CN203700280U - Waste tire splitting feeding equipment - Google Patents
Waste tire splitting feeding equipment Download PDFInfo
- Publication number
- CN203700280U CN203700280U CN201320823100.5U CN201320823100U CN203700280U CN 203700280 U CN203700280 U CN 203700280U CN 201320823100 U CN201320823100 U CN 201320823100U CN 203700280 U CN203700280 U CN 203700280U
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- Prior art keywords
- inner barrel
- feed bin
- shell
- window
- junked tire
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- 239000010920 waste tyre Substances 0.000 title abstract 9
- 238000007789 sealing Methods 0.000 claims description 60
- 238000005336 cracking Methods 0.000 claims description 43
- 230000006698 induction Effects 0.000 claims description 39
- 230000007246 mechanism Effects 0.000 claims description 21
- 238000009413 insulation Methods 0.000 claims description 19
- 239000011231 conductive filler Substances 0.000 claims description 15
- 230000008676 import Effects 0.000 claims description 11
- 238000003889 chemical engineering Methods 0.000 abstract 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Chemical compound O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 37
- 239000006229 carbon black Substances 0.000 description 32
- 230000000694 effects Effects 0.000 description 20
- 238000000034 method Methods 0.000 description 16
- 230000008569 process Effects 0.000 description 16
- 230000005484 gravity Effects 0.000 description 13
- 210000004907 gland Anatomy 0.000 description 7
- 238000005461 lubrication Methods 0.000 description 4
- 238000010586 diagram Methods 0.000 description 3
- 238000004519 manufacturing process Methods 0.000 description 3
- 239000002699 waste material Substances 0.000 description 3
- 238000007599 discharging Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 230000009471 action Effects 0.000 description 1
- 238000010504 bond cleavage reaction Methods 0.000 description 1
- 239000002283 diesel fuel Substances 0.000 description 1
- 239000003502 gasoline Substances 0.000 description 1
- 230000002101 lytic effect Effects 0.000 description 1
- 230000035484 reaction time Effects 0.000 description 1
- 230000007017 scission Effects 0.000 description 1
- 239000000126 substance Substances 0.000 description 1
- 230000007704 transition Effects 0.000 description 1
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- Muffle Furnaces And Rotary Kilns (AREA)
Abstract
The utility model relates to the field of chemical engineering, provides waste tire splitting and feeding equipment and in particular provides waste tire overall splitting and feeding equipment. The waste tire splitting and feeding equipment is mainly characterized in that specific feeding equipment is adopted for guaranteeing that an integrated waste tire is fed into a splitting bin to be split in a sealed state. The waste tire splitting and feeding equipment comprises a fixed barrel-shaped shell, wherein an inner barrel is arranged in the shell, a rotating shaft is arranged at the center of the inner barrel, the wall of the inner barrel is connected with the rotating shaft by virtue of a spoke, at least one opening is formed in the wall of the inner barrel, a stock bin is connected into the inner barrel at the inner side of each opening, and a window I and a window II which correspond to the inner barrel are respectively arranged on the walls of the left side and the right side of the shell. By adopting the waste tire splitting and feeding equipment, the existing waste tire splitting processing steps are simplified, and continuous splitting of the integrated waste tire is really realized.
Description
Technical field
The utility model relates to chemical field, and the whole tire cracking feed of a kind of junked tire cracking feed equipment, especially junked tire equipment is specifically provided.
Background technology
As everyone knows, after waste rubber cracking, can obtain the products such as gasoline, diesel oil, carbon black, not only for good solution has been found in the processing of a large amount of junked tires that produce of modern society, and a resource shrinkage, energy-intensive be improved to the new scheme that provides.But, all waste rubber crackings are all first waste old to be broken into fritter to carry out cracking afterwards again at present, in production process, need additionally to prepare tire disintegrating apparatus, production cost and production process are virtually increased, therefore, whole tire cracking becomes the inexorable trend of rubber cracking, and then, from how guaranteeing that whole tire cracking feed becomes the technical problem that first junked tire cracking will solve.
Summary of the invention
For the problems referred to above, the utility model proposes the whole tire cracking feed of a kind of junked tire equipment, guarantee that junked tire sent into cracking storehouse by whole tire and carry out cracking under sealed state.
Junked tire cracking feed equipment described in the utility model comprises fixing barrel-shaped shell, in shell, be provided with inner barrel, described inner barrel center is provided with rotating shaft, between inner barrel barrel and rotating shaft, be connected by spoke, on inner barrel barrel, be provided with at least one opening, in the inner barrel of each opening inner side, be connected with feed bin, on the barrel of the described shell left and right sides, be respectively provided with a window I corresponding with inner barrel opening and window II; Described shell is bilayer structure.
Adopt after this structure, only junked tire need be delivered on the window I away from reactor one end housing, inner barrel starts to rotate under the drive of rotating shaft, when turning to, inner barrel make opening and window I at once, junked tire enters in feed bin by opening, feed bin continues to rotate with inner barrel afterwards, now the housing of shell has played the effect of sealing opening, avoid junked tire to leak, the window II that turns to opening that this feed bin connects and shell opposite side when inner barrel is at once, junked tire in feed bin is discharged and is entered cracking storehouse by window II under action of gravity.
