CN205852040U - A kind of blast-furnace tuyere inwall welder - Google Patents
A kind of blast-furnace tuyere inwall welder Download PDFInfo
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- CN205852040U CN205852040U CN201620638530.3U CN201620638530U CN205852040U CN 205852040 U CN205852040 U CN 205852040U CN 201620638530 U CN201620638530 U CN 201620638530U CN 205852040 U CN205852040 U CN 205852040U
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- blast
- furnace tuyere
- welder
- inwall
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Abstract
The utility model discloses a kind of blast-furnace tuyere inwall welder, including: the first fixed pedestal, support the collar, sense heater, induction coil, welding mechanism；Welding mechanism is arranged on the front of blast-furnace tuyere to be welded, described first fixed pedestal is arranged on the lower section of blast-furnace tuyere to be welded, support the collar to be fixed on the first fixed pedestal, support and be fixed with insulated heat bar on the collar, on insulated heat bar, alongst interval is fixed with multiple insulated heat sheet, induction coil is set in outside insulated heat bar, is a circle of induction coil between adjacent insulated heat sheet, and sensing heater is connected with induction coil.This utility model efficiently solves existing electric arc cladding high temperature wear resistant alloy material technology and is applied to the technical problem that during blast-furnace tuyere, during heating, safety is poor, and then the electric arc cladding high temperature wear resistant alloy material of highly effective and safe is to blast-furnace tuyere inwall.
Description
Technical field
This utility model relates to metallurgical equipment manufacturing technology field, particularly relates to a kind of blast-furnace tuyere inwall welder.
Background technology
Blast-furnace tuyere is a key spare parts during manUfaCtUre of pig iron produces, and blast-furnace tuyere is in the high temperature cupola well of more than 2000 DEG C
Radiation and convection of heat impact, the blast-furnace tuyere front end of inside bearing high-temperature region are also followed by liquid slag ferrum and the high speed of about 1500 DEG C
Washing away of the red-hot material of ring motion, by 900 DEG C～the hot blast of 1300 DEG C in blast-furnace tuyere, is subject to again in burn cycle district simultaneously
The infiltration to air port to strong Oxidation and trace element, is also ground by the high speed of coal dust under the conditions of this external coal injection
Damaging, these unfavorable factors all exacerbate the broken invalid of blast-furnace tuyere.And the broken invalid of blast-furnace tuyere causes smelting cost to increase
Add, quality reduces, and even needs to shut down replacing air port and causes blast fumance efficiency to decline.
At present, the main method using plasma thermal sprayed both at home and abroad, by powder or thread strengthening material at high temperature and high speed
Jet in melt, spray on the inside and outside wall of burner hearth side, air port formed strengthened coat.But it typically can be only formed machine with matrix
Tool combines, and in cooling procedure, can produce make both because coating is different from the thermal coefficient of expansion of matrix on both faying faces
The stress separated, and with the increase of coating layer thickness, this stress, by cumulative rises, eventually results in coating and is combined with tuyere body
Destroy and make both separate, therefore, it is difficult to obtain thick coating.And if spraying relatively shallow layer, because coating is relatively thin and hole is difficult to keep away
Exempt from, cause intensity not enough, it is difficult to the heat bearing high hot coal powder is washed away and fragile.The service life of blast-furnace tuyere is shorter.
Therefore propose in blast-furnace tuyere for blast-furnace tuyere actually used situation aborning and main failure forms
Wall uses the process of electric arc cladding high temperature wear resistant alloy material.Propose the material knot of " transition zone+surface layer abrasion-proof alloy "
Structure, carries out equidistant micro-hardness testing along molten long-pending direction to strengthening sample, and result shows that sample microhardness is hard along molten long-pending direction
Degree is incremented by gradient；Wear test shows, the wearability of skin-material structure is significantly larger than red copper at normal temperatures；Thermal shock resistance
Experimental result shows, the thermal shock resistance of sample is also much better than plasma spray coating process, it is seen that use electric arc cladding high-temperature wearable
The process of alloy material can effectively extend the service life of blast-furnace tuyere, but existing electric arc cladding high temperature wear resistant alloy
It is poor that material technology is applied to safety during blast-furnace tuyere inwall.
