CN2530756Y - Casting ladle lining vibrating shaping thermosetting device - Google Patents

Casting ladle lining vibrating shaping thermosetting device Download PDF

Info

Publication number
CN2530756Y
CN2530756Y CN 02234854 CN02234854U CN2530756Y CN 2530756 Y CN2530756 Y CN 2530756Y CN 02234854 CN02234854 CN 02234854 CN 02234854 U CN02234854 U CN 02234854U CN 2530756 Y CN2530756 Y CN 2530756Y
Authority
CN
China
Prior art keywords
heating
vibrator
curing
base plate
vibration moulding
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN 02234854
Other languages
Chinese (zh)
Inventor
刘建岭
陈辽源
丰文祥
牛俊高
苏树红
郝不景
王建勇
王建伟
谭兴无
刘岩
田德义
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
LI-ER REFRACTORY Co Ltd BEIJING
Original Assignee
LI-ER REFRACTORY Co Ltd BEIJING
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by LI-ER REFRACTORY Co Ltd BEIJING filed Critical LI-ER REFRACTORY Co Ltd BEIJING
Priority to CN 02234854 priority Critical patent/CN2530756Y/en
Application granted granted Critical
Publication of CN2530756Y publication Critical patent/CN2530756Y/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

Links

Images

Landscapes

  • Furnace Housings, Linings, Walls, And Ceilings (AREA)

Abstract

The utility model discloses a continuous casting middle integrated working lining vibrating and forming heating and solidifying structure. The utility model comprises a vibration inciting device, a vibrating device which comprises an upper and lower plate of the module tyre and a side plate, a gas heating system and an electric heating system. Compared with the prior art, the utility model has an even vibration and heating, a simple structure, a low cost, is safe and reliable to be operated, needs not to be repaired except the vibrating device and the motor, and has a long service life.

