CN207816008U - Cooling kiln - Google Patents
Cooling kiln Download PDFInfo
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- CN207816008U CN207816008U CN201820090192.3U CN201820090192U CN207816008U CN 207816008 U CN207816008 U CN 207816008U CN 201820090192 U CN201820090192 U CN 201820090192U CN 207816008 U CN207816008 U CN 207816008U
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Abstract
The utility model is related to a kind of cooling devices, especially cooling kiln, including revolving drum, feed chute, water inlet/outlet device, cooling device and tumbler；Revolving drum is mounted on rotation seat, and tumbler drives revolving drum to be rotated around the axis of revolving drum, and feed chute is mounted on feed end；Revolving drum is two layered cylinder, including outer barrel and inner cylinder, is cooling-water duct between outer barrel and inner cylinder, and the both ends of outer barrel are connect with water inlet/outlet device respectively, and water inlet/outlet device makes cooling water enter from one end of outer barrel, are flowed out from the other end；Water inlet/outlet device is connect with cooling device, the high-temperature water that cooling device cooling comes out from cooling-water duct；The inside of inner cylinder is equipped with deflector, the setting of deflector spiral, and deflector extends to discharge end from the feed end of revolving drum；The both ends of revolving drum are respectively arranged with kiln head cover, and the bottom of kiln head cover is equipped with discharge port.The cooling kiln is small, floor space is small, good cooling results, operating cost are low, cooling simple in structure, being applicable in high-temperature material.
Description
Technical field
The utility model is related to a kind of cooling devices, especially cooling kiln.
Background technology
Cooling kiln can cool down production material, currently, the type of cooling of cooling kiln uses two kinds, make part kiln body
It immerses in sink, so that the water in sink is cooled down it comprehensively by the rotation of kiln body, this mode is invested larger, needs to account for
With prodigious place, another way is spray head to be arranged on kiln body top, spray head is arranged in kiln by the way of spray
The upper end of body, such that the cooling capacity reduction when treating capacity increases is arranged, cooling effect is poor, and cooling rate is slow, needs big
The cooling water of amount cools down material, while cooling kiln can have phenomena such as spilling water, splashing, influence cooling effect, improve
Operating cost causes unnecessary economic loss.
Utility model content
To solve the above problems, the utility model provides, one kind is small, good cooling results, operating cost is low, structure is simple
Single cooling kiln, specific technical solution are：
Cooling kiln, including revolving drum, feed chute, water inlet/outlet device, cooling device and tumbler；The revolving drum peace
On rotation seat, revolving drum is connect with tumbler, and tumbler drives revolving drum to be rotated around the axis of revolving drum, revolving drum
Both ends be respectively feed end and discharge end, feed chute is mounted on feed end；The revolving drum be two layered cylinder, including outer barrel and
Inner cylinder is cooling-water duct between outer barrel and inner cylinder, and the both ends of outer barrel are connect with water inlet/outlet device respectively, and water inlet/outlet device makes cold
But water enters from one end of outer barrel, is flowed out from the other end；Water inlet/outlet device is connect with cooling device, and cooling device is cooled down from cooling
The high-temperature water that aquaporin comes out；The inside of the inner cylinder be equipped with deflector, deflector spiral setting, deflector from revolving drum into
Material end extends to discharge end；The both ends of revolving drum are respectively arranged with kiln head cover, and the bottom of kiln head cover is equipped with discharge port.
By using above-mentioned technical proposal, high-temperature material is moved under the action of the deflector that spiral is arranged from feed end
Discharge end, spiral helicine deflector can push material, while can also stir material, and the material of high temperature is made fully to be connect with revolving drum
It touches, while preventing high-temperature material aggregation from cooling effect being caused to be deteriorated.
Kiln head cover prevents the materials from spattering of high temperature from coming out.
Water inlet/outlet device control cooling water is flowed through out of cooling-water duct, and cooling water takes away the heat on inner cylinder, Ke Yitong
Inflow-rate of water turbine controls cooling speed and temperature.