Utility model content
This utility model embodiment, by providing a kind of blast-furnace tuyere inwall welder, is applied to blast-furnace tuyere inwall
Carry out strengthening built-up welding high temperature wear resistant alloy material, efficiently solve existing electric arc cladding high temperature wear resistant alloy material technology and be applied to
The technical problem that during blast-furnace tuyere inwall, safety is poor.
This utility model embodiment provides a kind of blast-furnace tuyere inwall welder, including: the first fixed pedestal, support
The collar, senses heater, induction coil, welding mechanism；
Described welding mechanism is arranged on the front of blast-furnace tuyere to be welded, and described first fixed pedestal is arranged on described to be welded
Connecing the lower section of blast-furnace tuyere, the described support collar is fixed on described first fixed pedestal, the described support collar is fixed with absolutely
Edge heat insulating strip, on described insulated heat bar, alongst interval is fixed with multiple insulated heat sheet, described induction coil
Being set on described insulated heat bar, be a circle of described induction coil between adjacent described insulated heat sheet, described sensing adds
Hot device is connected with described induction coil.
Preferably, the length direction of described insulated heat bar is parallel to the axis of the described support collar.
Preferably, described blast-furnace tuyere inwall welder also includes air port fixed mechanism, described blast-furnace tuyere to be welded
It is fixed on the fixed mechanism of described air port.
Preferably, described air port fixed mechanism includes: rotary table base, rotatable platform, fastening base and air port pressure ring；Described
Rotatable platform is fixed on the rotation section of described rotary table base, and described fastening base is fixed on the table top of described rotatable platform, institute
Stating air port pressure ring to be set on described blast-furnace tuyere to be welded, described air port pressure ring is fixed on described fastening base by fixture
On, wherein, the center of described rotatable platform and the center superposition of described fastening base.
Preferably, the table top of described rotatable platform is provided with fixation clip, described fastening base has pressing plate draw-in groove,
Described fixation clip snaps in described pressing plate draw-in groove to fix described fastening base on the table top of described rotatable platform.
Preferably, the internal diameter of described air port pressure ring set is less than the external diameter of the big end of described blast-furnace tuyere to be welded.
Preferably, described welding mechanism includes: the second fixed pedestal, lift drive mechanism, advance and retreat drive mechanism, and column is even
Extension bar, column cage plate, column and welding gun holder；Described column is fixed on described second fixed pedestal, and described column connects
Bar is slidably connected on described column, and described lift drive mechanism is fixed in described column connecting rod, described advance and retreat driving machine
Structure is fixed on described column cage plate, and described column cage plate is connected in described column connecting rod, and described welding gun holder is fixed
In described advance and retreat drive mechanism.
Preferably, described lift drive mechanism includes: the first motor assembly, the first shaft coupling, screw rod, upper screw rod guide pin bushing,
Lower screw rod guide pin bushing；Described upper screw rod guide pin bushing is fixed on described column, and described lower screw rod guide pin bushing is fixed on described column connecting rod
On, described screw rod is arranged in described upper screw rod guide pin bushing and described lower screw rod guide pin bushing, and described first motor assembly is by described the
One shaft coupling is connected to the lower end of described screw rod.
Preferably, described advance and retreat drive mechanism includes: tooth bar, the second shaft coupling, the second motor assembly, gear；Described
Two motor assemblies are fixed on described column cage plate, and described gear is by described second shaft coupling with described second motor assembly even
Connecing, described gear is engaged with described tooth bar, and described welding gun holder is fixed on the end, one end of described tooth bar.
Preferably, described welding mechanism also includes: thermal infrared imager, thermal infrared imager connecting rod and thermal infrared imager pedestal；
Described thermal infrared imager pedestal is fixed on described column, and one end of described thermal infrared imager connecting rod is fixed on described infrared thermal imagery
On instrument pedestal, the other end of described thermal infrared imager connecting rod fixes described thermal infrared imager.
