CN201456166U - Tamping device for shaping internal furnace - Google Patents
Tamping device for shaping internal furnace Download PDFInfo
- Publication number
- CN201456166U CN201456166U CN2009201191725U CN200920119172U CN201456166U CN 201456166 U CN201456166 U CN 201456166U CN 2009201191725 U CN2009201191725 U CN 2009201191725U CN 200920119172 U CN200920119172 U CN 200920119172U CN 201456166 U CN201456166 U CN 201456166U
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- rotary table
- bracing frame
- driver
- bed die
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Abstract
The utility model relates to a tamping device for shaping an internal furnace which comprises a supporting frame which is vertically arranged, a tamping device installed on the upper end of the supporting frame, a rotary working platform located on the bottom of the supporting frame, and a die installed on the rotary working platform, the tamping device is further provided with a transverse feeding device, wherein the transverse feeding device is located on the supporting frame on the bottom of the rotary working platform and is composed of a driver I, a chain transmission mechanism, a feed screw nut transmission mechanism and two convex guiding rails which are in parallel, wherein the driver I is connected with the feed screw nut transmission mechanism through the chain transmission mechanism, wherein a nut in the feed screw nut transmission mechanism is welded on a bedplate on the bottom of the rotary working platform, the guiding rails are located on the bottom of the rotary working platform and are transversely arranged on the supporting frame base, and the bottom of the bedplate is provided with a concave guiding slot which is matched with the convex guiding rail. Since the transverse feeding device is arranged under the rotary working platform, integral tamping shaping of the internal furnace can be realized.
Description
Technical field
The utility model relates to a kind of tamping forming apparatus, particularly relates to a kind of tamping unit that is used for the flue moulding.
Background technology
Tamping forming apparatus in the refractories industry, be mainly used in the tube wall of ramming heat-resistant tube, the patent No. is 200610042150.4 " tamping forming apparatus " by retrieval, it is that with compactor the pug in the continuous Rotating with Uniform mould to be carried out ramming solid, thereby reach a kind of special equipment of moulding purpose, it is by bracing frame, ramming device and rotary table are formed, also be equipped with distributing device, flat mouthpart, mould and turner, mould is to be made by hard laminate, the tubular core rod vertically is contained between the circular bed die outer wall and annular bed die that keeps flat, the tubular die sleeve stands in the outer end wall of annular bed die, bracing frame is by base, headstock, column, crossbeam connects as one composition, be connected for axle between rotary table and the base, compactor upper end is passed behind the crossbeam that one one end is fixed on the column upper end and soft pipe connection in the ramming device, flexible pipe is communicated with pneumatic element in the column, in the movable down in the heart blank that points between core rod and the die sleeve in compactor lower end, turner is by regulating handle, bracket, hook, bracket, the holder axle, bottom bracket, supporting plate is formed, regulating handle is fixed on bracket outer wall center, and the upper end of hook and L shaped bottom bracket is connected with the bracket two end axles respectively; L type bottom bracket sidewall center is connected with L type bracket upper shaft; Supporting plate is connected with the carriage secured in parallel.The operation principle of this device is at first chassis, core rod, bed die, die sleeve to be installed on the rotary table one by one, with the blank groove between the external mold in the compactor lower end aligned of suspention; Again distributing device is placed core tip and fill blank; Start rotation then; blank flows into the blank groove automatically by the distributing device opening; the tup that compactor impacts flat mouthpart is continuously tied the material base upper surface, shuts down the back and extracts clamp bar out, unclamps core rod; open die sleeve; goods are together put into the turner upset at the bottom of together with mould again, goods are placed on the supporting plate again, goods shift out turner; take out bed die, promptly finish the production overall process.But because rotary table can only be finished beating of heat-resistant tube tube wall with cooperating of compactor, heat-resistant tube for the band end just is difficult to satisfy, internal furnace of induction furnace for example, by forming at the bottom of furnace wall and the flue, just can't make firm by ramming at the bottom of the flue if use this tamping forming apparatus can only make furnace wall firm by ramming, thereby be badly in need of a kind of tamping forming apparatus that is suitable for the flue moulding.
