CN206862223U - Ammunition priming system is special to burn car - Google Patents
Ammunition priming system is special to burn car Download PDFInfo
- Publication number
- CN206862223U CN206862223U CN201720419241.9U CN201720419241U CN206862223U CN 206862223 U CN206862223 U CN 206862223U CN 201720419241 U CN201720419241 U CN 201720419241U CN 206862223 U CN206862223 U CN 206862223U
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- CN
- China
- Prior art keywords
- incinerator
- priming system
- flue gas
- discharging bin
- compartment
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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Abstract
The utility model provides that a kind of ammunition priming system is special to burn car, including：Load wagon, including car body and compartment, as the closed installation and transport agent for destroying equipment；Incinerator, in the compartment of the load wagon, for collecting and burning into ammunition priming system therein；Feed mechanism；Feeding mechanism, installed in the top of the incinerator, for pushing ammunition priming system to stove inside enclosed；Flue gas processing device, in the compartment of the load wagon, for carrying out purified treatment to the flue gas of burning；Electric control system, in the compartment of the load wagon, for carrying out electrical control to the incinerator and the flue gas processing device.Incinerator is placed on load wagon by the utility model, conveniently burn car touring work between each army, carry out burning operation at any time, and the safety of the periphery personnel when carrying out burning operation can be ensured, effectively reduce when ammunition priming system burns to the surrounding environment produced pollution.
Description
Technical field
It the utility model is related to a kind of priming system and burn device, specifically a kind of ammunition priming system is special to burn car.
Background technology
Priming system refers to the experiment in ammunition, manufacture, storage and uses caused Small ammunitions, explosive wastewater, hand in engineering
The dangerous goods such as howitzer, rifle grenade, bullet and ammunition element.In order to ensure the storage of ammunition safety, all kinds of priming systems scrapped
It must not deposit for a long time, it is necessary to be destroyed in time.
Now widely used priming system burning apparatus of scrapping is a kind of simple incinerator.Scrapping the destruction of priming system
, it is necessary to which simple incinerator to be transported to the harbor in field in journey, then carry out burning for priming system.This destruction mode have compared with
High safety operation requirement, operation is extremely inconvenient, and dangerous larger when igniting, thus there are in operating process
Larger personal safety hidden danger.
Utility model content
The purpose of this utility model is to provide that a kind of ammunition priming system is special to burn car, is destroyed with solving current priming system
Using inconvenient for operation and have the problem of potential safety hazard present in journey.
What the utility model was realized in：A kind of ammunition priming system is special to burn car, including：
Load wagon, including car body and compartment, as the closed installation and transport agent for destroying equipment；
Incinerator, in the compartment of the load wagon, for collecting and burning into ammunition priming system therein；
Feed mechanism, for the feeding mechanism feeding to incinerator；
Feeding mechanism, installed in the top of the incinerator, for pushing ammunition priming system to stove inside enclosed；
Flue gas processing device, in the compartment of the load wagon, for being carried out to flue gas caused by burning at purification
Reason；And
Electric control system, in the compartment of the load wagon, for the incinerator and the fume treatment
Device carries out electrical control.
The incinerator in the utility model includes body of heater and burner；The burner is arranged on sidewall of the furnace body simultaneously
Communicated with burner hearth；The drop-bottom of upset open-close type is provided with the bottom of the body of heater, one end of the drop-bottom is hinged on institute
State on body of heater, be hinged with hook on the body of heater, on the folding end for being hooked on the drop-bottom.
