters a main air inflation pipeline 110 and inflates the PVC reinforced air bag 112, the light air bag 113 and the hangar gate body 111 through a column body air inflation pipeline 116 and a gate air inflation pipeline 118, when the pressure of the hangar gate body 111 reaches a set value, the gate electric control valve 119 controls to stop air inflation, when the pressure reaches the maximum value, the gate electric control valve 119 controls to exhaust air, in the processes of inflation and exhaust, the pressure is complementarily interfered with the hangar air bags, when the PVC reinforced air bag 112 and the hangar gate body 111 operate, the inflation state is kept for a long time, when the weather of the light air bag 113 is good, the inflation is not needed, when the weather of strong wind, strong snow, strong rain and the like is needed, and when the safety of the light air bag 113 is ensured.

It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.

Claims

1. Independent pressure regulator storehouse, its characterized in that includes:

the device comprises a device main body (1), wherein the device main body (1) comprises a main inflation pipeline (110), one surface of the main inflation pipeline (110) is uniformly provided with a PVC reinforced air bag (112), one surface of the main inflation pipeline (110) at one side of the PVC reinforced air bag (112) is provided with a light air bag (113), and the PVC reinforced air bag (112) and the light air bag (113) are connected through semi-cylindrical rainproof cloth to form a hangar cylinder main body;

the hangar gate comprises hangar gate bodies (111), wherein the hangar gate bodies (111) are two in number and are distributed on two sides of a hangar cylinder body main body;

the garage door comprises pump connecting pipes (114), wherein the number of the pump connecting pipes (114) is two, the pump connecting pipes (114) are connected to a first surface of a main inflation pipeline (110), a second surface of the main inflation pipeline (110) is uniformly connected with cylinder inflation pipelines (116), the cylinder inflation pipelines (116) are respectively connected to a PVC reinforced air bag (112) and a light air bag (113) in an embedded mode, cylinder electric control valves (117) are embedded in the cylinder inflation pipelines (116), exhaust valves (115) are connected to the main inflation pipelines (110) on one sides of the two pump connecting pipes (114), one surfaces of two garage door bodies (111) are respectively embedded with a gate inflation pipeline (118), and gate electric control valves (119) are embedded in the two gate inflation pipelines (118);

the supporting mechanism (3) is arranged at one end of the hangar cylinder body.

2. The stand-alone pressure regulator magazine of claim 1, wherein: two the one end of gate gas-filled pipeline (118) all is connected with gas transmission hose (120), and the one end embedding of gas transmission hose (120) is installed on main gas-filled pipeline (110), the both sides of hangar cylinder main part all are equipped with a set of fixed establishment (2), and the quantity of every group fixed establishment (2) is two, fixed establishment (2) include cylinder radian frame (211), one side fixed mounting of cylinder radian frame (211) has cylinder C shape frame (212), insert gate C shape frame (214) in cylinder C shape frame (212), one side fixed mounting of gate C shape frame (214) has gate radian frame (213), and one side of gate radian frame (213) is connected on hangar gate body (111).

3. The stand-alone pressure regulator magazine of claim 2, wherein: the fixing mechanism (2) is installed in a symmetrical mode, a certain distance is reserved between the installation positions of the fixing mechanism and the installation positions of the fixing mechanism, rain-proof cloth strips (210) are arranged on the outer side of the cylinder radian frame (211), and the rain-proof cloth strips (210) are connected to the cylinder body of the hangar.

4. The stand-alone pressure regulator magazine of claim 2, wherein: l-shaped rod (215) has been placed to cylinder C shape frame (212) inside of gate C shape frame (214) one end, and the one end of L-shaped rod (215) is the arc, movable hole (216) have been seted up on cylinder C shape frame (212) of L shape pole (215) one side, all fixed mounting has positioning seat (217) on cylinder C shape frame (212) at movable hole (216) both ends, two all fixed mounting has locating lever (218) on positioning seat (217), two all movable sleeve joint holding ring (219) on locating lever (218), and the one side of holding ring (219) extends through movable hole (216) and is connected on L shape pole (215), the one end fixed mounting of gate C shape frame (214) has screens groove (221), and has inserted in screens groove (221) and has blocked lever (220), the one end of screens lever (220) is connected on L shape pole (215).

5. The stand-alone pressure regulator magazine of claim 4, wherein: fixed mounting has fixed block (223) on the internal surface of cylinder C shape frame (212), fixed orifices (226) have been seted up on cylinder C shape frame (212), it blocks strip (222) to insert in fixed orifices (226), one side fixed mounting who blocks strip (222) has compression spring (224), and the quantity of compression spring (224) is three, three the opposite side of compression spring (224) is connected on fixed block (223), block and seted up on strip (222) and block groove (225), and block that groove (225) opening part one side is the arc design.

6. The stand-alone pressure regulator magazine of claim 1, wherein: supporting mechanism (3) are including assisting fagging (312), the both sides of assisting fagging (312) all are equipped with main fagging (311), two one side of main fagging (311) all is equipped with semicircle board (310), two all set up the trompil that supplies L shape pole (215) to insert ground on semicircle board (310).

7. The stand-alone pressure regulator magazine of claim 6, wherein: two spread groove (313) have all been seted up to the both sides of main fagging (311), two one side of semicircle board (310) all fixed mounting have first connecting plate (314), two the both sides of assisting fagging (312) all fixed mounting have second connecting plate (315), and second connecting plate (315) and first connecting plate (314) all insert in spread groove (313).

8. The stand-alone pressure regulator magazine of claim 7, wherein: two all seted up a set of ground hole of inserting (316) on main fagging (311), two first connecting plate (314) and two second connecting plate (315), and the quantity of every group ground hole of inserting (316) is four, and is two sets of all inserted ground pole of inserting (317) in ground hole of inserting (316), the soft rope that the hangar cylinder main part outside is connected cup joints on ground pole of inserting (317).