Description

A kind of tundish liner vibration moulding device that is heating and curing
The utility model relate to steel-making continuous casting tundish working lining the vibration moulding-system that is heating and curing, the particularly vibration moulding of conticaster tundish dry material working lining-device is heating and curing.
Continuous casting steel machine tundish working lining majority is a refractory coating both at home and abroad, adopts mechanically spraying and artificial smearing method construction; In recent years, begin to test the dry type material as working lining.The construction requirement of dry type material working lining is different with the former: the first, construction equipment will satisfy the vibration needs, and the air that is beneficial in the material is extruded, and makes material have certain density; The second, after vibration, though material has certain density, intensity not, therefore the demoulding at once requires this equipment can the Fast Heating material, material is solidified, and can cool off fast, is beneficial to deviate from the working lining after solidifying.
External at present report about dry type material construction equipment, its basic structure is a kind of coil of strip tube of particular design, working lining thickness and shape realize by adjusting the coil of strip tube, therefore adjust trouble, complex structure, manufacturing, maintenance cost height; Domestic (comprising external) dry type material vibration moulding equipment is fixing form vibrator on the mould tyre sidewall, the density that is easy to cause local material like this inhomogeneous with away from the material density in vibrator zone, to such an extent as to after the heating, working lining may produce localized cracks, influences working lining and uses; Simultaneously, working lining promptly must heat after vibration, and temperature is above 200 ℃, this moment vibrator or pull down, cooling protection is if dismounting certainly will cause the tired lock of loading and unloading, increase labour intensity, if protect, the one, cause this apparatus structure complexity, the 2nd, cause vibrator overheated easily, thereby reduced the service life of vibrator, and even vibrator is scrapped; And the mode of heating of this device is fuel heating (comprising that external heating means also are like this) with coal gas for adopting the burner that is placed in the device top, its deficiency, the one, because the burning of burner is a partial flame, and the shape of tundish also mostly is rectangular obform body, therefore is easy to produce the bigger temperature difference, is unfavorable for the even sclerosis of dry type material, in order to reduce the temperature difference, certainly will to increase the quantity of burner, so not only increase the cost of this device, and increase the difficulty of operation; The 2nd, even in order to guarantee temperature, the temperature difference is less relatively, can be rapidly heated simultaneously, and this device is generally made full-enclosed structure, and the coal gas colorless and odorless, this not only can increase operation easier, and has brought potential safety hazard.
The purpose of this utility model is to change the method for attachment and the mode of heating of existing vibrational structure and impeller, provide a kind of impeller dismounting easy, easy to maintenance, body vibration is even, and heating-up temperature is even, and simple, convenient, safe and reliable vibration moulding-device is heating and curing.
The technical solution of the utility model is, the vibration moulding mechanism of the vibration moulding of the dry type material-device that is heating and curing is made up of top board, base plate and the side plate of vibrator, mould tire, vibrator adopts two kinds of patterns, first kind of vibrator is made up of form vibrator, substrate, the biography girder steel etc. that shakes, earlier form vibrator is fixed on the substrate, on shaking girder steel, biography is provided with a corresponding groove, substrate can insert in this groove, the biography girder steel top that shakes is fixed on the top board of device, the bottom is connected on the base plate of device, the side plate of mould tire is connected with top board, base plate, constitutes an integral body; The vibration moulding mechanism that is made of this kind vibrator can use 2~6 biographies girder steel that shakes, and they are parallel to each other and vertically arrange, place 1 form vibrator and the rotation direction unanimity of these 2~6 form vibrators on the every girder steel; Second kind of vibrator is made up of eccentric block, main shaft, bearing block, shaft coupling, bearing, motor, thermal insulation layer etc., its upper shaft bearing is fixed on the top board of device, the bottom end bearing seat is connected on the base plate of device, the vibration moulding mechanism that is made of this kind impeller can use 2~6 these vibrators of cover, its main-shaft axis is parallel to each other and vertically arranges, and the rotation direction unanimity of main shaft; The device that is heating and curing can be to be the heater of fuel with coal gas, form by gas piping, burner, fire rod, ignition tube, air hose, valve, temperature element and instrument, arrange all gas pipings in bottom of device near mould sidewall plate place, being distributed with diameter on the pipeline is φ 4~14mm, spacing is that the fire hole of 50~500mm is as burner, be accompanied by coal gas burner and arranged fire rod, also has an ignition tube in addition, arrange air hose at the tundish inner chamber first half, the air hose lower end has row's aperture; The device that is heating and curing also can be an electric heater unit, is made up of electrothermal tube, insulation material and control instrument, and electrothermal tube is distributed in base plate and the mould sidewall plate place near device equably, deviates from base plate and mould sidewall plate direction is sealed with insulation material at it; According to the rectangular polymorphic structure of tundish, can be separated into 2~5 relatively independent zones, each zone all is provided with temperature element, controls respectively, is provided with manhole on each regional top board, and keeping to the side is distributed with air-vent.