The utility model content
The utility model provides a kind of tamping unit that is used for the flue moulding, and it has solved the difficult problem that flue in the prior art is made moulding firm by ramming.
A kind ofly be used for the shaped device that flue is made firm by ramming, comprise vertical setting bracing frame, be installed in bracing frame upper end the ramming device, be positioned at the rotary table of bracing frame bottom and be installed on mould on the rotary table, it also is provided with cross feed device, and described cross feed device is positioned on the bracing frame of rotary table bottom.
Finish the moulding of making firm by ramming at the bottom of the flue by cross feed device in the utility model technique scheme, when rotary table in rotation time, as long as adjust the lateral feed of cross feed device,
At the bottom of the flue such as the ramming liner of induction furnace, when rotary table in rotation time, can finish the moulding of making firm by ramming at the bottom of the flue by cross feed device.
As preferably, described cross feed device is by driver, chain drive, feed screw nut's transmission mechanism and two convex guide rails that are parallel to each other are formed, described driver one is fixedly installed on the bracing frame bottom and is higher than rotary table, driver one drives the feed screw nut's transmission mechanism transmission that is positioned at the rotary table bottom by chain drive, wherein the nut in feed screw nut's transmission mechanism is welded on the platen of bottom of rotary table, described guide rail is located at the rotary table bottom and is horizontally installed on the bracing frame base, and the bottom of described platen is provided with the spill guide groove that matches with convex guide rail.
Wherein the nut in feed screw nut's transmission mechanism is welded on the rotary table bottom, and described guide rail is arranged on the rotary table bottom and is positioned on the bracing frame base.By feed screw nut's transmission mechanism rotary table is slided on guide rail in this technical scheme, can make the ramming device begin the axle center of ramming to refractory tube from the outward flange of refractory tube, thereby finish the ramming process at the bottom of the refractory tube pipe, general, thereby need change the requirement that the big compactor of lifting surface area guarantees refractory tube bottom density in time at the bottom of the ramming refractory tube pipe.
As preferably, described bracing frame is cuboid, the top of cuboid bracing frame is provided with two guide pillars that parallel with the bracing frame doorframe, described guide pillar is provided with ramming device and the hitting power automatic mechanism that slides up and down, and described ramming device and hitting power automatic mechanism are fixedly connected as an integral body.The ramming device is the effect that is used for the moulding of ramming blank in the technique scheme, and the hitting power automatic mechanism is the hitting dynamics of flat horizontal ramming device when hitting blank, blank is neither broken and can be guaranteed certain density requirements, the hitting power automatic mechanism rises until the moulding of making firm by ramming of finishing the refractory tube tube wall along guide pillar with the ramming device when continuous adding ramming mass.
As further preferred, described ramming device is by driver two, the belt wheel transmission mechanism, centric slider-crank mechanism and compactor are formed, wherein said centric slider-crank mechanism is by the eccentrically weighted shaft that is arranged on the horizontal plane, be arranged on the connecting rod on the vertical plane, the cylinder slide block, lower slider and bearing pin are formed, described eccentrically weighted shaft one end connects the follower of described belt wheel transmission mechanism, the other end connects connecting rod, described connecting rod and cylinder slide block are movably connected by bearing pin, and described compactor is plugged on by fastening bolt radially in the inner chamber of cylinder slide block bottom and is corresponding with die cavity.
As further preferred, described hitting power automatic mechanism is regulated bolt, set bolt and balance weight mechanism by two guide pin bushings, friction block bracket, brake pad, elastic washer and brake pad and is formed, wherein guide pin bushing is separately positioned on two guide pillar outer surfaces, be welded with a support panel between guide pin bushing and the guide pin bushing, be provided with brake pad and elastic washer between guide pin bushing and the guide pillar, friction block bracket is fixed on outside the guide pin bushing by set bolt, and brake pad adjusting bolt radially passes friction block bracket and withstands on the described brake pad by elastic washer.Regulate bolt and adjust frictional force between brake pad and the guide pillar by regulating brake pad in this technical scheme, thereby guarantee that in reinforced process the ramming device is constantly when guide pillar slowly rises, its ramming dynamics remains on the state of relative equilibrium, thereby guarantees that shaping blank has necessarily required density.
