CN203471912U - Full-automatic flue production line - Google Patents
Full-automatic flue production line Download PDFInfo
- Publication number
- CN203471912U CN203471912U CN201320588794.9U CN201320588794U CN203471912U CN 203471912 U CN203471912 U CN 203471912U CN 201320588794 U CN201320588794 U CN 201320588794U CN 203471912 U CN203471912 U CN 203471912U
- Authority
- CN
- China
- Prior art keywords
- assembly
- motor
- travel
- ing rest
- horizontal support
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Intermediate Stations On Conveyors (AREA)
Abstract
The utility model discloses a full-automatic flue production line, and belongs to the technical field of flue production. The production line comprises a machine head assembly, a machine body assembly, a transverse support assembly, a longitudinal support assembly, a lifting vibration platform assembly, an automatic feeding assembly, a lifting conveying platform assembly and a finished product conveying assembly. The automatic production of flues is achieved, the amount of labor is greatly reduced through the mechanical production, and labor cost is saved.
Description
Technical field
The utility model relates to a kind of production line of mechanization production flue, relates in particular to a kind of Full-automatic tobacco pipeline production line, is applicable to the batch production of flue goods, belongs to mechanical automation production technical field.
Background technology
Flue has a wide range of applications in building industry, is widely used in especially the exhaust gas flue in residential building building, the cement flue of in the past producing, and most of employing made by hand.The flue machine that the patent No. that ，Wo company produces is in recent years ZL201120122841.1, has improved the quality of flue goods greatly, and the flue product wall thickness of producing is even, and intensity is high, and flue mechanization production is widely used; But also have some problems, such as recruitment cost is high, labour intensity is large; In the independent research of the tight demand Xia，Wo in market company a kind of flue automatic production line, make the flue production automation become possibility, reduced labour intensity simultaneously, improved production efficiency.
summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art part, and a kind of Full-automatic tobacco pipeline production line is provided, and has realized the automated production of flue, and has greatly reduced the amount of labour by mechanization production, has saved recruitment cost.
The utility model is achieved by the following technical solution: a kind of Full-automatic tobacco pipeline production line, and this production line comprises nose assembly, frame assembly, horizontal support assembly, longitudinal carrier assembly, liftable shaking platform assembly, automatic charging assembly, liftable delivery platform assembly, finished product conveying assembly;
Described horizontal support assembly and longitudinal carrier assembly are spelled to take and are enclosed and form the cyclic track of described frame assembly, on described horizontal support assembly by the conveying runway being formed by delivery wheel, described frame assembly is movably arranged on described cyclic track, the slide rail suitable with described conveying runway arranged at the bottom of frame assembly, described nose assembly is fixedly mounted on the inner side of described horizontal support assembly, described liftable shaking platform assembly is positioned at next station of described nose assembly, described liftable shaking platform assembly is arranged on the bottom of described horizontal support assembly, described automatic charging assembly is positioned at the outside near the longitudinal carrier assembly at liftable shaking platform assembly place, described liftable delivery platform assembly is positioned at the outside of the horizontal support assembly corresponding with described nose assembly position, products export end near described frame assembly, the trend of liftable delivery platform assembly and described horizontal support assembly are perpendicular, described finished product conveying assembly is arranged vertically the side at described liftable delivery platform assembly.
Described nose assembly comprises head rack, is provided with and controls the motor one that the internal mold on described frame assembly actuates on head rack, and head rack sidepiece is provided with coupling assembly I and controls the motor two of coupling assembly I action;
Described frame assembly comprises conveyor mat, described slide rail is arranged on the bottom of described conveyor mat, conveyer belt is housed in conveyor mat, one end of the drive sprocket axle of conveyer belt is connected with the coupling assembly II supporting with described coupling assembly I, external mold wallboard and internal mold are equipped with in the top of described conveyor mat, the front end of described frame assembly is equipped with connection bracket, in connection bracket, have and control the mechanism that described internal mold actuates, the clutch end releasable connection of the mechanism that the described internal mold of this control actuates and described motor one.
Described motor one and motor two are movably arranged on head rack by guide rail.
