CN2888283Y - Wind-cooling water-cooling drum slag cooler - Google Patents

Abstract

The utility model discloses a wind cooling roller sinter cooler, contains an outer cylinder(1), an inner cylinder(2) and a plurality of blades(3) fixed on the inner cylinder, inside the inner cylinder(2) is equipped with a sinter turnover device. The sinter turnover device is composed of at least a piece of cooling plate, on upper and lower sides of each cooling plate(4) is fixed with a plurality of sinter guide blades(5) and a water pipe(5) or a wind pipe(9), each cooling plate is fixed on or retained on the inner wall of the inner cylinder(2). The utility model improves the cooling effect in great extent, lowers the exhausted sinter temperature, increases sinter output greatly, and solves the sinter leakage. The utility model relates mainly applicable to the boiler sinter exhaust device and high temperature grains material cooling device in the industrial fields such as energy, environment, petroleum, chemistry, metallurgy, and etc.

Description

Air Water Cooled Cylindrical slag device

Technical field

The utility model relates to industrial circle boiler deslagging device, high-temperature particle material cooling devices such as being applied to the energy, environmental protection, oil, chemical industry, metallurgy, the cold two-layer cylinder slag cooler in especially a kind of louver board type geomantic omen.

Background technology

What at present, domestic circulating fluidized bed boiler slag cooler mainly adopted is two-layer cylinder formula slag cooler.But rolling-cylinder type slag-cooler is because the relatively large and stepless speed regulation of the cooling quantity of slag and generally being selected for use.The drum-type cooler mainly is to form cooling jacket by inner core and urceolus, in be fixed with helical blade.Warm sludge and cooling water reverse movement and carry out heat exchange in the slag cooler cylindrical shell rotary course, the cylindrical shell rotation is delivered to low-temperature zone with warm sludge from temperature end and forms cold slag:, there are following characteristics in present rolling-cylinder type slag-cooler: rolling-cylinder type slag-cooler is because relatively large, the long service life of the cooling quantity of slag has become domestic circulating fluidized bed boiler slag cooler main flow slag cooler.; The major defect of rolling-cylinder type slag-cooler is that tapping temperature is generally more than 200 degree, what rolling-cylinder type slag-cooler adopted at present is that inner core blade promotion material travels forward, material is in the middle of two blades, the ulking thickness height, become the cake shape half, material is very little with cooling tube wall contact area, causes the chilling temperature height; Because the rolling-cylinder type slag-cooler conveying capacity is restricted hardly, can satisfy the defeated slag requirement of large-scale cold slag machine fully.The key of large-scale cold slag machine development is to increase substantially cooling effect, thereby reaches the purpose that improves the cold quantity of slag.And the key of cold slag effect is the contact area and the time of reducing thickness of slag layer, increasing slag and tube wall; Rotary barrel and static slag case are association of activity and inertia and are located generally to leak slag.

Summary of the invention

The purpose of this utility model provides a kind of increase film-cooled heat, increases substantially cooling effect, reduces tapping temperature, significantly improves the quantity of slag, solves the Air Water Cooled Cylindrical slag device that leaks slag.

In order to achieve the above object, the following technical scheme of employing of the present utility model: a kind of Air Water Cooled Cylindrical slag device comprises on urceolus, inner core and the inner core being fixed with blade that inner core is provided with and turns over the slag device.This turns over the slag device and is divided into individual layer, bilayer, sandwich construction pattern, and this turns over the slag device and also can be in inner core be penetrated to the inner core width of cloth by the center and form quincunx.

The described slag device that turns over is made of a coldplate at least, is fixed with blade on the both sides up and down at every coldplate, and every coldplate is fixed or is installed on the inner core inwall.Individual layer is made up of a coldplate and is turned over the slag device, is fixed with blade on the coldplate both sides.Turn over the slag device double-deck the be made up of two coldplates, is fixed with blade on the coldplate both sides.Turn over the slag device double-deck the be made up of three or more coldplate, is fixed with blade on the coldplate both sides.

The described slag device that turns over is made of a coldplate at least, is fixed with blade and water pipe or airduct on the both sides up and down at every coldplate, and every coldplate is fixed or is installed on the inner core inwall.Individual layer is made up of a coldplate and is turned over the slag device, and both sides are fixed with water pipe on coldplate, water pipe water flowing or ventilation, and coldplate is fixed with blade on the both sides.Turn over the slag device double-deck the be made up of two coldplates, and both sides are fixed with water pipe on coldplate, water pipe water flowing or ventilation, and coldplate is fixed with blade on the both sides.Multilayer is made up of three or more coldplate and is turned over the slag device, and both sides are fixed with water pipe on coldplate, water pipe water flowing or ventilation, and coldplate is fixed with blade on the both sides.