The one or more technical schemes provided in this utility model embodiment, at least have the following technical effect that or excellent
Point:
The blast-furnace tuyere inwall welder that this utility model embodiment provides: support the collar and be fixed on the first fixed pedestal
On, support on the collar and be fixed with insulated heat bar, on insulated heat bar alongst interval be fixed with multiple insulation every
Backing, induction coil is set on insulated heat bar, is a circle of induction coil between adjacent insulated heat sheet, senses heater
It is connected with induction coil.It is thus possible to prevent sense induction coil from connecing with the outer wall of blast-furnace tuyere to be welded by insulated heat bar
Touch, it is possible to be ensure that by insulated heat sheet the adjacent windings of induction coil does not contacts with each other, thus sense heater heating and treat
It can be avoided that cause short circuit accident during welding blast-furnace tuyere, it is ensured that blast-furnace tuyere to be welded is heated by safety.After heating
Again by the welding mechanism inner-wall reinforced built-up welding to blast-furnace tuyere, to efficiently solve existing electric arc cladding high temperature wear resistant alloy material
Material technique is applied to the technical problem that during blast-furnace tuyere, during heating, safety is poor, and then the electric arc cladding high temperature of highly effective and safe
Wear resistant alloy material is to blast-furnace tuyere inwall, it is ensured that the inwall good combination of blast-furnace tuyere wearing layer, and then is conducive to improving
The service life of blast-furnace tuyere.
Accompanying drawing explanation
In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, below will be to embodiment
Or the required accompanying drawing used is briefly described in description of the prior art, it should be apparent that, the accompanying drawing in describing below is only
It is embodiment of the present utility model, for those of ordinary skill in the art, on the premise of not paying creative work, also
Other accompanying drawing can be obtained according to the accompanying drawing provided.
Fig. 1 is the structural representation of blast-furnace tuyere inwall welder in this utility model embodiment；
Fig. 2 is the installation diagram of induction coil in this utility model embodiment；
Fig. 3 is the structural representation of air port fixed mechanism in this utility model embodiment；
Fig. 4, Fig. 5 are the structural representation of welding mechanism in this utility model embodiment.
Detailed description of the invention
For making the purpose of this utility model embodiment, technical scheme and advantage clearer, new below in conjunction with this practicality
Accompanying drawing in type embodiment, is clearly and completely described the technical scheme in this utility model embodiment, it is clear that retouched
The embodiment stated is a part of embodiment of this utility model rather than whole embodiments.Based on the enforcement in this utility model
Example, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into
The scope of this utility model protection.
This utility model embodiment provides a kind of blast-furnace tuyere inwall welder, is applied to blast-furnace tuyere inwall electric arc
The application scenarios of the strengthening materials such as cladding high temperature wear resistant alloy material.
With reference to shown in Fig. 1 and Fig. 2, the blast-furnace tuyere inwall welder that this utility model embodiment provides includes that first is solid
Determine pedestal 1, support the collar 2, sensing heater 3, induction coil 4 and welding mechanism 5.
Welding mechanism 5 is arranged on the front of blast-furnace tuyere 6 to be welded, and the first fixed pedestal 1 is arranged on blast furnace wind to be welded
The lower section of mouth 6, supports the collar 2 and is fixed on the first fixed pedestal 1, supports and is fixed with insulated heat bar 7 on the collar 2, in insulation
On heat insulating strip 7, alongst interval is fixed with multiple insulated heat sheet 8, and induction coil 4 is set in outside insulated heat bar 7,
Being a circle of induction coil 4 between adjacent insulated heat sheet 8, sensing heater 3 is connected with induction coil 4.
The wall contacts feeling induction coil 4 with blast-furnace tuyere 6 to be welded it is prevented from, by absolutely by insulated heat bar 7
Edge heat shield 8 ensure that the adjacent windings of induction coil 4 does not contacts with each other, thus heats height to be welded by sensing heater 3
It can be avoided that cause short circuit accident and cause short circuit accident during stove air port 6.
First fixed pedestal 1 is fixed with one or more support collar 2.First fixed pedestal 1 is fixed with one
Under the embodiment of the individual support collar 2, the middle part of insulated heat bar 7 is fixed on the support collar 2；On the first fixed pedestal 1
It is fixed with under two embodiments supporting the collar 2 and is respectively as follows: the front support collar and the rear support collar, the one of insulated heat bar 7
End end is fixed on the front support collar, and the other end end of insulated heat bar 7 is fixed on the front support collar.Fix first
It is fixed with on base 1 under three embodiments supporting the collar 2 and is respectively as follows: the front support collar, the middle support collar, rear support set
Ring.The end, one end of insulated heat bar 7 is fixed on the front support collar, and the other end end of insulated heat bar 7 is propped up after being fixed on
On support set ring, the middle part of insulated heat bar 7 is fixed on the middle support collar.
Support the collar 2 is shaped as annular or regular polygon, can be such as equilateral triangle, square, regular pentagon,
The length direction of insulated heat bar 7 is parallel to the axis supporting the collar 2.