Wherein between inner barrel barrel and rotating shaft, be connected by spoke, so just can drive inner barrel to rotate by rotating shaft, and spoke has played the supporting role to inner barrel, in order to reach the most stable effect, generally can one deck spoke be respectively set at the two ends of rotating shaft and be connected with inner barrel.
An opening a corresponding feed bin can be set on inner barrel, also can multiple openings and corresponding feed bin thereof be set according to the requirement of concrete feeding, only need the size of these openings and position all corresponding with the window on shell; The utility model preferably arranges an opening.
In the utility model, rotating shaft is the hollow axle of one end sealing, and the center of rotating shaft is provided with the dividing plate isometric with rotating shaft, and described dividing plate top is for admission passage and be connected with induction pipe, dividing plate below is for outlet pipe and be connected with getter pipe, and inlet pipe and getter Guan Jun are connected on feed bin.
Adopt after this structure, steam generator directly can be connected with admission passage, so just make to be full of in admission passage water vapor, because admission passage is also connected with induction pipe, water vapor can be sent in feed bin by induction pipe, and is full of whole feed bin, while sealing during due to feed bin, open, in the time that feed bin is opened charging or discharging, the water vapor in feed bin can play the effect of sealing gland feed bin, avoids air to enter into feed bin; In the time that feed bin is closed, water vapor can be sent in the outlet pipe in hollow axle by the getter pipe connecting on feed bin, and then be sent whole pay-off, even and if part air has been sneaked in feeding or discharging in this process, also can carry and be sent outside feed bin with the circulation of water vapor, thereby guarantee to be full of water vapor in feed bin;
In order to reach better effect, generally getter pipe is connected to the feed inlet end of feed bin, inlet pipe is connected to the blind end of feed bin, can guarantee that like this water vapor is farthest full of whole feed bin, and the air that is conducive to sneak into feed bin is sent feed bin within the shortest time, thereby has realized feeding under sealed state.
Being arranged in inner barrel under described feed bin is tilted to, makes feed bin place plane and horizontal plane have a negative angle, just can utilize like this gravity of junked tire self to fall into feed bin in the time of charging; In the time going to housing opposite side, utilize again the gravity of junked tire self to send feed bin, and then enter cracking storehouse.
Because junked tire enters after feed bin, the quality of feed bin can be greatly improved, and therefore, in order to improve the stability of feed bin, described feed bin is fixedly connected with inner barrel;
In described inner barrel, be provided with sealing heat conductive filler, described sealing heat conductive filler is selected from carbon black.
Because shell is bilayer structure, on described shell, be provided with hot blast import and hot-blast outlet simultaneously, so just make the bilayer structure of shell form a hot blast chamber, can provide continual and steady thermal source to inner barrel by this hot blast chamber, by the carbon black in inner barrel, junked tire in inner barrel is carried out to preheating, thereby shorten the scission reaction time, guarantee lytic effect, top temperature after junked tire preheating is 400 ℃, certainly, junked tire also can be sent into cracking storehouse by direct whole tire without preheating, now the temperature of junked tire is envrionment temperature.Described shell outside is also provided with thermal insulation layer, can guarantee like this homo(io)thermism in housing, prevents the loss of heat, improves the utilising efficiency of hot blast.
On described window I and window II, be equipped with the stiffening plate that runs through shell and thermal insulation layer, so just can guarantee the structural strength of window part on shell, prevent from causing due to the friction between rotation and the outer cylinder body of inner barrel the distortion of window part.In rotation process, carbon black in inner barrel can enter in the cavity between shell and inner barrel by the gap at inner barrel two ends, in this cavity, be full of carbon black, not only played lubrication but also be conducive to carbon black and further absorbed the heat in hot blast chamber and conduct in inner barrel, in order to prevent that carbon black from leaking, described stiffening plate is provided with fixing sealing member near a side of inner barrel, and the seal contacts to play the effect of sealing always with the barrel of inner barrel, why sealing member is arranged on stiffening plate simultaneously, because stiffening plate can give fixing seals enough supporting roles, make it play better sealing function.
When equipment operation, in the time that the opening on inner barrel turns to the position of window I and window II, in order to reach better sealing effectiveness, be provided with dynamic seal at described inner barrel opening part, like this, between fixing sealing member and this dynamic seal, occur firmly to contact, because dynamic seal can be with pressure generation deformation, so just can guarantee to contact with fixing seals time, can not hinder the rotation of inner barrel, play better sealing effectiveness, described dynamic seal can adopt conventional rubber weather strip or other can be with the sealing member of pressure generation deformation simultaneously; Above-mentioned sealed structure, can effectively avoid air by the gap access arrangement between shell and inner barrel.