Described horizontal support assembly comprises horizontal support, the power transmission shaft that many rows be arranged in parallel is housed on horizontal support, power transmission shaft is arranged on horizontal support by bearing block, described delivery wheel is equipped with at the two ends of power transmission shaft, delivery wheel forms two conveying runways, motor three is housed on described horizontal support, and sprocket wheel is equipped with in one end of described power transmission shaft, and described motor three is connected by chain with sprocket wheel;
Described longitudinal carrier assembly comprises fixed support one and travel(l)ing rest one, on described fixed support one, there are long rails and tooth bar, the roller that can move along described long rails is equipped with in the bottom of described travel(l)ing rest one, on described travel(l)ing rest one, there is motor four, the output of motor four is connected with and described tooth bar meshed gears, the top of described travel(l)ing rest one has two rows to arrange consistent transition wheel with described delivery wheel, on described travel(l)ing rest one, shifting block and locating piece are also housed, described shifting block is connected on band transmission or chain transmission, driving wheel connecting motor five with transmission or chain transmission.
Described delivery wheel is " V " type wheel, and described slide rail is " V " shaped steel, and a side of some power transmission shafts of close described horizontal support end adopts unilateral bearing.
Liftable shaking platform assembly comprises fixed support three, on the entablature of fixed support three both sides, is connected with lowering or hoisting gear I, and the bottom of lowering or hoisting gear I is connected with travel(l)ing rest three, on travel(l)ing rest three, has vibrator.
Described automatic charging assembly comprises the independent fixed support two arranging, on fixed support two, there is feed bin track, on feed bin track, there is travel(l)ing rest two, on travel(l)ing rest two, there are the feed bin roller that can move and the motor six that drives feed bin roller on described feed bin track, on feed bin roller, have the drive coaxial with it, drive is connected by band transmission or chain transmission with motor six; Described travel(l)ing rest two tops are fixed with feed bin, the end of feed bin is connected with feeding warehouse, the discharging opening of feeding warehouse is positioned at the top of described frame assembly, in described feed bin and feeding warehouse, be provided with spiral cradle roll, spiral cradle roll is by connecting carrying roller motor separately with transmission or chain transmission.
Described liftable delivery platform assembly comprises fixed support four and travel(l)ing rest four, between the chassis of travel(l)ing rest four and fixed support four, be connected with many group lowering or hoisting gear II, on described travel(l)ing rest four, some groups of conveyer belt apparatus are housed, conveyer belt apparatus comprises the running roller at two ends and is stretched in the conveyer belt on running roller, and running roller is by transmission connecting motor seven;
Described finished product conveying assembly is comprised of the two parts that split, wherein in the gap of the conveyer belt apparatus of the liftable delivery platform assembly described in a part of being arranged on, two parts of finished product conveying assembly include finished product transfer gantry, there is carrier chain the both sides of finished product transfer gantry, the driving wheel connecting motor eight of carrier chain.
Described carrier chain is T-shape chain, and every side has two groups.
The utility model has the advantages that: when the utility model is used, liftable shaking platform holds up frame assembly, then control automatic charging assembly material loading, constantly vibration in feeding process, until material is full, reduce liftable shaking platform, frame assembly is fallen on horizontal support, by drive motor, next frame assembly is moved to shaking platform top, repeat, frame assembly is transferred on another horizontal support by longitudinal carrier, forms a closed circuit; After product material solidifies completely, frame assembly is connected with nose assembly, control interior moulding/demoulding in frame assembly, after the demoulding completes, open both sides wallboard, product is transferred on liftable delivery platform by conveyer belt, then transfers on finished product transfer gantry.The utility model, by automatic charging, is concentrated vibration, and the electrified movement of controlling frame assembly etc., have realized the automated production of flue, and greatly reduced the amount of labour by mechanization production, have saved recruitment cost; In whole production process, comprise the demoulding of finished product, conversion, transportation, can easily complete by electrical control, has reduced recruitment number, has improved production efficiency, has reduced cost.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail:
