CN205929009U - Ceramic body automatic molding production line - Google Patents
Ceramic body automatic molding production line Download PDFInfo
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- CN205929009U CN205929009U CN201620910868.XU CN201620910868U CN205929009U CN 205929009 U CN205929009 U CN 205929009U CN 201620910868 U CN201620910868 U CN 201620910868U CN 205929009 U CN205929009 U CN 205929009U
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Abstract
The utility model relates to a ceramic body automatic molding production line, including centre gripping transposition device, body molding machine, elevating gear I, elevating gear II, elevating gear III, clamping device I, clamping device II, turning device I, turning device II, get base device, backing plate placer, cyclic transfer mechanism and elevating gear 0 elevating gear 1, be provided with a plurality of brackets in the cyclic transfer mechanism, elevating gear I, II, III sets up the below at the bracket of the middle section of cyclic transfer mechanism, anterior segment, back end respectively, centre gripping transposition device is established on I side of elevating gear, and the another side of centre gripping transposition device is located to the body molding machine, get the base device and establish II departments at elevating gear, backing plate placer establishes III departments at elevating gear. The utility model discloses really, realize the mechanized and automatic while of ceramic manufacture, improved production efficiency and product quality.
Description
Technical field
This utility model is related to Production of Ceramics field, particularly to a kind of ceramic body automatic moulding production line.
Background technology
Pottery for a kind of using cohesive materials such as potter's clay, fire through technological processes such as dispensing, molding, drying, roastings and
The implements becoming.Traditional ceramic production methods are labourers by certain auxiliary labor instrument, according to its fixing production stage, directly
Connect or indirectly pottery is manufactured, make the ceramic product having use value.But traditional pottery
Production method passes through workers carry's shaping mould, repeatable operation, is equivalent to workman and moves more than 20 ton of heavy goods, labor intensity daily
Very big, thus result in labor shortage, enterprise's recruitment is difficult, the high predicament of labour cost；And its mechanization and automaticity
Relatively low, substantially prolongs the production cycle, reduce production efficiency, especially for the molding procedure of ceramic blank, due to manpower labor
Make to be easy to tired, easily cause the quality problems of product during production operation, the not only safety of production operation cannot
Ensure, and the seriality of Production of Ceramics and persistence also cannot ensure.
Utility model content
The purpose of this utility model is to provide a kind of ceramic body automatic moulding production line, realizes Production of Ceramics mechanization
While with automatization, improve production efficiency and product quality.
For achieving the above object, the technical solution adopted in the utility model is as follows：A kind of ceramic body automatic moulding produces
Line, including clamping transposer, blank forming machine, lowering or hoisting gear I, lowering or hoisting gear II, lowering or hoisting gear III, clamping device I, clamping
Device II, turning device I, turning device II, blank taking device, backing plate apparatus for placing, cyclic transfer mechanism and hot air drying pipeline
System；
It is provided with multiple brackets, for placing mould in described cyclic transfer mechanism；Described lowering or hoisting gear I is arranged on
It is recycled mechanism and transmit in any position in stage casing of track, positioned at the lower section of bracket；Described lowering or hoisting gear II is arranged on
It is recycled mechanism and transmit in any position of leading portion of track, positioned at the lower section of bracket；Described lowering or hoisting gear III is arranged on
It is recycled mechanism and transmit in any position of back segment of track, positioned at the lower section of bracket；Setting bracket has 20 to 120 or more
Many；
Described hot air drying tubing is arranged on below the bracket being recycled mechanism, pipeline and corresponding cradle
Have air outlet；
Described clamping transposer is located at by lowering or hoisting gear I, the top of bracket at the corresponding lowering or hoisting gear I of clamping work department
Setting, described blank forming machine is located at the another side clamping transposer；
Described clamping device I is installed in the upset work department of turning device I, and turning device I is located at lowering or hoisting gear II
Place, the top setting of bracket at the corresponding lowering or hoisting gear II of upset clamping work department；
Described clamping device II is installed in the upset work department of turning device II, and turning device II is located at lowering or hoisting gear
At III, the top setting of bracket at the corresponding lowering or hoisting gear III of upset clamping work department；
Described blank taking device includes the fishplate bar accessing base substrate, and described fishplate bar can extend to the lifting of lowering or hoisting gear II
At work department；
Described backing plate apparatus for placing is located at lowering or hoisting gear III.