In addition, the utility model is except utilizing the housing of device housings to play the effect of sealing opening, can also be provided with by the close mechanism of elastic body control at inner barrel opening part, between shell and inner barrel, be provided with block, be provided with projection near the fixing seals of close mechanism one side.Before junked tire does not enter feed bin, i.e. the position of opening on inner barrel in window I, close mechanism is in open mode; When junked tire enters after feed bin, inner barrel starts to rotate, and projection and close mechanism on fixing seals touch, and along with the rotation of cylindrical shell, close mechanism is closed gradually under protruding role.In order to guarantee the stressed even transition of close mechanism, the utility model closing structure outside is curved surface shape, in the time that it is closed, fits like a glove airtightly with inner barrel curved surface, and projection is also designed to curved-surface structure with the contact surface of close mechanism.Turned to by window I at feed bin in the process of window II, the block being provided with between shell and inner barrel is keeping off all the time close mechanism and is opening in operational process to prevent it.Along with the opening on inner barrel turns to the position of window II, owing to there is no block herein, close mechanism is opened under the effect of elastic body, and junked tire is discharged and is sent to cracking storehouse from feed bin.Junked tire is from feed bin is discharged, and equipment remains in operation, and the projection on the upper fixing seals arranging of window II is touched with close mechanism again, realizes closed.The elastic body that the utility model adopts can be selected the common components well known in the art such as spring.
In sum, the utility model adopts corresponding equipment, realize the whole tire charging cracking process of junked tire under sealed state, the device structure adopting is simple, be skillfully constructed, adopt the present invention, simplified existing junked tire cracking technology step, really realized the whole tire serialization of junked tire cracking.
Accompanying drawing explanation
Fig. 1 is the structural representation of embodiment 5;
Fig. 2 is the cross-sectional schematic of A-A in Fig. 1;
Fig. 3 is the enlarged diagram at A place in Fig. 2;
Fig. 4 is the structural representation of embodiment 6;
Fig. 5 is the cross-sectional schematic of A-A in Fig. 4;
Fig. 6 is the enlarged diagram at A place in Fig. 5;
Fig. 7 is described feed bin and rotating shaft connecting structure schematic diagram;
In figure: 1 is thermal insulation layer, 2 is shell, and 3 is inner barrel, and 4 is opening, 5 is window I, and 6 is spoke, and 7 is hot-blast outlet, and 8 is rotating shaft, 9 is window II, and 10 is feed bin, and 11 is hot blast import, and 12 is fixing sealing member, 13 is stiffening plate, and 14 is dynamic seal, and 15 is elastic body, and 16 is close mechanism, 17 is block, and 18 is projection, and 19 is dividing plate, and 20 is admission passage, 21 is induction pipe, and 22 is outlet pipe, and 23 is getter pipe, and 24 is end socket.
Embodiment
Embodiment 1
A kind of junked tire cracking feed equipment, this equipment comprises fixing barrel-shaped shell, in shell, be provided with inner barrel, described inner barrel center is provided with rotating shaft, between inner barrel barrel and rotating shaft, be connected by spoke, on inner barrel barrel, be provided with an opening, in the inner barrel of opening inner side, be connected with feed bin, on the barrel of the described shell left and right sides, be respectively provided with a window I corresponding with inner barrel opening and window II; Described shell is bilayer structure.
Rotating shaft is the hollow axle of one end sealing, the center of rotating shaft is provided with the dividing plate isometric with rotating shaft, described dividing plate top is for admission passage and be connected with induction pipe, and dividing plate below is for outlet pipe and be connected with getter pipe, and induction pipe and getter Guan Jun are connected on feed bin; In described inner barrel, be provided with sealing heat conductive filler, described sealing heat conductive filler is selected from carbon black.
Getter pipe is connected to the feed inlet end of feed bin, and described induction pipe is connected to the blind end of feed bin.
First, be sent on the window I away from reactor one end housing in the junked tire of envrionment temperature, inner barrel starts to rotate under the drive of rotating shaft, when turning to, inner barrel make opening and window I at once, junked tire enters in feed bin by opening, feed bin continues to rotate with inner barrel afterwards, now the housing of shell has played the effect of sealing opening, avoid junked tire to leak, when inner barrel turn to opening that this feed bin connects with the window II of shell opposite side at once, the junked tire in feed bin enters cracking storehouse by window II discharge.
In above-mentioned whole process, steam generator is directly connected with admission passage, in admission passage, be full of water vapor, because admission passage is also connected with induction pipe, water vapor can be sent in feed bin by induction pipe, and is full of whole feed bin, in the time that junked tire enters feed bin or discharges feed bin, water vapor in feed bin can play the effect of sealing gland feed bin, avoids air to enter into feed bin; In the time that feed bin is closed, water vapor can be sent in the outlet pipe in hollow axle by the getter pipe connecting on feed bin, and then is sent whole pay-off;
Getter pipe is connected to the feed inlet end of feed bin, inlet pipe is connected to the blind end of feed bin, guarantees that water vapor is farthest full of whole feed bin, and the air that is conducive to sneak into feed bin is sent feed bin within the shortest time, thereby has realized feeding under sealed state.
