CN202853314U - Board drying roller kiln system and special device of the same - Google Patents
Board drying roller kiln system and special device of the same Download PDFInfo
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- CN202853314U CN202853314U CN2012205152651U CN201220515265U CN202853314U CN 202853314 U CN202853314 U CN 202853314U CN 2012205152651 U CN2012205152651 U CN 2012205152651U CN 201220515265 U CN201220515265 U CN 201220515265U CN 202853314 U CN202853314 U CN 202853314U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
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Abstract
The utility model discloses a board drying roller kiln system and a special device of the board drying roller kiln system. The board drying roller kiln system comprises a hot blast stove, a kiln body, an automatic adjustment control cabinet device, a dust remover, a hot blast delivery pipeline, a heat recovery pipeline, a heat supply pipe, a dehumidifying pipe, a dryer and an air blower; the hot blast stove comprises a combustion chamber, a hot blast storage chamber, a hot-gas recovery opening, a cinder outlet, a hot-gas outlet, an upper smoke opening and a lower hot-gas opening; the kiln body comprises the dryer, the heat recovery pipeline, the heat supply pipe and the dehumidifying pipe; the kiln body is divided into three parts: an upper part, a middle part and a lower part by a dryer frame of the dryer, wherein the middle part is a transmission part, the upper part and the lower part are a heat supply part; because the automatic control temperature adjustment device is adopted, speeds can be adjusted according to daily output. An upper rolling drum and a lower rolling drum are used for transmission so that the device of the board drying roller kiln system is stable in operation, low in noise, safe, reliable, easy and simple to operate, uniform, smooth and free of deformation in medium board when being out of the kiln. Furthermore, a rational air inducting inner pipe is placed so that hot air can directly contacts the board, drying efficiency is improved, and meanwhile energy is saved and production cost is reduced.
Description
Technical field
The utility model relates to a kind of plank drying system and isolated plant thereof, the dry roller-way kiln system of especially a kind of plank and isolated plant thereof.
Background technology
At present, dry as an important step in the process, be widely used in industry-by-industry, and its scope enlarges year by year.Drying is the larger unit operations of energy consumption, and therefore dry technology efficient, energy-conservation and environmental protection is developing direction from now on.The kind of dry technology is a lot, the type of corresponding drying equipment is also very various, from traditional heated-air drying to microwave drying, infra-red drying, arrive again in recent years just widely used vacuum freeze drying and solar energy drying etc., all be applied in the every profession and trade to some extent.Application and the progress of dry technology in wood industry is current, drying of wood industry has formed take the conventional steam drying as main, the more complete industrial system of ratio that conventional furnace gas and the multiple drying means such as hot water drying, heat pump removal moisture drying, vacuum drying drying, microwave drying, dielectric drying and solar energy drying develop simultaneously.
Conventional drying be a kind of with the normal pressure humid air as drying medium, with hot water and steam etc. as thermal source indirect air, drying medium temperature at the drying means below 100 ℃.The problems such as conventional drying is a kind of more traditional method in the drying of wood, is prone to seasoning defect drying defect, and the cracking that occurs in dry run such as timber, distortion and the final moisture content that occurs after drying finishes are inhomogeneous.The former is because technological parameter inappropriate and unreasonable the causing of dress heap for the treatment of seasoned wood in the dry run, and latter is because the problem of the aspects such as timber itself, drying of wood basic process condition and drying equipment causes.
Since the reform and opening-up, the timber dryer of the countries and regions such as Germany, Italy, Singapore, Taiwan logs in the China's Mainland one after another, and particularly economically developed coastal area has promoted domestic drying of wood market widely.It must be admitted that, because the advantage of basic industries aspect, some parts in the import drying equipment such as the manufacturing technology level of high-temperature electric machine, YE and equipment are higher than home equipment.Yet, the industry face of the drying of wood is narrower after all, the history that developed country is studied in this respect is not long equally, the notice that drops into is not enough equally, cause present import not high and very different to the Whole Equipment level of China, particularly often function is simple and be not suitable with domestic environment for use for automatic control system, adds that after-sale service does not catch up with, existing a plurality of examples of finally being changed by domestic control system.The integral level of present domestic timber dryer is not low, considers the factors such as performance, price and service, and import equipment does not have advantage.