Preferably, described cyclic transfer mechanism includes conveyor frame, transmission chain, driving gear and driven gear, institute
The driving gear stated and driven gear are separately mounted to the two ends of conveyor frame, described transmission chain be arranged on driving gear and
On driven gear；Described bracket is fixedly installed on transmission chain, follows transmission chain and moves.
Preferably, the clamping work department of described clamping device I and clamping device II is two pawl fixtures.
Preferably, described clamping device I is the same with clamping device II structure, all include jaw, connecting rod, clamping cylinder,
Cylinder slide, mounting seat；Described jaw includes bow and straight-bar, the radian of the corresponding mould of described bow radian；Institute
The front end of the straight-bar stated is linked into an integrated entity with the rear end of bow, and the middle part of straight-bar is installed on the front end of mounting seat by rotating shaft,
Described rotating shaft is perpendicular to straight-bar；The front end of described connecting rod is movably hinged with the end of straight-bar；
Described mounting seat is provided with guide rod I, and described cylinder slide is installed on guide rod I, can slide along guide rod I
Dynamic；The attachment structure of described connecting rod and jaw is provided with two groups, and the back end activity of two groups of connecting rods is riveted on cylinder slide；Described
Clamping cylinder be fixedly installed in cylinder slide, the external part of its piston rod is fixedly mounted on mounting seat, by piston rod stretch,
Reversely pusher cylinder slide slides, and drives jaw to open or close.
Preferably, described turning device I is the same with turning device II structure, all includes motor I, trip shaft, axle bed, institute
The axle of motor I stated is interlocked with trip shaft, drives trip shaft with it axially for axle center rotation；Described trip shaft is pacified by bearing
It is loaded on axle bed, clamping device is installed on upset the tip of the axis, straight-bar is parallel to the axial direction of trip shaft.
Preferably, described lowering or hoisting gear I, lowering or hoisting gear II are the same with lowering or hoisting gear III structure, all include supporting plate, bottom
Plate, top board, guide plate, guide rod II, guide rod III, guide pin bushing I, guide pin bushing II, screw mandrel, nut, driving means I；Described base plate and top board
Between guide rod II is fixedly installed, described guide plate is arranged on guide rod II by guide pin bushing I, and guide pin bushing I can slide on guide rod II；
Described guide rod III is fixed between guide plate and supporting plate, and described top board is installed on guide rod III by guide pin bushing II, guide rod III
Can slide along along guide pin bushing II；Described bracket is annular, leaves a blank in centre；In the size and shape of described supporting plate and bracket
The disc of empty part is consistent or is slightly less than this disc, and supporting plate is arranged on the underface of bracket, bracket can be passed through to rise or
Decline；
Described screw mandrel is installed between the bottom panel and top panel, and described guide plate is arranged on screw mandrel by nut；Described
Driving means I are interlocked with screw mandrel, drive screw mandrel with it axially for the positive despin in axle center.
Preferably, described guide rod II35 is provided with 3-5 root, becomes prismatic arrangement；Described guide rod III 36 is provided with 1-2 root.
Preferably, described driving means I include motor II, sprocket wheel, chain；Described motor II is installed on top board,
The top of motor II output shaft and screw mandrel is separately installed with sprocket wheel, is connected by chain between two sprocket wheels.
Preferably, described blank taking device includes guide rail, slide block, fishplate bar, driving means III, and the installation of described guide rail is high
Degree is located on the lifting track of supporting plate, and is less than clamping device I；Described fishplate bar becomes U-shaped, and opening is towards supporting plate；Described
Fishplate bar is installed on guide rail by slide block, and described driving means II are arranged on slide block or fishplate bar, drives slide block along guide rail
Slide, the length of setting guide rail enables the U-shaped opening of fishplate bar to slide into blade position.