The feeding mechanism in the utility model includes feeding warehouse, middle roll-over and the discharging bin to connect successively；Described
Opening is respectively equipped with two adjacent walls of middle roll-over, the opening of one of side wall connects with the feeding warehouse, another
The opening of side wall connects with the discharging bin；The open top of the feeding warehouse, it is charging aperture, is provided with the feeding warehouse
To the first scraping wings of middle roll-over push material, stretched out with the first push rod that first scraping wings connects by the side wall of feeding warehouse
Outside storehouse；Second scraping wings of oriented discharging bin push material is set in the middle roll-over, connected with second scraping wings
Second push rod is stretched out outside storehouse by the side wall of middle roll-over；The bottom of the discharging bin is open, is discharging opening, the discharging opening with it is described
The fire door of body of heater is relative to be connect, and is provided with door at the charging port of the discharging bin, and the upper edge of the door is hinged on described
On discharging bin, exhaust opening is provided with the side wall of the discharging bin, connection flue gas processing device is connected on the exhaust opening
Smoke exhaust pipe.The feeding warehouse and the middle roll-over are a cube hull shape body, and the inner chamber bottom surface of the feeding warehouse with it is described in
The inner chamber bottom surface of roll-over is in one plane.The discharging bin is cube hull shape body, at the charging port of the discharging bin
Lower edge is provided with the rib for stopping that door is routed up to middle roll-over.
The flue gas processing device in the utility model includes：
Primary dust removing device, it is cyclone dust collectors, for removing as the Mars contained by the flue gas of incinerator discharge and big
Grain thing；
Secondary ash collector, it is pulsed jet cloth filter, for the carbon black in removing smoke, lead and solid mercury；
Three-stage dust catcher, it is activated carbon fiber adsorption tower, for adsorbing the pernicious gas in flue gas.
Feeding mechanism in the utility model includes feeding warehouse, middle roll-over and the discharging bin to connect successively, and discharging bin enters
Material is provided with door at port, and the upper edge of door is hinged on the discharging bin；This set of feeding mechanism can ensure to burn
Seal when stove burns to ammunition priming system in furnace chamber, it can effectively avoid back slag problem.Incinerator is placed on loading
Che Shang, car touring work between each army is conveniently burnt, carry out burning operation at any time, and can ensure when carrying out burning operation
The safety of periphery personnel, effectively reduce when ammunition priming system burns to the surrounding environment produced pollution.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of incinerator.
Fig. 3 is the structural representation of feeding mechanism.
Fig. 4 is the structural representation of feeding warehouse and middle roll-over part.
Fig. 5 is the structural representation of middle roll-over and discharging bin part.
Fig. 6 is the structural representation of burner.
In figure：1st, compartment；2nd, electric control system；3rd, incinerator；4th, feeding mechanism；5th, smoke exhaust pipe；6th, burner, 12,
Primary dust removing device；13rd, secondary ash collector；14th, three-stage dust catcher；15th, flue；16th, blast pipe；31st, body of heater, 32, furnace bottom
Plate；33rd, rotating shaft；34th, link nose；35th, link up with；40th, feeding warehouse；41st, middle roll-over；42nd, discharging bin；43rd, the first scraping wings；44、
First push rod；45th, the second scraping wings；46th, the second push rod；47th, push rod；48th, exhaust opening；49th, door；61st, spit tube；62nd, supply
Oil pipe；63rd, air duct；64th, electric igniter；65th, flame detector.
Embodiment
As shown in figure 1, the utility model includes as the closed installation for destroying equipment and the load wagon of transport agent, used
In incinerator 3, the feeder for the feeding mechanism feeding to incinerator of collecting and burn entrance ammunition priming system therein
Structure, for pushing the feeding mechanism 4 of ammunition priming system, the cigarette for carrying out purified treatment to the flue gas of burning to stove inside enclosed
Flash Gas Compression Skid System and the electric control system 2 for carrying out electrical control to the incinerator 3 and the flue gas processing device.
Load wagon includes car body and compartment 1, and compartment 1 is arranged on the chassis of load wagon, incinerator 3, flue gas processing device
The inside in compartment 1 is installed in electric control system 2, feeding mechanism 4 is arranged on the top of incinerator 3.In the present embodiment,
The car body of load wagon selects Shan vapour SX2300 type automobiles, be each provided with the left side of compartment 1 and right side one be easy to personnel's operation and
The flap of equipment disengaging, the maintenance door for being easy to feed intake is provided with the top in compartment 1, maintenance door is translatable to be opened
Open, the keying of flap and maintenance door controls by hydraulic push rod, is respectively set with its rear right on front side of the right part of compartment 1
One hatch door.Incinerator 3 and electric control system 2 are arranged on the front portion in compartment 1, and flue gas processing device is arranged in compartment 1
Rear portion.