Advantage of the present utility model is: the mounting or dismounting of the form vibrator of (1) first kind of vibrator only need be inserted and pull out and be got final product, therefore the dismounting maintenance of the vibrating mechanism that is made of this vibrator is simpler than prior art, because form vibrator can be pulled out this device when heating, the electric machine external of second kind of vibrator, therefore the corresponding prolongation in service life of vibrating mechanism also makes the designs simplification of this device simultaneously.(2) the outstanding body vibration of the vibrational structure of this device, be vibration that vibrator produces reach device on, on the lower plate, again by last, the side steel plate that lower steel plate drives whole device produces vibration, thereby the dry type material is vibrated, exhaust, also many vibrators of equidirectional rotation can be superimposed simultaneously, strengthen the exciting force of single unit system, in addition, the exciting force of second kind of vibrator can be adjusted, therefore its vibrating effect is better than existing adhesion type vibrating device far away, thereby the density of the dry type material working lining after the vibration moulding is more even, and the crackle that the baking back produces is few.(3) burner of coal gas mode of heating is simpler than prior art, cost is low, need not maintenance basically.(4) because the gas-fired system lights ignition tube earlier, again by ignition tube firing point lighted torch, feed coal gas at last again by fire rod all fire holes (burner) that ignite, add on this device top board and have manhole, keep to the side and have air-vent, so native system compared with prior art, good operation reliability, safe coefficient height.(5) Electric heating is easy to control temperature, and temperature difference minimum.
To sum up state 5 points, illustrate that this device can be good at satisfying the instructions for use of dry type material working lining, simultaneously because simple in structure, manufacturing cost is lower, except changing the vibrator once in a while, basically need not maintenance (comprising the maintenance of burner), saved the production maintenance cost greatly, improved operating efficiency, this device is simple to operate in addition, and is safe and reliable.
Below in conjunction with accompanying drawing the utility model is described in detail:
Fig. 1 looks schematic diagram for the related conticaster tundish dry material working lining vibration moulding-device master that is heating and curing of the utility model;
Fig. 2 for the utility model related the vibration moulding of conticaster tundish dry material working lining-the device schematic top plan view is heating and curing;
Fig. 3 is the related conticaster tundish dry material working lining vibration moulding of the utility model-device B-B section coal gas that is heating and curing heating schematic diagram;
Fig. 4 for the utility model related the vibration moulding of conticaster tundish dry material working lining-device B-B section electrical heating schematic diagram is heating and curing;
Fig. 5 for the utility model related the vibration moulding of conticaster tundish dry material working lining-the device schematic diagram is heating and curing;
As shown in Figure 1, conticaster tundish dry material working lining vibration moulding-dress is heating and curing The vibrating mechanism 23 of putting is made of first kind of vibrator 24, for form vibrator 4 passes through spiral shell Bolt and substrate 5 are fixing, and the upper end that passes the girder steel 9 that shakes links to each other its lower end and base plate with top board 8 10 is fixing, has manhole 7 on the top board 8, and plate 6 is with on the manhole cover by manhole cover. Fig. 2 illustrates Side temperature element 12, for burner 16 burning provides the gas pipe 11 of coal gas, be air hose 15 The snorkel 13 of air-supply. Fig. 3 shows gas heating system 25, and burner 16 is put in device The bottom is near mould sidewall plate 3, and what follow burner 16 is fire rod 17, and air hose 15 is put in dress The middle first half of putting has air-vent 14 on the top board 8, reach by heated mould sidewall plate 3 Base plate 10 is to reach the purpose of heating work lining 2. Shown in Fig. 4 is electric heating system 26: Permanent liner 1, working lining 2, mould sidewall plate 3, top board 8, heating chamber 18, electrothermal tube 19, Heat-insulation layer 20, inner casing 21, electric pipe holder 22. Shown in Fig. 5 is to be responsible for a task until it is completed in the middle of the conticaster The vibrating mechanism 23 of the formula material working lining vibration moulding-device that is heating and curing is by the second vibrator 24 consist of, and for the upper shaft bearing links to each other with top board 8, its bottom end bearing seat and base plate 10 are fixing, The outside is thermal insulation layer 33.
Embodiment:
The Shoudu Iron and Steel Co two steel-making Comcasts eight stream caster machine tundish dry material working lining vibration moulding-devices that are heating and curing are made up of vibrational system and heating system.Vibrating mechanism is made up of top board, base plate and the side plate of vibrator and this mould tire.Adopt two kinds of vibrator patterns, first kind of vibrator is earlier vibrating motor to be fixed on the substrate, on shaking girder steel, biography is provided with a corresponding groove, substrate can insert in this groove, be fixed on the top board of device and pass the girder steel top that shakes, the bottom is connected on the base plate of device, the side plate of mould tire and top board, base plate connects, constitute an integral body, second kind of vibrator is that its upper shaft bearing is fixed on the top board of device, the bottom end bearing seat is connected on the base plate of device, constitute an integral body with the side plate of mould tire, three groups of identical vibrators that are provided with the rotation direction unanimity on the tundish length direction center line are formed vibrational systems, to satisfy the needs of dry type material working lining vibration moulding, in the outside of every cover vibrating mechanism one deck thermal insulation layer are set.Heating system adopts the coal gas heating, according to the rectangular polymorphic structure of tundish, be separated into 3 relatively independent zones, each zone all is provided with burner and temperature element, controls respectively, be provided with manhole on each regional top board, keeping to the side is distributed with air-vent.Its burner is made up of the housing of burner, air hose, gas pipe, fire rod, valve, ignition tube and this device, arrange all gas pipings in bottom of device near mould sidewall plate place, be distributed with fire hole on the pipeline, diameter is φ 14mm, spacing is the burner of 300mm, is accompanied by coal gas burner and has arranged fire rod, also has an ignition tube in addition, arrange air hose at the tundish inner chamber first half, the air hose lower end has row's aperture.

