CN104457469B - A kind of yellow phosphorus smoke projectile smokelessly splits production line and resolution process - Google Patents
A kind of yellow phosphorus smoke projectile smokelessly splits production line and resolution process Download PDFInfo
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- CN104457469B CN104457469B CN201410678603.7A CN201410678603A CN104457469B CN 104457469 B CN104457469 B CN 104457469B CN 201410678603 A CN201410678603 A CN 201410678603A CN 104457469 B CN104457469 B CN 104457469B
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Abstract
The invention discloses a kind of yellow phosphorus smoke projectile and smokelessly split production line and resolution process, comprise Dampproof stopper and auxiliary booster grain removable unit, body grooving unit, break dephosphorization unit, yellow phosphorus filling element and control system, the described dephosphorization unit that breaks connects by overhead chain conveyor, and described body grooving unit arranges metal cutting equipment. This production line breaks body and filling two operations inflammable and that easily produce poisonous and harmful substance of yellow phosphorus be separately positioned on explosion-proof between and in automatic operation, unmanned, and overall process realizes automation control, and monitoring and alarm device is set, thereby avoid reliably the generation of personal injury and security incident, improve fractionation production efficiency simultaneously, alleviated labour intensity.
Description
Technical field
The invention belongs to Discard old bomb disassembling technology field, particularly a kind ofly smokelessly split production line and resolution process for 82～120mm mortar body and 120～155mm howitzer yellow phosphorus smoke projectile that body splits of being fuming of being fuming.
Background technology
Along with developing rapidly of scientific and technical progress and weapon industry, the development speed of novel shell is progressively accelerated, and the speed that shell updates simultaneously, also along with quickening, will produce a large amount of Discard old bombs like this. In fact, this class shell is without using and inventory value, and the shell of simultaneously scrapping is deposited also and brought very large potential safety hazard to ammunition depot, must force as early as possible to disassemble. At present, the destruction of waste and old yellow phosphorus smoke projectile generally adopts demolition method, demolish by yellow phosphorus smoke projectile, the after-combustion of yellow phosphorus ingress of air, emit a large amount of poisonous phosphorus cigarettes, serious environment pollution, splits though existing a small amount of and adopts the smokeless Split Method that yellow phosphorus and air are completely cut off, but can not ensure that yellow phosphorus is isolated to yellow phosphorus packaging overall process and air after exposing, guarantee yellow phosphorus is not fuming.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of yellow phosphorus smoke projectile and smokelessly splits production line and resolution process, can avoid phosphorus smoke pollution environment, can reclaim again yellow phosphorus, and can effectively ensure to disassemble staff's personal safety, and it is high to disassemble efficiency, labour intensity is low.
For addressing the above problem, the technical solution used in the present invention is: a kind of yellow phosphorus smoke projectile smokelessly splits production line, comprise Dampproof stopper and auxiliary booster grain removable unit, body grooving unit, break dephosphorization unit, yellow phosphorus filling element and control system, the described dephosphorization unit that breaks connects by overhead chain conveyor, and described body grooving unit arranges metal cutting equipment.
The described dephosphorization unit that breaks arranges molten phosphorus pond, described molten phosphorus arranges respectively forcing press and cleaning hose in pond, described molten phosphorus pond is communicated with water heater, described cleaning hose is communicated with described water heater, the workbench of described forcing press is positioned at below the water surface, U-shaped anvil block is set on it, the inclined bottom surface setting in described molten phosphorus pond, described cleaning hose top arranges protective casing, the outlet pipe of described water heater arranges water pump, described cleaning hose arranges magnetic valve, described forcing press is connected with described control system by holding wire respectively with magnetic valve, described protective casing comprises η shape support bar and umbrella cover body, described cover body and support bar are rotatably connected, back-moving spring and spacing block piece are set between the two, described cover body arranges outstanding grooving, this outstanding grooving position arranges the seal cover board that can reset.
Described yellow phosphorus filling element comprises the yellow phosphorus pipe being communicated with described molten phosphorus pond, the charging pipe being communicated with described water heater and yellow phosphorus bucket transport tape, on described yellow phosphorus bucket transport tape, by seat board, electronic scale is set, described yellow phosphorus pipe and charging pipe arrange respectively magnetic valve, and described magnetic valve is connected with described control system by holding wire respectively with electronic scale.