As shown in Figure 2 and Figure 6, incinerator 3 includes body of heater 31 and burner 6, and burner 6 is arranged in the side wall of body of heater 31 simultaneously
Communicated with burner hearth, the drop-bottom 32 of upset open-close type is provided with the bottom of body of heater 31, one end of drop-bottom 32 is hinged on body of heater
On 31, hook 35 is hinged with body of heater 31, hook 35 is hooked on the folding end of drop-bottom 32.In the present embodiment：Body of heater
31 be a hollow cylinder with upper shed, and its internal diameter is 700mm, wall thickness 100mm, is highly 800mm, in body of heater 31
Bottom is arranged to rounding cone cylinder, and the height of rounding cone cylinder is less than or equal to 400mm, side wall and the inner chamber of body of heater 31 of rounding cone cylinder
Side wall is into 150 ° of angles.Furnace body wall is formed using the casting of ZGMn13-2 materials, and the side wall of body of heater 31 is provided with asbestos integument and steel
Cylinder protective layer.Drop-bottom 32 is square floor, and drop-bottom 32 is cast using ZGMn13-2 materials, and its thickness is in more than 120mm.
Drop-bottom 32 is connected by rotating shaft 33 with the lower rotation of body of heater 31, in the side installation relative with the installation side of rotating shaft 33 of drop-bottom 32
There is link nose 34, i.e., the folding end of drop-bottom 32 be provided with link nose 34, hook 35 is hinged with the bottom respective side of body of heater 31,
Hook 35 coordinates to realize the keying of drop-bottom 32 with link nose 34.
In the present embodiment, the quantity of burner 6 is two, is distributed on the same level height of the lateral surface of body of heater 31
On.As shown in figure 4, each burner 6 includes spit tube 61, fuel feed pump 62, air duct 63 and electric igniter 64, spit tube 61
The port of export connects with the inner chamber of body of heater 31, and the angle between the central axis and horizontal plane of spit tube 61 is 30 °, spit tube 61 with
The bottom of the joint of body of heater 31 is more than 370mm away from the vertical distance between the inner bottom surface of body of heater 31.Fuel feed pump 62, air duct 63 and electricity
Igniter head 64 is arranged on the inlet side of spit tube 61, and the central axis of the central axis and spit tube 61 of fuel feed pump 62 is perpendicular,
Air duct 63 and electric igniter 64 are arranged in the side wall of the inlet side of spit tube 61, the central axis and spit tube of air duct 63
61 central axis is perpendicular.The fire defector with the intracavity inter-connection of spit tube 61 is provided with the anterior side wall of spit tube 61
Device 65.
As shown in Fig. 3 ~ Fig. 5, feeding mechanism 4 includes feeding warehouse 40, middle roll-over 41 and the discharging bin 42 to connect successively.In
Opening is respectively equipped with two adjacent walls of roll-over 41, the opening of one of side wall connects with feeding warehouse 40, another side
The opening of wall connects with discharging bin 42.The open top of feeding warehouse 40, it is charging aperture, oriented transfer storehouse is set in feeding warehouse 40
First scraping wings 43 of 41 push materials, the first push rod 44 to connect with the first scraping wings 43 stretch out storehouse by the side wall of feeding warehouse 40
Outside.Oriented discharging bin 42 is set in the middle roll-over 41 to push the second scraping wings 45 of material, the to connect with the second scraping wings 45
Two push rods 46 are stretched out outside storehouse by the side wall of middle roll-over 41, are provided with the top of the one side relative with door of the second scraping wings 45
For pushing up the push rod 47 of storehouse door opening 49.The top of middle roll-over 41 is provided with top plate.The bottom of discharging bin 42 is open, for discharging
Mouthful, discharging opening is relative with the fire door of body of heater 31 to be connect, and door 49, the upper edge of door 49 are provided with the charging port of discharging bin 42
It is hinged on discharging bin 42, exhaust opening 48 is provided with the side wall of discharging bin 42, connection fume treatment is connected on exhaust opening 48
The smoke exhaust pipe 5 of device.Feeding warehouse and middle roll-over are a cube hull shape body, and the inner chamber bottom surface of feeding warehouse and the inner chamber of middle roll-over
Bottom surface is in one plane.Discharging bin is cube hull shape body, and the lower edge at the charging port of discharging bin, which is provided with, stops door
The rib routed up to middle roll-over.Rib can be the side edge of the relative discharging bin side of transfer orlop plate.Similarly, in feed end
Mouthful both sides may also set up the door rib being made up of the wallboard edge of middle roll-over, discharging bin can thus formed and is directed to
The closed structure of roll-over, to reduce the excessive of combustion product gases in incinerator to greatest extent.