The utility model content
The purpose of this utility model provides a kind of dry roller-way kiln system of plank simple in structure, convenient and practical, that cost is lower and isolated plant thereof, not only durable in use, safe and reliable, and installation and maintenance are easy, do not need professional's guiding work, the scope of application is wide in the timber field.
For solving the problems of the technologies described above, the technical solution of the utility model is:
The dry roller-way kiln system of a kind of plank, system comprises: hot-blast stove, kiln body, auto-adjustment control cabinet device, deduster, hot blast conveying pipe road, recuperation of heat pipeline, heating tube, dehumidifier pipe, baker and air blast; Being provided with the hot-blast stove that burns the coal entrance and burn the bavin entrance outward fixedly is communicated with the hot blast conveying pipe road by heat outlet; The hot blast conveying pipe road is fixedly connected with deduster through air blast, air blast with in be provided with temperature-control pressure-control the auto-adjustment control cabinet device be fixedly connected with; The top of deduster fixedly is communicated with the hot blast conveying pipe road; The hot blast conveying pipe road splits into many heating tubes; Many heating tubes split into heat supply and divide airduct and lower heat supply to divide airduct; Upper heat supply divides airduct and lower heat supply to divide airduct fixedly to be communicated with the baker that the kiln body is provided with; The front and back end of kiln body is installed with respectively wet middle plate entrance, dry rear middle plate exit; The top of baker fixedly is communicated with many dehumidifier pipes; The dehumidifier pipe fixedly is communicated with the recuperation of heat pipeline, and the recuperation of heat pipeline reclaims mouth by hot gas and fixedly is communicated with the combustion chamber of hot-blast stove.
Air blast is the high voltage type air blast.
A kind of hot-blast stove, hot-blast stove comprises: combustion chamber, storage hot air chamber, hot gas reclaim mouth, cinder outlet, heat outlet, upper flue gas mouth and lower heat outlet;
The positive basifacial left end of hot-blast stove is provided with and burns the bavin entrance, burns the bavin entrance and fixedly is communicated with the combustion chamber, goes to the bottom and be installed with polylith burning bavin grate in the front portion corresponding with burning the bavin entrance, combustion chamber; The rear end, bottom, left side of hot-blast stove is provided with burns the coal entrance, and bottom, the left side front end of hot-blast stove is provided with hot gas and reclaims mouth; Burning the coal entrance and fixedly be communicated with the combustion chamber, goes to the bottom and is installed with polylith burning coal grain grate in the rear portion corresponding with burning the coal entrance, combustion chamber; The anterior posterior of combustion chamber is fixing to be connected; The periphery is made of poly-light ball standard brick around the combustion chamber; The combustion chamber is provided with a plurality of outlets and fixedly is communicated with the storage hot air chamber through its right; The rear portion of combustion chamber is provided with the flue gas mouth with the brick wall that the storage hot air chamber intersects; The storage hot air chamber is built into by floating bead brick, and the front end of storage hot air chamber is provided with heat outlet.
The required incendiary material of hot-blast stove is dried bark, firewood, coal.
A kind of kiln body, the kiln body comprises: baker, recuperation of heat pipeline, heating tube and dehumidifier pipe;
The baker frame of baker is divided into upper, middle and lower three parts with the kiln body, and the middle part is running part, and top and the bottom are the heat supply part;
Running part comprises: driving shaft, initiatively helical teeth, the 1st bearing, drive sprocket, the 2nd bearing, initiatively go up helical teeth, driving shaft bearing, upper active straight-tooth, transmission bearing angle, the excellent spindle nose of roller, live-roller excellent; Driving shaft is positioned at the outer end at kiln body middle part, in be provided with drive sprocket driving shaft be fixedly connected with an end of baker frame with the transmission bearing angle by a plurality of the 1st bearings, be installed with along the axial standard width of a room in an old-style house position of baker frame on the driving shaft and be provided with initiatively the 2nd bearing of helical teeth outside a plurality of, the 2nd bearing is by helical teeth initiatively, initiatively go up the excellent flexible connection of helical teeth and lower driving roller, the lower driving roller rod is flexibly connected with uploading the upper active straight-tooth that the action roller rod is provided with by the lower active straight-tooth which is provided with, and upper active straight-tooth is located at an end of uploading the action roller rod; Upload roller rod spindle nose and the flexible connection of driving shaft bearing that action roller rod and lower driving roller rod are provided with by two ends, the left and right sides, the top of driving shaft bearing is provided with groove, and it is up and down in groove to upload the excellent spindle nose of roller that the two ends of action roller rod are provided with.