The described slag device that turns over is made of a coldplate at least, and every coldplate is made a conventional jacket by two boards, is fixed with blade on the both sides up and down at chuck, and every coldplate is fixed or is installed on the inner core inwall.Individual layer is made up of a coldplate and is turned over the slag device, and coldplate is made the chuck of an integral body by two boards, and chuck water flowing or ventilation are fixed with blade on the both sides.Turn over the slag device double-deck the be made up of two coldplates, and coldplate is made the chuck of an integral body by two boards, and chuck water flowing or ventilation are fixed with blade on the both sides.Be made up of three or more coldplate in the multilayer and turn over the slag device, coldplate is made the chuck of an integral body by two boards, and chuck water flowing or ventilation are fixed with blade on the both sides.

The described slag device that turns over is made of three coldplates at least and forms the impeller shape, wherein a side of each coldplate is connected on the inner core central axis or on the water pipe on the central axis simultaneously, their opposite side is connected on the inner core inwall or is unsettled, is fixed with on the both sides up and down at every coldplate and leads the slag blade.When a side of each coldplate was connected on the inner core central axis simultaneously, their opposite side was connected on the inner core inwall or is unsettled; When a side of each coldplate was connected on the water pipe on the central axis simultaneously, their opposite side was connected on the inner core inwall or is unsettled.

The described slag device that turns over is made of three coldplates at least and forms the impeller shape, wherein a side of each coldplate is connected on the inner core central axis or on the water pipe on the central axis simultaneously, their opposite side is connected on the inner core inwall or is unsettled, is fixed with on the both sides up and down at every coldplate and leads slag blade and water pipe or airduct.When a side of each coldplate was connected on the inner core central axis simultaneously, their opposite side was connected on the inner core inwall or is unsettled; When a side of each coldplate was connected on the water pipe on the central axis simultaneously, their opposite side was connected on the inner core inwall or is unsettled.

The described slag device that turns over is made of three coldplates at least and forms the impeller shape, each coldplate is made a conventional jacket by two boards, about chuck, be fixed with on the both sides and lead the slag blade, wherein a side of each coldplate is connected on the inner core central axis or on the water pipe on the central axis simultaneously, their opposite side is connected on the inner core inwall or is unsettled, is fixed with on the both sides up and down at every coldplate and leads slag blade and water pipe or airduct.When a side of each coldplate was connected on the inner core central axis simultaneously, their opposite side was connected on the inner core inwall or is unsettled; When a side of each coldplate was connected on the water pipe on the central axis simultaneously, their opposite side was connected on the inner core inwall or is unsettled.

Described blade lean is installed on the coldplate.What blade played act as: the contact area that increases material (slag) and cooling surface improves heat transfer or prevents that the sliding friction of slag and cooling surface or guiding slag from travelling forward.

Described coldplate more than two is parastate to be fixed or is installed on the inner core inwall.

Described coldplate is installed on the inner core inwall by the coldplate supporting.

Described coldplate is made of one or more coldplates.

The slag input port of described inner core is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core.

Stretched into slag feed pipe in the slag input port of described inner core, gapped between slag feed pipe and the inner core inwall, on the circumferential wall of inner core slag input port, be connected with and dial the slag sheet, this group slag sheet and inner core form certain included angle.

Described slag feed pipe bottom is lower than the small-caliber end of leakproof slag device conical head.

A kind of collection louver board type of the utility model, wind and water cooling, the telescopic roller slag cooler of mesh space.On the rolling-cylinder type slag-cooler basis that it is made of jointly fixed blade on urceolus, inner core and the inner core, be provided with one or two or a plurality of slag device that turns over, film-cooled heat increased exponentially, and be connected with leakproof slag device at the slag input port of inner core at inner core.The described slag device that turns over is made of coldplate, can arrange water lines (polygon or water pipe structure) at the cylindrical shell center in addition.Can have blade or other device to be fixed on two faces of coldplate, and the shape inclination that has a certain degree, blade constitutes and resembles shutter board.Turning over the slag device maybe can extract for being fixed on the inner core.Turning over the slag device is single or multiple linking, and is fixed on the inner core.

Described leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the left port of inner core; Be fixed with group slag sheet that is tilted in certain angle with inner core with the slag feed pipe contact portion on inner core, slag feed pipe is separated by a distance with group slag sheet.When material when slag feed pipe drops on the inner core under by the gravity effect owing to have only certain clearance, can not all fall down, have only inner core to rotate, stir slag, just can enter how many slags of inner core by dialling the slag sheet, can not exceed the conical head small-caliber end, so can not leak slag.

Analyze the heat exchange of cold slag machine, mainly have four kinds of approach: the conduction heat transfer of slag and inwall; The inside and outside heat of inner core is transmitted; The conduction heat transfer in inner tank theca and water jacket boundary layer (water speed is zero); The heat convection of water.