Preferably, described driving means II are reducing motor, cylinder or hydraulic cylinder.
Work process of the present utility model：
First, mechanically or manually toward being placed on the mould on bracket to feed intake, it is recycled mechanism and delivers to mould on lowering or hoisting gear I
Side, lowering or hoisting gear I pass through lifting work portion mould can be risen to clamping transposer can be after its clamped height, clamping transposer
Clamping mould carries out station and is transformed on blank forming machine, and blank forming machine carries out pressed compact molding to mould, and molding is pressed from both sides after terminating
Hold transposer by mobile for the mould after the molding bracket to cyclic transfer mechanism.
2nd, it is recycled mechanism and the mould after molding is sent to backing plate apparatus for placing, backing plate apparatus for placing is by backing plate certainly
Move and be placed on mold bottom；On the supporting plate that the mould of backing plate continues be forwarded to lowering or hoisting gear III, driving means I are driven
Dynamic supporting plate by mould and backing plate top rise to clamping device II can its clamped height, after jaw clamping mold, lowering or hoisting gear III decline
Supporting plate and backing plate is driven to drop to certain position, turning device II drives clamping device II and die flip 180 degree, makes mould mouth
Face down, driving means I drive supporting plate to rise to backing plate top at mould actinal surface portion again, and mould is unclamped by clamping device II, mould
Tool falls and covers on backing plate, and driving means I drive supporting plate and mould and backing plate to drop on the bracket being recycled mechanism, backing plate
The mould held continues to be forwarded to be recycled mechanism's circulation, is dried by hot air drying tubing below.
3rd, cover mould on backing plate and be circulated transmission and be dried simultaneously with being recycled mechanism, when mobile extremely
When on the supporting plate of lowering or hoisting gear II, the driving means I on lowering or hoisting gear II drive supporting plate that mould and backing plate top are risen to jaw
Position, clamping cylinder drive jaw clamping mold, driving means II drive fishplate bar along guide rail movement to mould below, driving means
I drives supporting plate to decline, and the base substrate in mould automatically disengages mould, and base substrate falls on backing plate, the base substrate departing from mould and pad
Plate is followed supporting plate and is moved down, and is displaced downwardly in the U-shaped opening staying on fishplate bar during fishplate bar, and driving means II drive fishplate bar to drive base
Body and backing plate move back along guide rail opposite direction, manually take base substrate together with backing plate away；The motor I of turning device I drives trip shaft
Drive clamping device I and the empty die flip 180 degree having taken off base, make face upward, driving means I drive supporting plate to rise to mould
Behind bottom, clamping cylinder drives jaw to unclamp, and mould falls on supporting plate, and driving means I drive supporting plate and mould to drop to circulation
On the bracket of connecting gear, then it is recycled mechanism and mould is taken away, the mould that next forming has been dried arrives.Empty
Mould is brought to the position that feeds intake and feeds intake, and carries out next cycle of operation.
The beneficial effects of the utility model：This utility model production line be provided with clamping transposer, blank forming machine,
Lowering or hoisting gear, clamping device, turning device, blank taking device, backing plate apparatus for placing and cyclic transfer mechanism, these structures combine
Achieve the automated production of whole production line, instead of artificial, while realizing Production of Ceramics mechanization and automatization, carry
High production efficiency and product quality.
Brief description
Fig. 1 is production line overall structure diagram
Fig. 2 is lowering or hoisting gear I, II, III structural representation
Fig. 3 is clamping device I, II, turning device I, II structural representation
Fig. 4 is blank taking device structural representation
In figure：1- clamps transposer；2- blank forming machine；3- lowering or hoisting gear I；4- lowering or hoisting gear II；5- lowering or hoisting gear
Ⅲ；6- clamping device I；7- clamping device II；8- turning device I；9- turning device II；10- blank taking device；11- backing plate is placed
Device；12- is recycled mechanism；13- bracket；14- fishplate bar；15- conveyor frame；16- transmission chain；17- driving gear；18-
Travelling gear；19- jaw；20- connecting rod；21- clamping cylinder；22- cylinder slide；23- mounting seat；24- bow；25- straight-bar；
26- rotating shaft；27- guide rod I；28- motor I；29- trip shaft；30- axle bed；31- supporting plate；32- base plate；33- top board；34- guide plate；
35- guide rod II；36- guide rod III；37- guide pin bushing I；38- guide pin bushing II；39- screw mandrel；40- nut；41- driving means I；42- motor
II；43- sprocket wheel；44- chain；45- guide rail；46- slide block；47- driving means II.