Preferably, the feed chute tilts installation, and feed chute passes through kiln head cover, and the end of feed chute is inserted in inner cylinder
It is interior；The water inlet/outlet device includes swivel and cooling tube, and one end of the swivel is connect with water pipe, and water pipe passes through kiln
The water pipe of head-shield, inner cylinder both ends is connect with water pump and cooling device respectively, and the other end of swivel passes through elbow and cooling tube
One end connection, the other end of cooling tube is fixed on inner cylinder, and is communicated with cooling-water duct；The cooling tube follows revolving drum
Rotation is located at the cooling tube of feed end and there are gaps the end of feed chute.
By using above-mentioned technical proposal, the material of high temperature is directly transported in inner cylinder by feed chute.Swivel is
Can with 360 ° rotation pumped (conveying) medium closed rotary connector, the non-rotatable one end of swivel be equipped with elbow, elbow with it is cold
But pipe connects, and the rotary one end of swivel is connect with water pipe, and water pipe is located at turn around on the axis of cylinder, and cooling tube follows back
Drum rotation.Cooling tube rotation is non-interference with feed chute.
Preferably, the swivel includes plinth, connecting tube, sealing cover and sealing ring；The plinth is equipped with
Through-hole is connected, the one end for connecting through-hole is equipped with sealing ring, and the other end is equipped with water pipe, and water pipe is tightly connected with through-hole is connect；It is described
Sealing cover is movably arranged on plinth, and sealing cover is equipped with fixing groove, and the bottom of fixing groove is equipped with through-hole, is equipped in fixing groove
Bearing；The connecting tube is fixed on bearing, and one end of connecting tube is inserted on sealing ring.
By using above-mentioned technical proposal, bearing is mounted on the installation for facilitating connecting tube on sealing cover, and connecting tube is installed to
After on bearing, sealing cover is covered, the end of connecting tube is inserted into sealing ring, and connecting tube is communicated with water pipe by connecting hole.It adopts
It is also convenient for subsequently replacing bearing and sealing ring with sealing cover, be made easy to maintenance.Elbow is installed on the water pipe of shaft joint to be replaced
Change swivel use.Reinforced seal ring may be used in sealing ring.
Preferably, the sealing cover is equipped with the cooling bath of annular, and cooling bath is located at the outside of fixing groove, and and fixing groove
Depth side；The one end of the plinth equipped with sealing ring is equipped with multiple cooling holes, and cooling hole is distributed on the outside of sealing ring,
Cooling hole is communicated with the cooling bath of sealing cover, and the link slot of annular, link slot and cooling hole are equipped in the connection through-hole of plinth
It communicates；The face that the sealing cover is contacted with plinth is equipped with sealing ring or gasket.
By using above-mentioned technical proposal, the temperature of annular cooling bath cooling bearing and sealing ring on sealing cover prevents
The temperature of bearing and sealing ring is excessively high.Cooling water enters cooling hole from link slot, enters cooling bath from cooling hole.
Gasket or sealing ring further increase the sealing between sealing cover and plinth, prevent from leaking.
Preferably, the outside of the plinth is equipped with collet or coating high temperature resistant heat insulation coating；The collet is multiple
Silicate collet is closed, one end of collet is equipped with heat dam, and the bottom of heat dam is equipped with through-hole, and collet, which is symmetrically mounted on, to be connect
On headstock, plinth is located in heat dam.
By using above-mentioned technical proposal, collet can reduce the temperature of plinth, protect bearing inside plinth and
The service life of sealing ring improves the heat safe range of swivel.
Composition silicate good heat-insulation effect.Thermostable heat-isolating coating has all selected nano ceramics cenosphere, sial
Fiber, various reflecting materials are raw material, and -80 DEG C -1800 DEG C of heatproof amplitude can be directly facing flame heat-insulation and heat-preservation, heat conduction system
Number all only has 0.03W/m.K, can effectively inhibit and shield the conduction of the radiant heat and heat of infrared ray, heat-insulated inhibition efficiency is reachable
90% or so, the heat radiation of high temp objects and scattering and disappearing for heat are can inhibit, effectively cold insulation and environment can be inhibited to cryogenic object
Loss of refrigeration capacity caused by radiant heat is also possible to prevent the generation of object condensation.
The outside of collet is equipped with protective case, and one end of protective case is equipped with protector, and the bottom of protector is equipped with through-hole, protects
Sheath is symmetrically mounted on collet, and collet is located in protector, and protective case is fixed by screws on plinth.Protective case
Protect collet.Collet is made of composition silicate, and composition silicate intensity is poor, is easily damaged, therefore increases protection
Set.
