CN209716759U - A kind of burning Steel section member directional cutting device - Google Patents
A kind of burning Steel section member directional cutting device Download PDFInfo
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- CN209716759U CN209716759U CN201920098263.9U CN201920098263U CN209716759U CN 209716759 U CN209716759 U CN 209716759U CN 201920098263 U CN201920098263 U CN 201920098263U CN 209716759 U CN209716759 U CN 209716759U
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Abstract
The utility model discloses a kind of burning Steel section member directional cutting device, bottom stop sleeve, the top plate of circular in cross-section, cutting oxidant layer, igniting oxidant layer are successively arranged in powder charge bucket from bottom to top；The outer radial periphery surface of top cover is equipped with the fixation device for being fixed on top cover on object to be punched；Vertically to cylindrical dielectric plug installation through-hole is equipped on top cover, cylindrical dielectric plug is installed, cylindrical dielectric is beyond the Great Wall vertically to equipped with top cover cylinder in cylindrical dielectric plug installation through-hole；Insulating plug center is equipped with two ignitors, and two ignitors are connected with electric ignition device；Top cover is equipped with several hole punchings.The cutter device energy density of the utility model is big, ignition temperature is high, cutting speed is fast, suitable for field or battlefield without electricity, without gas, the quick emergency thermal cutting without steel construction pieces various under appointed condition and its imderwater cutting.
Description
Technical field
The utility model relates to cutting field of meeting an urgent need, in particular to a kind of steel member directional cutting device.
Background technique
Emergency cutting is the urgent installation of field job facilities equipment, repairing and the important technology removed and army battlefield
Essential technology in repairing.Statistics show to equip components occur on field or battlefield it is stuck, fracture, perforate etc. and damaging
It is bad, service performance is influenced, largely need to quickly be solved using the method for emergency cutting first.Earthquake, snow disaster, landslide,
In the disasters rescue such as shipwreck and equally there is an urgent need to the emergency cutting methods of convenience and safety in daily fire-fighting rescue.
Currently, common method for hot cutting is plasma cut or gas cutting in the repairing of field.Plasma cut is to utilize height
A kind of method for hot cutting that energy density, high-temperature high-speed airflow are cut can cut various metals, but its needs is high-power
The equipment of power supply and heavy valuableness uses the serious flexible property for restricting repairing in field；Gas cutting be using fuel gas with
Oxygen mix is burnt the thermal-flame to be formed and the metal vigorous combustion in oxygen stream, and the oxide slag that will be generated after burning
Blow off realize metal segmentation a kind of method for hot cutting, carbon steel, low-alloy steel can be cut, but cannot effectively cut cast iron,
The materials such as stainless steel, non-ferrous metal, and need gas storage equipment etc..In recent years, technical staff researched and developed in new fuel gas, gas storage
Device miniaturization has made extensive work, but no matter using which kind of fuel gas, liquid or other modes of igniting, all be unable to do without strong
Combustion adjuvant oxygen or liquid oxygen, oxygen storage tank miniaturization necessarily bring storage tank replacement frequently, need to be equipped with the large-scale dedicated filling of development
Gas or liquid equipment, while hyperbaric oxygen gas tank is easily damaged in the environment of the hail of bullets, smoke fire burn or is ruptured extremely dangerous.Benefit
With combustion synthesis technology, it is based on manual SHS weld technological achievement, the manual self- propagating cutting method developed is expanded, is one
Kind cuts new method without the field emergency of outside resources and equipment, and the cutting equipment used is to be suitble to manually operated burning
Type cutting pen (stick).Although this method can cut metal in non-transformer, without gas source and without burning under appointed condition, due to cutting
Cut the jetting stream temperature that pen (stick) burning generates is low, effluxvelocity is small, energy density is small, thermal loss is big, oxygen content is low etc.