Specific embodiment
Describe this utility model with reference to specific embodiments and the drawings in detail.
Embodiment 1
As shown in Figure 1,2,3, 4, a kind of ceramic body automatic moulding production line, including clamping transposer 1, blank forming
Machine 2, lowering or hoisting gear I 3, lowering or hoisting gear II 4, lowering or hoisting gear III 5, clamping device I 6, clamping device II 7, turning device I 8, upset
Device II 9, blank taking device 10, backing plate apparatus for placing 11, cyclic transfer mechanism 12 and hot air drying tubing；
It is provided with multiple brackets 13, for placing mould in described cyclic transfer mechanism 12；Described lowering or hoisting gear I 3
It is arranged in any position in stage casing being recycled mechanism 12 transmission track, positioned at the lower section of bracket 13；Described lifting dress
Put II 4 to be arranged in any position of leading portion being recycled mechanism 12 transmission track, positioned at the lower section of bracket 13；Described liter
Falling unit III 5 is arranged in any position of back segment being recycled mechanism 12 transmission track, positioned at the lower section of bracket 13；Setting
Bracket 13 has 30 to 120 or more；
Described hot air drying tubing is arranged on below the bracket 13 being recycled mechanism 12, pipeline and corresponding support
Air outlet is had at frame 13；
Described clamping transposer 1 is located at by lowering or hoisting gear I 3, bracket 13 at the corresponding lowering or hoisting gear I 3 of clamping work department
Top setting, described blank forming machine 2 is located at the another side of clamping transposer 1；
Described clamping device I6 is installed in the upset work department of turning device I8, and turning device I8 is located at lowering or hoisting gear
At II 4, the top setting of bracket 13 at the corresponding lowering or hoisting gear II 4 of upset clamping work department；
Described clamping device II 7 is installed in the upset work department of turning device II 9, and turning device II 9 is located at lifting
At device III 5, the top setting of bracket 13 at the corresponding lowering or hoisting gear III 5 of upset clamping work department；
Described blank taking device 10 includes the fishplate bar 14 accessing base substrate, and described fishplate bar 14 can extend to lowering or hoisting gear II
At 4 lifting work portion；
Described backing plate apparatus for placing 11 is located at lowering or hoisting gear III 5.
Described cyclic transfer mechanism 12 includes conveyor frame 15, transmission chain 16, driving gear 17 and driven gear 18,
Described driving gear 17 and driven gear 18 are separately mounted to the two ends of conveyor frame 15, and described transmission chain 16 is arranged on
In driving gear 17 and driven gear 18；Described bracket 13 is fixedly installed on transmission chain 16, follows transmission chain 16 and moves
Dynamic.
The clamping work department of described clamping device I 6 and clamping device II 7 is two pawl fixtures.
Described clamping device I 6 is the same with clamping device II 7 structure, all include jaw 19, connecting rod 20, clamping cylinder 21,
Cylinder slide 22, mounting seat 23；Described jaw 19 includes bow 24 and straight-bar 25, and described bow 24 radian corresponds to mould
The radian of tool；The described front end of straight-bar 25 and the rear end of bow 24 link into an integrated entity, and rotating shaft 26 is passed through at the middle part of straight-bar 25
It is installed on the front end of mounting seat 23, described rotating shaft 26 is perpendicular to straight-bar 25；The described front end of connecting rod 20 and the end of straight-bar 25
End is movably hinged；
Described mounting seat 23 is provided with guide rod I27, and described cylinder slide 22 is installed on guide rod I27, can be along
Guide rod I27 slides；The attachment structure of described connecting rod 20 and jaw 19 is provided with two groups, and the back end activity of two groups of connecting rods 20 is riveted on
On cylinder slide 22；Described clamping cylinder 21 is fixedly installed in cylinder slide 22, and the external part of its piston rod is fixedly mounted on
Mounting seat 23, is stretched by piston rod, reverse pusher cylinder slide 22 slides, and drives jaw 19 to open or close.