Heating part divides and comprises: high insulation asbestos, upper heat supply divide airduct, lower heat supply to divide airduct, dehumidifier pipe; Upper heat supply divides airduct fixedly to be communicated with the top of kiln body, and lower heat supply divides airduct fixedly to be communicated with the bottom of kiln body; The inside of kiln body is fixedly connected with high insulation asbestos all around by the baker frame of baker, has consisted of hermetic integral body; The top of kiln body fixedly is communicated with many dehumidifier pipes respectively, and the dehumidifier pipe fixedly is communicated with the recuperation of heat pipeline.
Running part power is provided by the cycloidal pin motor; Transmission device forms by well behaved steel material is refining; Uploading action roller rod and lower driving roller rod consists of by the resistant to elevated temperatures high-quality rod iron of high-strength abrasion-proof.
The beneficial effects of the utility model:
The utility model is a kind of dry roller-way kiln system of plank simple in structure, convenient and practical, that cost is lower and isolated plant thereof, not only durable in use, safe and reliable, and installation and maintenance are easy, do not need professional's guiding work, the scope of application is wide in the timber field.
1, adopt automatically control register, only need control panel regulate temperature required after, can automatically finish oven dry veneer requirement parameter.
2, the manufacturing of high-quality iron and steel is adopted in dry roller-way transmission, and is practical and attractive, durable in use, easy to maintenance, can regulate speed according to the required daily output.
3, adopt up and down roller transmission, smooth running, noise is low, and is safe and reliable, easy and simple to handle, neat, level and smooth, the nothing distortion of plate in the kiln discharge.
4, high-efficient hot air furnace adopts the soak material, and is equipped with rational air inducing inner tube, and hot blast is directly contacted with plank, has greatly improved drying efficiency, has saved simultaneously the energy, reduces production costs.
5, be not subjected to weather effect, whole day can be produced.
6, can be according to client's the Flexible Design that requires.
7, environmental protection, power saving, save the area, reduce labour intensity, creation personnel employment is the optimal selection that you get rich.
8, dry roller kilns overall length is about 35.36 meters, and inner width is about 3.1 meters, and dry rear middle every cubic metre of totle drilling cost of plate is controlled at below 70 yuans; The utility model daily output dry plate reaches about 35 cubes, about 530 degree of loss electricity, and coal-fired about 1 ton, about 4 tons of wooden skin or firewood, it is extremely low to consume energy, and is the desirable good equipment of dry plate.
9, can be widely used in furniture, Wood Flooring Industry, can effectively prevent wood material distortion, cracking, go rotten etc., homogeneous heating, rate of drying be fast, indeformable, do not ftracture, moth-proof and mould-proof, be conducive to the processing of sheet material serialization and automation.
10, can open at any time and turn-off energy efficient.
11, high efficiency homogeneous heating from inside to outside.
12 with hot blast mutually specific energy reach perfect surface quality, conserve space; Easily incorporate existing production line.
Description of drawings
Below in conjunction with the drawings and specific embodiments the utility model is further described.
Fig. 1 is the plane combination structural representation of the utility model system.
Fig. 2 is the three-dimensional schematic diagram of the utility model system.
Fig. 3 is the left view of Fig. 4.
Fig. 4 is the main TV structure schematic diagram of hot-blast stove.
Fig. 5 is the normal section structural representation of baker frame.
Fig. 6 is the side elevation structural representation of baker frame.
Fig. 7 is the plan structure schematic diagram of baker underframe.
Fig. 8 is the plan structure schematic diagram of baker face frame.
Fig. 9 is the plane cross-sectional view of hot-blast stove.