Reason causes that Metal Cutting low efficiency, thickness are thin, kerf width is big and irregular etc. is difficult to overcome the problems, such as.Field cutting is normal
Using cutting agent.Cutting agent uses common thermite.Exothermic mixture is mainly made of aluminium, oxide, nitrate and iron oxide
Mixture, while also often containing some other additives, such as adhesive and filler.The burning of exothermic mixture is rapid and burns
When the heat that releases, there is decisive influence to its applicability.It is fitted in addition, its thermal conductivity and fusion temperature etc. also influence it
The property used.Thermite can also be used.Thermite is the mixture of aluminium powder and refractory metal oxide.Common thermite be aluminium powder and
Ferric oxide powder is made into the mixture (ratio is about 1:2.95) of pinkiness in proportion, lights when with detonator, reaction
It is fierce to carry out, it obtains aluminium oxide and fe and releases a large amount of heat, temperature can be to 2500 DEG C, and give out great brilliancy, energy
Make the iron generated fusing.Thermite is the important component of thermit reaction, and thermit reaction is in the high temperature outdoor study such as track welding
It plays a significant role.It can be used for causing some reactions for needing high temperature.
Portable solid cutting agent cutting technique is a kind of punching of new steel structure part or cutting technique, and equipment is used in cutting
It is made of portable cutting gun and burning type cutting cartridge two parts.Burning type cutting cartridge is packed into cutting gun when cutting, hand
Cutting gun alignment cutting member is held, the cutting cartridge fire in a stove before fuel is added is fired, the fire in a stove before fuel is added lights detonator in bullet, and detonator lights cutting agent, generates high
Warm metallurgical melt and high pressure gas, product sprays after the compression of nozzle cumulative, by steel construction piece local melting and by high pressure gas
It blows down, realizes punching or cutting.This method can realize the manual operations cutting to metals such as various carbon steels, steel alloys.Due to combustion
It burns the pyrometallurgy melt generated and high pressure gas is sprayed after the compression of nozzle cumulative, jetting stream temperature height, jet velocity
Degree is big, energy density is big, thermal loss is small, and with cutting, metal thickness is big, high-efficient, wide application, uses storing and transporting security
The features such as good.Therefore, this suitable manual operations, and without extraneous power supply and gas source, easy to carry, easy to operate, safety can
The metal component cutting new method leaned on, is the desirable technique means of quick thermal cutting metal of meet an urgent need, to faster and better completing open country
Emergency first-aid repair and rescue and relief work task in the case of outer or battlefield, have a very important significance.
The patent of the Publication No. CN108627058A of inventor's application discloses a kind of COMBUSTION TO DETONATION TRANSITION cavity blasting dress
It sets, including high voltage spark ignition device and condensed-energy explosion equipment.Condensed-energy explosion equipment includes containing vessel, cavity liner, powder charge
Container includes the containing vessel ontology and top cover of a tubular；Top cover is equipped with ignitor mounting hole；Peace in containing vessel ontology
Equipped with cavity liner；It is sequentially arranged with detonating charge layer, booster explosive layer, high explosive from top to bottom above cavity liner in containing vessel ontology
Layer；Priming layer is followed successively by multicharge layer, hexogen layer in bulk, hexogen powder column from top to bottom, and multicharge layer is black fire
Medicine, active metal powder, perchlorate mixture.The multicharge layer is divided into multicharge layer upper layer from top to bottom, mixes
Yao Ceng lower layer is attached together, the density range on multicharge layer upper layer is 0.5~0.7g/cm3, the density range of multicharge layer lower layer
For 0.7~0.9g/cm3；Multicharge layer upper layer, multicharge layer lower layer, hexogen layer in bulk, hexogen powder column volume ratio
For 1.5~2:2~3.5:5~6:5~6；The density of hexogen powder column is 1.2~1.4g/cm3.Alternatively, the multicharge layer
The multicharge layer of multicharge layer outer layer and the cylindrical shape being embedded in multicharge layer outer layer including circle ring column shape
Internal layer, the density range of multicharge layer outer layer are 0.7~0.9g/cm3, the density range of multicharge layer internal layer is 0.5~
0.7g/cm3；Multicharge layer, hexogen layer in bulk, hexogen powder column volume ratio be 3~3.5:2~3.5:5~6:5~
6；The density of hexogen powder column is 1.2~1.4g/cm3.High voltage spark ignition device includes power supply, increasing apparatus, two igniting
Electrode, two ignitors are mounted on an insulating plug, and the insulating plug is mounted on ignitor mounting hole.The COMBUSTION TO DETONATION TRANSITION
Condensed-energy explosion equipment can detonate with security and stability and generate effective energy-gathering jetting, be suitable for the broken punching of micro- sonic boom, but the device
It is to carry out cumulative blasting using explosive charge, risk is big in use for explosive, it is necessary to remote-controlled operation.