Described turning device I 8 is the same with turning device II 9 structure, all includes motor I28, trip shaft 29, axle bed 30,
The described axle of motor I28 and trip shaft 29 interlock, and drive trip shaft 29 with it axially for axle center rotation；Described trip shaft 29
It is installed on axle bed 30 by bearing, clamping device is installed on the end of trip shaft 29, and straight-bar 25 is parallel to the axle of trip shaft 29
To.
Described lowering or hoisting gear I 3, lowering or hoisting gear II 4 are the same with lowering or hoisting gear III 5 structure, all include supporting plate 31, base plate
32nd, top board 33, guide plate 34, guide rod II35, guide rod III 36, guide pin bushing I37, guide pin bushing II38, screw mandrel 39, nut 40, driving means
I41；Guide rod II35 is fixedly installed, described guide plate 34 is arranged on by guide pin bushing I37 leads between described base plate 32 and top board 33
On bar II35, guide pin bushing I37 can slide on guide rod II35；Described guide rod III 36 be fixed at guide plate 34 and supporting plate 31 it
Between, described top board 33 is installed on guide rod III 36 by guide pin bushing II38, and guide rod III 36 can slide along along guide pin bushing II38；Described
Bracket 13 be annular, leave a blank in centre；The described size and shape of supporting plate 31 is consistent with the disc of bracket 13 hollow space
Or it is slightly less than this disc, supporting plate 31 is arranged on the underface of bracket 13, can rise or decline through bracket 13；
Described screw mandrel 39 is arranged between base plate 32 and top board 33, and described guide plate 34 is arranged on screw mandrel by nut 40
On 39；Described driving means I41 are interlocked with screw mandrel 39, drive screw mandrel 39 with it axially for the positive despin in axle center.
Described guide rod II35 is provided with 3-5 root, becomes prismatic arrangement；Described guide rod III 36 is provided with 1-2 root.
Described driving means I41 include motor II42, sprocket wheel 43, chain 44；Described motor II42 is installed on top board
On 33, the top of motor II42 output shaft and screw mandrel 39 is separately installed with sprocket wheel 43, passes through chain 44 even between two sprocket wheels 43
Connect.
Described blank taking device 10 includes guide rail 45, slide block 46, fishplate bar 14, driving means II 47, described guide rail 45
Setting height(from bottom) is located on the lifting track of supporting plate 31, and is less than clamping device I6；Described fishplate bar 14 becomes U-shaped, opening towards
Supporting plate 31；Described fishplate bar 14 is installed on guide rail 45 by slide block 46, described driving means II 47 be arranged on slide block 46 or
On fishplate bar 14, slide block 46 is driven to slide along guide rail 45, the length of setting guide rail 45 enables the U-shaped opening of fishplate bar 14 to slide
To supporting plate 31 position.
Described driving means II 47 are reducing motor, cylinder or hydraulic cylinder.
Work process of the present utility model：
First, mechanically or manually feed intake toward the mould being placed on bracket 13, be recycled mechanism 12 and mould is delivered to lifting dress
Put above I3, mould can be risen to clamping transposer 1 by lifting work portion by lowering or hoisting gear I 3 can be after its clamped height, clamping
Transposer 1 clamping mould carries out station and is transformed on blank forming machine 2, and blank forming machine 2 carries out pressed compact molding to mould, becomes
After type terminates, clamping transposer 1 moves the mould after molding to the bracket 13 being recycled mechanism 12.