Figure 10 is the overall structure schematic diagram of kiln body.
Figure 11 is that the running part master looks the combining structure schematic diagram.
Figure 12 is that the master of driving shaft bearing looks and left TV structure schematic diagram.
Figure 13 is that the combining structure schematic diagram is looked on the running part right side.
The specific embodiment
According to Fig. 1-shown in Figure 13, the utility model mainly comprises: hot-blast stove 1, kiln body 2, auto-adjustment control cabinet device 3, deduster 4, hot blast conveying pipe road 5, recuperation of heat pipeline 6, heating tube 7, dehumidifier pipe 8, burn coal entrance 9, burn bavin entrance 10, plate entrance 11 in wet, plate exit 12 in after dry, driving shaft 13, active helical teeth 14, the 1st bearing 15, drive sprocket 16, the 2nd bearing 17, initiatively go up helical teeth 18, driving shaft bearing 19, upper active straight-tooth 20, transmission bearing angle 21, roller rod spindle nose 22, lower driving roller rod 23, transmission facade 24, upper heat supply divides airduct 25, lower heat supply divides airduct 26, baker frame 27, baker underframe 28, baker face frame 29, hot gas reclaims mouth 30, cinder outlet 31, heat outlet 32, upper flue gas mouth 33, lower heat outlet 34, poly-light ball standard brick 35, floating bead brick 36, burn coal grain grate 37, burn bavin grate 38, combustion chamber 39, storage hot air chamber 40, air blast 41, baker 42, upload action roller rod 43, lower active straight-tooth 44, groove 45, accident mouth 46.
The dry roller-way kiln system of a kind of plank, system comprises: hot-blast stove 1, kiln body 2, auto-adjustment control cabinet device 3, deduster 4, hot blast conveying pipe road 5, recuperation of heat pipeline 6, heating tube 7, dehumidifier pipe 8, baker 42 and air blast 41; Being provided with the hot-blast stove 1 that burns coal entrance 9 and burn bavin entrance 10 outward fixedly is communicated with hot blast conveying pipe road 5 by heat outlet 32; Hot blast conveying pipe road 5 is fixedly connected with deduster 4 through air blast 41, air blast 41 with in be provided with temperature-control pressure-control auto-adjustment control cabinet device 3 be fixedly connected with; The top of deduster 4 fixedly is communicated with hot blast conveying pipe road 5; Hot blast conveying pipe road 5 splits into many heating tubes 7; Many heating tubes 7 split into heat supply and divide airduct 25 and lower heat supply to divide airduct 26; The baker 42 that upper heat supply divides airduct 25 and lower heat supply to divide airduct 26 and kiln body 2 to be provided with fixedly is communicated with; The front and back end of kiln body 2 is installed with respectively wet middle plate entrance 11, dry rear middle plate exit 12; The top of baker 42 fixedly is communicated with many dehumidifier pipes 8; Dehumidifier pipe 8 fixedly is communicated with recuperation of heat pipeline 6, and recuperation of heat pipeline 6 reclaims mouthfuls 30 by hot gas and fixedly is communicated with the combustion chamber 39 of hot-blast stove 1.
A kind of hot-blast stove, hot-blast stove 1 comprises: combustion chamber 39, storage hot air chamber 40, hot gas reclaim mouth 30, cinder outlet 31, heat outlet 32, upper flue gas mouth 33 and lower heat outlet 34;
The positive basifacial left end of hot-blast stove 1 is provided with and burns bavin entrance 10, burns bavin entrance 10 and fixedly is communicated with combustion chamber 39, goes to the bottom and be installed with polylith burning bavin grate 38 in combustion chamber 39 and burning bavin entrance 10 corresponding front portions; The rear end, bottom, left side of hot-blast stove 1 is provided with burns coal entrance 9, and bottom, the left side front end of hot-blast stove 1 is provided with hot gas and reclaims mouth 30; Burning coal entrance 9 and fixedly is communicated with combustion chamber 39, goes to the bottom and is installed with polylith burning coal grain usefulness grate 37 in combustion chamber 39 and burning coal entrance 9 corresponding rear portions; The anterior posterior of combustion chamber 39 is fixing to be connected; The periphery is made of poly-light ball standard brick 35 around the combustion chamber 39; Combustion chamber 39 is provided with a plurality of outlets and fixedly is communicated with storage hot air chamber 40 through its right; The rear portion of combustion chamber 39 is provided with flue gas mouth 33 with the brick wall that storage hot air chamber 40 intersects; Storage hot air chamber 40 is built into by floating bead brick 36, and the front end of storage hot air chamber 40 is provided with heat outlet 32.