Fig. 1 is the utility model agent structure schematic diagram;
Fig. 2 is the horizontal handpiece structure schematic diagram of the utility model;
Fig. 3 is the utility model airframe structure schematic diagram;
Fig. 4 is the utility model horizontal support assembly schematic diagram;
Fig. 5 is the utility model longitudinal carrier assembly schematic diagram;
Fig. 6 is that the utility model longitudinal carrier splits schematic diagram;
Fig. 7 is the utility model automatic charging assembly schematic diagram;
Fig. 8 is the utility model liftable shaking platform assembly schematic diagram;
Fig. 9 is the utility model liftable delivery platform assembly schematic diagram;
Figure 10 is the utility model finished product transfer gantry assembly schematic diagram;
In figure: a. nose assembly, b. frame assembly, c. horizontal support assembly, d. longitudinal carrier assembly, e. liftable shaking platform assembly, f. automatic charging assembly, g. liftable delivery platform assembly, h. finished product conveying assembly;
1, motor one, 2, head rack, 3, motor two, 4, coupling assembly I, 4 ', coupling assembly II, 5, conveyor mat, 5-1, slide rail, 6, external mold wallboard, 7, internal mold, 8, connection bracket, 9, motor three, 10, sprocket wheel, 11, horizontal support, 12, delivery wheel, 13, bearing block, 14, power transmission shaft, 15, unilateral bearing, 16, fixed support one, 17, tooth bar, 18, long rails, 19, travel(l)ing rest one, 19-1, transition wheel, 19-2, roller, 20, motor four, 21, motor five, 22, shifting block, 23, locating piece, 24, spiral cradle roll, 25, feed bin, 25-1, carrying roller motor, 25-2, feeding warehouse, 26, motor six, 27, travel(l)ing rest two, 27-1, feed bin roller, 27-2, drive, 28, fixed support two, 28-1, feed bin track, 29, vibrator, 30, lowering or hoisting gear I, 31, travel(l)ing rest three, 32, fixed support three, 33, motor seven, 34, conveyer belt apparatus, 35, running roller, 36, travel(l)ing rest four, 36-1, lowering or hoisting gear II, 37, fixed support four, 38, carrier chain, 39, motor eight, 40, finished product transfer gantry.
The specific embodiment
As shown in drawings: a kind of Full-automatic tobacco pipeline production line, this production line comprises nose assembly a, frame assembly b, horizontal support assembly c, longitudinal carrier assembly d, liftable shaking platform assembly e, automatic charging assembly f, liftable delivery platform assembly g, finished product conveying assembly h; See Fig. 1.
Described horizontal support assembly c and longitudinal carrier assembly d spell to take and enclose and form the cyclic track of described frame assembly b, described horizontal support assembly c is upper by the conveying runway being comprised of delivery wheel 12, described frame assembly b is movably arranged on described cyclic track, the slide rail 5-1 suitable with described conveying runway arranged at the bottom of frame assembly b, described nose assembly a is fixedly mounted on the inner side of described horizontal support assembly c, described liftable shaking platform assembly e is positioned at next station of described nose assembly a, described liftable shaking platform assembly e is arranged on the bottom of described horizontal support assembly c, described automatic charging assembly f is positioned at the outside near the longitudinal carrier assembly d at liftable shaking platform assembly e place, described liftable delivery platform assembly g is positioned at the outside of the horizontal support assembly c corresponding with described nose assembly a position, products export end near described frame assembly b, the trend of liftable delivery platform assembly g and described horizontal support assembly c are perpendicular, described finished product conveying assembly h is arranged vertically the side at described liftable delivery platform assembly g.
As shown in Figure 2 and Figure 3, described nose assembly a comprises head rack 2, on head rack 2, be provided with and control the motor 1 that the internal mold on described frame assembly b actuates, head rack 2 sidepieces are provided with coupling assembly I 4 and control the motor 23 of coupling assembly I 4 actions;
Described frame assembly b comprises conveyor mat 5, described slide rail 5-1 is arranged on the bottom of described conveyor mat 5, in conveyor mat 5, conveyer belt is housed, one end of the drive sprocket axle of conveyer belt is connected with the coupling assembly II 4 ' supporting with described coupling assembly I 4, external mold wallboard 6 and internal mold 7 are equipped with in the top of described conveyor mat 5, the front end of described frame assembly b is equipped with connection bracket 8, in connection bracket 8, have and control the mechanism that described internal mold 7 actuates, the clutch end releasable connection of the mechanism that the described internal mold 7 of this control actuates and described motor 1.
Described motor 1 and motor 23 are movably arranged on head rack 2 by guide rail.