2nd, it is recycled mechanism 12 and the mould after molding is sent to backing plate apparatus for placing 11, backing plate apparatus for placing 11 will
Backing plate is automatically placed in mold bottom；On the supporting plate 31 that the mould of backing plate continues be forwarded to lowering or hoisting gear III5, drive
Dynamic device I41 drive supporting plate 31 by mould and backing plate top rise to clamping device II7 can its clamped height, jaw 19 clamping mold
Afterwards, lowering or hoisting gear III5 decline drives the backing plate of supporting plate 31 to drop to certain position, and turning device II9 drives clamping device II7
With die flip 180 degree, make mould actinal surface down, driving means I41 drive supporting plate 31 backing plate top to be risen to mould actinal surface again
At portion, mould is unclamped by clamping device II7, and mould falls and covers on backing plate, and driving means I41 drive supporting plate 31 and mould and pad
Plate drops on the bracket 13 being recycled mechanism 12, and mould that backing plate is held continues to be forwarded to be recycled mechanism 12 and follows
Ring, is dried by hot air drying tubing below.
3rd, cover the mould on backing plate to be circulated transmission and be dried simultaneously with being recycled mechanism 12, work as movement
During to the supporting plate 31 of lowering or hoisting gear II4, driving means I 41 on lowering or hoisting gear II4 drive supporting plate 31 by mould and backing plate top
Rise to jaw 19 position, clamping cylinder 21 drives jaw 19 clamping mold, driving means II47 drive fishplate bar 14 along guide rail 45
Move to mould, driving means I 41 drive supporting plate 31 to decline, and the base substrate in mould automatically disengages mould, and base substrate falls
On backing plate, the base substrate departing from mould and backing plate are followed supporting plate 31 and are moved down, and are displaced downwardly to the U staying during fishplate bar 14 on fishplate bar 14
On type opening, driving means II47 drive fishplate bar 14 to drive base substrate and backing plate to move back along guide rail 45 opposite direction, manually by base substrate and
Backing plate is taken away together；The motor I 28 of turning device I 8 drives trip shaft 29 to drive clamping device I 6 and turns over the empty mould having taken off base
Turnback, makes face upward, and after driving means I41 drive supporting plate 31 to rise to mold bottom, clamping cylinder 21 drives jaw 19
Unclamp, mould falls on supporting plate 31, driving means I41 drive supporting plate 31 and mould to drop to the bracket 13 being recycled mechanism 12
On, then it is recycled mechanism 12 and mould is taken away, the mould of next forming arrives.Empty mould is brought to the position that feeds intake and throws
Material, carries out next cycle of operation.
Claims (10)
1. a kind of ceramic body automatic moulding production line, including clamping transposer（1）, blank forming machine（2）, lowering or hoisting gear I
（3）, lowering or hoisting gear II（4）, lowering or hoisting gear III（5）, clamping device I（6）, clamping device II（7）, turning device I（8）, upset
Device II（9）, blank taking device（10）, backing plate apparatus for placing（11）, be recycled mechanism（12）With hot air drying tubing, its
It is characterised by：
Described cyclic transfer mechanism（12）On be provided with multiple brackets（13）, for placing mould；Described lowering or hoisting gear I
（3）It is arranged on cyclic transfer mechanism（12）In any position in stage casing of transmission track, positioned at bracket（13）Lower section；Described
Lowering or hoisting gear II（4）It is arranged on cyclic transfer mechanism（12）In any position of leading portion of transmission track, positioned at bracket（13）'s
Lower section；Described lowering or hoisting gear III（5）It is arranged on cyclic transfer mechanism（12）In any position of back segment of transmission track, it is located at
Bracket（13）Lower section, arrange bracket（13）There are 20 to 120 or more；
Described hot air drying tubing is arranged on cyclic transfer mechanism（12）Bracket（13）Below, pipeline and corresponding support
Frame（13）Place has air outlet；
Described clamping transposer（1）It is located at lowering or hoisting gear I（3）Side, clamping work department corresponds to lowering or hoisting gear I（3）Place's bracket
（13）Top setting, described blank forming machine（2）Located at clamping transposer（1）Another side；
Described clamping device I（6）It is installed on turning device I（8）Upset work department on, turning device I（8）It is located at lifting dress
Put II（4）Place, upset clamping work department corresponds to lowering or hoisting gear II（4）Place's bracket（13）Top setting；
Described clamping device II（7）It is installed on turning device II（9）Upset work department on, turning device II（9）It is located at liter
Falling unit III（5）Place, upset clamping work department corresponds to lowering or hoisting gear III（5）Place's bracket（13）Top setting；
Described blank taking device（10）Including the fishplate bar accessing base substrate（14）, described fishplate bar（14）Can extend to lowering or hoisting gear
Ⅱ（4）Lifting work portion at；
Described backing plate apparatus for placing（11）It is located at lowering or hoisting gear III（5）Place.