Embodiment 2
A kind of junked tire cracking feed equipment, this equipment comprises fixing barrel-shaped shell, in shell, be provided with inner barrel, described inner barrel center is provided with rotating shaft, between inner barrel barrel and rotating shaft, be connected by spoke, on inner barrel barrel, be provided with an opening, in the inner barrel of opening inner side, be connected with feed bin, on the barrel of the described shell left and right sides, be respectively provided with a window I corresponding with inner barrel opening and window II; Described shell is bilayer structure.
Rotating shaft is the hollow axle of one end sealing, the center of rotating shaft is provided with the dividing plate isometric with rotating shaft, described dividing plate top is for admission passage and be connected with induction pipe, and dividing plate below is for outlet pipe and be connected with getter pipe, and induction pipe and getter Guan Jun are connected on feed bin; In described inner barrel, be provided with sealing heat conductive filler, described sealing heat conductive filler is selected from carbon black.
Getter pipe is connected to the feed inlet end of feed bin, and described induction pipe is connected to the blind end of feed bin.
Being arranged in inner barrel under described feed bin is tilted to, and be fixedly connected with inner barrel.
First, be sent on the window I away from reactor one end housing in the junked tire of envrionment temperature, inner barrel starts to rotate under the drive of rotating shaft, when turning to, inner barrel make opening and window I at once, junked tire utilizes the gravity of self to drop in feed bin by opening, feed bin continues to rotate with inner barrel afterwards, now the housing of shell has played the effect of sealing opening, avoid junked tire to leak, the window II that turns to opening that this feed bin connects and shell opposite side when inner barrel is at once, junked tire in feed bin utilizes the gravity of self to be discharged and entered cracking storehouse by window II.
In above-mentioned whole process, steam generator is directly connected with admission passage, in admission passage, be full of water vapor, because admission passage is also connected with induction pipe, water vapor can be sent in feed bin by induction pipe, and is full of whole feed bin, in the time that junked tire enters feed bin or discharges feed bin, water vapor in feed bin can play the effect of sealing gland feed bin, avoids air to enter into feed bin; In the time that feed bin is closed, water vapor can be sent in the outlet pipe in hollow axle by the getter pipe connecting on feed bin, and then is sent whole pay-off;
Getter pipe is connected to the feed inlet end of feed bin, inlet pipe is connected to the blind end of feed bin, guarantees that water vapor is farthest full of whole feed bin, and the air that is conducive to sneak into feed bin is sent feed bin within the shortest time, thereby has realized feeding under sealed state.
Embodiment 3
A kind of junked tire cracking feed equipment, this equipment comprises fixing barrel-shaped shell, in shell, be provided with inner barrel, described inner barrel center is provided with rotating shaft, between inner barrel barrel and rotating shaft, be connected by spoke, on inner barrel barrel, be provided with an opening, in the inner barrel of opening inner side, be connected with feed bin, on the barrel of the described shell left and right sides, be respectively provided with a window I corresponding with inner barrel opening and window II; Described shell is bilayer structure.
Rotating shaft is the hollow axle of one end sealing, the center of rotating shaft is provided with the dividing plate isometric with rotating shaft, described dividing plate top is for admission passage and be connected with induction pipe, and dividing plate below is for outlet pipe and be connected with getter pipe, and induction pipe and getter Guan Jun are connected on feed bin; In described inner barrel, be provided with sealing heat conductive filler, described sealing heat conductive filler is selected from carbon black.
Getter pipe is connected to the feed inlet end of feed bin, and described induction pipe is connected to the blind end of feed bin.
Being arranged in inner barrel under described feed bin is tilted to, and be fixedly connected with inner barrel.
Described shell arranged outside has thermal insulation layer.
On described shell, be provided with hot blast import and hot-blast outlet.
First, be sent on the window I away from reactor one end housing in the junked tire of envrionment temperature, inner barrel starts to rotate under the drive of rotating shaft, when turning to, inner barrel make opening and window I at once, junked tire utilizes the gravity of self to drop in feed bin by opening, feed bin continues to rotate with inner barrel afterwards, now the housing of shell has played the effect of sealing opening, avoid junked tire to leak, the window II that turns to opening that this feed bin connects and shell opposite side when inner barrel is at once, junked tire in feed bin utilizes the gravity of self to be discharged and entered cracking storehouse by window II.
In above-mentioned whole process, steam generator is directly connected with admission passage, in admission passage, be full of water vapor, because admission passage is also connected with induction pipe, water vapor can be sent in feed bin by induction pipe, and is full of whole feed bin, in the time that junked tire enters feed bin or discharges feed bin, water vapor in feed bin can play the effect of sealing gland feed bin, avoids air to enter into feed bin; In the time that feed bin is closed, water vapor can be sent in the outlet pipe in hollow axle by the getter pipe connecting on feed bin, and then is sent whole pay-off;
Getter pipe is connected to the feed inlet end of feed bin, inlet pipe is connected to the blind end of feed bin, guarantees that water vapor is farthest full of whole feed bin, and the air that is conducive to sneak into feed bin is sent feed bin within the shortest time, thereby has realized feeding under sealed state.