Hot-blast stove 1 required incendiary material is dried bark, firewood, coal;
A kind of kiln body, kiln body 2 comprises: baker 42, recuperation of heat pipeline 6, heating tube 7 and dehumidifier pipe 8;
The baker frame 27 of baker 42 is divided into upper, middle and lower three parts with kiln body 2, and the middle part is running part, and top and the bottom are the heat supply part;
Running part comprises: driving shaft 13, initiatively helical teeth 14, the 1st bearing 15, drive sprocket 16, the 2nd bearing 17, initiatively go up helical teeth 18, driving shaft bearing 19, upper active straight-tooth 20, transmission bearing angle 21, the excellent spindle nose 22 of roller, live-roller rod 23; Driving shaft 13 is arranged in the outer end of kiln body 2, in be provided with drive sprocket 16 driving shaft 13 be fixedly connected with an end of baker frame 27 with transmission bearing angle 21 by a plurality of the 1st bearings 15, be installed with along the axial standard width of a room in an old-style house position of baker frame 27 on the driving shaft 13 and be provided with initiatively the 2nd bearing 17 of helical teeth 14 outside a plurality of, the 2nd bearing 17 is by active helical teeth 14, initiatively going up helical teeth 18 is flexibly connected with lower driving roller rod 23, the lower active straight-tooth 44 of lower driving roller rod 23 by which is provided with is flexibly connected with uploading the upper active straight-tooth 20 that action roller rod 43 is provided with, and upper active straight-tooth 20 is located at an end of uploading action roller rod 43; Uploading action roller rod 43 and lower driving roller rod 23 is flexibly connected with driving shaft bearing 19 by the roller rod spindle nose 22 that two ends, the left and right sides are provided with, the top of driving shaft bearing 19 is provided with groove 45, and it is interior up and down at groove 45 to upload the roller rod spindle nose 22 that the two ends of action roller rod 43 are provided with.
Heating part divides and comprises: high insulation asbestos, upper heat supply divide airduct 25, lower heat supply to divide airduct 26, dehumidifier pipe 8; Upper heat supply divides airduct 25 fixedly to be communicated with the top of kiln body 2, and lower heat supply divides airduct 26 fixedly to be communicated with the bottom of kiln body 2; The inside of kiln body 2 is fixedly connected with high insulation asbestos all around by the baker frame 27 of baker 42, has consisted of hermetic integral body; The top of kiln body 2 fixedly is communicated with many dehumidifier pipes 8 respectively, and dehumidifier pipe 8 fixedly is communicated with recuperation of heat pipeline 6.
Running part power is provided by the cycloidal pin motor; Transmission device forms by well behaved steel material is refining; Uploading action roller rod 43 and lower driving roller rod 23 consists of by the resistant to elevated temperatures high-quality rod iron of high-strength abrasion-proof.
Operation principle:
The utility model utilize material that dried bark, firewood, coal etc. can burn can, drop into the hot-blast stove generation high-temperature gas that burns, with high pressure fermented soya beans, salted or other wise blower fan hot blast is pressed in the baker again, repeatedly ask the moving ideal effect of drying plank that reaches of circulation through hot gas.
Drying kiln transmission cycloidal pin driven by motor, durable in use, good stability, refining the forming of steel material that the transmission device serviceability is good, the resistant to elevated temperatures high-quality rod iron of adapted high-strength abrasion-proof up-down rollers is moving, and the stable kiln tail that is delivered to rapidly of plank is exported.