Preferably, cooled partition is equipped in the cooling-water duct, cooled partition is arranged along the axis direction of revolving drum, cold
But cooling-water duct is divided into multiple cooling chambers by partition board, and cooling chamber is respectively communicated with cooling tube, is located at turn around the same end
One end of cooling tube is installed on connecting seat, and connecting seat is connect with swivel, swivel by water pipe distinguish water pump and
Cooling device connects.
By using above-mentioned technical proposal, the volume of cooling-water duct is larger, and there are the feelings that some regional flows have some setbacks
Condition causes the inhomogeneous cooling of inner cylinder even, even so as to cause the inhomogeneous cooling of material, affects cooling effect.By cooling-water duct
Be divided into multiple cooling chambers, cooling chamber it is small, can be effectively formed stable flow for thin-and-long, it is cooling to ensure that
Uniformity and cooling effect.
Preferably, the connecting seat is cylinder, and the top of connecting seat is equipped with top connecting hole, and side is connected equipped with multiple sides
Hole, top connecting hole are communicated with side connecting hole, and the connecting tube for pushing up connecting hole and swivel connects, and side connecting hole connects with cooling tube
It connects.
Preferably, the kiln head cover includes case, discharge bucket and transition cover；The case is cylindrical housings, case
Side is equipped with jack, and the diameter of jack is more than the diameter of revolving drum, and revolving drum is inserted in jack；The transition cover and discharge bucket are equal
On case, transition cover is mounted on the side of jack, and transition cover forms the lead-over groove of annular with case；The discharge bucket is solid
It is scheduled on the bottom of case.
By using above-mentioned technical proposal, revolving drum is inserted in case, and the materials from spattering that can effectively prevent high temperature comes out.Ring
The lead-over groove of shape can effectively reduce the cooling kiln that disperses of powdered material, while can also reduce the spilling of high-temperature gas, subtract
Influence of the kiln to ambient enviroment is cooled down less.
Preferably, the both ends of the revolving drum are equipped with ring baffle, and baffle is located in lead-over groove, and baffle makes inside lead-over groove
Form tortuous channel；Company part plate of the outside of the transition cover equipped with annular, connecting plate tilt installation, are equipped with and hang on connecting plate
Plate, hanging plate are equipped with multiple, and hanging plate circularizes arrangement, and one end of hanging plate is contacted with revolving drum, movable between adjacent hanging plate to overlap.
By using above-mentioned technical proposal, tortuous channel can be further reduced the cooling of dispersing of powdered material
Kiln；And effectively stop that the high-temperature gas in case overflows.
Preferably, there are two the rotation seat is set, rotation seat is separately mounted to the both ends of revolving drum；Rotation seat includes support
Wheel, position-limited wheel and pedestal；The support wheel is symmetrically fixed on the both ends of pedestal, and the position-limited wheel is symmetrically fixed on the two of pedestal
Side；The lateral surface of the outer barrel of revolving drum is equipped with swivel becket, and swivel becket is pressed on two support wheels, and positioned at two position-limited wheels it
Between；The tumbler includes driven gear, driving gear, speed reducer and motor；The driven gear is fixed on the outer of outer barrel
Side, driving gear are fixed on by driving shaft on bearing block, and are engaged with driven gear, and driving shaft passes through shaft coupling and speed reducer
Connection, speed reducer are connect with motor.
By using above-mentioned technical proposal, support wheel supports revolving drum rotation, position-limited wheel to prevent revolving drum from moving axially.Tooth
Stable drive is taken turns, transmission ratio is big.
The utility model has the advantages that compared with prior art：
Cooling kiln provided by the utility model is small, floor space is small, good cooling results, operating cost is low, structure is simple
Cooling that is single, being applicable in high-temperature material, can drop to 100 DEG C or less by the temperature of high-temperature material.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model；
The attachment structure schematic diagram for the cooling tube and swivel that Fig. 2 is cooling-water duct when being whole；
Fig. 3 is the structural schematic diagram that multiple cooling chambers are connect with swivel；
Fig. 4 is the cross-sectional view of rotation seat；
Fig. 5 is the cross-sectional view of swivel；
Fig. 6 is the structural schematic diagram of rotation seat.
Specific implementation mode
In conjunction with attached drawing, the utility model is described in further detail.