Because shell is bilayer structure, on described shell, be provided with hot blast import and hot-blast outlet simultaneously, so just make the bilayer structure of shell form a hot blast chamber, can provide continual and steady thermal source to inner barrel by this hot blast chamber, by the carbon black in inner barrel, to the junked tire preheating in inner barrel; Be 30s warm up time, and the temperature after preheating is 300 ℃.The thermal insulation layer of shell arranged outside can guarantee the homo(io)thermism in housing, prevents the loss of heat, improves the utilising efficiency of hot blast.
Embodiment 4
A kind of junked tire cracking feed equipment, this equipment comprises fixing barrel-shaped shell, in shell, be provided with inner barrel, described inner barrel center is provided with rotating shaft, between inner barrel barrel and rotating shaft, be connected by spoke, on inner barrel barrel, be provided with an opening, in the inner barrel of opening inner side, be connected with feed bin, on the barrel of the described shell left and right sides, be respectively provided with a window I corresponding with inner barrel opening and window II; Described shell is bilayer structure.
Rotating shaft is the hollow axle of one end sealing, the center of rotating shaft is provided with the dividing plate isometric with rotating shaft, described dividing plate top is for admission passage and be connected with induction pipe, and dividing plate below is for outlet pipe and be connected with getter pipe, and induction pipe and getter Guan Jun are connected on feed bin; In described inner barrel, be provided with sealing heat conductive filler, described sealing heat conductive filler is selected from carbon black.
Getter pipe is connected to the feed inlet end of feed bin, and described induction pipe is connected to the blind end of feed bin.
Being arranged in inner barrel under described feed bin is tilted to, and be fixedly connected with inner barrel.
Described shell arranged outside has thermal insulation layer.
On described shell, be provided with hot blast import and hot-blast outlet.
On described window I and window II, be equipped with the stiffening plate that runs through shell and thermal insulation layer, described stiffening plate is provided with fixing sealing member near a side of inner barrel.
First, be sent on the window I away from reactor one end housing in the junked tire of envrionment temperature, inner barrel starts to rotate under the drive of rotating shaft, when turning to, inner barrel make opening and window I at once, junked tire utilizes the gravity of self to drop in feed bin by opening, feed bin continues to rotate with inner barrel afterwards, now the housing of shell has played the effect of sealing opening, avoid junked tire to leak, the window II that turns to opening that this feed bin connects and shell opposite side when inner barrel is at once, junked tire in feed bin utilizes the gravity of self to be discharged and entered cracking storehouse by window II.
In above-mentioned whole process, steam generator is directly connected with admission passage, in admission passage, be full of water vapor, because admission passage is also connected with induction pipe, water vapor can be sent in feed bin by induction pipe, and is full of whole feed bin, in the time that junked tire enters feed bin or discharges feed bin, water vapor in feed bin can play the effect of sealing gland feed bin, avoids air to enter into feed bin; In the time that feed bin is closed, water vapor can be sent in the outlet pipe in hollow axle by the getter pipe connecting on feed bin, and then is sent whole pay-off;
Getter pipe is connected to the feed inlet end of feed bin, inlet pipe is connected to the blind end of feed bin, guarantees that water vapor is farthest full of whole feed bin, and the air that is conducive to sneak into feed bin is sent feed bin within the shortest time, thereby has realized feeding under sealed state.
Because shell is bilayer structure, on described shell, be provided with hot blast import and hot-blast outlet simultaneously, so just make the bilayer structure of shell form a hot blast chamber, can provide continual and steady thermal source to inner barrel by this hot blast chamber, by the carbon black in inner barrel, to the junked tire preheating in inner barrel; Be 1min warm up time, and the temperature after preheating is 2000 ℃.The thermal insulation layer of shell arranged outside can guarantee the homo(io)thermism in housing, prevents the loss of heat, improves the utilising efficiency of hot blast.
Window I and window II are provided with the stiffening plate that runs through shell and thermal insulation layer, have guaranteed the structural strength of window part on shell, prevent from causing due to the friction between rotation and the outer cylinder body of inner barrel the distortion of window part.In rotation process, carbon black in inner barrel can enter in the cavity between shell and inner barrel by the gap at inner barrel two ends, in this cavity, be full of carbon black, not only played lubrication but also be conducive to carbon black and further absorbed the heat in hot blast chamber and conduct in inner barrel, in order to prevent that carbon black from leaking, stiffening plate is provided with fixing sealing member near a side of inner barrel, and the seal contacts with the barrel of inner barrel always, avoid leaking of the carbon black in cavity between shell and inner barrel, stiffening plate can give fixing seals enough supporting roles simultaneously, make it play better sealing function.