Described control system comprises and breaks dephosphorization control module and yellow phosphorus filling control unit, described in break dephosphorization control module and yellow phosphorus filling control unit and comprise respectively PLC controller with signal is connected with it display, alarm and monitoring probe and be arranged on the level sensor in molten phosphorus pond.
Described forcing press adopts 100T single-column hydraulic press, and the pressure head of described hydraulic press can move horizontally.
Described overhead chain conveyor is closed loop configuration.
Described molten phosphorus pond arranges explosion-proof, and described explosion-proof arranges ventilation unit.
Between described Dampproof stopper and auxiliary booster grain removable unit and body grooving unit, conveyer belt is set.
Use above-mentioned yellow phosphorus smoke projectile smokelessly to split production line and carry out the smokeless method splitting of yellow phosphorus smoke projectile, carry out according to the following steps:
1) Dampproof stopper and auxiliary booster grain dismounting: yellow phosphorus smoke projectile to be torn open is delivered to Dampproof stopper and auxiliary booster grain detaching chamber, manually tear Dampproof stopper, auxiliary booster grain open, vanning respectively, and extension bullet frock is assemblied on body, be delivered to body grooving chamber by conveyer belt;
2) hob fault trough: the yellow phosphorus smoke projectile clamping after the dismounting of Dampproof stopper and auxiliary booster grain, on metal cutting equipment, is hobbed to fault trough in elastomer axis centre position, and be suspended on described overhead chain conveyor cutting the yellow phosphorus smoke projectile two ends that break groove; Wherein, recessing position should be at 10～15mm place bottom propagation squib, and reserved bullet wall thickness is 1～3mm; Deliver to Dampproof stopper and auxiliary booster grain detaching chamber, by manipulator by its clamping on metal cutting equipment,
3) body breaks: described molten phosphorus is filled with hot water in pond, be placed on the U-shaped anvil block of described forcing press below cutting the yellow phosphorus smoke projectile that breaks groove by overhead chain conveyor, starting pressure machine breaks, body two ends are tangled with the suspension arrangement on overhead chain conveyor, start forcing press and break, after breaking, by overhead chain conveyor, two ends body is shifted out to U-shaped anvil block, body incision position is suspended on downwards in molten phosphorus pond, not below the water surface;
4) yellow phosphorus melts out: regulate molten phosphorus pool inner water temperature to 55～65 DEG C, drives body slowly to move in the hot water that melts phosphorus pond by overhead chain conveyor, yellow phosphorus is heated and is fused into gradually liquid and flows out in body; The yellow phosphorus melting out is naturally pooled to low side at the bottom of molten phosphorus pond;
5) the residual phosphorus of body is removed: the body after yellow phosphorus is melted out is by the extremely described cleaning hose of overhead chain conveyer movement top, open hot-water line, hot water is poured in body, washing time is 6～10s approximately, residual phosphorus is washed away totally, then the body after rinsing is promoted and shifted out molten phosphorus pond by overhead chain conveyor;
6) yellow phosphorus is filling: by extremely described yellow phosphorus bucket to be installed movement yellow phosphorus pipe below, be full of hot water by described charging pipe, be filled with yellow phosphorus by opening described yellow phosphorus pipe after described electronic scale weighing, measure by described electronic scale, when be filled with yellow phosphorus reach yellow phosphorus bucket volume 4/5 time close yellow phosphorus pipe, and then operate described charging pipe and rinse after yellow phosphorus pipe and yellow phosphorus bucket, by yellow phosphorus bucket transport tape by the yellow phosphorus bucket movement that yellow phosphorus is housed to yellow phosphorus storehouse, artificial and yellow phosphorus bucket is sealed to rear handover deposit.
Described step 2) in, break the groove cutting degree of depth to ensure that body does not expose yellow phosphorus, in transhipment and process, do not rupture and be advisable, reserved bullet wall thickness is 1～3mm, hobs in fault trough process fully cooling by cooling fluid.
The invention has the beneficial effects as follows:
1) yellow phosphorus smoke projectile of the present invention smokelessly split that production line breaks body and filling two operations inflammable and that easily produce poisonous and harmful substance of yellow phosphorus be separately positioned on explosion-proof between and in automatic operation, unmanned, and overall process realizes automation control, and monitoring and alarm device is set, thereby avoid reliably the generation of personal injury and security incident, improve fractionation production efficiency simultaneously, alleviated labour intensity.