As further preferred, driver two in the described ramming device is fixedly connected on the back plate face of described support panel, described eccentrically weighted shaft is provided with sleeve block outward, eccentrically weighted shaft is fixed on the top edge of support panel by sleeve block, described lower slider is fixedly connected on the front face of support panel, and is provided with the cylinder slide block that slides up and down in the lower slider inner chamber.This technical scheme mainly is that the ramming device is fixed together with the hitting power automatic mechanism and realizes sliding up and down on guide pillar.
As further preferred, described balance weight mechanism by two balancing weights that are arranged on bracing frame doorframe the right and left, be arranged on the bracing frame two groups of fixed pulleys on the end floor beam and form by the steel wire rope that fixed pulley connects configuration block and support panel respectively.Balancing weight in this technical scheme is used for the deadweight of balance tamper and hitting power automatic mechanism, for prevent moment during ramming since its both deadweights are excessive that shaping blank is broken.
As preferably, described mould is made up of Membrane cover, core rod and location bed die, and described location bed die is centrally located on the rotary table, and described core rod is installed on the bed die of location, and described die sleeve is positioned on the location bed die of core rod outside.Make the die cavity of moulding in this technical scheme between die sleeve and the core rod firm by ramming for blank.
As further preferred, bed die center, described location is provided with the center positioning hole that matches with the boss that is arranged on the rotary table center, the last plane of location bed die is provided with the core rod locating hole, be fixed together by the dormant bolt that is evenly distributed on the bed die circumference of location between location bed die and the core rod, the last plane of described location bed die is provided with the die sleeve locating slot, between location bed die and the die sleeve by be evenly distributed on the die sleeve bottom outer edge bolting together.
As preferably, described rotary table is arranged on the square platen, the lower face of described platen is provided with the spill guide groove that matches with described guide rail, the bottom of described platen is provided with driver three, reduction box and the rotary main shaft that makes the rotary table rotation, described driver three and reduction box are fixed on the bracing frame base, it wherein in the reduction box Worm and Worm Gear Driving mechanism, described driver three is connected with rotary main shaft by Worm and Worm Gear Driving mechanism, and described rotary main shaft is fixedly connected on rotary table bottom centre.
A kind of tamping unit that is used for the flue moulding of the utility model owing to be provided with cross feed device below rotary table, can be realized that the integral body of flue is made moulding firm by ramming, and can guarantee the ramming quality of high-quality by the hitting power automatic balancing arrangement.
Description of drawings
Fig. 1 is a kind of overall structure schematic diagram of tamping unit except that mould that is used for the flue moulding of the utility model;
Fig. 2 is the syndeton schematic diagram of the utility model tamper and hitting power automatic mechanism;
Fig. 3 is the structural representation after guide pin bushing is broken away in the utility model hitting power automatic mechanism;
Fig. 4 is the assembly structure generalized section of the utility model mould;
Fig. 5 is the generalized section of the utility model location bed die;
Among the figure: 1, driver one, 2, chain wheel driving mechanism, 3, the bracing frame base, 4, positioning boss, 5, guide groove, 6, guide rail, 7, driver three, 8, feed screw nut's transmission mechanism, 9, platen, 10, rotary table, 11, compactor, 12, the cylinder slide block, 13, lower slider, 14, brake pad is regulated bolt, 15, friction block bracket, 16, connecting rod, 17, eccentrically weighted shaft, 18, sleeve block, 19, the belt wheel transmission mechanism, 20, fixed pulley, 21, guide pillar, 22, bracing frame, 23, driver two, 24, support panel, 25, guide pin bushing, 26, steel wire rope, 27, balancing weight, 28, brake pad, 29, elastic washer, 30, die sleeve, 30-1, hanger, 31, the location bed die, 31-1, the core rod locating slot, 31-2, center positioning hole, 31-3, the die sleeve locating hole, 32, blank, 33, die cavity, 34, core rod.