Embodiment 5
A kind of junked tire cracking feed equipment, this equipment comprises fixing barrel-shaped shell 2, in shell 2, be provided with inner barrel 3, described inner barrel 3 centers are provided with rotating shaft 8, between inner barrel 3 barrels and rotating shaft 8, be connected by spoke 6, on inner barrel 3 barrels, be provided with an opening 4, in the inner barrel of opening 4 inner sides, be connected with feed bin 10, on described shell 2 left and right sides barrels, be respectively provided with a window I5 corresponding with inner barrel opening 4 and window II9; Described shell 2 is bilayer structure.
Rotating shaft 8 is the hollow axle of one end sealing, the center of rotating shaft 8 is provided with the dividing plate isometric with rotating shaft 19, described dividing plate 19 tops are admission passage 20 and are connected with induction pipe 21, dividing plate 19 belows are outlet pipe 22 and are connected with getter pipe 23, and induction pipe 21 and getter pipe 23 are all connected on feed bin 10; In described inner barrel 3, be provided with sealing heat conductive filler, described sealing heat conductive filler is selected from carbon black.
Getter pipe 23 is connected to the feed inlet end of feed bin 10, and described induction pipe 21 is connected to the blind end of feed bin 10.
Being arranged in inner barrel 3 under described feed bin 10 is tilted to, and be fixedly connected with inner barrel 3.
Described shell 2 arranged outside have thermal insulation layer 1.
On described shell 2, be provided with hot blast import 11 and hot-blast outlet 7.
On described window I5 and window II9, be equipped with the stiffening plate 13 that runs through shell 2 and thermal insulation layer 1, described stiffening plate 13 is provided with fixing sealing member 12 near a side of inner barrel 3.
Described inner barrel opening 4 places are provided with dynamic seal 14.
First, be sent on the window I5 away from cracking storehouse one end housing in the junked tire of envrionment temperature, inner barrel 3 starts to rotate under the drive of rotating shaft 8, when turning to, inner barrel 3 make opening 4 and window I5 at once, junked tire utilizes the gravity of self to drop in feed bin 10 by opening, feed bin 10 continues to rotate with inner barrel 3 afterwards, now the housing of shell 2 has played the effect of sealing opening, avoid junked tire to leak, the window II9 that turns to opening that this feed bin 10 connects and shell opposite side when inner barrel 3 is at once, junked tire in feed bin 10 utilizes the gravity of self to be discharged and entered cracking storehouse by window II9.
In above-mentioned whole process, steam generator is directly connected with admission passage 20, in admission passage 20, be full of water vapor, because admission passage 20 is also connected with induction pipe 21, water vapor can be sent in feed bin 10 by induction pipe 21, and is full of whole feed bin 10, in the time that junked tire enters feed bin 10 or discharges feed bin 10, water vapor in feed bin 10 can play the effect of sealing gland feed bin, avoids air to enter into feed bin 10; In the time that feed bin 10 is closed, water vapor can be sent in the outlet pipe 22 in hollow axle by the getter pipe 23 connecting on feed bin 10, and then is sent whole pay-off;
Getter pipe 23 is connected to the feed inlet end of feed bin 10, induction pipe 21 is connected to the blind end of feed bin 10, guarantee that water vapor is farthest full of whole feed bin 10, and the air that is conducive to sneak into feed bin 10 is sent feed bin 10 within the shortest time, thereby realized feeding under sealed state.
Because shell 2 is bilayer structure, on described shell, be provided with hot blast import 11 and hot-blast outlet 7 simultaneously, so just make the bilayer structure of shell form a hot blast chamber, can provide continual and steady thermal source to inner barrel 3 by this hot blast chamber, by the carbon black in inner barrel 3, to the junked tire preheating in inner barrel 3; Be 1.5min warm up time, and the temperature after preheating is 350 ℃.The thermal insulation layer 1 of shell 2 arranged outside can guarantee the homo(io)thermism in housing, prevents the loss of heat, improves the utilising efficiency of hot blast.
Window I5 and window II9 are provided with the stiffening plate that runs through shell 2 and thermal insulation layer 1, have guaranteed the structural strength of window part on shell 2, prevent from causing due to the friction between rotation and the shell 2 of inner barrel 3 distortion of window part.In rotation process, carbon black in inner barrel can enter in the cavity between shell and inner barrel by the gap at inner barrel two ends, in this cavity, be full of carbon black, not only played lubrication but also be conducive to carbon black and further absorbed the heat in hot blast chamber and conduct in inner barrel, in order to prevent that carbon black from leaking, stiffening plate 13 is provided with fixing sealing member 12 near a side of inner barrel 3, and the seal contacts with the barrel of inner barrel 3 always, avoid leaking of the carbon black in cavity between shell 2 and inner barrel 3, stiffening plate 13 can give fixing seals 12 enough supporting roles simultaneously, make it play better sealing function.
Between the dynamic seal 14 that inner barrel 3 opening parts are provided with and fixing sealing member 12, occur firmly to contact, because dynamic seal 14 can be with pressure generation deformation, so just can guarantee to contact with fixing seals 12 time, can not hinder the rotation of inner barrel 3, play better sealing effectiveness, described dynamic seal 14 can adopt conventional rubber weather strip simultaneously; Dynamic seal 14 is used in conjunction with fixing sealing member 12, has effectively avoided air by the gap access arrangement between shell 2 and inner barrel 3.