The Publication No. CN103182109A of Military Machinery Engineering College, P.L.A's application discloses for patent of invention
A kind of steel construction piece cutting burning type cutting cartridge, the burning type cutting cartridge by bullet bottom, the fire in a stove before fuel is added, shell case, detonator, cutting agent and
Nozzle composition；Thermite is based on thermite in cutting agent, and the percentage for accounting for about cutting agent weight is 65%~85%, gas-forming agent
Based on potassium nitrate, the percentage for accounting for about cutting agent weight is 5%~25%, and slag former and alloying constituent account for about cutting agent weight
Percentage is 7%~20%.Burning type cutting cartridge is packed into cutting gun when cutting, cutting gun is held and is directed at cutting member, hit
The cutting cartridge fire in a stove before fuel is added is sent out, the fire in a stove before fuel is added lights detonator in bullet, and detonator lights cutting agent, pyrometallurgy melt and high pressure gas are generated,
Product sprays after the compression of nozzle cumulative, by steel construction piece local melting, realizes cutting.The cutting cartridge is mainly used for various steel knots
The quick thermal cutting of component and its imderwater cutting.The defect of the cutting cartridge is, the higher firer's member of sensitivity is contained in the device
The part fire in a stove before fuel is added, there are insecurity factor in storage and transportational process, which belongs to closely operation cutting, when component to be cut
When larger, cutting needs are not adapted to.
Utility model content
The purpose of this utility model is that in view of the deficiencies of the prior art, providing a kind of burning Steel section member directional cutting
Device, solve in the prior art use the higher firer's element fire in a stove before fuel is added of sensitivity, in storage and transportational process there are it is dangerous because
Element, without using remote-controlled operation, the problem that directionality is poor, energy consumption is high.
The technical solution adopted in the utility model is as follows.
A kind of burning Steel section member directional cutting device, it is characterised in that: including powder charge bucket, in powder charge bucket from bottom to top according to
It is secondary to be equipped with bottom stop sleeve, the top plate of circular in cross-section, cutting oxidant layer, igniting oxidant layer, the central axes of bottom stop sleeve and dress
The central axes of explosive barrel are overlapped；It is close to the radially inner peripheral surface of powder charge bucket in the outer radial periphery surface of top plate；Top plate is placed on bottom support
On sleeve；Bottom stop sleeve is placed on the bucket bottom of powder charge bucket；The top of powder charge bucket is equipped with salable powder charge bucket top opening
Top cover；The outer radial periphery surface of top cover is equipped with the fixation device for being fixed on top cover on object to be punched；On top cover
Vertically to cylindrical dielectric plug installation through-hole is equipped with, cylindrical dielectric plug, cylinder are installed in cylindrical dielectric plug installation through-hole
Vertically to equipped with top cover cylinder on shape insulating plug；The thickness of top cover cylinder is greater than the thickness of bottom stop sleeve；The top of top cover cylinder with to
Punching object is in contact；The bottom end of top cover cylinder is in contact with cylindrical dielectric plug；Center is equipped with two o'clock to cylindrical dielectric beyond the Great Wall
Thermoelectricity pole, two ignitors are connected with electric ignition device；Top cover is equipped with several hole punchings, and the top of each hole punching is located at top cover
On top surface, the top surface of each hole punching forms an annulus in the projection of horizontal plane, and the bottom end of each hole punching and cylindrical dielectric plug are pacified
Dress through-hole is connected and connectivity points are located at the top of cylindrical dielectric plug.
As optimal technical scheme, the inner surface of powder charge bucket is equipped with powder charge bucket high-temperature-resistant layer；In the inner peripheral surface of top cover
Equipped with top cover high-temperature-resistant layer；The inner peripheral surface of each hole punching is equipped with hole punching high-temperature-resistant layer.
As optimal technical scheme, the powder charge bucket high-temperature-resistant layer, top cover high-temperature-resistant layer, hole punching high-temperature-resistant layer are respectively
Powder charge bucket high-temperature-resistant layer made of ceramics, hole punching high-temperature-resistant layer made of top cover high-temperature-resistant layer, ceramics made of ceramics.As
Optimal technical scheme, the powder charge bucket high-temperature-resistant layer, top cover high-temperature-resistant layer, hole punching high-temperature-resistant layer are respectively dress made of graphite
Hole punching high-temperature-resistant layer made of top cover high-temperature-resistant layer, graphite made of explosive barrel high-temperature-resistant layer, graphite.