The specific embodiment
Referring to Fig. 1 to Fig. 5, a kind of tamping unit that is used for the flue moulding is made up of bracing frame 22, ramming device, hitting power automatic mechanism, rotary table 10, cross feed device and mould.
The ramming device mainly is by driver 2 23, belt wheel transmission mechanism 19, centric slider-crank mechanism and compactor 11 are formed, wherein driver 2 23 is a motor, centric slider-crank mechanism is by the eccentrically weighted shaft 17 that is arranged on the horizontal plane, be arranged on the connecting rod 16 on the vertical plane, cylinder slide block 12, lower slider 13 and bearing pin are formed, the follower of one end connecting band wheel drive mechanism 19 of eccentrically weighted shaft 17, the other end and connecting rod 16 flexibly connect, connecting rod 16 and cylinder slide block 12 are movably connected by bearing pin, cylinder slide block 12 lower ends connect compactor 11, and compactor 11 is corresponding with die cavity 33, thereby driver 2 23 driving pulley transmission mechanisms 19 rotate, belt wheel transmission mechanism 19 is deceleration transmission and drives eccentrically weighted shaft 17 rotations, 16 swings of eccentrically weighted shaft 17 drive link, connecting rod 16 drives cylinder slide block 12 and slides up and down, and the blank 32 that cylinder slide block 12 drives in the compactor 11 successive alignment die cavitys 33 carries out ramming.
Be the hitting dynamics of balance ramming device when the ramming, adjust by the hitting power automatic mechanism, the hitting power automatic mechanism mainly is by two guide pin bushings 25, friction block bracket 15, brake pad 28, elastic washer 29 and brake pad are regulated bolt 14, two set bolts and balance weight mechanism are formed, wherein guide pin bushing 25 is separately positioned on two guide pillar 21 outer surfaces, be welded with a support panel 24 between guide pin bushing 25 and the guide pin bushing 25, be provided with brake pad 28 and elastic washer 29 between guide pin bushing 25 and the guide pillar 21, friction block bracket 15 is fixed on outside the guide pin bushing 25 by set bolt, brake pad adjusting bolt 14 radially passes friction block bracket 15 and withstands on the brake pad 28 by elastic washer 29, wherein balance weight mechanism mainly is by two balancing weights 27, two groups of fixed pulleys 20, and two steel wire ropes 26 are formed, wherein two groups of fixed pulley 20 symmetries are fixedly installed on the bracing frame 22 on the end floor beam, every steel wire rope 26 is fixedly connected on the support panel 24 by the welding of fixed pulley 20 1 ends or by connector, and the other end connects balancing weight 27.Along with the continuous rising of the blank in the die cavity 33 32, can regulate bolt 14 and adjust frictional force between brake pad 28 and the guide pillar 21 by regulating brake pad, thereby guarantee when ramming device certain ramming power of maintenance during at ramming.
Fixedlying connected of ramming device and hitting power automatic mechanism mainly is to be fixedly mounted on the driver in the ramming device 2 23 on the back plate face of support panel 24 by support, the eccentrically weighted shaft 17 outer sleeve blocks 18 that are provided with, eccentrically weighted shaft 17 is fixed on the top edge of support panel 24 by sleeve block 18, lower slider 13 is by bolting or be welded on the front face of support panel 24, and is provided with the cylinder slide block 12 that slides up and down in lower slider 13 inner chambers.