Heat transfer rate depends on overall heat-transfer coefficient K

Overall heat-transfer coefficient: $\frac{1}{K}=\frac{1}{K1}+\frac{1}{K2}+\frac{1}{K3}+\frac{1}{\mathrm{<figure-callout\; id="4"\; label="K"\; filenames="Y20062003307200162.png,Y20062003307200163.png"\; state="\{\{state\}\}">K</figure-callout>}4}$

K is an overall heat-transfer coefficient; K1 is the heat transfer coefficient of slag and inwall; K2 is the heat transfer coefficient of inner core inwall and inner tank theca; K3 is the conduction heat transfer coefficient that inner tank theca adheres to detention layer (water speed is 0); K4 is the convective heat-transfer coefficient of detention layer and turbosphere water.

K2, K3 be by hot conduction technique as can be known: it is worth 10 ⁴W/m ²More than ℃; K4 is a convective heat-transfer coefficient, and the convective heat-transfer coefficient of water has hundreds of w/m ²℃.The heat transfer coefficient of K1 has only 1/50 of water convective heat-transfer coefficient, so the heat transfer coefficient of slag, is the 'bottleneck' restrictions factor that influences overall heat-transfer coefficient.

The main cause that the heat transfer coefficient of slag is lower is material in the middle of two blades, and the ulking thickness height becomes the cake shape half, and middle most material does not contact with heat transferring medium.Material contacts many more with heat transferring medium, the coefficient of heat transfer is high more, and it is fast more to conduct heat.

According to above-mentioned principle, this programme turns over the slag device what inner core was provided with that one or two or a plurality of coldplate form, and is fixed with similar square blade on inner core.When material turns over the slag device from what the inner core blade was translated into coldplate, face down from coldplate and to stir, and by a plurality of similar rectangular prerotation vane that is fixed on the coldplate, stir on the coldplate and stir next blade, until stirring on the inner core, blade is certain inclination angle, allows material move forward.When material from the inner core blade climb over coldplate turn over the slag device time, do not enter slag that coldplate turns over the slag device and stir under the blade heading of inner core and travel forward.In the contact process of coldplate and blade and material, heat to be taken away, material is a large amount of shedding in stirring process, fully contacts with air, takes away heat.When the slag that contacts with inner core is taken away heat by inner core.Material from the inner core blade with turn over slag device two and stir material, becomes a plurality of cooling surfaces by a cooling surface at inner core like this, and utilize air-cooled, four times even many times of the corresponding raisings of contact heat-exchanging area.Thereby improved heat exchange efficiency greatly, broken through the tapping temperature limit (about 200 degree) of cylinder type cold slag machine, reached below 100 degree, owing to kept the advantage of former rolling-cylinder type slag-cooler, the slag cooler life-span reached more than 10 years; In addition, (slag inlet place) is provided with conical head in the inner core left port, because end socket from inside to outside is inner conical, bore dwindles gradually, and it is small-bore that the slag feed pipe bottom is lower than conical head.When material when slag feed pipe drops on the inner core under by the gravity effect owing to have only certain clearance, can not all fall down, have only inner core to rotate, stir how many slags of slag, just can enter how many slags of inner core by dialling the slag sheet, can not exceed the conical head small-caliber end, so can not leak slag.Even slag spills when entering inner core like this,, thereby stop material to be revealed because the taper inclined ramp of end socket is higher than the height of material.

Description of drawings

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the A-A cutaway view of Fig. 1, and simultaneously it is first kind of embodiment turning over the slag device in the utility model (be made of turn over the slag device a coldplate);

Fig. 3 is the B-B cutaway view of Fig. 1;

Fig. 4 is second kind of embodiment turning over the slag device in the utility model (be made of turn over the slag device two coldplates);

Fig. 5 is the third embodiment (forming coldplate cooling dress by three or more coldplate) that turns over the slag device in the utility model;

Fig. 6 is the 4th kind of embodiment turning over the slag device in the utility model (be made up of a coldplate and turn over the slag device, both sides is fixed with water pipe on coldplate, water pipe water flowing or ventilation, coldplate is fixed with blade on the both sides);

Fig. 7 is the left view of Fig. 6;

Fig. 8 is the 5th kind of embodiment turning over the slag device in the utility model (two coldplates is formed and turned over the slag device, and both sides are fixed with water pipe on coldplate, water pipe water flowing or ventilation, coldplate is fixed with blade on the both sides);

Fig. 9 is the 6th kind of embodiment turning over the slag device in the utility model (be made up of three or more coldplate and turn over the slag device, both sides is fixed with water pipe on coldplate, water pipe water flowing or ventilation, coldplate is fixed with blade on the both sides);

Figure 10 is the 7th kind of embodiment turning over the slag device in the utility model (be made up of a coldplate and turn over the slag device, coldplate is made the chuck of an integral body by two boards, and chuck water flowing or ventilation are fixed with blade on the both sides);

Figure 11 is the left view of Figure 10;

Figure 12 is the 8th kind of embodiment turning over the slag device in the utility model (be made up of two coldplates and turn over the slag device, coldplate is made the chuck of an integral body by two boards, and chuck water flowing or ventilation are fixed with blade on the both sides);