As optimal technical scheme, cylindrical dielectric is equipped with two mounting holes beyond the Great Wall, and two igniting are respectively provided in two mounting holes
Electrode, the bottom end of two ignitors is close to igniting oxidant layer.
As optimal technical scheme, vertically to a magnesium rod is equipped in powder charge bucket, the top of magnesium rod is located in igniting oxidant layer, magnesium
The bottom end of item is located in cutting oxidant layer.
As optimal technical scheme, top cover is threadedly coupled with the top of powder charge bucket.
As optimal technical scheme, cylindrical dielectric plug is cylinder made of cylindrical dielectric plug made of graphite or ceramics
Shape insulating plug.
As optimal technical scheme, the fixed device is several mounting ears being arranged on top cover, and each mounting ear passes through
Wirerope is connected with object to be punched.
As optimal technical scheme, the fixed device is several mounting ears being arranged on top cover, is set in each mounting ear
There is magnet.
As optimal technical scheme, the top surface of top cover is equipped with the object fixing groove to be punched of opening upwards, the top of top cover cylinder
Face is located in object fixing groove to be punched and is adapted with object fixing groove to be punched.
The beneficial effects of the utility model are: being equipped with bottom stop sleeve between top plate and bucket bottom, generated when cutting agent burns
Pressure rank be greater than the enabling capabilities of bottom stop sleeve, the failure of bottom stop sleeve, unreacted cutting agent continues to burn
Reaction, then, when the pressure rank that cutting agent burning generates is greater than the enabling capabilities of top cover cylinder, cylindrical dielectric plug is along cylindric
Insulating plug installation through-hole moves upwards, and exposes the hole punching on cylindrical dielectric plug installation through-hole, high temperature and pressure combustion product edge
Hole punching sprays, and each circular hole and the circular hole are gone out on object to be punched and forms a bigger circular ring shape
Hole, cylindrical dielectric plug complete cutting by pushing top cover cylinder that bigger circular ring shape hole inner part is released object to be punched.This
Utility model is greater than the thickness of bottom stop sleeve, makes to cut due to being equipped with bottom stop sleeve, the thickness of top cover cylinder between plate and bucket bottom
It cuts agent sufficient combustion reaction occurs and in turn avoids being changed into detonation, mainly by the heat discharged after thermite reaction by component
Burn through；The projection in horizontal plane on the top of each hole punching forms an annulus, and burning occurs for cutting instead with thermite in cutting agent
Based on high temperature and its high-temperature fusant product the fusing metal that should be generated, occurred with a large amount of carrier of oxygen of crossing that gas-forming agent generates with steel
Heat release is simultaneously formed supplemented by the oxidation reaction of low melting point oxide, blows molten metal off under lasting action of high-speed airflow and slag is real
It now cuts, in addition the thrust of top cover cylinder, can utilize ablation energy to greatest extent, there is low, the spy of good cutting effect of consuming energy
Point.The device of the utility model uses thermite, and combustion velocity is fast, and energy density is big, and ignition temperature is high, rate of cutting
Fastly, and priming system and high explosive are not used.Suitable for field or battlefield without electricity, without gas, without steel constructions various under appointed condition
The quick emergency thermal cutting of part and its imderwater cutting.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model burning one preferred embodiment of Steel section member directional cutting device.
Fig. 2 is the partial enlarged view of the part A of Fig. 1.
Fig. 3 is the schematic diagram that burning Steel section member directional cutting device shown in Fig. 1 is connect with an object to be punched.
Fig. 4 is the partial enlarged view of the part B of Fig. 3.
Fig. 5 is the schematic diagram after the cutting oxidant layer burning of burning Steel section member directional cutting device shown in Fig. 3.
Fig. 6 is the partial enlarged view of the C portion of Fig. 5.
Fig. 7 is a kind of structural schematic diagram of top cover.
Fig. 8 is the partial enlarged view of the part D of Fig. 7.