Feed mechanism is drawing and pulling type cradle, deploys feed mechanism by releasing fixing lock when in use, adjusts electric cylinder
Cradle is slightly slanted, cradle is extracted out and fixed by Action of Gravity Field；When not in use, it will be sent by assembly pulley usually
Material mechanism, which is packed up, to be pinned and is placed in compartment.
As shown in figure 1, flue gas processing device includes primary dust removing device 12, secondary ash collector 13 and three-stage dust catcher 14.Its
In：Primary dust removing device 12 is cyclone dust collectors, for removing Mars and bulky grain contained by the flue gas discharged as incinerator 3
Thing；Secondary ash collector 13 is pulsed jet cloth filter, for the carbon black in removing smoke, lead and solid mercury；Three-stage dust catcher 14
For activated carbon fiber adsorption tower, for adsorbing the pernicious gas in flue gas.In the present embodiment, primary dust removing device 12 traps dust
Particle diameter be more than 5 μm, a small amount of Mars and bulky grain discharged from incinerator 3 can be collected into by primary dust removing device 12 using centrifugal force
In storage ash bin inside it, to avoid burning the cloth bag of secondary ash collector 13, so as to extend the use longevity of secondary ash collector 13
Life.
In Fig. 1, electric control system 2, incinerator 3, primary dust removing device 12, three-stage dust catcher 14 and secondary ash collector 13 according to
The secondary direction along headstock to the tailstock is arranged in compartment 1, and three-stage dust catcher 14 is arranged on primary dust removing device 12 and secondary ash collector
Between 13, the import of primary dust removing device 12 connects with the smoke exhaust pipe 5 of the discharging bin 42 of feeding mechanism 4, and secondary ash collector 13 enters
Mouthful be connected by flue 15 with the outlet of primary dust removing device 12, the import of three-stage dust catcher 14 by flue 15 and
The outlet of secondary ash collector 13 is connected, and the top of three-stage dust catcher 14 is provided with exhaust outlet, in the row of three-stage dust catcher 14
Blast pipe 16 is vertically arranged with gas port, the top of blast pipe 16 passes from the top in compartment 1.
Ammunition priming system to be burnt is delivered to feeding warehouse by the utility model first when being burnt to ammunition priming system
40, to the side that the first scraping wings 43 before the feeding of feeding warehouse 40, is moved to the remote middle roll-over 41 of feeding warehouse 40, simultaneously
Second scraping wings 45 is moved to the side of the remote door 49 of roll-over 41 in case, then will ammunition priming system be burnt by feeding warehouse
40 charging aperture is proceeded in feeding warehouse 40, and operating personnel promote first to push away by the push rod of the first push rod 44 on the first scraping wings 43
Flitch 43, so that ammunition priming system to be burnt is pushed into middle roll-over 41, until ammunition priming system to be burnt all is pushed into transfer
In storehouse 41, the second scraping wings 45 is promoted the ammunition priming system top to be burnt in middle roll-over 41 is outputed the door 49 of feed bin 42 simultaneously afterwards
It is sent in the body of heater 31 of incinerator 3.So when progress ammunition priming system burns, the door 49 of discharging bin 42 is to body of heater 31
Furnace chamber forms once sealing, and the first scraping wings 43, the second scraping wings 45 and middle roll-over 41 form the secondary seal to furnace chamber, thus
It ensure that the seal in furnace chamber when ammunition priming system burns.Flue gas caused by the burning of ammunition priming system passes sequentially through one-level and removed
Dirt device 12, secondary ash collector 13 and three-stage dust catcher 14 carry out gas cleaning processing, qualified discharge, to reduce environmental pollution.