Figure 13 is the 9th kind of embodiment turning over the slag device in the utility model (be made up of three or more coldplate and turn over the slag device, coldplate is made the chuck of an integral body by two boards, and chuck water flowing or ventilation are fixed with blade on the both sides);

Figure 14 is the tenth kind of embodiment that turns over the slag device in the utility model;

Figure 15 is the 11 kind of embodiment that turns over the slag device in the utility model;

Figure 16 is the 12 kind of embodiment that turns over the slag device in the utility model;

Figure 17 is the 13 kind of embodiment that turns over the slag device in the utility model;

Figure 18 is the 14 kind of embodiment that turns over the slag device in the utility model;

Figure 19 is the 15 kind of embodiment that turns over the slag device in the utility model.

The specific embodiment

Below in conjunction with embodiment the utility model is described

Embodiment 1:

Structure such as Fig. 1, Fig. 2, shown in Figure 3 of a kind of Air Water Cooled Cylindrical slag of the utility model device: mainly by being fixed with blade 3, coldplate 4 on urceolus 1, inner core 2 and the inner core, leading slag blade 5, coldplate supporting 6, slag feed pipe 7, dialling slag sheet 8 and constitute, wherein inner core 2 is provided with and turns over the slag device.The described slag device that turns over is made of a coldplate 4, is fixed with on the both sides about in the of 4 at coldplate and leads slag blade 5, leads slag blade 5 and tilts to be installed on the coldplate 4, and coldplate 4 is fixed or is installed on inner core 2 inwalls.The two ends of coldplate 4 are installed on inner core 2 inwalls by coldplate supporting 6.Slag input port at inner core 2 is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core 2.In the slag input port of inner core 2, stretched into slag feed pipe 7, gapped between slag feed pipe 7 and inner core 2 inwalls, on the circumferential wall of inner core 2 slag input ports, be connected with and dial slag sheet 8, this group slag sheet 8 forms certain included angle with inner core 2.Slag feed pipe 7 bottoms are lower than the small-caliber end of leakproof slag device conical head.

Embodiment 2:

A kind of Air Water Cooled Cylindrical slag of the utility model device structure such as Fig. 1, shown in Figure 4: mainly by being fixed with blade 3, coldplate 4 on urceolus 1, inner core 2 and the inner core, leading slag blade 5, coldplate supporting 6, slag feed pipe 7, dialling slag sheet 8 and constitute, wherein inner core 2 is provided with and turns over the slag device.The described slag device that turns over is made of two coldplates 4, is fixed with on the both sides about in the of 4 at every coldplate and leads slag blade 5, leads slag blade 5 and tilts to be installed on the coldplate 4, and coldplate 4 is parastate to be fixed or be installed on inner core 2 inwalls.The two ends of coldplate 4 are installed on inner core 2 inwalls by coldplate supporting 6.Slag input port at inner core 2 is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core 2.In the slag input port of inner core 2, stretched into slag feed pipe 7, gapped between slag feed pipe 7 and inner core 2 inwalls, on the circumferential wall of inner core 2 slag input ports, be connected with and dial slag sheet 8, this group slag sheet 8 forms certain included angle with inner core 2.Slag feed pipe 7 bottoms are lower than the small-caliber end of leakproof slag device conical head.

Embodiment 3:

A kind of Air Water Cooled Cylindrical slag of the utility model device structure such as Fig. 1, shown in Figure 5: mainly by being fixed with blade 3, coldplate 4 on urceolus 1, inner core 2 and the inner core, leading slag blade 5, coldplate supporting 6, slag feed pipe 7, dialling slag sheet 8 and constitute, wherein inner core 2 is provided with and turns over the slag device.The described slag device that turns over is made of three coldplates 4, is fixed with on the both sides about in the of 4 at every coldplate and leads slag blade 5, leads slag blade 5 and tilts to be installed on the coldplate 4, and coldplate 4 is parastate to be fixed or be installed on inner core 2 inwalls.The two ends of coldplate 4 are installed on inner core 2 inwalls by coldplate supporting 6.Slag input port at inner core 2 is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core 2.In the slag input port of inner core 2, stretched into slag feed pipe 7, gapped between slag feed pipe 7 and inner core 2 inwalls, on the circumferential wall of inner core 2 slag input ports, be connected with and dial slag sheet 8, this group slag sheet 8 forms certain included angle with inner core 2.Slag feed pipe 7 bottoms are lower than the small-caliber end of leakproof slag device conical head.