Fig. 9 is a kind of schematic diagram that burning Steel section member directional cutting device is connect with an object to be punched.
Figure 10 is the partial enlarged view of the part E of Fig. 9.
Figure 11 is that the high temperature and pressure melt flow stream that the hole punching of burning Steel section member directional cutting device shown in Fig. 9 sprays exists
Pore-forming schematic diagram is punched on object to be punched.
Figure 12 is a kind of schematic diagram that burning Steel section member directional cutting device is connect with an object to be punched.
Figure 13 is the partial enlarged view of the part F of Figure 12.
Figure 14 is the partial enlarged view of the part G of Fig. 5.
Wherein: powder charge bucket -1；Bucket bottom -2；Bottom stop sleeve -3；Top plate -4；Cut oxidant layer -5；Igniting oxidant layer -6；Top cover-
7；Cylindrical dielectric plug -8；Cylindrical dielectric plug installation through-hole -9；Top cover cylinder -10；Object fixing groove -11 to be punched；Ignition power
Pole -12；Electric ignition device -13；Hole punching -14；Fixed device -15；Powder charge bucket high-temperature-resistant layer -16；Top cover high-temperature-resistant layer -17；
Hole punching high-temperature-resistant layer -18；Magnesium rod -19；Object -20 to be punched；Magnet -21；Wirerope -22；Circular ring shape hole inner part -23.
Specific embodiment
In the following, being described further in conjunction with the accompanying drawings and embodiments to the utility model.
Embodiment 1.As shown in figures 1-8, a kind of burning Steel section member directional cutting device, it is characterised in that: including powder charge
Bucket 1 is successively arranged bottom stop sleeve 3, the top plate 4 of circular in cross-section, cutting oxidant layer 5, igniting agent in powder charge bucket 1 from bottom to top
Layer 6, the central axes of bottom stop sleeve 3 are overlapped with the central axes of powder charge bucket 1；It is close to powder charge bucket 1 in the outer radial periphery surface of top plate 4
Radially inner peripheral surface；Top plate 4 is placed on bottom stop sleeve 3；Bottom stop sleeve 3 is placed on the bucket bottom 2 of powder charge bucket 1；Powder charge
The top of bucket 1 is equipped with the open-topped top cover 7 of salable powder charge bucket 1；The outer radial periphery surface of top cover 7 is equipped with for inciting somebody to action
Top cover 7 is fixed on the fixation device 15 on object 20 to be punched；On top cover 7 vertically to be equipped with cylindrical dielectric plug installation through-hole 9,
Cylindrical dielectric plug 8 is installed, vertically to being equipped with top cover cylinder 10 on cylindrical dielectric plug 8 in cylindrical dielectric plug installation through-hole 9；
The thickness of top cover cylinder 10 is greater than the thickness of bottom stop sleeve 3；The top of top cover cylinder 10 is in contact with object 20 to be punched；Top cover cylinder
10 bottom end is in contact with cylindrical dielectric plug 8；Vertically to two ignitors 12 are equipped on cylindrical dielectric plug 8, two light a fire
Electrode 12 is connected with electric ignition device 13；Top cover 7 is equipped with several hole punchings 14.The top of each hole punching 14 is located at the top of top cover 7
On face.As shown in figure 11, the top surface of each hole punching 14 forms an annulus in the projection of horizontal plane.The bottom end of each hole punching 14 and circle
Column insulating plug installation through-hole 9 is connected and connectivity points are located at the top of cylindrical dielectric plug 8.Top cover cylinder 10, bottom stop sleeve 3
It is fabricated from iron.