Supporting and have heat insulating strip installing hole on the collar 2, insulated heat bar 7 is arranged on opened heat insulating strip peace on the support collar 2
In dress hole, insulated heat bar 7 is alongst spaced and has multiple rectangular slot, and insulated heat sheet 8 is inserted into rectangular slot
In, thus insulated heat sheet 8 is fixed on insulated heat bar 7.Certainly, in specific implementation process, insulated heat bar 7 is all right
Being fixed on the support collar 2 by fixture, insulated heat sheet 8 can also be fixed on insulated heat bar 7 by fixture.
Insulated heat bar 7 and insulated heat sheet 8 are the high-temperature insulation heat-barrier materials such as insulated electro wood chip, ceramic fibre.Sense
Answer heater 3 for high frequency induction heater.
Further, with reference to shown in Fig. 1, the blast-furnace tuyere inwall welder that this utility model embodiment provides also includes
Air port fixed mechanism.Air port fixed mechanism arranges the rear of blast-furnace tuyere 6 to be welded, and blast-furnace tuyere 6 to be welded is fixed on air port
On fixed mechanism.
In conjunction with reference to shown in Fig. 3, air port fixed mechanism includes rotary table base 9, rotatable platform 10, fastening base 11 and air port
Pressure ring 12.Wherein, rotating base 9 includes base body 9-1 and the rotation section 9-2 arranged on base body 9-1, rotation section 9-2
For vertical rotation direction.Rotatable platform 10 is fixed on the 9-2 of rotation section, and fastening base 11 is fixed on the table top of rotatable platform 10
On.
The internal diameter of air port pressure ring 12 is less than the external diameter of the big end of blast-furnace tuyere 6 to be welded, and air port pressure ring 12 is set in be welded
Connecing on blast-furnace tuyere 6, the big end of blast-furnace tuyere 6 to be welded is facing to fastening base 11, and air port pressure ring 12 is fixed on by fixture
On fastening base 11 such that it is able to blast-furnace tuyere 6 to be welded is pressed on fastening base 11.The center of rotatable platform 10 and fastening
The center superposition of substrate 11, it is thus possible to blast furnace wind 6 to be welded is strained and fixed at the center of rotatable platform 10, only can be flat with rotating
The rotation of platform 10 is without changing position.
Concrete, the table top of rotatable platform 10 is provided with fixation clip 13, fixation clip 13 snaps on fastening base 11
In the pressing plate draw-in groove opened, thus fixing fastening base 11 is on the table top of rotatable platform 10.Endoporus is had on fastening base 11,
The big end of blast-furnace tuyere 6 to be welded is arranged on fastening base 11 in opened endoporus.Such as, rotatable platform 10 is put down for disc
Platform, then the home position of disc platform is fixed on the 9-2 of rotation section, and fastening base 11 is to arrange with disc platform concentric
Annulus substrate.Circumferencial direction at disc platform has been evenly arranged multiple fixation clip 13.Along circle on annulus substrate
What circumferential direction was corresponding have multiple pressing plate draw-in groove, the center superposition of the center of rotatable platform 10 and fastening base 11 is placed and will consolidate
Fixed pressuring plate 13 snaps in corresponding pressing plate draw-in groove, thus fixing fastening base 11 is on the table top of rotatable platform 10.Concrete, annulus
The endoporus of substrate coordinates or interference fits with the big end interval of blast-furnace tuyere 6 to be welded, thus blast-furnace tuyere to be welded 6 is positioned at
In the endoporus of annulus substrate.
Concrete, fixture is fastening bolt, the most uniformly has multiple screwed hole on fastening base 11,
Air port pressure ring 12 correspondence has multiple through hole, screws a fastening bolt respectively, treat on fastening base 11 on opened screwed hole
After the big end of welding blast-furnace tuyere 6 is arranged at the endoporus of fastening base 11, air port pressure ring 12 is along outside blast-furnace tuyere 6 to be welded
Wall is set on blast-furnace tuyere 6 to be welded, and the through hole correspondence simultaneously opened on air port pressure ring 12 is enclosed within fastening bolt, tightly
On fixing bolt, tightening nut is fixed.