Rotary table 10 is arranged on the square platen 9, the lower face of platen 9 is provided with the spill guide groove 5 that matches with guide rail 6, the bottom of platen 9 is provided with the driver 37 that makes rotary table 10 rotations, reduction box and rotary main shaft, driver 37 and reduction box are fixed on the bracing frame base, it wherein in the reduction box Worm and Worm Gear Driving mechanism, driver 37 is connected with rotary main shaft by Worm and Worm Gear Driving mechanism, rotary main shaft passes platen 9 and vertically is fixed on rotary table 10 bottom centre, driver 37 is a motor, be installed on the bracing frame base 3 of rotary table 10 bottoms, driver 37 drives the Worm and Worm Gear Driving mechanism driving like this, and Worm and Worm Gear Driving mechanism drives rotary main shaft and rotates.
For realizing to the ramming at the bottom of the refractory tube pipe, a cross feed device is installed in bottom at rotary table, this cross feed device is by driver 1, chain drive 2, feed screw nut's transmission mechanism 8 and two convex guide rails that are parallel to each other 6 are formed, wherein driver 1 is fixedly installed on bracing frame 22 bottoms and is higher than rotary table 10, driver 1 links to each other with feed screw nut's transmission mechanism 8 by chain drive 2, wherein the nut in feed screw nut's transmission mechanism 8 is welded on the platen 9 of bottom of rotary table 10, guide rail 6 is located at rotary table 10 bottoms and is horizontally installed on the bracing frame base 3, the bottom of platen 9 is provided with the spill guide groove 5 that matches with convex guide rail 6, be that rotary table 10 can move along the direction of guide rail 6, its center of mould that be positioned on the rotary table 10 this moment is just close to compactor 11, thereby can realize the moulding of making firm by ramming to whole plane at the bottom of the refractory tube pipe.
The upper surface of rotary table 10 is provided with the positioning boss 4 that is used for mould is carried out centralized positioning.Mould is by Membrane cover 30, core rod 34 and location bed die 31 are formed, wherein locate bed die 31 centers and be provided with the center positioning hole 31-2 that matches with the positioning boss 4 of rotary table 10 upper surfaces, so just will locate the center that bed die 31 is positioned at rotary table 10, to locate bed die 31 and be fixed on the rotary table 10 by being evenly distributed on bed die 31 excircles of location bolt again, the upper surface of location bed die 31 is provided with the core rod detent 31-1 of core rod 34 location and by the dormant bolt that evenly is arranged on bed die 31 circumference of location core rod 34 is fixed on the bed die 31 of location, the upper surface of location bed die 31 also is provided with the die sleeve locating slot 31-3 with die sleeve 30 location, wherein die sleeve 30 is to be bolted to connection together and to be installed in die sleeve locating slot 31-3 place on the location bed die 31 of core rod 34 outsides by two circular arc half modules, and radially is provided with the hanger 30-1 that is used for die flip on the circumferential wall of die sleeve 30.
At first, carry out the assembling of mould, to locate bed die 31, core rod 34, die sleeve 30 is installed on the rotary table 10 one by one, be installed in compactor 11 in the cylinder slide block 12 bottom inner chambers and compactor 11 aligning die cavitys 33, start driver 37 and driver 2 23 then, rotary table 10 rotates, compactor is ramming about in the of 11, blank is put into die cavity 33 by operating personnel's uniform and stable, be that rotary table 10 rotates on one side, the compactor 11 continuous ramming of fixing a point on one side, the another limit of operating personnel is reinforced simultaneously, when the blank of making firm by ramming constantly adds fashionable, for making compactor 11 keep certain ramming dynamics, at this moment will regulate bolt 14 by the brake pad of adjusting on the hitting power automatic mechanism, make the frictional force between brake pad 28 and the guide pillar 21 strengthen a bit, make ramming device and hitting power automatic mechanism under the effect of balancing weight along guide pillar 21 certain position of slowly rising, so just make and in constantly reinforced process, guaranteed certain ramming dynamics, blank article is broken, can guarantee the desired density of blank article again. behind the ramming of finishing the refractory tube tube wall, changing the relatively large compactor of lifting surface area 11 again begins carrying out ramming at the bottom of the refractory tube pipe, begin carrying out ramming at the bottom of the refractory tube pipe from the end that finishes refractory tube tube wall ramming, start the driver 1 of cross feed device, when rotary table 10 when the direction of guide rail 6 has certain amount of feeding, suspend the driver 1 of cross feed device, make its amount of feeding can just guarantee that the continuity at the bottom of the ramming refractory tube pipe is just passable, promptly begin to carry out ramming and feeding to the center from the outermost edge at the bottom of the refractory tube pipe, cooperate the rotation of rotary table 10 again, whole plane at the bottom of the intact refractory tube pipe of ramming. carry out demoulding work at last to moulded products, core rod hoisting mechanism by being arranged on the top, house is held hanger 30-1 that die sleeve 30 outsides radially are provided with steel wire rope entire die is shifted and overturns from rotary table 10, lay down bed die 31, by jack and ejector core rod 34 is taken out from the blank moulded products, thereby again the die sleeve 30 outside the moulded products is shed the knockout course of finishing whole goods.