Embodiment 6
A kind of junked tire cracking feed equipment, this equipment comprises fixing barrel-shaped shell 2, in shell 2, be provided with inner barrel 3, described inner barrel 3 centers are provided with rotating shaft 8, between inner barrel 3 barrels and rotating shaft 8, be connected by spoke 6, on inner barrel 3 barrels, be provided with an opening 4, in the inner barrel of opening 4 inner sides, be connected with feed bin 10, on described shell 2 left and right sides barrels, be respectively provided with a window I5 corresponding with inner barrel opening 4 and window II9; Described shell 2 is bilayer structure.
Rotating shaft 8 is the hollow axle of one end sealing, the center of rotating shaft 8 is provided with the dividing plate isometric with rotating shaft 19, described dividing plate 19 tops are admission passage 20 and are connected with induction pipe 21, dividing plate 19 belows are outlet pipe 22 and are connected with getter pipe 23, and induction pipe 21 and getter pipe 23 are all connected on feed bin 10; In described inner barrel 3, be provided with sealing heat conductive filler, described sealing heat conductive filler is selected from carbon black.
Getter pipe 23 is connected to the feed inlet end of feed bin 10, and described induction pipe 21 is connected to the blind end of feed bin 10.
Being arranged in inner barrel 3 under described feed bin 10 is tilted to, and be fixedly connected with inner barrel 3.
Described shell 2 arranged outside have thermal insulation layer 1.
On described shell 2, be provided with hot blast import 11 and hot-blast outlet 7.
On described window I5 and window II9, be equipped with the stiffening plate 13 that runs through shell 2 and thermal insulation layer 1, described stiffening plate 13 is provided with fixing sealing member 12 near a side of inner barrel 3.
Described inner barrel opening 4 places are provided with the close mechanism 16 of controlling by elastic body 15, between shell 2 and inner barrel 3, are provided with block 17; Be provided with projection 18 near the fixing seals 12 of close mechanism 15 1 sides.Described elastic body is spring.
First, be sent on the window I5 away from cracking storehouse one end housing in the junked tire of envrionment temperature, inner barrel 3 starts to rotate under the drive of rotating shaft 8, when turning to, inner barrel 3 make opening and window I5 at once, the close mechanism 16 of inner barrel 3 opening parts is controlled and is opened by elastic body 15, junked tire utilizes the gravity of self to drop in feed bin 10 by opening, feed bin 10 continues to rotate with inner barrel afterwards, projection 18 on fixing seals 12 is touched with close mechanism 16, along with the rotation of inner barrel 3, close mechanism 16 is closed gradually under the effect of projection 18.Turned to by window I5 at feed bin 10 in the process of window II9, the block 17 being provided with between shell 2 and inner barrel 3 is keeping off all the time close mechanism 16 and is opening in operational process to prevent it, avoids junked tire to leak.The window II9 that turns to opening that this feed bin 10 connects and shell opposite side when inner barrel 3 is at once, and close mechanism 16 is opened under the effect of elastic body 15, and the junked tire in feed bin 10 utilizes the gravity of self to be discharged and entered cracking storehouse by window II9.Junked tire is from feed bin 10 is discharged, and equipment remains in operation, and the projection 18 on the upper fixing seals 12 arranging of window II9 is touched with close mechanism 16 again, realizes closed.
In above-mentioned whole process, steam generator is directly connected with admission passage 20, in admission passage 20, be full of water vapor, because admission passage 20 is also connected with induction pipe 21, water vapor can be sent in feed bin 10 by induction pipe 21, and is full of whole feed bin 10, in the time that junked tire enters feed bin 10 or discharges feed bin 10, water vapor in feed bin 10 can play the effect of sealing gland feed bin, avoids air to enter into feed bin 10; In the time that feed bin 10 is closed, water vapor can be sent in the outlet pipe 22 in hollow axle by the getter pipe 23 connecting on feed bin 10, and then is sent whole pay-off;
Getter pipe 23 is connected to the feed inlet end of feed bin 10, induction pipe 21 is connected to the blind end of feed bin, guarantee that water vapor is farthest full of whole feed bin 10, and the air that is conducive to sneak into feed bin 10 is sent feed bin within the shortest time, thereby realized feeding under sealed state.
Because shell 2 is bilayer structure, on described shell 2, be provided with hot blast import 11 and hot-blast outlet 7 simultaneously, so just make the bilayer structure of shell 2 form a hot blast chamber, can provide continual and steady thermal source to inner barrel 3 by this hot blast chamber, by the carbon black in inner barrel 3, to the junked tire preheating in inner barrel 3; Be 2min warm up time, and the temperature after preheating is 400 ℃.The thermal insulation layer 1 of shell 2 arranged outside can guarantee the homo(io)thermism in housing, prevents the loss of heat, improves the utilising efficiency of hot blast.