2. ceramic body automatic moulding production line according to claim 1 it is characterised in that：Described cyclic transfer mechanism
（12）Including conveyor frame（15）, transmission chain（16）, driving gear（17）And driven gear（18）, described driving gear
（17）And driven gear（18）It is separately mounted to conveyor frame（15）Two ends, described transmission chain（16）It is arranged on sliding tooth
Wheel（17）And driven gear（18）On；Described bracket（13）It is fixedly installed on transmission chain（16）On, follow transmission chain
（16）Mobile.
3. ceramic body automatic moulding production line according to claim 1 it is characterised in that：Described clamping device I（6）
With clamping device II（7）Clamping work department be two pawl fixtures.
4. ceramic body automatic moulding production line according to claim 1 it is characterised in that：Described clamping device I（6）
With clamping device II（7）Structure is the same, all includes jaw（19）, connecting rod（20）, clamping cylinder（21）, cylinder slide（22）, peace
Dress seat（23）；Described jaw（19）Including bow（24）And straight-bar（25）, described bow（24）Radian corresponds to mould
Radian；Described straight-bar（25）Front end and bow（24）Rear end link into an integrated entity, straight-bar（25）Middle part pass through turn
Axle（26）It is installed on mounting seat（23）Front end, described rotating shaft（26）Perpendicular to straight-bar（25）；Described connecting rod（20）Before
End and straight-bar（25）End be movably hinged；
Described mounting seat（23）It is provided with guide rod I（27）, described cylinder slide（22）It is installed on guide rod I（27）On, can
Along guide rod I（27）Slide；Described connecting rod（20）And jaw（19）Attachment structure be provided with two groups, two groups of connecting rods（20）After
End is movably riveted on cylinder slide（22）On；Described clamping cylinder（21）It is fixedly installed in cylinder slide（22）, its piston rod
External part be fixedly mounted on mounting seat（23）, stretched by piston rod, reverse pusher cylinder slide（22）Slide, drive jaw
（19）Open or close.
5. ceramic body automatic moulding production line according to claim 2 it is characterised in that：Described turning device I（8）
With turning device II（9）Structure is the same, all includes motor I（28）, trip shaft（29）, axle bed（30）, described motor I（28）'s
Axle and trip shaft（29）Interlock, drive trip shaft（29）With it axially for axle center rotation；Described trip shaft（29）By bearing
It is installed on axle bed（30）On, clamping device is installed on trip shaft（29）End, straight-bar（25）Parallel to trip shaft（29）Axle
To.
6. ceramic body automatic moulding production line according to claim 1 it is characterised in that：Described lowering or hoisting gear I
（3）, lowering or hoisting gear II（4）With lowering or hoisting gear III（5）Structure is the same, all includes supporting plate（31）, base plate（32）, top board（33）, lead
Plate（34）, guide rod II（35）, guide rod III（36）, guide pin bushing I（37）, guide pin bushing II（38）, screw mandrel（39）, nut（40）, driving means I
（41）；Described base plate（32）And top board（33）Between guide rod II is fixedly installed（35）, described guide plate（34）By guide pin bushing I
（37）It is arranged on guide rod II（35）On, guide pin bushing I（37）Can be in guide rod II（35）Upper slip；Described guide rod III（36）Fixation sets
In guide plate（34）And supporting plate（31）Between, described top board（33）By guide pin bushing II（38）It is installed on guide rod III（36）On, guide rod
Ⅲ（36）Can be along guide pin bushing II（38）Interior slip；Described bracket（13）For annular, leave a blank in centre；Described supporting plate（31）'s
Size and shape and bracket（13）The disc of hollow space is consistent or is slightly less than this disc, supporting plate（31）It is arranged on bracket（13）
Underface, bracket can be passed through（13）Rise or decline；
Described screw mandrel（39）It is arranged on base plate（32）And top board（33）Between, described guide plate（34）By nut（40）Install
In screw mandrel（39）On；Described driving means I（41）With screw mandrel（39）Interlock, drive screw mandrel（39）Axially positive and negative for axle center with it
Rotation.