Be provided with the high-performance heat supply in the dry kiln and divide air-line system, can make hot blast balancedly be injected into continuously the top and bottom of plank, the moisture content of plank is constantly evaporated, again with the smoke evacuation dehumidification system, moisture is expelled from kiln, the effect of drying to reach desirable plank uses high insulation asbestos seal assurance heat not run off around the drier.
The omnidistance full-automatic regulation and control of this equipment, when reaching desirable bake out temperature in the drier, electrical equipment slows down work with auto-control equipment, otherwise accelerates, to reach energy-conservation, not loss, not waste the source material purpose; This equipment 4 people can operate, and 1 people is responsible for the refuelling of hot-blast stove, and 1 people is at the dried entrance discharging of baking device plank, and 1 people connects in outlet and puts plank, and 1 people follows the tracks of the adjusting device running comprehensively, also can move up plank etc.,
Plank goes out to the dry kiln tail, and through the quenching system regulation and control, the dress of immediately can packing does not hinder ground, and this equipment daily output dry plate reaches 35 cubes, about 530 degree of loss electricity, and coal-fired 1 ton, about 4 tons of wooden skin or firewood, it is extremely low to consume energy, and is the desirable good equipment of dry plate.
Claims (6)
1. the dry roller-way kiln system of a plank, it is characterized in that: system comprises: hot-blast stove (1), kiln body (2), auto-adjustment control cabinet device (3), deduster (4), hot blast conveying pipe road (5), recuperation of heat pipeline (6), heating tube (7), dehumidifier pipe (8), baker (42) and air blast (41); Being provided with the hot-blast stove (1) that burns coal entrance (9) and burn bavin entrance (10) outward fixedly is communicated with hot blast conveying pipe road (5) by heat outlet (32); Hot blast conveying pipe road (5) is fixedly connected with deduster (4) through air blast (41), air blast (41) with in be provided with temperature-control pressure-control auto-adjustment control cabinet device (3) be fixedly connected with; The top of deduster (4) fixedly is communicated with hot blast conveying pipe road (5); Hot blast conveying pipe road (5) splits into many heating tubes (7); Many heating tubes (7) split into heat supply and divide airduct (25) and lower heat supply to divide airduct (26); The baker (42) that upper heat supply divides airduct (25) and lower heat supply to divide airduct (26) and kiln body (2) to be provided with fixedly is communicated with; The front and back end of kiln body (2) is installed with respectively wet middle plate entrance (11), dry rear middle plate exit (12); The top of baker (42) fixedly is communicated with many dehumidifier pipes (8); Dehumidifier pipe (8) fixedly is communicated with recuperation of heat pipeline (6), and recuperation of heat pipeline (6) reclaims mouthful (30) by hot gas and fixedly is communicated with the combustion chamber (39) of hot-blast stove (1).
2. the dry roller-way kiln system of plank according to claim 1, it is characterized in that: described air blast (41) is the high voltage type air blast.
3. hot-blast stove, it is characterized in that: hot-blast stove (1) comprising: combustion chamber (39), storage hot air chamber (40), hot gas reclaim mouthful (30), cinder outlet (31), heat outlet (32), upper flue gas mouth (33) and lower heat outlet (34);
The positive basifacial left end of hot-blast stove (1) is provided with and burns bavin entrance (10), burning bavin entrance (10) and fixedly be communicated with combustion chamber (39), goes to the bottom and is installed with polylith burning bavin grate (38) in combustion chamber (39) front portion corresponding with burning bavin entrance (10); The rear end, bottom, left side of hot-blast stove (1) is provided with burns coal entrance (9), and bottom, the left side front end of hot-blast stove (1) is provided with hot gas and reclaims mouthful (30); Burning coal entrance (9) and fixedly be communicated with combustion chamber (39), goes to the bottom and is installed with polylith burning coal grain grate (37) in combustion chamber (39) rear portion corresponding with burning coal entrance (9); The anterior posterior of combustion chamber (39) is fixing to be connected; Peripheral by poly-light ball standard brick (35) formation around the combustion chamber (39); Combustion chamber (39) is provided with a plurality of outlets through its right and fixedly is communicated with storage hot air chamber (40); The rear portion of combustion chamber (39) is provided with flue gas mouth (33) with the brick wall that storage hot air chamber (40) intersects; Storage hot air chamber (40) is built into by floating bead brick (36), and the front end of storage hot air chamber (40) is provided with heat outlet (32).