2) fractionation of yellow phosphorus smoke projectile adopt grooving, break, hot water fusing, hot water injection's mode, effectively avoid the isolated of yellow phosphorus and atmosphere, not only can prevent the generation of smog, and yellow phosphorus removing is clean, has avoided the waste of yellow phosphorus and the pollution to environment thereof.
3) adopt drainage to carry out yellow phosphorus filling, and adopt water seal packaging, ensured its filling, the safety of movement and preservation, transportation.
4) whole split process adopts locellus operation, omnidistance supervision, has ensured carrying out smoothly and full safety of fractionation.
5) in body, yellow phosphorus can reclaim by 100 ﹪, and removal process, without adding any material, has ensured the purity of yellow phosphorus, makes the utilization of yellow phosphorus energy secondary.
Brief description of the drawings
Below in conjunction with accompanying drawing, the present invention is described further:
Fig. 1 is that the present invention splits the structural representation that breaks dephosphorization unit and yellow phosphorus filling element in production line;
Fig. 2 is the structural representation that the present invention splits production line;
Fig. 3 is the structural representation of Fig. 1 centre mounted type conveyer;
Fig. 4 is the structural representation of protective casing in Fig. 1;
Fig. 5 is that A in Fig. 4 is to view.
Detailed description of the invention
As shown in Fig. 1,2,3,4,5, yellow phosphorus smoke projectile of the present invention smokelessly splits production line, comprise Dampproof stopper and auxiliary booster grain removable unit, body grooving unit, break dephosphorization unit, yellow phosphorus filling element and control system, the described dephosphorization unit that breaks connects by overhead chain conveyor 6, described overhead chain conveyor 6 is closed loop configuration, like this, after body 9 being taken after will breaking dephosphorization, movement by overhead chain conveyor 6 can move to body grooving unit smoothly by hanging frock 8, and the yellow phosphorus smoke projectile body 7 after grooving is hung in circulation. Described body grooving unit arranges metal cutting equipment 34 and can use engine lathe or plain-milling machine. Between described Dampproof stopper and auxiliary booster grain removable unit 36 and body grooving unit 33, conveyer belt 35 is set.
The described dephosphorization unit that breaks arranges molten phosphorus pond 1, interior forcing press 4 and the cleaning hose 11 of arranging respectively in described molten phosphorus pond 1. Described molten phosphorus pond 1 is communicated with water heater 19, and described cleaning hose 11 is communicated with described water heater 19. On the workbench 2 of described forcing press 4, U-shaped anvil block 3 is set, this U-shaped anvil block 3 is positioned at below the water surface, and with after preventing being fuming yellow phosphorus body 7 breaking, yellow phosphorus surfaces and disperses in atmosphere. Described forcing press 4 can adopt 100T single-column hydraulic press, and the pressure head 5 of described hydraulic press 4 should move horizontally, and is convenient to yellow phosphorus after the grooving body 7 of being fuming and moves to smoothly the station that breaks of U-shaped anvil block 3. The inclined bottom surface setting in described molten phosphorus pond 1, the yellow phosphorus melting out can be pooled to the low side in molten phosphorus pond naturally, is convenient to the filling of yellow phosphorus. Described cleaning hose 11 tops arrange protective casing 10, prevent that hot water or the yellow phosphorus gone out from splashing, described protective casing 10 comprises η shape support bar 101 and umbrella cover body 102, described cover body 102 is rotatably connected with support bar 101, back-moving spring 103 and spacing block piece (not shown) are set between the two, described cover body 102 arranges outstanding grooving 106, these outstanding grooving 106 positions arrange the seal cover board 105 that can reset, described seal cover board 105 is connected by helical spring 104 with support bar 101, and on described cover body 102, cover plate positive stop lug boss (not shown) is set. The outlet pipe of described water heater 19 arranges water pump 40, described flushing 11 pipes arrange magnetic valve (not shown), described forcing press 4 is connected with described control system by holding wire respectively with magnetic valve 39, to realize the automatic control that breaks and rinse operation, unmanned. Described molten phosphorus pond 1 can arrange in explosion-proof 32, guarantee to break the safety of dephosphorization process, described explosion-proof 32 arranges ventilation unit (not shown), for the circulation of air of explosion-proof 32, described ventilation unit can adopt fan, certainly preferably adopts air exhauster by pipeline, the gas of explosion-proof 32 to be drawn.