The connection bracket 8 use screw mandrels of described frame assembly are suspended on conveyor mat 5 heads, one end and internal mold 6 are bolted, be placed in conveyor mat 5, being used for support internal mould 7 keeps levels, external mold wallboard 6 is tightened by bolts and is placed on internal mold 7 both sides, is used for realizing moulding, the demoulding and the output of product; Described conveyor mat 5 is by conveyer belt transmission;
As shown in Fig. 4, Fig. 5, Fig. 6, described horizontal support assembly c comprises horizontal support 11, the power transmission shaft 14 that many rows be arranged in parallel is housed on horizontal support 11, power transmission shaft 14 is arranged on horizontal support 11 by bearing block 13, described delivery wheel 12 is equipped with at the two ends of power transmission shaft 14, and delivery wheel 12 forms two conveying runways, on described horizontal support 11, motor 39 is housed, sprocket wheel 10 is equipped with in one end of described power transmission shaft 14, and described motor 39 is connected by chain with sprocket wheel 10;
Subordinate: described delivery wheel 12 is " V " type wheels, and described slide rail 5-1 is " V " shaped steel, a side of some power transmission shafts 14 of close described horizontal support 11 ends adopts unilateral bearing 15.
Parallel horizontal support 11 both sides that are placed on of " V " type wheel, form a parallel runways, by motor 39 band movable sprockets 10, power transmission shaft 14, V shaped wheel 12 synchronously rotate, thereby drive frame assembly to move along V-type runway, horizontal support 11 1 sides are equipped with unilateral bearing 15, prevent that frame assembly from reverse sidesway occurring.
Described longitudinal carrier assembly d comprises fixed support 1 and travel(l)ing rest 1, on described fixed support 1, there are long rails 18 and tooth bar 17, the roller 19-2 that can move along described long rails 18 is equipped with in the bottom of described travel(l)ing rest 1, on described travel(l)ing rest 1, there is motor 4 20, the output of motor 4 20 is connected with and described tooth bar 17 meshed gears, the top of described travel(l)ing rest 1 has two rows to arrange consistent transition wheel 19-1 with described delivery wheel 12, shifting block 22 and locating piece 23 are also housed on described travel(l)ing rest 1, described shifting block 22 is connected on band transmission or chain transmission, driving wheel connecting motor 5 21 with transmission or chain transmission.
Travel(l)ing rest 1 is placed on fixed support 1, form a closed circuit with horizontal support assembly, motor 4 20 termination wheel and rack 17 engagements, drive travel(l)ing rest 1 on fixed support 1 along track 18 back and forth movements, arrive after correct position, by motor 5 21, drive shifting block 22 to realize frame assembly horizontal stroke, shift longitudinally, locating piece 23 is controlled frame assembly and is avoided being offset; Described travel(l)ing rest 1 passes through gear, rack-driving with fixed support 1;
As shown in Figure 8, liftable shaking platform assembly e comprises fixed support 3 32, on the entablature of fixed support 3 32 both sides, is connected with lowering or hoisting gear I 30, and the bottom of lowering or hoisting gear I 30 is connected with travel(l)ing rest 3 31, has vibrator 29 on travel(l)ing rest 3 31.
Described liftable shaking platform assembly fixed support 3 32 keeps fixing, is risen until hold up frame assembly to be vibrated by lowering or hoisting gear 30 pull-up travel(l)ing rests 3 31, opens vibrator 29 and completes vibration operation;
As shown in Figure 7, described automatic charging assembly f comprises the independent fixed support 2 28 arranging, on fixed support 2 28, there is feed bin track 28-1, on feed bin track 28-1, there is travel(l)ing rest 2 27, on travel(l)ing rest 2 27, there are the feed bin roller 27-1 that can move and the motor 6 26 that drives feed bin roller 27-1 on described feed bin track 28-1, on feed bin roller 27-1, have the drive 27-2 coaxial with it, drive 27-2 is connected by band transmission or chain transmission with motor 6 26; Described travel(l)ing rest 2 27 tops are fixed with feed bin 25, the end of feed bin 25 is connected with feeding warehouse 25-2, the discharging opening of feeding warehouse 25-2 is positioned at the top of described frame assembly b, in described feed bin 25 and feeding warehouse 25-2, be provided with spiral cradle roll 24, spiral cradle roll 24 is by connecting carrying roller motor 25-1 separately with transmission or chain transmission.