Claims (10)
1. tamping unit that is used for the flue moulding, comprise vertical setting bracing frame (22), be installed in bracing frame (22) upper end the ramming device, be positioned at the rotary table (10) of bracing frame (22) bottom and be installed on mould on the rotary table (10), it is characterized in that: it also is provided with cross feed device, and described cross feed device is positioned on the bracing frame (22) of rotary table (10) bottom.
2. a kind of tamping unit that is used for the flue moulding according to claim 1, it is characterized in that: described cross feed device is by driver one (1), chain drive (2), feed screw nut's transmission mechanism (8) and two convex guide rails that are parallel to each other (6) are formed, described driver one (1) is fixedly installed on bracing frame (22) bottom and is higher than rotary table (10), driver one (1) links to each other with described feed screw nut's transmission mechanism (8) by chain drive (2), wherein the nut in feed screw nut's transmission mechanism (8) is welded on the platen (9) of bottom of rotary table (10), described guide rail (6) is located at rotary table (10) bottom and is horizontally installed on the bracing frame base (3), and the bottom of described platen (9) is provided with the spill guide groove (5) that matches with convex guide rail (6).
3. a kind of tamping unit that is used for the flue moulding according to claim 2, it is characterized in that: described bracing frame (22) is cuboid, the top of cuboid bracing frame (22) is provided with two guide pillars that parallel with the bracing frame doorframe (21), described guide pillar (21) is provided with ramming device and the hitting power automatic mechanism that slides up and down, and described ramming device and hitting power automatic mechanism are fixedly connected as an integral body.
4. a kind of tamping unit that is used for the flue moulding according to claim 3, it is characterized in that: described ramming device is by driver two (23), belt wheel transmission mechanism (19), centric slider-crank mechanism and compactor (11) are formed, wherein said centric slider-crank mechanism is by the eccentrically weighted shaft (17) that is arranged on the horizontal plane, be arranged on the connecting rod (16) on the vertical plane, cylinder slide block (12), lower slider (13) and bearing pin are formed, described eccentrically weighted shaft (17) one ends connect the follower of described belt wheel transmission mechanism (19), the other end and connecting rod (16) flexibly connect, described connecting rod (16) and cylinder slide block (12) are movably connected by bearing pin, and described compactor (11) is plugged on by fastening bolt radially in the inner chamber of cylinder slide block (12) bottom and is corresponding with die cavity (33).
5. a kind of tamping unit that is used for the flue moulding according to claim 4, it is characterized in that: described hitting power automatic mechanism is by two guide pin bushings (25), friction block bracket (15), brake pad (28), elastic washer (29) and brake pad are regulated bolt (14), several set bolts and balance weight mechanism are formed, wherein guide pin bushing (25) is separately positioned on two guide pillars (21) outer surface, be welded with a support panel (24) between guide pin bushing (25) and the guide pin bushing, be provided with brake pad (28) and elastic washer (29) between guide pin bushing (25) and the guide pillar (21), friction block bracket (15) is fixed on outside the guide pin bushing (25) by set bolt, and brake pad adjusting bolt (14) radially passes friction block bracket (15) and withstands on the described brake pad (28) by elastic washer (29).