Described yellow phosphorus filling element 31 comprises the yellow phosphorus pipe 14 being communicated with the low side in described molten phosphorus pond 1, the charging pipe 12 and the yellow phosphorus bucket transport tape 18 that are communicated with described water heater 19, described charging pipe 12 be positioned at yellow phosphorus pipe 14 directly over, both can, to the interior bath of yellow phosphorus bucket 15, also can rinse yellow phosphorus pipe 14. On described yellow phosphorus bucket transport tape 18, seat board 17 is set, on this seat board 17, electronic scale 16 is set, for the metering of filling yellow phosphorus process, control the filling amount of yellow phosphorus. Described yellow phosphorus pipe 14 and charging pipe 12 arrange respectively magnetic valve 13, and described magnetic valve 13 is connected with described control system by holding wire respectively with electronic scale 16, realize automatically accurately controlling of yellow phosphorus pouring process.
Described controller system comprises and breaks dephosphorization control module and yellow phosphorus filling control unit, described in break dephosphorization control module and yellow phosphorus filling control unit and comprise respectively PLC controller 22,28 and signal is connected with it display 23,27, alarm 24,26 and several monitoring probes 20,29 and be arranged on the level sensor (not shown) in molten phosphorus pond 1. Break dephosphorization control module and yellow phosphorus filling control unit and can be arranged on respectively in two control operation chambers 21,25, also can be contained in altogether same control operation indoor. Described monitoring probe 20,29 can be arranged on respectively Dampproof stopper and auxiliary booster grain removable unit, body grooving unit, break dephosphorization unit and yellow phosphorus filling element, be convenient to the ruuning situation that control operation personnel directly monitor each unit, take in time Disposal Measures, ensure that yellow phosphorus smoke projectile smokelessly splits the normal operation of production line.
Use above-mentioned yellow phosphorus smoke projectile smokelessly to split production line and carry out the smokeless method splitting of yellow phosphorus smoke projectile, click step and carry out:
The first step, carry out the dismounting of Dampproof stopper and auxiliary booster grain, first yellow phosphorus smoke projectile to be torn open is delivered to Dampproof stopper and auxiliary booster grain detaching chamber 36, by manual demolition Dampproof stopper and auxiliary booster grain, vanning respectively, delivers to Dampproof stopper and auxiliary booster grain storehouse is properly preserved. Meanwhile, by being manually assemblied on the body of removing after Dampproof stopper and auxiliary booster grain hanging bullet frock 8, then deliver to body grooving chamber 33 by conveyer belt defeated 35.
Second step, hob fault trough, yellow phosphorus smoke projectile body head after Dampproof stopper and auxiliary booster grain dismounting is contained in the chuck of cutting apparatus, empennage portion holds out against with top, ensure elastomer axis level, after being installed, hob fault trough in elastomer axis centre position, grooving position should be apart from 10～15mm place, propagation squib bottom, fully cooling by cooling fluid in cutting process. Cutting groove depth, to ensure that body does not expose yellow phosphorus, does not rupture and is advisable in transhipment and process, and general reserved bullet wall thickness is 1～3mm. Cut after groove, by being manually suspended on described overhead chain conveyor 6 cutting the be fuming extension bullet frock 8 at body 7 two ends of the yellow phosphorus that breaks groove.
The 3rd step, carry out body and break: breaking under the control of dephosphorization control module, first will in described molten phosphorus pond 1, be filled with hot water, the yellow phosphorus smoke projectile body 7 of horizontal plane on must the described U-shaped anvil block 2 of every mistake, and a little more than the delivery port of described cleaning hose 111. Be seated on the U-shaped anvil block 3 of described forcing press 4 belows cutting yellow phosphorus smoke projectile body 7 movements that break groove by overhead chain conveyor 6 again, and yellow phosphorus smoke projectile body 7 two ends are tangled with the suspension arrangement on overhead chain conveyor 6, then at starting pressure machine 4, pressure head is moved horizontally move to the corresponding top of U-shaped anvil block 2 then to press down and carry out breaking of yellow phosphorus smoke projectile body 7. After breaking, operation pressure head 5 promotes and moves horizontally retrude and leaves the corresponding top of U-shaped anvil block 2, is convenient to the outstanding rope of body and moves through. By overhead chain conveyor 6, two halves body 9 is shifted out to U-shaped anvil block 2, now body incision position is suspended on downwards in molten phosphorus pond 1, not below the water surface naturally.