Window I5 and window II9 are provided with the stiffening plate 13 that runs through shell 2 and thermal insulation layer 1, have guaranteed the structural strength of window part on shell 2, prevent from causing due to the friction between rotation and the shell 2 of inner barrel 3 distortion of window part.In rotation process, carbon black in inner barrel can enter in the cavity between shell and inner barrel by the gap at inner barrel two ends, in this cavity, be full of carbon black, not only played lubrication but also be conducive to carbon black and further absorbed the heat in hot blast chamber and conduct in inner barrel, in order to prevent that carbon black from leaking, stiffening plate 13 is provided with fixing sealing member 12 near a side of inner barrel 3, and the seal contacts with the barrel of inner barrel 3 always, avoid leaking of the carbon black in cavity between shell 2 and inner barrel 3, stiffening plate 13 can give fixing seals 12 enough supporting roles simultaneously, make it play better sealing function.
Claims (8)
1. a junked tire cracking feed equipment, it is characterized in that: this equipment comprises fixing barrel-shaped shell (2), in shell (2), be provided with inner barrel (3), described inner barrel (3) center is provided with rotating shaft (8), between inner barrel barrel and rotating shaft (8), be connected by spoke (6), on inner barrel barrel, be provided with at least one opening (4), in the inner barrel of each opening (4) inner side, be connected with feed bin (10), on the barrel of described shell (2) left and right sides, be respectively provided with a window I(5 corresponding with inner barrel opening (4)) and window II(9), described shell (2) is bilayer structure,
Rotating shaft (8) is the hollow axle of one end sealing, the center of rotating shaft (8) is provided with the dividing plate (19) isometric with rotating shaft (8), described dividing plate (19) top is for admission passage (20) and be connected with induction pipe (21), dividing plate (19) below is for outlet pipe (22) and be connected with getter pipe (23), and induction pipe (21) and getter pipe (23) are all connected on feed bin (10); In described inner barrel, be provided with sealing heat conductive filler.
2. junked tire cracking feed equipment according to claim 1, is characterized in that: described getter pipe (23) is connected to the feed inlet end of feed bin (10), described induction pipe (21) is connected to the blind end of feed bin (10).
3. junked tire cracking feed equipment according to claim 1, is characterized in that: being arranged in inner barrel under described feed bin (10) is tilted to, and be fixedly connected with inner barrel.
4. junked tire cracking feed equipment according to claim 1, is characterized in that: described shell (2) arranged outside has thermal insulation layer (1).
5. junked tire cracking feed equipment according to claim 1, is characterized in that: on described shell (2), be provided with hot blast import (11) and hot-blast outlet (7).
6. junked tire cracking feed equipment according to claim 1, it is characterized in that: described window I(5) and window II(9) on be equipped with the stiffening plate (13) that runs through shell (2) and thermal insulation layer (1), described stiffening plate (13) is provided with fixing sealing member (12) near a side of inner barrel.
7. junked tire cracking feed equipment according to claim 6, is characterized in that: described inner barrel opening (4) locates to be provided with dynamic seal (14).
8. junked tire cracking feed equipment according to claim 6, it is characterized in that: described inner barrel opening (4) is located to be provided with the close mechanism (16) of controlling by elastic body (15), between shell (2) and inner barrel (3), is provided with block (17); Fixing seals (12) near close mechanism (15) one sides is provided with projection (18).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320823100.5U CN203700280U (en) | 2013-12-13 | 2013-12-13 | Waste tire splitting feeding equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320823100.5U CN203700280U (en) | 2013-12-13 | 2013-12-13 | Waste tire splitting feeding equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203700280U true CN203700280U (en) | 2014-07-09 |
Family
ID=51050746
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320823100.5U Expired - Lifetime CN203700280U (en) | 2013-12-13 | 2013-12-13 | Waste tire splitting feeding equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203700280U (en) |
-
2013
- 2013-12-13 CN CN201320823100.5U patent/CN203700280U/en not_active Expired - Lifetime
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Effective date of registration: 20151020 Address after: 250032 Shandong Province Flyover District of Ji'nan city Baotu Spring Road No. 6 blue business center Patentee after: JINAN ECO-ENERGY TECHNOLOGY Co.,Ltd. Address before: 250032 Shandong Province, Lixia District of Ji'nan city Baotu Spring Road No. 6 blue business center Patentee before: Wang Xinming |
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| C56 | Change in the name or address of the patentee | ||
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Address after: 250031 Shandong Province Flyover District of Ji'nan city. Shandong Road No. 38-1 celebrity Times Building 4 floor Patentee after: NIUTECH ENVIRONMENT TECHNOLOGY Corp. Address before: 250032 Shandong Province Flyover District of Ji'nan city Baotu Spring Road No. 6 blue business center Patentee before: JINAN ECO-ENERGY TECHNOLOGY Co.,Ltd. |
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| CX01 | Expiry of patent term | ||
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Granted publication date: 20140709 |