With reference to shown in Fig. 4 and Fig. 5, welding mechanism 5 includes: lift drive mechanism, advance and retreat drive mechanism, the second fixed pedestal
14, column connecting rod 15, column cage plate 16, column 17 and welding gun holder 18.Wherein, column 17 be vertically fixed on second fix
On pedestal 14, column connecting rod 15 is slidably connected on column 17, and lift drive mechanism is fixed in column connecting rod 15, retreats
Drive mechanism is fixed on column cage plate 16, and column cage plate 16 is connected in column connecting rod 15.Welding gun holder 18 is fixed on
In advance and retreat drive mechanism 17.Thus by the lift drive mechanism of above-mentioned welding mechanism 5 can drive column connecting rod 15 along
Column up-down moves；Welding gun holder 18 level can be driven to retreat by the advance and retreat drive mechanism of above-mentioned welding mechanism 5 to move,
Therefore the clamping welding gun 32 on welding gun holder 18 can complete elevating movement and motion of retreating, and meets and welds blast-furnace tuyere to be welded
The motion requirement of 6 inwalls.
Concrete, lift drive mechanism, including: the first motor assembly 19, the first shaft coupling 20, screw rod 21, upper screw rod is led
Set 22 and lower screw rod guide pin bushing 23.Upper screw rod guide pin bushing 22 is fixed on column 17, and lower screw rod guide pin bushing 23 is fixed on column connecting rod 15
On, screw rod 21 is arranged in screw rod guide pin bushing 22 and lower screw rod guide pin bushing 23, and the first motor assembly 19 is by the first shaft coupling 20 even
It is connected on the lower end of screw rod 21.Thus by, under the guide effect of screw rod 21, driving column connecting rod by the first motor assembly 19
Advance and retreat drive mechanism fixing on column cage plate 16 fixing on 15 and column cage plate 16 and welding gun holder 18 are along 17 liters of column
Fall.
Concrete, advance and retreat drive mechanism includes: tooth bar 24, the second shaft coupling 25, the second motor assembly 26 and gear 27.The
Two motor assemblies 26 are fixed on column cage plate 16, and gear 27 is connected with the second motor assembly 26 by the second shaft coupling 25, tooth
Wheel 27 is engaged with tooth bar 24, and welding gun holder 18 is connected to the end, one end of tooth bar 24.Tooth is driven by the second motor assembly 26
Wheel 27 and the welding gun 32 of clamping on the motion of tooth bar 24 structure, welding gun holder 18 can be retreated motion with tooth bar 24.
Being further fixed on tooth bar tracks 28 on column cage plate 16, tooth bar 24 is transported along tooth bar tracks 28
Dynamic.
What the second motor assembly 26 was servomotor with reduction box is integrated, or be frequency conversion motor with converter integrated；With
Sample, what the first motor assembly 19 was servomotor with reduction box is integrated, or be frequency conversion motor with converter integrated.
Further, welding mechanism 5 also includes: thermal infrared imager 29, thermal infrared imager connecting rod 30 and thermal infrared imager base
Seat 31.Thermal infrared imager pedestal 31 is fixed on column 17, and one end of thermal infrared imager connecting rod 30 is fixed on thermal infrared imager base
On seat 31, the other end of thermal infrared imager connecting rod 30 fixes thermal infrared imager 29.
Concrete, thermal infrared imager connecting rod 30 includes that many connecting rods are sequentially connected with and lock, and the connecting rod of head end is fixed
On thermal infrared imager pedestal 31, thermal infrared imager 29 is fixed in the connecting rod of end such that it is able to can be by rotating each company
Extension bar realizes adjusting the attitude of thermal infrared imager 29, it is ensured that thermal infrared imager 29 can be clearly captured blast-furnace tuyere 6 to be welded
Bulk temperature situation.
Below, installation step and the application process to the blast-furnace tuyere inwall welder that this utility model embodiment provides
It is illustrated:
Installation step includes:
Step one, adjustment rotary table base 9 make the table top of rotatable platform 10 be in horizontal plane, and are placed by fastening base 11
On the table top of rotatable platform 10, make the center of fastening base 11 and the center superposition of rotatable platform 10.
Step 2, by fixation clip 13, fastening base 11 is fixed on turntable platform 3.
Step 3, holding blast-furnace tuyere 5 to be welded down greatly, be vertically placed in the endoporus of fastening base 11, simultaneously
Fastening bolt is tightened in the screwed hole being distributed uniformly and circumferentially of fastening base 11.