7. ceramic body automatic moulding production line according to claim 6 it is characterised in that：Described guide rod II（35）If
There is 3-5 root, become prismatic arrangement；Described guide rod III（36）It is provided with 1-2 root.
8. ceramic body automatic moulding production line according to claim 6 it is characterised in that：Described driving means I
（41）Including motor II（42）, sprocket wheel（43）, chain（44）；Described motor II（42）It is installed on top board（33）On, motor II
（42）Output shaft and screw mandrel（39）Top be separately installed with sprocket wheel（43）, two sprocket wheels（43）Between pass through chain（44）Even
Connect.
9. ceramic body automatic moulding production line according to claim 1 it is characterised in that：Described blank taking device（10）
Including guide rail（45）, slide block（46）, fishplate bar（14）, driving means II（47）, described guide rail（45）Setting height(from bottom) be located at support
Plate（31）Lifting track on, and be less than clamping device I（6）；Described fishplate bar（14）Become U-shaped, opening is towards supporting plate（31）；
Described fishplate bar（14）By slide block（46）It is installed on guide rail（45）On, described driving means II（47）It is arranged on slide block（46）Or
Person's fishplate bar（14）On, drive slide block（46）Along guide rail（45）Slide, guide rail is set（45）Length make fishplate bar（14）U-shaped
Opening can slide into supporting plate（31）Position.
10. ceramic body automatic moulding production line according to claim 8 it is characterised in that：Described driving means II
（47）For reducing motor, cylinder or hydraulic cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620910868.XU CN205929009U (en) | 2016-08-22 | 2016-08-22 | Ceramic body automatic molding production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620910868.XU CN205929009U (en) | 2016-08-22 | 2016-08-22 | Ceramic body automatic molding production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205929009U true CN205929009U (en) | 2017-02-08 |
Family
ID=57948447
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620910868.XU Withdrawn - After Issue CN205929009U (en) | 2016-08-22 | 2016-08-22 | Ceramic body automatic molding production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205929009U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106113248A (en) * | 2016-08-22 | 2016-11-16 | 广西北流市智宇陶瓷自动化设备有限公司 | Ceramic body automatic moulding production line |
| CN108582421A (en) * | 2018-04-26 | 2018-09-28 | 覃露露 | A kind of manufacturing equipment of light porcelain structured packing |
| CN112895078A (en) * | 2021-03-24 | 2021-06-04 | 宜兴市锦龙陶瓷有限公司 | Columnar pug forming equipment for straight-through honeycomb ceramic carrier and processing method |
-
2016
- 2016-08-22 CN CN201620910868.XU patent/CN205929009U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106113248A (en) * | 2016-08-22 | 2016-11-16 | 广西北流市智宇陶瓷自动化设备有限公司 | Ceramic body automatic moulding production line |
| CN106113248B (en) * | 2016-08-22 | 2018-04-13 | 广西北流市智宇陶瓷自动化设备有限公司 | Ceramic body automatic moulding production line |
| CN108582421A (en) * | 2018-04-26 | 2018-09-28 | 覃露露 | A kind of manufacturing equipment of light porcelain structured packing |
| CN112895078A (en) * | 2021-03-24 | 2021-06-04 | 宜兴市锦龙陶瓷有限公司 | Columnar pug forming equipment for straight-through honeycomb ceramic carrier and processing method |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170208 Effective date of abandoning: 20180413 |
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| AV01 | Patent right actively abandoned |