Electric ignition device 13 is the high voltage spark ignition device of CN108627058A patent disclosure, including power supply, boosting
Device, two ignitors, two ignitors are mounted on an insulating plug.Oxidant layer 6 of lighting a fire is CN108627058A patent disclosure
Multicharge layer in detonating charge layer, the multicharge layer are the mixing of black powder, active metal powder, perchlorate
Object.The multicharge layer is divided into multicharge layer upper layer, multicharge layer lower layer from top to bottom, multicharge layer upper layer it is close
Degree range is 0.5~0.7g/cm3, the density range of multicharge layer lower layer is 0.7~0.9g/cm3；Multicharge layer upper layer
Top surface on the bottom end opening of ignitor mounting hole have the recess of an opening upwards, two ignitors are located at the recess
It is interior.Multicharge layer is black powder, active metal powder, perchlorate, nitrocotton according to mass ratio are 2.1:1.3:1:
0.05 mixture mixed.Cutting agent uses the cutting agent of Publication No. CN103182109A patent.Cutting agent composition
For CuO (- 200 mesh) 8%~12%, Fe2O3 (- 200 mesh) 45%~50%, Al (- 250 mesh) 18%~22%, KNO3 (-
100 mesh) 10%~15%, CaCO3 (- 100 mesh) 2%, Al2O3 (- 150 mesh) 1.5%, Cr2O3 (- 200 mesh) 1.5%, Ni (-
150 mesh) 5%~8%, Ti (- 100 mesh) 1% and micro constitutent.It is small in 120 DEG C of drying 2 after above-mentioned material difference ball milling sieving
When, it is uniformly mixed according to a ratio, cutting agent is formed by homemade molding machine.Through testing, as the long 120mm of powder charge bucket, outer diameter is
When 23mm, cutter device can be realized the cutting of 28mm thickness steel construction piece.Certainly, the present embodiment can also be using the prior art
Conventional thermite.
The inner peripheral surface of powder charge bucket 1 is equipped with powder charge bucket high-temperature-resistant layer 16；The inner peripheral surface of top cover 7 is equipped with the resistance to height of top cover
Warm layer 17；The inner peripheral surface of each hole punching 14 is equipped with hole punching high-temperature-resistant layer 18.
The powder charge bucket high-temperature-resistant layer 16, top cover high-temperature-resistant layer 17, hole punching high-temperature-resistant layer 18 are respectively made of ceramics
Top cover high-temperature-resistant layer 17 made of powder charge bucket high-temperature-resistant layer, ceramics, hole punching high-temperature-resistant layer 18 made of ceramics, alternatively, described
Powder charge bucket high-temperature-resistant layer 16, top cover high-temperature-resistant layer 17, hole punching high-temperature-resistant layer 18 are respectively powder charge bucket high temperature resistant made of graphite
Top cover high-temperature-resistant layer 17 made of layer, graphite, hole punching high-temperature-resistant layer 18 made of graphite.
Cylindrical dielectric plug 8 is equipped with two ignitor mounting holes, and two ignitors 12 are separately mounted to two ignitors
Mounting hole, the bottom end of two ignitors 12 is close to igniting oxidant layer 6.
Vertically to a magnesium rod 19 is equipped in powder charge bucket 1, the top of magnesium rod 19 is located in igniting oxidant layer 6, the bottom end of magnesium rod 19
In cutting oxidant layer 5.
Top cover 7 is threadedly coupled with the top of powder charge bucket 1.
Cylindrical dielectric plug 8 is cylindrical dielectric plug 8 made of cylindrical dielectric plug 8 made of graphite or ceramics.Wait rush
Cutting object 20 is metal tube or metallic rod.
The fixed device 15 is several mounting ears being arranged on top cover 7, each mounting ear by wirerope 22 with wait rush
Object 20 is cut to be connected.The cross section of object 20 to be punched is annular in shape.The top surface of top cover 7 is equipped with the object to be punched of opening upwards
Fixing groove 11, the top surface of top cover cylinder 10 are located in object fixing groove 11 to be punched and are adapted with object fixing groove 11 to be punched.
It when installation, first installs in 3 top plate 4 of bottom stop sleeve to powder charge bucket 1, is packed into cutting oxidant layer 5, igniting oxidant layer 6, peace
It fills top cover 7 and arrives powder charge bucket 1, cylindrical dielectric plug 8 is inserted into cylindrical dielectric plug installation through-hole 9, pacify to cylindrical dielectric plug
It fills through-hole 9 and is inserted into top cover cylinder 10, fix on top cover 7 to object 20 to be punched, device is started to work after igniting.