Embodiment 4:

A kind of Air Water Cooled Cylindrical slag of the utility model device structure such as Fig. 1, Fig. 6, shown in Figure 7: mainly by being fixed with blade 3, coldplate 4 on urceolus 1, inner core 2 and the inner core, leading slag blade 5, coldplate supporting 6, slag feed pipe 7, dialling slag sheet 8 and constitute, wherein inner core 2 is provided with and turns over the slag device.The described slag device that turns over is made of a coldplate 4, is fixed with on the both sides about in the of 4 at coldplate and leads slag blade 5 and water pipe 9 or airduct, leads slag blade 5 and tilts to be installed on the coldplate 4, and coldplate is fixed or is installed on inner core 2 inwalls.The two ends of coldplate 4 are installed on inner core 2 inwalls by coldplate supporting 6.Slag input port at inner core 2 is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core 2.In the slag input port of inner core 2, stretched into slag feed pipe 7, gapped between slag feed pipe 7 and inner core 2 inwalls, on the circumferential wall of inner core 2 slag input ports, be connected with and dial slag sheet 8, this group slag sheet 8 forms certain included angle with inner core 2.Slag feed pipe 7 bottoms are lower than the small-caliber end of leakproof slag device conical head.

Embodiment 5:

A kind of Air Water Cooled Cylindrical slag of the utility model device structure such as Fig. 1, shown in Figure 8: mainly by being fixed with blade 3, coldplate 4 on urceolus 1, inner core 2 and the inner core, leading slag blade 5, coldplate supporting 6, slag feed pipe 7, dialling slag sheet 8 and constitute, wherein inner core 2 is provided with and turns over the slag device.The described slag device that turns over is made of two coldplates 4, is fixed with on the both sides about in the of 4 at every coldplate and leads slag blade 5 and water pipe 9 or airduct, leads slag blade 5 and tilts to be installed on the coldplate 4, and coldplate 4 is parastate to be fixed or be installed on inner core 2 inwalls.The two ends of coldplate 4 are installed on inner core 2 inwalls by coldplate supporting 6.Slag input port at inner core 2 is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core 2.In the slag input port of inner core 2, stretched into slag feed pipe 7, gapped between slag feed pipe 7 and inner core 2 inwalls, on the circumferential wall of inner core 2 slag input ports, be connected with and dial slag sheet 8, this group slag sheet 8 forms certain included angle with inner core 2.Slag feed pipe 7 bottoms are lower than the small-caliber end of leakproof slag device conical head.

Embodiment 6:

A kind of Air Water Cooled Cylindrical slag of the utility model device structure such as Fig. 1, shown in Figure 9: mainly by being fixed with blade 3, coldplate 4 on urceolus 1, inner core 2 and the inner core, leading slag blade 5, coldplate supporting 6, slag feed pipe 7, dialling slag sheet 8 and constitute, wherein inner core 2 is provided with and turns over the slag device.The described slag device that turns over is made of three coldplates 4, is fixed with on the both sides about in the of 4 at every coldplate and leads slag blade 5 and water pipe 9 or airduct, leads slag blade 5 and tilts to be installed on the coldplate 4, and coldplate 4 is parastate to be fixed or be installed on inner core 2 inwalls.The two ends of coldplate 4 are installed on inner core 2 inwalls by coldplate supporting 6.Slag input port at inner core 2 is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core 2.In the slag input port of inner core 2, stretched into slag feed pipe 7, gapped between slag feed pipe 7 and inner core 2 inwalls, on the circumferential wall of inner core 2 slag input ports, be connected with and dial slag sheet 8, this group slag sheet 8 forms certain included angle with inner core 2.Slag feed pipe 7 bottoms are lower than the small-caliber end of leakproof slag device conical head.

Embodiment 7:

A kind of Air Water Cooled Cylindrical slag of the utility model device structure such as Fig. 1, Figure 10, shown in Figure 11: mainly by being fixed with blade 3, coldplate 4 on urceolus 1, inner core 2 and the inner core, leading slag blade 5, coldplate supporting 6, slag feed pipe 7, dialling slag sheet 8 and constitute, wherein inner core 2 is provided with and turns over the slag device.The described slag device that turns over is made of a coldplate 4, coldplate 4 is made a conventional jacket by two boards, be fixed with on the both sides about chuck and lead slag blade 5, lead slag blade 5 and tilt to be installed on the coldplate 4, coldplate 4 is parastate to be fixed or is installed on inner core 2 inwalls.The two ends of coldplate 4 are installed on inner core 2 inwalls by coldplate supporting 6.Slag input port at inner core 2 is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core 2.In the slag input port of inner core 2, stretched into slag feed pipe 7, gapped between slag feed pipe 7 and inner core 2 inwalls, on the circumferential wall of inner core 2 slag input ports, be connected with and dial slag sheet 8, this group slag sheet 8 forms certain included angle with inner core 2.Slag feed pipe 7 bottoms are lower than the small-caliber end of leakproof slag device conical head.