Embodiment one
As shown in Figure 1, Figure 2 and Figure 3, cooling kiln, including revolving drum 2, feed chute 31, water inlet/outlet device, cooling device
And tumbler.
Revolving drum 2 is mounted on rotation seat, and revolving drum 2 is connect with tumbler, and tumbler drives 2 wraparound of revolving drum
The axis of rotating cylinder 2 rotates, and the both ends of revolving drum 2 are respectively feed end and discharge end.Revolving drum 2 is two layered cylinder, including outer barrel 21
It is cooling-water duct 26 between outer barrel 21 and inner cylinder 22 with inner cylinder 22；The both ends of outer barrel 21 are connect with water inlet/outlet device respectively,
Water inlet/outlet device makes cooling water enter from one end of outer barrel 21, is flowed out from the other end；Water inlet/outlet device is connect with cooling device, cold
But the high-temperature water that device cooling comes out from cooling-water duct 26；The inside of inner cylinder 22 is equipped with deflector 23, and 23 spiral of deflector is set
It sets, deflector 23 extends to discharge end from the feed end of revolving drum 2；The both ends of revolving drum 2 are respectively arranged with kiln head cover 1.
Feed chute 31 is mounted on feed end, and feed chute 31 tilts installation, and feed chute 31 passes through kiln head cover 1, charging
The end of chute 31 is inserted in inner cylinder 22.
Water inlet/outlet device includes swivel 5 and cooling tube 27, and one end of swivel 5 is connect with water pipe 55, water pipe 55
Across kiln head cover 1, the water pipe 55 at 22 both ends of inner cylinder is connect with water pump and cooling device respectively, and the other end of swivel 5 passes through
Elbow is connect with one end of cooling tube 27, and the other end of cooling tube 27 is fixed on inner cylinder 22, and is communicated with cooling-water duct 26；
Cooling tube 27 follows revolving drum 2 to rotate, and being located at the end of cooling tube 27 and the feed chute 31 of feed end, there are gaps.
Swivel 5 includes plinth 51, connecting tube 56, sealing cover 61 and sealing ring 58；Plinth 51 is equipped with connection
One end of through-hole 52, connection through-hole 52 is equipped with sealing ring 58, and the other end is equipped with water pipe 55, and water pipe 55 connects with the sealing of through-hole 52 is connect
It connects；Sealing cover 61 is movably arranged on by the screw on flange 65 on plinth 51, and sealing cover 61 is equipped with fixing groove 62, fixed
The bottom of slot 62 is equipped with through-hole, and bearing 57 is housed in fixing groove 62；Connecting tube 56 is fixed on bearing 57, and the one of connecting tube 56
End is inserted on sealing ring 58.
Kiln head cover 1 includes case 11, discharge bucket 12 and transition cover 13；Case 11 is cylindrical housings, the side of case 11
Equipped with jack, the diameter of jack is more than the diameter of revolving drum 2, and revolving drum 2 is inserted in jack；Transition cover 13 and discharge bucket 12 are pacified
On case 11, transition cover 13 is mounted on the side of jack, and transition cover 13 forms the lead-over groove 16 of annular with case 11；Discharging
Bucket 12 is fixed on the bottom of case 11.
As shown in fig. 6, there are two rotation seat sets, rotation seat is separately mounted to the both ends of revolving drum 2；Rotation seat includes support
Wheel 33, position-limited wheel 34 and pedestal 32；Support wheel 33 is symmetrically fixed on the both ends of pedestal 32, and position-limited wheel 34 is symmetrically fixed on pedestal 32
Both sides；The lateral surface of the outer barrel 21 of revolving drum 2 is equipped with swivel becket 35, and swivel becket 35 is pressed on two support wheels 33, and is located at
Between two position-limited wheels 34；Tumbler includes driven gear 36, driving gear 37, speed reducer 38 and motor 39；Driven gear
36 are fixed on the outside of outer barrel 21, and driving gear 37 is fixed on by driving shaft on bearing block, and is engaged with driven gear 36, main
Moving axis is connect by shaft coupling with speed reducer 38, and speed reducer 38 is connect with motor 39.
Cooling device is cooling column.