Carrying roller motor 25-1 drives spiral cradle roll 24 to rotate and realizes material loading, and meanwhile, travel(l)ing rest 2 27 can move along fixed support 2 28 under the drive of motor 26, realizes even material loading.
As shown in Figure 9, Figure 10, described liftable delivery platform assembly g comprises fixed support 4 37 and travel(l)ing rest 4 36, between the chassis of travel(l)ing rest 4 36 and fixed support 4 37, be connected with many group lowering or hoisting gear II 36-1, on described travel(l)ing rest 4 36, some groups of conveyer belt apparatus 34 are housed, conveyer belt apparatus 34 comprises the running roller 35 at two ends and is stretched in the conveyer belt on running roller 35, and running roller 35 is by transmission connecting motor 7 33;
Described finished product conveying assembly h is comprised of the two parts that split, wherein in the gap of the conveyer belt apparatus 34 of the liftable delivery platform assembly g described in a part of being arranged on, two parts of finished product conveying assembly h include finished product transfer gantry 40, there is carrier chain 38 both sides of finished product transfer gantry 40, the driving wheel connecting motor 8 39 of carrier chain 38.
Described carrier chain 38 is T-shape chain, and every side has two groups.
Described liftable delivery platform assembly fixed support 4 37 is fixing, by lowering or hoisting gear 30, drives travel(l)ing rest 4 36 liftings, arrives after correct position, drives roller 35, conveyer belt 34 motions, thereby product in frame assembly is shifted automatically by motor 7 33; Liftable delivery platform assembly can freely be controlled the height of the upper conveyor belt 34 of travel(l)ing rest 4 36; Described finished product conveying assembly drives carrier chain 38 to move by motor 8 39, and conveying assembly is divided into two groups, thereby product is evenly placed on finished product transfer gantry 40.Finished product conveying assembly is selected T-shaped chain, can realize and supporting and transfer function.
The course of work: this production line before use, holds up frame assembly by up-down vibrating platform assembly, then joins the material after stirring in frame assembly by automatic charging assembly, and the vibration while feeding in raw material, until fill it up with; Frame assembly is dropped down onto on horizontal support, by longitudinal carrier, frame assembly is transferred to automatically on the horizontal support of opposite side, constantly repeat above operation;
After product solidifies completely, nose assembly is connected with frame assembly, start the demoulding, open external mold wallboard, product is transferred to liftable delivery platform device through conveying support plate, reduce this platform and make product drop down onto carrier chain surface, by product conveying assembly, can realize evenly putting of product.
Claims (9)
1. a Full-automatic tobacco pipeline production line, is characterized in that: this production line comprises nose assembly (a), frame assembly (b), horizontal support assembly (c), longitudinal carrier assembly (d), liftable shaking platform assembly (e), automatic charging assembly (f), liftable delivery platform assembly (g), finished product conveying assembly (h);
Described horizontal support assembly (c) and longitudinal carrier assembly (d) are spelled to take and are enclosed and form the cyclic track of described frame assembly (b), on described horizontal support assembly (c), there is the conveying runway being formed by delivery wheel (12), described frame assembly (b) is movably arranged on described cyclic track, the slide rail (5-1) suitable with described conveying runway arranged at the bottom of frame assembly (b), described nose assembly (a) is fixedly mounted on the inner side of described horizontal support assembly (c), described liftable shaking platform assembly (e) is positioned at next station of described nose assembly (a), described liftable shaking platform assembly (e) is arranged on the bottom of described horizontal support assembly (c), described automatic charging assembly (f) is positioned at the outside of the longitudinal carrier assembly (d) of locating near liftable shaking platform assembly (e), described liftable delivery platform assembly (g) is positioned at the outside of the horizontal support assembly (c) corresponding with described nose assembly (a) position, products export end near described frame assembly (b), the trend of liftable delivery platform assembly (g) and described horizontal support assembly (c) are perpendicular, described finished product conveying assembly (h) is arranged vertically the side at described liftable delivery platform assembly (g).