Embodiment 8:

A kind of Air Water Cooled Cylindrical slag of the utility model device structure such as Fig. 1, shown in Figure 12: mainly by being fixed with blade 3, coldplate 4 on urceolus 1, inner core 2 and the inner core, leading slag blade 5, coldplate supporting 6, slag feed pipe 7, dialling slag sheet 8 and constitute, wherein inner core 2 is provided with and turns over the slag device.The described slag device that turns over is made of two coldplates 4, every coldplate 4 is made a conventional jacket by two boards, be fixed with on the both sides about chuck and lead slag blade 5, lead slag blade 5 and tilt to be installed on the coldplate 4, coldplate 4 is parastate to be fixed or is installed on inner core 2 inwalls.The two ends of coldplate 4 are installed on inner core 2 inwalls by coldplate supporting 6.Slag input port at inner core 2 is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core 2.In the slag input port of inner core 2, stretched into slag feed pipe 7, gapped between slag feed pipe 7 and inner core 2 inwalls, on the circumferential wall of inner core 2 slag input ports, be connected with and dial slag sheet 8, this group slag sheet 8 forms certain included angle with inner core 2.Slag feed pipe 7 bottoms are lower than the small-caliber end of leakproof slag device conical head.

Embodiment 9:

A kind of Air Water Cooled Cylindrical slag of the utility model device structure such as Fig. 1, shown in Figure 13: mainly by being fixed with blade 3, coldplate 4 on urceolus 1, inner core 2 and the inner core, leading slag blade 5, coldplate supporting 6, slag feed pipe 7, dialling slag sheet 8 and constitute, wherein inner core 2 is provided with and turns over the slag device.The described slag device that turns over is made of three coldplates 4, every coldplate 4 is made a conventional jacket by two boards, be fixed with on the both sides about chuck and lead slag blade 5, lead slag blade 5 and tilt to be installed on the coldplate 4, coldplate 4 is parastate to be fixed or is installed on inner core 2 inwalls.The two ends of coldplate 4 are installed on inner core 2 inwalls by coldplate supporting 6.Slag input port at inner core 2 is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core 2.In the slag input port of inner core 2, stretched into slag feed pipe 7, gapped between slag feed pipe 7 and inner core 2 inwalls, on the circumferential wall of inner core 2 slag input ports, be connected with and dial slag sheet 8, this group slag sheet 8 forms certain included angle with inner core 2.Slag feed pipe 7 bottoms are lower than the small-caliber end of leakproof slag device conical head.

Embodiment 10:

A kind of Air Water Cooled Cylindrical slag of the utility model device structure such as Fig. 1, shown in Figure 14: mainly by being fixed with blade 3, coldplate 4 on urceolus 1, inner core 2 and the inner core, leading slag blade 5, coldplate supporting 6, slag feed pipe 7, dialling slag sheet 8 and constitute, wherein inner core 2 is provided with and turns over the slag device, the described slag device that turns over is made of three coldplates 4 and forms the impeller shape, wherein a side of each coldplate 4 is connected on inner core 2 central axis simultaneously, their opposite side is connected on inner core 2 inwalls or is unsettled, is fixed with on the both sides about in the of 4 at every coldplate and leads slag blade 5.Lead slag blade 5 and tilt to be installed on the coldplate 4, coldplate 4 is parastate to be fixed or is installed on inner core 2 inwalls.The two ends of coldplate 4 are installed on inner core 2 inwalls by coldplate supporting 6.Slag input port at inner core 2 is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core 2.In the slag input port of inner core 2, stretched into slag feed pipe 7, gapped between slag feed pipe 7 and inner core 2 inwalls, on the circumferential wall of inner core 2 slag input ports, be connected with and dial slag sheet 8, this group slag sheet 8 forms certain included angle with inner core 2.Slag feed pipe 7 bottoms are lower than the small-caliber end of leakproof slag device conical head.

Embodiment 11:

A kind of Air Water Cooled Cylindrical slag of the utility model device structure such as Fig. 1, shown in Figure 15: mainly by urceolus 1, be fixed with blade 3 on inner core 2 and the inner core, coldplate 4, lead slag blade 5, coldplate supporting 6, slag feed pipe 7, dialling slag sheet 8 constitutes, wherein inner core 2 is provided with and turns over the slag device, the described slag device that turns over is made of three coldplates 4 and forms the impeller shape, wherein a side of each coldplate 4 is connected on inner core 2 central axis simultaneously, their opposite side is connected on inner core 2 inwalls or is unsettled, is fixed with on the both sides about in the of 4 at every coldplate and leads slag blade 5 and water pipe 9 or airduct.Lead slag blade 5 and tilt to be installed on the coldplate 4, coldplate 4 is parastate, fixes or is installed on inner core 2 inwalls.The two ends of coldplate 4 are installed on inner core 2 inwalls by coldplate supporting 6.Slag input port at inner core 2 is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core 2.In the slag input port of inner core 2, stretched into slag feed pipe 7, gapped between slag feed pipe 7 and inner core 2 inwalls, on the circumferential wall of inner core 2 slag input ports, be connected with and dial slag sheet 8, this group slag sheet 8 forms certain included angle with inner core 2.Slag feed pipe 7 bottoms are lower than the small-caliber end of leakproof slag device conical head.