Claims (5)

1, a kind of continuous casting tundish dry material working lining vibration moulding device that is heating and curing, it is characterized in that: vibration moulding mechanism (23) is by vibrator (24), the top board of mould tire (8), base plate (10) and side plate compositions such as (3), first kind of vibrator is by form vibrator (4), substrate (5), the biography girder steel (9) that shakes is formed, earlier form vibrator (4) is fixed on the substrate (5), on shaking girder steel (9), biography is provided with a corresponding groove, substrate (5) can insert in this groove, biography girder steel (9) top that shakes is fixed on the top board (8) of device, the bottom is connected on the base plate (10) of device, side plate of mould tire (3) and top board (8), base plate (10) connects into an integral body, second kind of vibrator (24) is by eccentric block (28), main shaft (27), bearing block (29), shaft coupling (30), bearing (31), motor (32) and thermal insulation layer compositions such as (33), its upper shaft bearing (29) is fixed on the top board (8) of device, bottom end bearing seat (29) is connected on the base plate (10) of device, side plate of mould tire (3) and top board (8), base plate (10) connects into an integral body, the device that is heating and curing (24) have with coal gas be fuel be heating and curing (25) and electrical heating is solidified (26) two kinds.
2, the vibration moulding according to claim 1 device that is heating and curing, it is characterized in that: the vibration moulding mechanism (23) that is made of first kind of vibrator (24) can use 2~6 biographies girder steel (9) that shakes, they are parallel to each other and vertically arrange, every girder steel (9) is gone up and is arranged 1 form vibrator (4), and the rotation direction unanimity of these 2~6 form vibrators (4), the vibration moulding mechanism (23) that is made of second kind of vibrator (24) can use 2~6 cover these vibrators (24), its main shaft (27) axis is parallel to each other and vertically arranges, the exciting force of every cover vibrator (24) all can be adjusted, and the rotation direction unanimity of main shaft (27).
3, the vibration moulding according to claim 1 device that is heating and curing, it is characterized in that: can be to be that the heater (25) of fuel is by gas piping (11) with coal gas, burner (16), fire rod (17), ignition tube, air hose (13), valve, temperature element (12) and instrument are formed, locate to arrange all gas pipings in bottom of device near mould sidewall plate (3), being distributed with diameter on the pipeline is φ 4~14mm, spacing is that the fire hole of 50~500mm is as burner (16), be accompanied by coal gas burner (16) and arranged fire rod (17), also has an ignition tube in addition, arrange air hose (13) at the tundish inner chamber first half, air hose (13) lower end has row's aperture.
4, the vibration moulding according to claim 1 device that is heating and curing, it is characterized in that: electrical heating solidification equipment (26) is made up of electrothermal tube (19), insulation material (20) and control instrument, electrothermal tube (19) is distributed in equably near the base plate (10) and the mould sidewall plate (3) of device and locates, and deviates from base plate (10) and mould sidewall plate (3) direction is sealed with insulation material (20) at it.
5, the vibration moulding according to claim 1 device that is heating and curing, it is characterized in that: according to the rectangular polymorphic structure of tundish, can be separated into 2~5 relatively independent zones, each zone all is provided with temperature element (12), control respectively, be provided with manhole (7) on each regional top board, keeping to the side is distributed with air-vent (14).
CN 02234854 2002-05-21 2002-05-21 Casting ladle lining vibrating shaping thermosetting device Expired - Fee Related CN2530756Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 02234854 CN2530756Y (en) 2002-05-21 2002-05-21 Casting ladle lining vibrating shaping thermosetting device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 02234854 CN2530756Y (en) 2002-05-21 2002-05-21 Casting ladle lining vibrating shaping thermosetting device

Publications (1)

Publication Number Publication Date
CN2530756Y true CN2530756Y (en) 2003-01-15

Family

ID=33709527

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 02234854 Expired - Fee Related CN2530756Y (en) 2002-05-21 2002-05-21 Casting ladle lining vibrating shaping thermosetting device

Country Status (1)

Country Link
CN (1) CN2530756Y (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114643351A (en) * 2022-05-19 2022-06-21 河北纵横集团丰南钢铁有限公司 Steel ladle for cleaning and transferring residual slag of weathering resistant steel liquid steel

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114643351A (en) * 2022-05-19 2022-06-21 河北纵横集团丰南钢铁有限公司 Steel ladle for cleaning and transferring residual slag of weathering resistant steel liquid steel
CN114643351B (en) * 2022-05-19 2022-07-22 河北纵横集团丰南钢铁有限公司 Steel ladle for cleaning and transferring residual slag of weathering resistant steel liquid steel

Similar Documents

Publication Publication Date Title
CN102228986A (en) Tundish with electromagnetic heating water gap
CN2530756Y (en) Casting ladle lining vibrating shaping thermosetting device
CN109654882A (en) A method of recycling cast waste sand is utilized based on compound roasting apparatus
CN1097662A (en) The heat treatment of metal casting and in-furnace sand regeneration
CN111195731B (en) Bottom hole type crucible induction melting gas atomization powder making device and method
CN107532849A (en) For active metal and the electric induction melting of alloy and holding furnace
CN104096794A (en) Hot reclaimation device for clay sand
CN209584300U (en) A kind of bell type annealing furnace
CN207622505U (en) A kind of smelting apparatus for wheel braking circle production
CN102021660A (en) Polysilicon crucible sintering furnace
CN104858365A (en) Integral casting production method of water-cooled furnace mouth
CN202106027U (en) Tundish with electromagnetic heating water gap
CN208644039U (en) A kind of novel low-pressure die casting plant
CN103949596A (en) Air heater
CN104722711B (en) Local cooling water spraying device for investment casting shell and preparation method of device
CN208779926U (en) A kind of mold preheating device
CN101634521B (en) Casting method of cast steel rotary furnace flue
JP6836035B2 (en) Casting machine mold preheating device
CN208151419U (en) A kind of environmentally friendly annealing furnace with waste heat processing function
CN204187980U (en) A kind of blast furnace
CN209565481U (en) A kind of casting mold apparatus of directional solidification
JPH06335933A (en) Powder slush molding apparatus
CN106523110A (en) Water-cooling exhaust pipe for natural gas engine not for vehicle
CN2270581Y (en) 1 kilogram hot box shell core machine
CN202155516U (en) Continuous casting dry type material vibration baking tundish pattern

Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
C19 Lapse of patent right due to non-payment of the annual fee
CF01 Termination of patent right due to non-payment of annual fee