4. hot-blast stove according to claim 3, it is characterized in that: the required incendiary material of described hot-blast stove (1) is dried bark, firewood, coal.
5. kiln body, it is characterized in that: kiln body (2) comprising: baker (42), recuperation of heat pipeline (6), heating tube (7) and dehumidifier pipe (8);
The baker frame (27) of baker (42) is divided into upper, middle and lower three parts with kiln body (2), and the middle part is running part, and top and the bottom are the heat supply part;
Running part comprises: driving shaft (13), initiatively helical teeth (14), the 1st bearing (15), drive sprocket (16), the 2nd bearing (17), initiatively go up helical teeth (18), driving shaft bearing (19), upper active straight-tooth (20), transmission bearing angle (21), the excellent spindle nose (22) of roller, live-roller excellent (23); Driving shaft (13) is positioned at the outer end at kiln body (2) middle part, in be provided with drive sprocket (16) driving shaft (13) be fixedly connected with the end of transmission bearing angle (21) with baker frame (27) by a plurality of the 1st bearings (15), the upper axial standard width of a room in an old-style house position along baker frame (27) of driving shaft (13) is installed with a plurality of outer the 2nd bearings (17) that are provided with active helical teeth (14), the 2nd bearing (17) is by active helical teeth (14), initiatively going up helical teeth (18) is flexibly connected with lower driving roller rod (23), lower driving roller rod (23) is flexibly connected with uploading the upper active straight-tooth (20) that action roller rod (43) is provided with by the lower active straight-tooth (44) which is provided with, and upper active straight-tooth (20) is located at an end of uploading action roller rod (43); Uploading action roller rod (43) and lower driving roller rod (23) is flexibly connected with driving shaft bearing (19) by the roller rod spindle nose (22) that two ends, the left and right sides are provided with, the top of driving shaft bearing (19) is provided with groove (45), and it is up and down in groove (45) to upload the roller rod spindle nose (22) that the two ends of action roller rod (43) are provided with;
Heating part divides and comprises: high insulation asbestos, upper heat supply divide airduct (25), lower heat supply to divide airduct (26), dehumidifier pipe (8); Upper heat supply divides airduct (25) fixedly to be communicated with the top of kiln body (2), and lower heat supply divides airduct (26) fixedly to be communicated with the bottom of kiln body (2); The inside of kiln body (2) is fixedly connected with high insulation asbestos all around by the baker frame (27) of baker (42), has consisted of hermetic integral body; The top of kiln body (2) fixedly is communicated with many dehumidifier pipes (8) respectively, and dehumidifier pipe (8) fixedly is communicated with recuperation of heat pipeline (6).
6. kiln body according to claim 5, it is characterized in that: described running part power is provided by the cycloidal pin motor; Transmission device forms by well behaved steel material is refining; Uploading action roller rod (43) and lower driving roller rod (23) consists of by the resistant to elevated temperatures high-quality rod iron of high-strength abrasion-proof.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012205152651U CN202853314U (en) | 2012-10-09 | 2012-10-09 | Board drying roller kiln system and special device of the same |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012205152651U CN202853314U (en) | 2012-10-09 | 2012-10-09 | Board drying roller kiln system and special device of the same |
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| Publication Number | Publication Date |
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| CN202853314U true CN202853314U (en) | 2013-04-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012205152651U Expired - Lifetime CN202853314U (en) | 2012-10-09 | 2012-10-09 | Board drying roller kiln system and special device of the same |
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| CN (1) | CN202853314U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102853641A (en) * | 2012-10-09 | 2013-01-02 | 苏雄孟 | Wooden board drying roller kiln system and special device thereof |
-
2012
- 2012-10-09 CN CN2012205152651U patent/CN202853314U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102853641A (en) * | 2012-10-09 | 2013-01-02 | 苏雄孟 | Wooden board drying roller kiln system and special device thereof |
| CN102853641B (en) * | 2012-10-09 | 2015-04-01 | 苏雄孟 | Wooden board drying roller kiln system and special device thereof |
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