The material of high temperature is directly transported in inner cylinder 22 by feed chute 31.The deflector 23 that high-temperature material is arranged in spiral
Under the action of from feed end be moved to discharge end, spiral helicine deflector 23 can push material, while can also stir material, make
The material of high temperature comes into full contact with revolving drum 2, while preventing high-temperature material aggregation from cooling effect being caused to be deteriorated.
Kiln head cover 1 prevents the materials from spattering of high temperature from coming out.
Water inlet/outlet device control cooling water is flowed through out of cooling-water duct 26, and cooling water takes away the heat on inner cylinder 22, can
To control cooling speed and temperature by flow.
Swivel 5 is can be with the closed rotary connector of 360 ° of rotation pumped (conveying) mediums, swivel 5 non-rotatable one
End is equipped with elbow, and elbow is connect with cooling tube 27, and the connecting tube 56 of swivel 5 is connect with water pipe 55, and water pipe 55 is located at turn around
On the axis of cylinder 2, cooling tube 27 follows revolving drum 2 to rotate.The rotation of cooling tube 27 is non-interference with feed chute 31.
Embodiment two
On the basis of the above embodiment 1, as shown in figure 5, sealing cover 61 is equipped with the cooling bath 64 of annular, cooling bath
64 be located at fixing groove 62 outside, and with the depth side of fixing groove 62；The one end of plinth 51 equipped with sealing ring 58 is equipped with more
A cooling hole 54, cooling hole 54 are distributed on the outside of sealing ring 58, and cooling hole 54 is communicated with the cooling bath 64 of sealing cover 61, connect
The link slot 53 of annular is equipped in the connection through-hole 52 of headstock 51, link slot 53 is communicated with cooling hole 54；Sealing cover 61 and connector
The face of 51 contact of seat is equipped with sealing ring.
The temperature of annular cooling bath 64 cooling bearing 57 and sealing ring 58 on sealing cover 61 prevents bearing 57 and sealing
The temperature of ring 58 is excessively high.Cooling water enters cooling hole 54 from link slot 53, enters cooling bath 64 from cooling hole 54.Sealing ring into
One step improves the sealing between sealing cover and plinth, prevents from leaking.
Embodiment three
On the basis of above-described embodiment one or embodiment two, as shown in figure 5, the outside of plinth 51 is equipped with collet
66.Collet 66 is composition silicate collet 66, and one end of collet 66 is equipped with heat dam, and the bottom of heat dam, which is equipped with, to be led to
Hole, collet 66 are symmetrically mounted on plinth 51, and plinth 51 is located in heat dam.
The outside of collet 66 is equipped with protective case 67, and one end of protective case 67 is equipped with protector, and the bottom of protector is equipped with
Through-hole, protective case 67 are symmetrically mounted on collet 66, and collet 66 is located in protector, and protective case 67 is fixed by screws in
On plinth 5.Protective case 67 protects collet 66.Collet is made of composition silicate, and composition silicate intensity is poor, is held
It is fragile, therefore increase protective case 67 and protect collet 66.
Example IV
On the basis of the above embodiments, as shown in figure 3, being equipped with cooled partition 28, cooled partition in cooling-water duct 26
28 are arranged along the axis direction of revolving drum 2, and cooling-water duct 26 is divided into multiple cooling chambers by cooled partition 28, and cooling chamber is respectively
Communicated with cooling tube 27, the one end for being located at turn around the cooling tube 27 of 2 the same end of cylinder is installed on connecting seat 4, connecting seat 4 with
Swivel 5 connects, and swivel 5 is distinguished water pump by water pipe 55 and connected with cooling device.
As shown in figure 4, connecting seat 4 is cylinder, the top of connecting seat 4 is equipped with top connecting hole 41, and side is equipped with multiple sides
Connecting hole 42, top connecting hole 41 are communicated with side connecting hole 42, and top connecting hole 41 is connect with the connecting tube 56 of swivel 5, and side connects
Hole 42 is connect to connect with cooling tube 27.
The volume of cooling-water duct 26 is larger, the case where having some setbacks there are some regional flows, leads to the cooling of inner cylinder 22
It is uneven, it is even so as to cause the inhomogeneous cooling of material, affect cooling effect.Cooling-water duct 26 is divided into multiple coolings
Chamber, cooling chamber it is small, stable flow can be effectively formed for thin-and-long, to ensure that cooling uniformity and cooling imitate
Fruit.