The 4th step, yellow phosphorus melt out, breaking under the control of dephosphorization control module, regulate between 1 interior water temperature to 55～65, molten phosphorus pond DEG C, drive the slow movement of body in the hot water in molten phosphorus pond 1 by overhead chain conveyor 6, yellow phosphorus is heated and is fused into gradually liquid and flows into water in body. Because the yellow phosphorus proportion melting is much larger than hot water, the yellow phosphorus melting out is naturally pooled to low side at the bottom of the molten phosphorus pond tilting.
The 5th step, the residual phosphorus of body are removed, and yellow phosphorus melts out in rear body 9 and still has a small amount of remaining yellow phosphorus, if do not removed depositing in process and can being fuming by nature, must remove. Sweep-out method is the movement with overhead chain conveyer 6 of body 9 after yellow phosphorus is melted out, by extremely described cleaning hose 11 tops of movement, and push the seal cover board 105 on described protective casing cover body 102 open, in outstanding grooving 106 by cover body 102, move to and aim at the position of cleaning hose 11, the sealing that automatically resets of described seal cover board 105. Now open cleaning hose 11, hot water is poured in body 9, washing time is 6～10s approximately, residual phosphorus is washed away totally, then the body 9 after rinsing is promoted and shifts out molten phosphorus pond 1 with overhead chain conveyor 6, and move to body 9 and deposit storehouse, by manually body 9 being unloaded to vanning, hang and play frock 8 and be back to body grooving chamber 33 with overhead chain conveyor 6 and recycle.
The 6th step, yellow phosphorus are filling, under the control of yellow phosphorus filling control unit, by yellow phosphorus bucket transport tape 18 by yellow phosphorus bucket 15 movements to be installed to described yellow phosphorus pipe 14 below correspondence positions, first take empty bucket weight by electronic scale 16, then open described charging pipe 12 and be full of hot water, take again the weight of water-filling, then open described yellow phosphorus pipe 14 and be filled with yellow phosphorus. Be filled with in yellow phosphorus process by electronic scale 16 on-line meterings, PLC controller 28 is according to the proportion control yellow phosphorus amount of being filled with of yellow phosphorus and hot water proportion, when be filled with yellow phosphorus reach yellow phosphorus bucket 15 volumes 4/5 time close yellow phosphorus pipe 14, and then operate described charging pipe 12 and rinse after yellow phosphorus pipe 14 and yellow phosphorus bucket 15, by yellow phosphorus bucket transport tape 18 by yellow phosphorus bucket 15 movements that yellow phosphorus is housed to yellow phosphorus storehouse 30, artificial and yellow phosphorus bucket 15 is sealed after deposit.
Claims (9)
1. a yellow phosphorus smoke projectile smokelessly splits production line, it is characterized in that: comprise Dampproof stopper and auxiliary booster grain removable unit, body grooving unit, break dephosphorization unit, yellow phosphorus filling element and control system, the described dephosphorization unit that breaks connects by overhead chain conveyor, described body grooving unit arranges metal cutting equipment, the described dephosphorization unit that breaks arranges molten phosphorus pond, described molten phosphorus arranges respectively forcing press and cleaning hose in pond, described molten phosphorus pond is communicated with water heater, described cleaning hose is communicated with described water heater, the workbench of described forcing press is positioned at below the water surface, U-shaped anvil block is set on it, the inclined bottom surface setting in described molten phosphorus pond, described cleaning hose top arranges protective casing, the outlet pipe of described water heater arranges water pump, described cleaning hose arranges magnetic valve, described forcing press is connected with described control system by holding wire respectively with magnetic valve, described protective casing comprises η shape support bar and umbrella cover body, described cover body and support bar are rotatably connected, back-moving spring and spacing block piece are set between the two, described cover body arranges outstanding grooving, this outstanding grooving position arranges the seal cover board that can reset.