2. Full-automatic tobacco pipeline production line according to claim 1, it is characterized in that: described nose assembly (a) comprises head rack (2), on head rack (2), be provided with and control the motor one (1) that the internal mold on described frame assembly (b) actuates, head rack (2) sidepiece is provided with coupling assembly I (4) and controls the motor two (3) of coupling assembly I (4) action;
Described frame assembly (b) comprises conveyor mat (5), described slide rail (5-1) is arranged on the bottom of described conveyor mat (5), conveyor mat is equipped with conveyer belt in (5), one end of the drive sprocket axle of conveyer belt is connected with the coupling assembly II (4 ') supporting with described coupling assembly I (4), external mold wallboard (6) and internal mold (7) are equipped with in the top of described conveyor mat (5), the front end of described frame assembly (b) is equipped with connection bracket (8), in connection bracket (8), have and control the mechanism that described internal mold (7) actuates, the clutch end releasable connection of the mechanism that the described internal mold (7) of this control actuates and described motor one (1).
3. Full-automatic tobacco pipeline production line according to claim 2, is characterized in that: described motor one (1) and motor two (3) are movably arranged on head rack (2) by guide rail.
4. Full-automatic tobacco pipeline production line according to claim 1, it is characterized in that: described horizontal support assembly (c) comprises horizontal support (11), the power transmission shaft (14) that many rows be arranged in parallel is housed on horizontal support (11), power transmission shaft (14) is arranged on horizontal support (11) by bearing block (13), described delivery wheel (12) is equipped with at the two ends of power transmission shaft (14), delivery wheel (12) forms two conveying runways, motor three (9) is housed on described horizontal support (11), sprocket wheel (10) is equipped with in one end of described power transmission shaft (14), described motor three (9) is connected by chain with sprocket wheel (10),
Described longitudinal carrier assembly (d) comprises fixed support one (16) and travel(l)ing rest one (19), on described fixed support one (16), there are long rails (18) and tooth bar (17), be equipped with the bottom of described travel(l)ing rest one (19) can be along the roller (19-2) of described long rails (18) motion, on described travel(l)ing rest one (19), there is motor four (20), the output of motor four (20) is connected with and described tooth bar (17) meshed gears, the top of described travel(l)ing rest one (19) has two rows to arrange consistent transition wheel (19-1) with described delivery wheel (12), shifting block (22) and locating piece (23) are also housed on described travel(l)ing rest one (19), described shifting block (22) is connected on band transmission or chain transmission, driving wheel connecting motor five (21) with transmission or chain transmission.
5. Full-automatic tobacco pipeline production line according to claim 4, it is characterized in that: described delivery wheel (12) is " V " type wheel, described slide rail (5-1) is " V " shaped steel, and a side of some power transmission shafts (14) of close described horizontal support (11) end adopts unilateral bearing (15).
6. Full-automatic tobacco pipeline production line according to claim 1, it is characterized in that: liftable shaking platform assembly (e) comprises fixed support three (32), on the entablature of fixed support three (32) both sides, be connected with lowering or hoisting gear I (30), the bottom of lowering or hoisting gear I (30) is connected with travel(l)ing rest three (31), has vibrator (29) on travel(l)ing rest three (31).
7. Full-automatic tobacco pipeline production line according to claim 1, it is characterized in that: described automatic charging assembly (f) comprises the independent fixed support two (28) arranging, on fixed support two (28), there is feed bin track (28-1), on feed bin track (28-1), there is travel(l)ing rest two (27), on travel(l)ing rest two (27), having can be at the feed bin roller (27-1) of the upper operation of described feed bin track (28-1) and the motor six (26) of driving feed bin roller (27-1), on feed bin roller (27-1), there is the drive coaxial with it (27-2), drive (27-2) is connected by band transmission or chain transmission with motor six (26), described travel(l)ing rest two (27) tops are fixed with feed bin (25), the end of feed bin (25) is connected with feeding warehouse (25-2), the discharging opening of feeding warehouse (25-2) is positioned at the top of described frame assembly (b), in described feed bin (25) and feeding warehouse (25-2), be provided with spiral cradle roll (24), spiral cradle roll (24) is by connecting carrying roller motor (25-1) separately with transmission or chain transmission.