Embodiment five
On the basis of the above embodiments, the both ends of revolving drum 2 are equipped with ring baffle 24, and ring baffle 24 is located at lead-over groove
In 16, ring baffle 24 makes 16 inside of lead-over groove form tortuous channel；Connecting plate 14 of the outside of transition cover 13 equipped with annular,
Connecting plate 14 tilts installation, and hanging plate 15 is housed on connecting plate 14, and hanging plate 15 is equipped with multiple, and hanging plate 15 circularizes arrangement, hanging plate 15
One end contacted with revolving drum 2, activity overlap joint between adjacent hanging plate 15, i.e. hanging plate 15 is pressed in the upper of adjacent hanging plate 15 on one side
Side.
Tortuous channel can be further reduced the cooling kiln that disperses of powdered material；And effectively stop in case 11
High-temperature gas overflow.
Claims (10)
1. cooling down kiln, which is characterized in that including revolving drum (2), feed chute (31), water inlet/outlet device, cooling device and rotation
Device；The revolving drum (2) is mounted on rotation seat, and revolving drum (2) is connect with tumbler, and tumbler drives revolving drum
(2) it is rotated around the axis of revolving drum (2), the both ends of revolving drum (2) are respectively feed end and discharge end, feed chute (31) installation
In feed end；The revolving drum (2) is two layered cylinder, including outer barrel (21) and inner cylinder (22), between outer barrel (21) and inner cylinder (22)
Both ends for cooling-water duct (26), outer barrel (21) are connect with water inlet/outlet device respectively, and water inlet/outlet device makes cooling water from outer barrel
(21) one end enters, and is flowed out from the other end；Water inlet/outlet device is connect with cooling device, and cooling device is cooled down from cooling-water duct
(26) high-temperature water out；The inside of the inner cylinder (22) is equipped with deflector (23), the setting of deflector (23) spiral, deflector
(23) discharge end is extended to from the feed end of revolving drum (2)；The both ends of revolving drum (2) are respectively arranged with kiln head cover (1), kiln head cover (1)
Bottom be equipped with discharge port.
2. cooling kiln according to claim 1, feature exist, the feed chute (31) tilts installation, feed chute
(31) kiln head cover (1), the end of feed chute (31) is passed through to be inserted in inner cylinder (22)；The water inlet/outlet device includes swivel
(5) it is connect with water pipe (55) with cooling tube (27), one end of the swivel (5), water pipe (55) passes through kiln head cover (1), interior
The water pipe (55) at cylinder (22) both ends is connect with water pump and cooling device respectively, the other end of swivel (5) by elbow with it is cold
But one end connection of pipe (27), the other end of cooling tube (27) is fixed on inner cylinder (22), and is communicated with cooling-water duct (26)；
The cooling tube (27) follows revolving drum (2) to rotate, and the cooling tube (27) and the end of feed chute (31) for being located at feed end stay
There is gap.
3. cooling kiln according to claim 2, which is characterized in that the swivel (5) includes plinth (51), connection
Manage (56), sealing cover (61) and sealing ring (58)；The plinth (51) is equipped with connection through-hole (52), connection through-hole (52)
One end is equipped with sealing ring (58), and the other end is equipped with water pipe (55), and water pipe (55) is tightly connected with through-hole (52) is connect；The sealing
Lid (61) is movably arranged on plinth (51), and sealing cover (61) is equipped with fixing groove (62), and the bottom of fixing groove (62) is equipped with
Through-hole, fixing groove (62) is interior to be equipped with bearing (57)；The connecting tube (56) is fixed on bearing (57), one end of connecting tube (56)
It is inserted on sealing ring (58).
4. cooling kiln according to claim 3, which is characterized in that the sealing cover (61) is equipped with the cooling bath of annular
(64), cooling bath (64) is located at the outside of fixing groove (62), and with the depth side of fixing groove (62)；Plinth (51) dress
There is one end of sealing ring (58) to be equipped with multiple cooling holes (54), cooling hole (54) is distributed on the outside of sealing ring (58), cooling hole
(54) it is communicated with the cooling bath of sealing cover (61) (64), the link slot of annular is equipped in the connection through-hole (52) of plinth (51)
(53), link slot (53) is communicated with cooling hole (54)；The face that the sealing cover (61) contacts with plinth (51) is equipped with sealing ring
Or gasket.