Embodiment 12:

A kind of Air Water Cooled Cylindrical slag of the utility model device structure such as Fig. 1, shown in Figure 16: mainly by urceolus 1, be fixed with blade 3 on inner core 2 and the inner core, coldplate 4, lead slag blade 5, coldplate supporting 6, slag feed pipe 7, dialling slag sheet 8 constitutes, wherein inner core 2 is provided with and turns over the slag device, the described slag device that turns over is made of three coldplates 4 and forms the impeller shape, wherein a side of each coldplate 4 is connected on the water pipe 9 on inner core 2 central axis simultaneously, their opposite side is connected on inner core 2 inwalls or is unsettled, is fixed with on the both sides about in the of 4 at every coldplate and leads slag blade 5.Lead slag blade 5 and tilt to be installed on the coldplate 4, coldplate 4 is parastate to be fixed or is installed on inner core 2 inwalls.The two ends of coldplate 4 are installed on inner core 2 inwalls by coldplate supporting 6.Slag input port at inner core 2 is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core 2.In the slag input port of inner core 2, stretched into slag feed pipe 7, gapped between slag feed pipe 7 and inner core 2 inwalls, on the circumferential wall of inner core 2 slag input ports, be connected with and dial slag sheet 8, this group slag sheet 8 forms certain included angle with inner core 2.Slag feed pipe 7 bottoms are lower than the small-caliber end of leakproof slag device conical head.

Embodiment 13:

A kind of Air Water Cooled Cylindrical slag of the utility model device structure such as Fig. 1, shown in Figure 17: mainly by urceolus 1, be fixed with blade 3 on inner core 2 and the inner core, coldplate 4, lead slag blade 5, coldplate supporting 6, slag feed pipe 7, dialling slag sheet 8 constitutes, wherein inner core 2 is provided with and turns over the slag device, the described slag device that turns over is made of three coldplates 4 and forms the impeller shape, wherein a side of each coldplate 4 is connected on the water pipe 9 on inner core 2 central axis simultaneously, their opposite side is connected on inner core 2 inwalls or is unsettled, is fixed with on the both sides about in the of 4 at every coldplate and leads slag blade 5 and water pipe 9 or airduct.Lead slag blade 5 and tilt to be installed on the coldplate 4, coldplate 4 is parastate to be fixed or is installed on inner core 2 inwalls.The two ends of coldplate 4 are installed on inner core 2 inwalls by coldplate supporting 6.Slag input port at inner core 2 is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core 2.In the slag input port of inner core 2, stretched into slag feed pipe 7, gapped between slag feed pipe 7 and inner core 2 inwalls, on the circumferential wall of inner core 2 slag input ports, be connected with and dial slag sheet 8, this group slag sheet 8 forms certain included angle with inner core 2.Slag feed pipe 7 bottoms are lower than the small-caliber end of leakproof slag device conical head.

Embodiment 14:

A kind of Air Water Cooled Cylindrical slag of the utility model device structure such as Fig. 1, shown in Figure 180: mainly by urceolus 1, be fixed with blade 3 on inner core 2 and the inner core, coldplate 4, lead slag blade 5, coldplate supporting 6, slag feed pipe 7, dialling slag sheet 8 constitutes, wherein inner core 2 is provided with and turns over the slag device, the described slag device that turns over is made of three coldplates 4 and forms the impeller shape, each coldplate 4 is made a conventional jacket by two boards, about chuck, be fixed with on the both sides and lead slag blade 5, wherein a side of each coldplate 4 is connected on inner core 2 central axis simultaneously, their opposite side is connected on inner core 2 inwalls or is unsettled, is fixed with on the both sides about in the of 4 at every coldplate and leads slag blade 5 and water pipe 9 or airduct.Lead slag blade 5 and tilt to be installed on the coldplate 4, coldplate 4 is parastate to be fixed or is installed on inner core 2 inwalls.The two ends of coldplate 4 are installed on inner core 2 inwalls by coldplate supporting 6.Slag input port at inner core 2 is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core 2.In the slag input port of inner core 2, stretched into slag feed pipe 7, gapped between slag feed pipe 7 and inner core 2 inwalls, on the circumferential wall of inner core 2 slag input ports, be connected with and dial slag sheet 8, this group slag sheet 8 forms certain included angle with inner core 2.Slag feed pipe 7 bottoms are lower than the small-caliber end of leakproof slag device conical head.