6. a kind of tamping unit that is used for the flue moulding according to claim 5, it is characterized in that: the driver two (23) in the described ramming device is fixedly connected on the back plate face of described support panel (24), the outer sleeve block (18) that is provided with of described eccentrically weighted shaft (17), eccentrically weighted shaft (17) is fixed on the top edge of support panel (24) by sleeve block (18), described lower slider (13) is fixedly connected on the front face of support panel (24), and is provided with the cylinder slide block (12) that slides up and down in lower slider (13) inner chamber.
7. a kind of tamping unit that is used for the flue moulding according to claim 5 is characterized in that: described balance weight mechanism by two balancing weights (27) that are arranged on bracing frame doorframe the right and left, be arranged on bracing frame (22) and go up the two groups of fixed pulleys (20) on the end floor beam and form by the steel wire rope (26) that described fixed pulley (20) connects balancing weight (27) and support panel (24) respectively.
8. according to the described a kind of tamping unit that is used for the flue moulding of claim 1 to 7, it is characterized in that: described mould is made up of Membrane cover (30), core rod (34) and location bed die (31), described location bed die (31) is centrally located on the rotary table (10), described core rod (34) is installed on the location bed die (31), and described die sleeve (30) is positioned on the location bed die (31) of core rod (34) outside.
9. a kind of tamping unit that is used for the flue moulding according to claim 8, it is characterized in that: described location bed die (31) center is provided with the center positioning hole (31-2) that matches with the boss (4) that is arranged on rotary table (10) center, the last plane of location bed die (31) is provided with core rod locating hole (31-1), be fixed together by the dormant bolt that is evenly distributed on bed die (31) circumference of location between location bed die (31) and the core rod (34), the last plane of described location bed die (31) is provided with die sleeve locating slot (31-3), between location bed die (31) and the core rod (34) by be evenly distributed on die sleeve (30) bottom outer edge bolting together.
10. according to the described a kind of tamping unit that is used for the flue moulding of claim 1 to 7, it is characterized in that: described rotary table (10) is arranged on the square platen (9), the lower face of described platen (9) is provided with the spill guide groove (5) that matches with described guide rail (6), the bottom of described platen (9) is provided with the driver three (7) that makes rotary table (10) rotation, reduction box and rotary main shaft, described driver three and reduction box are fixed on the bracing frame base (3), it wherein in the reduction box Worm and Worm Gear Driving mechanism, described driver three (7) is connected with rotary main shaft by Worm and Worm Gear Driving mechanism, and described rotary main shaft is fixedly connected on rotary table (10) bottom centre.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201191725U CN201456166U (en) | 2009-05-01 | 2009-05-01 | Tamping device for shaping internal furnace |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201191725U CN201456166U (en) | 2009-05-01 | 2009-05-01 | Tamping device for shaping internal furnace |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201456166U true CN201456166U (en) | 2010-05-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201191725U Expired - Fee Related CN201456166U (en) | 2009-05-01 | 2009-05-01 | Tamping device for shaping internal furnace |
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| CN (1) | CN201456166U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106042170A (en) * | 2016-07-20 | 2016-10-26 | 郑州开阳窑具制品有限公司 | Silicon carbide pipeline product forming machine |
| CN113375467A (en) * | 2021-06-10 | 2021-09-10 | 冷水江市润辰新材料有限公司 | Furnace building system with compact kiln liner |
-
2009
- 2009-05-01 CN CN2009201191725U patent/CN201456166U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106042170A (en) * | 2016-07-20 | 2016-10-26 | 郑州开阳窑具制品有限公司 | Silicon carbide pipeline product forming machine |
| CN106042170B (en) * | 2016-07-20 | 2018-07-06 | 郑州开阳窑具制品有限公司 | Silicon carbide pipeline product forming machine |
| CN113375467A (en) * | 2021-06-10 | 2021-09-10 | 冷水江市润辰新材料有限公司 | Furnace building system with compact kiln liner |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100512 Termination date: 20130501 |