5. cooling kiln according to claim 3 or 4, which is characterized in that the outside of the plinth (51) is equipped with collet
(66) or coating high temperature resistant heat insulation coating；The collet (66) be composition silicate collet (66), the one of collet (66)
End is equipped with heat dam, and the bottom of heat dam is equipped with through-hole, and collet (66) is symmetrically mounted on plinth (51), plinth (51)
In heat dam.
6. cooling kiln according to claim 3, which is characterized in that be equipped with cooled partition in the cooling-water duct (26)
(28), cooled partition (28) is arranged along the axis direction of revolving drum (2), and cooling-water duct (26) is divided into more by cooled partition (28)
A cooling chamber, cooling chamber are respectively communicated with cooling tube (27), and the one end for being located at turn around the cooling tube (27) of cylinder (2) the same end is equal
On connecting seat (4), connecting seat (4) is connect with swivel (5), and swivel (5) passes through water pipe (55) difference water pump
It is connected with cooling device.
7. cooling kiln according to claim 6, which is characterized in that the connecting seat (4) is cylinder, connecting seat (4)
Top is equipped with top connecting hole (41), and side is equipped with multiple side connecting holes (42), and top connecting hole (41) is communicated with side connecting hole (42),
Top connecting hole (41) is connect with the connecting tube (56) of swivel (5), and side connecting hole (42) is connect with cooling tube (27).
8. cooling kiln according to claim 1, which is characterized in that the kiln head cover (1) includes case (11), discharge bucket
(12) and transition cover (13)；The case (11) is cylindrical housings, and the side of case (11) is equipped with jack, and the diameter of jack is big
Diameter in revolving drum (2), revolving drum (2) are inserted in jack；The transition cover (13) and discharge bucket (12) are installed in case
(11) on, transition cover (13) is mounted on the side of jack, and transition cover (13) forms the lead-over groove (16) of annular with case (11)；Institute
State the bottom that discharge bucket (12) is fixed on case (11).
9. cooling kiln according to claim 8, which is characterized in that the both ends of the revolving drum (2) are equipped with ring baffle
(24), ring baffle (24) is located in lead-over groove (16), and ring baffle (24) makes to form tortuous channel inside lead-over groove (16)；
Connecting plate (14) of the outside of the transition cover (13) equipped with annular, connecting plate (14) tilt installation, and connecting plate is equipped on (14)
Hanging plate (15), hanging plate (15) be equipped with it is multiple, hanging plate (15) circularizes arrangement, and one end of hanging plate (15) is contacted with revolving drum (2), phase
Activity overlap joint between adjacent hanging plate (15).
10. cooling kiln according to claim 1, which is characterized in that there are two the rotation seat is set, rotation seat is installed respectively
Both ends in revolving drum (2)；Rotation seat includes support wheel (33), position-limited wheel (34) and pedestal (32)；The support wheel (33) is right
The both ends for being fixed on pedestal (32), the position-limited wheel (34) are claimed symmetrically to be fixed on the both sides of pedestal (32)；The outer barrel of revolving drum (2)
(21) lateral surface is equipped with swivel becket (35), and swivel becket (35) is pressed on two support wheels (33), and is located at two position-limited wheels
(34) between；The tumbler includes driven gear (36), driving gear (37), speed reducer (38) and motor (39)；It is described
Driven gear (36) is fixed on the outside of outer barrel (21), and driving gear (37) is fixed on by driving shaft on bearing block, and with from
Moving gear (36) engages, and driving shaft is connect by shaft coupling with speed reducer (38), and speed reducer (38) is connect with motor (39)；It is described
Cooling device is cooling column.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820090192.3U CN207816008U (en) | 2018-01-18 | 2018-01-18 | Cooling kiln |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820090192.3U CN207816008U (en) | 2018-01-18 | 2018-01-18 | Cooling kiln |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207816008U true CN207816008U (en) | 2018-09-04 |
Family
ID=63324408
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820090192.3U Active CN207816008U (en) | 2018-01-18 | 2018-01-18 | Cooling kiln |
Country Status (1)
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108050849A (en) * | 2018-01-18 | 2018-05-18 | 江苏三井环保股份有限公司 | Cool down kiln |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108050849A (en) * | 2018-01-18 | 2018-05-18 | 江苏三井环保股份有限公司 | Cool down kiln |
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