In the present embodiment: bottom stop sleeve 3 is equipped between top plate 4 and bucket bottom 2, when the pressure rank that cutting agent burning generates
Greater than the enabling capabilities of bottom stop sleeve 3, bottom stop sleeve 3 fails, and unreacted cutting agent continues that combustion reaction occurs, with
Afterwards, when the pressure rank that cutting agent burning generates is greater than the enabling capabilities of top cover cylinder 10, cylindrical dielectric plug 8 is along cylindrical dielectric
Plug installation through-hole 9 moves upwards, and exposes the hole punching 14 on cylindrical dielectric plug installation through-hole 9, high temperature and pressure melt flow stream edge
Hole punching 14 sprays, and as shown in figure 11, each circular hole and the circular hole composition is gone out on object 20 to be punched
One bigger circular ring shape hole, cylindrical dielectric plug 8 is by pushing top cover cylinder 10 to release bigger circular ring shape hole inner part 23
Object 20 to be punched completes cutting.The utility model due between plate 4 and bucket bottom 2 be equipped with bottom stop sleeve 3, top cover cylinder 10
Thickness is greater than the thickness of bottom stop sleeve 3, makes cutting agent that sufficient combustion reaction occur and in turn avoid being changed into detonation, mainly
The heat that discharges is by component burn through after thermite reaction；The projection in horizontal plane on the top of each hole punching 14 forms a circle
Ring, cutting are occurred with thermite in cutting agent based on high temperature and its high-temperature fusant product fusing metal that combustion reaction generates, with
Supplemented by a large amount of oxidation reactions crossed carrier of oxygen and steel generation heat release and form low melting point oxide that gas-forming agent generates, continuing
It blows molten metal under action of high-speed airflow off and slag realizes cutting, in addition the thrust of top cover cylinder 10, it can be sharp to greatest extent
With ablation energy, have consume energy it is low, the characteristics of good cutting effect.The device combustion reaction energy density of the utility model is big, combustion
It is high to burn temperature, rate of cutting is fast.Suitable for field or battlefield without electricity, without gas, without steel construction pieces various under the conditions of cutting equipment
Quickly emergency thermal cutting and its imderwater cutting.
Embodiment 2.As shown in figs. 9-10, the present embodiment and the difference of embodiment 1 are: the fixed device 15 is setting
Several mounting ears on top cover 7, each mounting ear are equipped with magnet 21.The cross section of object 20 to be punched is rectangle.Wait rush
Cutting object 20 is metal plate.
Embodiment 3.As illustrated by figs. 12-13, the present embodiment and the difference of embodiment 1 are: the fixed device 15 is to set
Several mounting ears on top cover 7 are set, each mounting ear is connected by wirerope 22 with object 20 to be punched.Object 20 to be punched
Cross section is rectangle.Object 20 to be punched is metal plate.
Embodiment enumerated above is not to described in the utility model only for understanding that the utility model is used
The restriction of technical solution, the those of ordinary skill in relation to field on the basis of the technical solution described in claim, can also make
A variety of variations or deformation out, all equivalent variations or deformation should all cover the utility model claims it
It is interior.Place is not described in detail for the utility model, is the well-known technique of those skilled in the art of the present technique.
Claims (10)
1. a kind of burning Steel section member directional cutting device, it is characterised in that: including powder charge bucket (1), in powder charge bucket (1) from it is lower to
On be successively arranged bottom stop sleeve (3), circular in cross-section top plate (4), cutting oxidant layer (5), igniting oxidant layer (6), bottom support
The central axes of sleeve (3) are overlapped with the central axes of powder charge bucket (1)；It is close to the diameter of powder charge bucket (1) in the outer radial periphery surface of top plate (4)
To inner peripheral surface；Top plate (4) is placed on bottom stop sleeve (3)；Bottom stop sleeve (3) is placed on the bucket bottom (2) of powder charge bucket (1)
On；The top of powder charge bucket (1) is equipped with the open-topped top cover of salable powder charge bucket (1) (7)；The outer radial periphery table of top cover (7)
Face is equipped with the fixation device (15) for being fixed on top cover (7) on object to be punched (20)；Vertically to being equipped on top cover (7)
Cylindrical dielectric plug installation through-hole (9), cylindrical dielectric plug installation through-hole (9) is interior to be equipped with cylindrical dielectric plug (8), cylindric
Vertically to equipped with top cover cylinder (10) on insulating plug (8)；The thickness of top cover cylinder (10) is greater than the thickness of bottom stop sleeve (3)；Top cover
The top of cylinder (10) is in contact with object to be punched (20)；The bottom end of top cover cylinder (10) is in contact with cylindrical dielectric plug (8)；Circle
Vertically to being equipped with two ignitors (12) on column insulating plug (8), two ignitors (12) are connected with electric ignition device (13)；
Top cover (7) is equipped with several hole punchings (14), and the top of each hole punching (14) is located on the top surface of top cover (7), each hole punching (14)
Top surface horizontal plane projection formed an annulus, bottom end and cylindrical dielectric plug installation through-hole (9) phase of each hole punching (14)
Connection and connectivity points are located at the top of cylindrical dielectric plug (8).