8. Full-automatic tobacco pipeline production line according to claim 1, it is characterized in that: described liftable delivery platform assembly (g) comprises fixed support four (37) and travel(l)ing rest four (36), between the chassis of travel(l)ing rest four (36) and fixed support four (37), be connected with many group lowering or hoisting gear II (36-1), on described travel(l)ing rest four (36), some groups of conveyer belt apparatus (34) are housed, conveyer belt apparatus (34) comprises the running roller (35) at two ends and is stretched in the conveyer belt on running roller (35), running roller (35) is by transmission connecting motor seven (33),
Described finished product conveying assembly (h) is comprised of the two parts that split, wherein in the gap of the conveyer belt apparatus (34) of the liftable delivery platform assembly (g) described in a part of being arranged on, two parts of finished product conveying assembly (h) include finished product transfer gantry (40), there is carrier chain (38) both sides of finished product transfer gantry (40), the driving wheel connecting motor eight (39) of carrier chain (38).
9. Full-automatic tobacco pipeline production line according to claim 8, is characterized in that: described carrier chain (38) is T-shape chain, and every side has two groups.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320588794.9U CN203471912U (en) | 2013-09-23 | 2013-09-23 | Full-automatic flue production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320588794.9U CN203471912U (en) | 2013-09-23 | 2013-09-23 | Full-automatic flue production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203471912U true CN203471912U (en) | 2014-03-12 |
Family
ID=50220317
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320588794.9U Expired - Fee Related CN203471912U (en) | 2013-09-23 | 2013-09-23 | Full-automatic flue production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203471912U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107175758A (en) * | 2016-03-13 | 2017-09-19 | 徐州共进机械有限公司 | One kind is without external mold flue production line |
| CN108297248A (en) * | 2018-02-06 | 2018-07-20 | 盖云启 | A kind of flue manufacturing device |
| CN112372817A (en) * | 2020-10-29 | 2021-02-19 | 宁波市镇海均胜机械有限公司 | Full-automatic cement flue machine production line device |
-
2013
- 2013-09-23 CN CN201320588794.9U patent/CN203471912U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107175758A (en) * | 2016-03-13 | 2017-09-19 | 徐州共进机械有限公司 | One kind is without external mold flue production line |
| CN108297248A (en) * | 2018-02-06 | 2018-07-20 | 盖云启 | A kind of flue manufacturing device |
| CN112372817A (en) * | 2020-10-29 | 2021-02-19 | 宁波市镇海均胜机械有限公司 | Full-automatic cement flue machine production line device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN107775787B (en) | A kind of insulating fire brick automatic casting molding base system and method | |
| CN106827216B (en) | Brick making and brick discharging system for baking-free bricks | |
| CN101786305B (en) | Automatic production line for setting | |
| CN110371371A (en) | A kind of lute in automatic boxing stacking assembly line | |
| CN103878265B (en) | A kind of workpiece automatic transmission system | |
| CN203471912U (en) | Full-automatic flue production line | |
| CN104554888A (en) | Clamping conveying device for aerated concrete block | |
| CN211997525U (en) | Lifting equipment for producing and conveying novel building wall materials | |
| CN103482341A (en) | Flap integrated sheet conveying apparatus | |
| CN102320079B (en) | Demoulding hook push ferrying vehicle | |
| CN109577665A (en) | A kind of brick-laying machine | |
| CN206485909U (en) | Ferry bus before a kind of air-entraining concrete production line steam-cured kettle | |
| CN202318558U (en) | Novel full-automatic plate charging machine for brick machine | |
| CN201278781Y (en) | Ejecting device for ice-cream production | |
| CN208915537U (en) | A kind of wet tissue finished product packing arranging-in-row device | |
| CN202106463U (en) | Demolding hooking-pushing shuttle vehicle | |
| CN106829365A (en) | Ferry bus before a kind of air-entraining concrete production line steam-cured kettle | |
| CN204527762U (en) | A kind of folder shipping unit of air-entrained concrete building block | |
| CN101475086A (en) | Pipe die conveyor for tubular pile production process | |
| CN202862380U (en) | Cycling, drying and finishing production line of sanitary ceramic clay billet | |
| CN219097195U (en) | Full-automatic cushion block supply equipment | |
| CN203002996U (en) | A rail-type cold stamping feeder | |
| CN110080542B (en) | Automatic wall brick stacking robot | |
| CN103569614B (en) | Conveying system for fly ash block steam-curing | |
| CN203473891U (en) | Rubber plate conveying and overturning integrated equipment |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140312 Termination date: 20180923 |