Embodiment 15:

A kind of Air Water Cooled Cylindrical slag of the utility model device structure such as Fig. 1, shown in Figure 19: mainly by urceolus 1, be fixed with blade 3 on inner core 2 and the inner core, coldplate 4, lead slag blade 5, coldplate supporting 6, slag feed pipe 7, dialling slag sheet 8 constitutes, wherein inner core 2 is provided with and turns over the slag device, the described slag device that turns over is made of three coldplates 4 and forms the impeller shape, each coldplate 4 is made a conventional jacket by two boards, about chuck, be fixed with on the both sides and lead slag blade 5, wherein a side of each coldplate 4 is connected on the water pipe 9 on inner core 2 central axis simultaneously, their opposite side is connected on inner core 2 inwalls or is unsettled, is fixed with on the both sides about in the of 4 at every coldplate and leads slag blade 5 and water pipe 9 or airduct.Lead slag blade 5 and tilt to be installed on the coldplate 4, coldplate 4 is parastate to be fixed or is installed on inner core 2 inwalls.The two ends of coldplate 4 are installed on inner core 2 inwalls by coldplate supporting 6.Slag input port at inner core 2 is connected with leakproof slag device, and leakproof slag device is a conical head, and the heavy caliber end of conical head is fixed on the slag input port of inner core 2.In the slag input port of inner core 2, stretched into slag feed pipe 7, gapped between slag feed pipe 7 and inner core 2 inwalls, on the circumferential wall of inner core 2 slag input ports, be connected with and dial slag sheet 8, this group slag sheet 8 forms certain included angle with inner core 2.Slag feed pipe 7 bottoms are lower than the small-caliber end of leakproof slag device conical head.

In the above-described embodiments, be fixed with blade or other similar device on the coldplate both sides, play anti-skidding, increase material contact area, the effect of shedding, material travelled forward.Coldplate can link for single or multiple, is fixed on the inner core.

Claims (10)

1, a kind of Air Water Cooled Cylindrical slag device comprises being fixed with blade (3) on urceolus (1), inner core (2) and the inner core that it is characterized in that: inner core (2) is provided with and turns over the slag device.

2, Air Water Cooled Cylindrical slag device according to claim 1, it is characterized in that: turn over the slag device coldplate in mountain (4) formation at least, be fixed with on the both sides up and down at every coldplate (4) and lead slag blade (5), every coldplate is fixed or is installed on inner core (2) inwall.

3, Air Water Cooled Cylindrical slag device according to claim 1, it is characterized in that: turn over the slag device and constitute by a coldplate (4) at least, be fixed with on the both sides up and down at every coldplate (4) and lead slag blade (5) and water pipe (9) or airduct, every coldplate is fixed or is installed on inner core (2) inwall.

4, Air Water Cooled Cylindrical slag device according to claim 1, it is characterized in that: turn over the slag device and constitute by a coldplate (4) at least, every coldplate (4) is made a conventional jacket by two boards, be fixed with on the both sides about chuck and lead slag blade (5), every coldplate is fixed or is installed on inner core (2) inwall.

5, Air Water Cooled Cylindrical slag device according to claim 1, it is characterized in that: turn over the slag device and form the impeller shape by three coldplates (4) formation at least, wherein a side of each coldplate (4) is connected on inner core (2) central axis or on the water pipe on the central axis (9) simultaneously, their opposite side is connected on inner core (2) inwall or is unsettled, is fixed with on the both sides up and down at every coldplate (4) and leads slag blade (5).

6, Air Water Cooled Cylindrical slag device according to claim 1, it is characterized in that: turn over the slag device and form the impeller shape by three coldplates (4) formation at least, wherein a side of each coldplate (4) is connected on inner core (2) central axis or on the water pipe on the central axis (9) simultaneously, their opposite side is connected on inner core (2) inwall or is unsettled, is fixed with on the both sides up and down at every coldplate (4) and leads slag blade (5) and water pipe (9) or airduct.

7, Air Water Cooled Cylindrical slag device according to claim 1, it is characterized in that: turn over the slag device and form the impeller shape by three coldplates (4) formation at least, each coldplate (4) is made a conventional jacket by two boards, about chuck, be fixed with on the both sides and lead slag blade (5), wherein a side of each coldplate (4) is connected on inner core (2) central axis or on the water pipe on the central axis (9) simultaneously, their opposite side is connected on inner core (2) inwall or is unsettled, is fixed with on the both sides up and down at every coldplate (4) and leads slag blade (5) and water pipe (9) or airduct.

8, according to claim 2 or 3 or 4 described Air Water Cooled Cylindrical slag devices, it is characterized in that: the coldplate more than two (4) is parastate to be fixed or is installed on inner core (2) inwall, and blade (5) tilts to be installed on the coldplate (4).

9, Air Water Cooled Cylindrical slag device according to claim 1, it is characterized in that: in the slag input port of inner core (2), stretched into slag feed pipe (7), gapped between slag feed pipe (7) and inner core (2) inwall, be connected with on the circumferential wall of inner core (2) slag input port and dial slag sheet (8), this group slag sheet (8) forms certain included angle with inner core (2).

10, according to claim 2 or 3 or 4 described Air Water Cooled Cylindrical slag devices, it is characterized in that: coldplate (4) is installed on inner core (2) inwall by coldplate supporting (6) two ends.

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