2. yellow phosphorus smoke projectile as claimed in claim 1 smokelessly splits production line, it is characterized in that: described yellow phosphorus filling element comprises the yellow phosphorus pipe being communicated with described molten phosphorus pond, the charging pipe being communicated with described water heater and yellow phosphorus bucket transport tape, on described yellow phosphorus bucket transport tape, by seat board, electronic scale is set, described yellow phosphorus pipe and charging pipe arrange respectively magnetic valve, and described magnetic valve is connected with described control system by holding wire respectively with electronic scale.
3. yellow phosphorus smoke projectile as claimed in claim 1 smokelessly splits production line, it is characterized in that: described control system comprises and break dephosphorization control module and yellow phosphorus filling control unit, described in break dephosphorization control module and yellow phosphorus filling control unit and comprise respectively PLC controller with signal is connected with it display, alarm and monitoring probe and be arranged on the level sensor in molten phosphorus pond.
4. yellow phosphorus smoke projectile as claimed in claim 2 smokelessly splits production line, it is characterized in that: described forcing press adopts 100T single-column hydraulic press, and the pressure head of described hydraulic press can move horizontally.
5. yellow phosphorus smoke projectile as claimed in claim 1 smokelessly splits production line, it is characterized in that: described overhead chain conveyor is closed loop configuration.
6. the yellow phosphorus smoke projectile as described in any one in claim 2,3,4 smokelessly splits production line, it is characterized in that: described molten phosphorus pond arranges explosion-proof, and described explosion-proof arranges ventilation unit.
7. yellow phosphorus smoke projectile as claimed in claim 1 smokelessly splits production line, it is characterized in that: between described Dampproof stopper and auxiliary booster grain removable unit and body grooving unit, conveyer belt is set.
8. right to use requires in 1,2,3,4,5,7 described in any one yellow phosphorus smoke projectile smokelessly to split production line to carry out the smokeless method splitting of yellow phosphorus smoke projectile, carry out according to the following steps:
1) Dampproof stopper and auxiliary booster grain dismounting: yellow phosphorus smoke projectile to be torn open is delivered to Dampproof stopper and auxiliary booster grain detaching chamber, manually tear Dampproof stopper, auxiliary booster grain open, vanning respectively, and extension bullet frock is assemblied on body, be delivered to body grooving chamber by conveyer belt;
2) hob fault trough: the yellow phosphorus smoke projectile clamping after the dismounting of Dampproof stopper and auxiliary booster grain, on metal cutting equipment, is hobbed to fault trough in elastomer axis centre position, and be suspended on described overhead chain conveyor cutting the yellow phosphorus smoke projectile two ends that break groove; Wherein, recessing position should be at 10～15mm place bottom propagation squib, and reserved bullet wall thickness is 1～3mm; Deliver to Dampproof stopper and auxiliary booster grain detaching chamber, by manipulator by its clamping on metal cutting equipment,
3) body breaks: described molten phosphorus is filled with hot water in pond, be placed on the U-shaped anvil block of described forcing press below cutting the yellow phosphorus smoke projectile that breaks groove by overhead chain conveyor, starting pressure machine breaks, body two ends are tangled with the suspension arrangement on overhead chain conveyor, start forcing press and break, after breaking, by overhead chain conveyor, two ends body is shifted out to U-shaped anvil block, body incision position is suspended on downwards in molten phosphorus pond, not below the water surface;
4) yellow phosphorus melts out: regulate molten phosphorus pool inner water temperature to 55～65 DEG C, drives body slowly to move in the hot water that melts phosphorus pond by overhead chain conveyor, yellow phosphorus is heated and is fused into gradually liquid and flows out in body; The yellow phosphorus melting out is naturally pooled to low side at the bottom of molten phosphorus pond;
5) the residual phosphorus of body is removed: the body after yellow phosphorus is melted out is by the extremely described cleaning hose of overhead chain conveyer movement top, open hot-water line, hot water is poured in body, washing time is 6～10s approximately, residual phosphorus is washed away totally, then the body after rinsing is promoted and shifted out molten phosphorus pond by overhead chain conveyor;
6) yellow phosphorus is filling: by yellow phosphorus bucket to be installed movement to yellow phosphorus pipe below, be full of hot water by charging pipe, be filled with yellow phosphorus by opening described yellow phosphorus pipe after electronic scale weighing, measure by described electronic scale, when be filled with yellow phosphorus reach yellow phosphorus bucket volume 4/5 time close yellow phosphorus pipe, and then operate described charging pipe and rinse after yellow phosphorus pipe and yellow phosphorus bucket, by yellow phosphorus bucket transport tape by the yellow phosphorus bucket movement that yellow phosphorus is housed to yellow phosphorus storehouse, artificial and yellow phosphorus bucket is sealed to rear handover deposit.