2. a kind of burning Steel section member directional cutting device as described in claim 1, it is characterised in that: powder charge bucket (1) it is interior
Perimeter surface is equipped with powder charge bucket high-temperature-resistant layer (16)；The inner surface of top cover (7) is equipped with top cover high-temperature-resistant layer (17)；Each hole punching
(14) inner peripheral surface is equipped with hole punching high-temperature-resistant layer (18).
3. a kind of burning Steel section member directional cutting device as claimed in claim 2, it is characterised in that: the resistance to height of powder charge bucket
Warm layer (16), top cover high-temperature-resistant layer (17), hole punching high-temperature-resistant layer (18) are respectively powder charge bucket high-temperature-resistant layer made of ceramics, pottery
Top cover high-temperature-resistant layer (17) made of porcelain, hole punching high-temperature-resistant layer (18) made of ceramics, alternatively, the powder charge bucket high-temperature-resistant layer
(16), top cover high-temperature-resistant layer (17), hole punching high-temperature-resistant layer (18) are respectively powder charge bucket high-temperature-resistant layer, graphite system made of graphite
At top cover high-temperature-resistant layer (17), hole punching high-temperature-resistant layer (18) made of graphite.
4. a kind of burning Steel section member directional cutting device as described in claim 1, it is characterised in that: cylindrical dielectric plug
(8) two mounting holes are equipped with, two ignitors (12) are separately mounted to two mounting holes, and near point is leaned in the bottom end of two ignitors (12)
Fiery oxidant layer (6).
5. a kind of burning Steel section member directional cutting device as described in claim 1, it is characterised in that: hang down in powder charge bucket (1)
Directly to a magnesium rod (19) are equipped with, the top of magnesium rod (19) is located in igniting oxidant layer (6), and the bottom end of magnesium rod (19) is located at cutting oxidant layer
(5) in.
6. a kind of burning Steel section member directional cutting device as described in claim 1, it is characterised in that: top cover (7) and powder charge
The top of bucket (1) is threadedly coupled.
7. a kind of burning Steel section member directional cutting device as described in claim 1, it is characterised in that: cylindrical dielectric plug
It (8) is cylindrical dielectric plug (8) made of cylindrical dielectric plug (8) made of graphite or ceramics.
8. a kind of burning Steel section member directional cutting device as described in claim 1, it is characterised in that: the fixed device
It (15) is several mounting ears being arranged on top cover (7), each mounting ear is connected by wirerope (22) with object to be punched.
9. a kind of burning Steel section member directional cutting device as described in claim 1, it is characterised in that: the fixed device
It (15) is several mounting ears being arranged on top cover (7), each mounting ear is equipped with magnet (21).
10. a kind of burning Steel section member directional cutting device as described in claim 1, it is characterised in that: the top surface of top cover (7)
The top surface of object fixing groove (11) to be punched equipped with opening upwards, top cover cylinder (10) is located on object fixing groove (11) to be punched
And it is adapted with object fixing groove (11) to be punched.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920098263.9U CN209716759U (en) | 2019-01-21 | 2019-01-21 | A kind of burning Steel section member directional cutting device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920098263.9U CN209716759U (en) | 2019-01-21 | 2019-01-21 | A kind of burning Steel section member directional cutting device |
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| Publication Number | Publication Date |
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| CN209716759U true CN209716759U (en) | 2019-12-03 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114838628A (en) * | 2022-05-05 | 2022-08-02 | 中国工程物理研究院流体物理研究所 | Energy gathering device for forming shaped projectile |
-
2019
- 2019-01-21 CN CN201920098263.9U patent/CN209716759U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114838628A (en) * | 2022-05-05 | 2022-08-02 | 中国工程物理研究院流体物理研究所 | Energy gathering device for forming shaped projectile |
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