Step 4, air port pressure ring 12 is nested in fastening bolt along the sidewall of blast-furnace tuyere 6 to be welded after use nut
Fastening, thus also blast-furnace tuyere 6 to be welded is fixed on turntable while air port pressure ring 12 and fastening base 11 being firmly locked
On platform 10, the rotation section 9-2 adjusting rotary table base 9 is in vertical plane with the table top adjusting rotatable platform 10.
Step 4, startup induction heating apparatus 3 carry out heating operation to 600 DEG C to blast-furnace tuyere 6 to be welded.
Application process comprises the steps: by PLC (Programmable Logic Controller, FPGA
Controller) control welding mechanism 5 move so that the head of welding gun 32 is positioned at the inwall leading portion of blast-furnace tuyere 6 to be welded inward
Weld start position at 200mm；Then the strengthening heap of blast-furnace tuyere 6 inwall to be welded is carried out by welding direction from the inside to surface
Weldering process, wherein: being often soldered together, rotatable platform 10 is rotated in the clockwise direction a fixed angle, proceeds lower one
Welding, until completing the built-up welding strengthening process to blast-furnace tuyere 6 inwall to be welded.
By the one or more technical schemes provided in above-mentioned this utility model embodiment, at least there is following technology effect
Fruit or advantage:
The blast-furnace tuyere inwall welder that this utility model embodiment provides: support the collar and be fixed on the first fixed pedestal
On, support on the collar and be fixed with insulated heat bar, on insulated heat bar alongst interval be fixed with multiple insulation every
Backing, induction coil is set on insulated heat bar, is a circle of induction coil between adjacent insulated heat sheet, senses heater
It is connected with induction coil.It is thus possible to prevent sense induction coil from connecing with the outer wall of blast-furnace tuyere to be welded by insulated heat bar
Touch, it is possible to be ensure that by insulated heat sheet the adjacent windings of induction coil does not contacts with each other, thus sense heater heating and treat
It can be avoided that cause short circuit accident during welding blast-furnace tuyere, it is ensured that blast-furnace tuyere to be welded is heated by safety.After heating
Again by the welding mechanism inner-wall reinforced built-up welding to blast-furnace tuyere, to efficiently solve existing electric arc cladding high temperature wear resistant alloy material
Material technique is applied to the technical problem that during blast-furnace tuyere, during heating, safety is poor, and then the electric arc cladding high temperature of highly effective and safe
Wear resistant alloy material is to blast-furnace tuyere inwall, it is ensured that the inwall good combination of blast-furnace tuyere wearing layer, and then is conducive to improving
The service life of blast-furnace tuyere.
Although having been described for preferred embodiment of the present utility model, but those skilled in the art once knowing substantially
Creative concept, then can make other change and amendment to these embodiments.So, claims are intended to be construed to bag
Include preferred embodiment and fall into all changes and the amendment of this utility model scope.
Obviously, those skilled in the art can carry out various change and modification without deviating from this practicality to this utility model
Novel spirit and scope.So, if of the present utility model these amendment and modification belong to this utility model claim and
Within the scope of its equivalent technologies, then this utility model is also intended to comprise these change and modification.
Claims (10)
1. a blast-furnace tuyere inwall welder, it is characterised in that including: the first fixed pedestal, supports the collar, sensing heating
Device, induction coil, welding mechanism；
Described welding mechanism is arranged on the front of blast-furnace tuyere to be welded, and described first fixed pedestal is arranged on described height to be welded
The lower section in stove air port, the described support collar is fixed on described first fixed pedestal, the described support collar is fixed with insulation every
Hot bar, on described insulated heat bar, alongst interval is fixed with multiple insulated heat sheet, and described induction coil is sheathed
On described insulated heat bar, it is a circle of described induction coil between adjacent described insulated heat sheet, described sensing heater
It is connected with described induction coil.
2. blast-furnace tuyere inwall welder as claimed in claim 1, it is characterised in that the length side of described insulated heat bar
To the axis being parallel to the described support collar.
3. blast-furnace tuyere inwall welder as claimed in claim 1, it is characterised in that described blast-furnace tuyere inwall welding dress
Putting and also include air port fixed mechanism, described blast-furnace tuyere to be welded is fixed on the fixed mechanism of described air port.