9. the smokeless method for splitting of yellow phosphorus smoke projectile as claimed in claim 8, it is characterized in that: described step 2) in, break the groove cutting degree of depth to ensure that body does not expose yellow phosphorus, in transhipment and process, do not rupture and be advisable, reserved bullet wall thickness is 1～3mm, hobs in fault trough process fully cooling by cooling fluid.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410678603.7A CN104457469B (en) | 2014-11-24 | 2014-11-24 | A kind of yellow phosphorus smoke projectile smokelessly splits production line and resolution process |
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| CN201410678603.7A CN104457469B (en) | 2014-11-24 | 2014-11-24 | A kind of yellow phosphorus smoke projectile smokelessly splits production line and resolution process |
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| CN104457469B true CN104457469B (en) | 2016-05-11 |
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| CN1067960A (en) * | 1991-06-26 | 1993-01-13 | 鲍沃斯·因都泊兰化学有限公司 | The method and the device thereof that supply the explosive substance quick burning to use |
| CN1118871A (en) * | 1993-04-26 | 1996-03-20 | Snpe工程股份有限公司 | Method and apparatus for destroying amunition containing poison |
| CN1201399A (en) * | 1995-11-07 | 1998-12-09 | 卡莫多应用技术公司 | Method and apparatus to destroy chemical warfare agents |
| CN1240367A (en) * | 1996-12-12 | 2000-01-05 | 卡莫多应用技术公司 | Method for destroying energetic materials |
| CN1503895A (en) * | 2001-05-21 | 2004-06-09 | Snpe | Method and installation for destroying rocket mounted on ammunition |
| CN101151504A (en) * | 2005-04-08 | 2008-03-26 | 独立行政法人产业技术综合研究所 | Blasting treatment method |
| RU2352375C2 (en) * | 2006-09-15 | 2009-04-20 | Федеральное государственное унитарное предприятие "Государственный научно-исследовательский институт органической химии и технологии" | Method of destruction of chemical ammunition, equipped with phosphoroorganic chemical agents and having technological threaded holes in case |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB0112216D0 (en) * | 2001-05-21 | 2001-07-11 | Secr Defence Brit | Method of treatment |
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2014
- 2014-11-24 CN CN201410678603.7A patent/CN104457469B/en not_active Expired - Fee Related
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1067960A (en) * | 1991-06-26 | 1993-01-13 | 鲍沃斯·因都泊兰化学有限公司 | The method and the device thereof that supply the explosive substance quick burning to use |
| CN1118871A (en) * | 1993-04-26 | 1996-03-20 | Snpe工程股份有限公司 | Method and apparatus for destroying amunition containing poison |
| CN1201399A (en) * | 1995-11-07 | 1998-12-09 | 卡莫多应用技术公司 | Method and apparatus to destroy chemical warfare agents |
| CN1240367A (en) * | 1996-12-12 | 2000-01-05 | 卡莫多应用技术公司 | Method for destroying energetic materials |
| CN1503895A (en) * | 2001-05-21 | 2004-06-09 | Snpe | Method and installation for destroying rocket mounted on ammunition |
| CN101151504A (en) * | 2005-04-08 | 2008-03-26 | 独立行政法人产业技术综合研究所 | Blasting treatment method |
| RU2352375C2 (en) * | 2006-09-15 | 2009-04-20 | Федеральное государственное унитарное предприятие "Государственный научно-исследовательский институт органической химии и технологии" | Method of destruction of chemical ammunition, equipped with phosphoroorganic chemical agents and having technological threaded holes in case |
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|---|---|
| CN104457469A (en) | 2015-03-25 |
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