Claims (6)
1. a kind of ammunition priming system is special to burn car, it is characterized in that, including：
Load wagon, including car body and compartment, as the closed installation and transport agent for destroying equipment；
Incinerator, in the compartment of the load wagon, for collecting and burning into ammunition priming system therein；
Feed mechanism, for the feeding mechanism feeding to incinerator；
Feeding mechanism, installed in the top of the incinerator, for pushing ammunition priming system to stove inside enclosed；
Flue gas processing device, in the compartment of the load wagon, for carrying out purified treatment to the flue gas of burning；And
Electric control system, in the compartment of the load wagon, for the incinerator and the flue gas processing device
Carry out electrical control.
2. ammunition priming system according to claim 1 is special to burn car, it is characterized in that, the incinerator includes body of heater and combustion
Burner；The burner is arranged on sidewall of the furnace body and communicated with burner hearth；The bottom of the body of heater is provided with upset open-close type
Drop-bottom, one end of the drop-bottom is hinged on the body of heater, and hook is hinged with the body of heater, and the hook hooks
On the folding end of the drop-bottom.
3. ammunition priming system according to claim 1 is special to burn car, it is characterized in that, the feeding mechanism includes phase successively
Feeding warehouse, middle roll-over and the discharging bin connect；Opening, one of side are respectively equipped with two adjacent walls of the middle roll-over
The opening of wall connects with the feeding warehouse, and the opening of another side wall connects with the discharging bin；The top of the feeding warehouse opens
Mouthful, it is charging aperture, the first scraping wings of oriented transfer storehouse push material is set in the feeding warehouse, with first scraping wings
The first push rod to connect is stretched out outside storehouse by the side wall of feeding warehouse；The of oriented discharging bin push material is set in the middle roll-over
Two scraping wings, stretched out with the second push rod that second scraping wings connects by the side wall of middle roll-over outside storehouse；The bottom of the discharging bin
Portion is open, is discharging opening, the discharging opening is relative with the fire door of the incinerator to be connect, and is set at the charging port of the discharging bin
Door is equipped with, the upper edge of the door is hinged on the discharging bin, exhaust opening is provided with the side wall of the discharging bin, in institute
State the smoke exhaust pipe that connection flue gas processing device is connected on exhaust opening.
4. ammunition priming system according to claim 1 is special to burn car, it is characterized in that, the flue gas processing device includes：
Primary dust removing device, it is cyclone dust collectors, for removing Mars and bulky grain thing contained by the flue gas discharged as incinerator；
Secondary ash collector, it is pulsed jet cloth filter, for the carbon black in removing smoke, lead and solid mercury；
Three-stage dust catcher, it is activated carbon fiber adsorption tower, for adsorbing the pernicious gas in flue gas.
5. ammunition priming system according to claim 3 is special to burn car, it is characterized in that, the feeding warehouse and the middle roll-over
It is a cube hull shape body, and the inner chamber bottom surface of the feeding warehouse and the inner chamber bottom surface of the middle roll-over are in one plane.
6. ammunition priming system according to claim 3 is special to burn car, it is characterized in that, the discharging bin is cube hull shape
Body, the lower edge at the charging port of the discharging bin are provided with the rib for stopping that door is routed up to middle roll-over.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720419241.9U CN206862223U (en) | 2017-04-20 | 2017-04-20 | Ammunition priming system is special to burn car |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720419241.9U CN206862223U (en) | 2017-04-20 | 2017-04-20 | Ammunition priming system is special to burn car |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206862223U true CN206862223U (en) | 2018-01-09 |
Family
ID=60817286
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720419241.9U Withdrawn - After Issue CN206862223U (en) | 2017-04-20 | 2017-04-20 | Ammunition priming system is special to burn car |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206862223U (en) |
-
2017
- 2017-04-20 CN CN201720419241.9U patent/CN206862223U/en not_active Withdrawn - After Issue
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20180109 Effective date of abandoning: 20181030 |
|
| AV01 | Patent right actively abandoned |