4. blast-furnace tuyere inwall welder as claimed in claim 3, it is characterised in that described air port fixed mechanism includes:
Rotary table base, rotatable platform, fastening base and air port pressure ring；
Described rotatable platform is fixed on the rotation section of described rotary table base, and described fastening base is fixed on the platform of described rotatable platform
On face, described air port pressure ring is set on described blast-furnace tuyere to be welded, and described air port pressure ring is fixed on described by fixture
On fastening base, wherein, the center of described rotatable platform and the center superposition of described fastening base.
5. blast-furnace tuyere inwall welder as claimed in claim 4, it is characterised in that set on the table top of described rotatable platform
Being equipped with fixation clip, described fastening base has pressing plate draw-in groove, described fixation clip snaps in described pressing plate draw-in groove with fixing
Described fastening base is on the table top of described rotatable platform.
6. blast-furnace tuyere inwall welder as claimed in claim 4, it is characterised in that the internal diameter of described air port pressure ring set is little
External diameter in the big end of described blast-furnace tuyere to be welded.
7. blast-furnace tuyere inwall welder as claimed in claim 1, it is characterised in that described welding mechanism includes: second
Fixed pedestal, lift drive mechanism, advance and retreat drive mechanism, column connecting rod, column cage plate, column and welding gun holder；
Described column is fixed on described second fixed pedestal, and described column connecting rod is slidably connected on described column, described
Lift drive mechanism is fixed in described column connecting rod, and described advance and retreat drive mechanism is fixed on described column cage plate, described
Column cage plate is connected in described column connecting rod, and described welding gun holder is fixed in described advance and retreat drive mechanism.
8. blast-furnace tuyere inwall welder as claimed in claim 7, it is characterised in that described lift drive mechanism includes:
First motor assembly, the first shaft coupling, screw rod, upper screw rod guide pin bushing, lower screw rod guide pin bushing；
Described upper screw rod guide pin bushing is fixed on described column, and described lower screw rod guide pin bushing is fixed in described column connecting rod, described
Screw rod is arranged in described upper screw rod guide pin bushing and described lower screw rod guide pin bushing, and described first motor assembly passes through described first shaft coupling
It is connected to the lower end of described screw rod.
9. blast-furnace tuyere inwall welder as claimed in claim 7, it is characterised in that described advance and retreat drive mechanism includes:
Tooth bar, the second shaft coupling, the second motor assembly, gear；
Described second motor assembly is fixed on described column cage plate, and described gear passes through described second shaft coupling and described second
Motor assembly connects, and described gear is engaged with described tooth bar, and described welding gun holder is fixed on the end, one end of described tooth bar.
10. blast-furnace tuyere inwall welder as claimed in claim 7, described welding mechanism also includes: thermal infrared imager, red
Outer thermal imaging system connecting rod and thermal infrared imager pedestal；
Described thermal infrared imager pedestal is fixed on described column, and one end of described thermal infrared imager connecting rod is fixed on described infrared
On thermal imaging system pedestal, the other end of described thermal infrared imager connecting rod fixes described thermal infrared imager.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620638530.3U CN205852040U (en) | 2016-06-23 | 2016-06-23 | A kind of blast-furnace tuyere inwall welder |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620638530.3U CN205852040U (en) | 2016-06-23 | 2016-06-23 | A kind of blast-furnace tuyere inwall welder |
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| CN205852040U true CN205852040U (en) | 2017-01-04 |
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| CN201620638530.3U Expired - Fee Related CN205852040U (en) | 2016-06-23 | 2016-06-23 | A kind of blast-furnace tuyere inwall welder |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112481614A (en) * | 2020-12-09 | 2021-03-12 | 上海大学 | Clamping device and clamping method for blast furnace tuyere small sleeve |
| CN114480764A (en) * | 2021-12-28 | 2022-05-13 | 上海大学 | Preparation method and system of blast furnace tuyere with heat insulation coating |
-
2016
- 2016-06-23 CN CN201620638530.3U patent/CN205852040U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112481614A (en) * | 2020-12-09 | 2021-03-12 | 上海大学 | Clamping device and clamping method for blast furnace tuyere small sleeve |
| CN112481614B (en) * | 2020-12-09 | 2023-03-31 | 上海大学 | Clamping device and clamping method for blast furnace tuyere small sleeve |
| CN114480764A (en) * | 2021-12-28 | 2022-05-13 | 上海大学 | Preparation method and system of blast furnace tuyere with heat insulation coating |
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