CN206203389U - A kind of upper brick machine - Google Patents
A kind of upper brick machine Download PDFInfo
- Publication number
- CN206203389U CN206203389U CN201621301460.9U CN201621301460U CN206203389U CN 206203389 U CN206203389 U CN 206203389U CN 201621301460 U CN201621301460 U CN 201621301460U CN 206203389 U CN206203389 U CN 206203389U
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- CN
- China
- Prior art keywords
- ceramic tile
- mounting bracket
- conveying
- output end
- brick
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- Withdrawn - After Issue
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Abstract
The utility model discloses a kind of upper brick machine, including frame, rack-mounted mounting bracket, it is arranged on mounting bracket front end and brick device can be pushed away along mounting bracket length direction stretching motion, it is arranged on mounting bracket and the conveying device of ceramic tile can be transmitted along mounting bracket horizontal direction, turning device, for stacking the ceramic tile put upset for longitudinal direction is tiltedly folded by flat, it is arranged on mounting bracket, positioned at pushing away brick device side, bearing device, on mounting bracket, positioned at pushing away between brick device and turning device, can be along mounting bracket short transverse stretching motion, for the ceramic tile of jack-up conveying device transmission, and rise in the height direction when stretching out can respectively with push away brick device output end, turning device is docked.The utility model carries out the entrucking work of ceramic tile, is capable of achieving the automatic loading of ceramic tile, high working efficiency, and can put to compartment longitudinal tiltedly the stacking of ceramic tile, can stack more ceramic tiles, and the ceramic tile stacked can be avoided to be subject to crushing, and practicality is good.
Description
Technical field
The utility model belongs to the technical field of ceramic machinery equipment, more particularly to a kind of upper brick machine.
Background technology
Upper brick machine is a preceding apparatus for realizing ceramic tile automation packing entrucking, and its Main Function is by ceramic tile frame
Ceramic tile is conveyed and overlayed on transport vehicle in order.
Ceramic tile finished product is piles and piles of to be overlayed on ceramic tile frame, and producer is transported to where the client of various regions ceramic tile by transport vehicle
Ground, needs a large amount of labours to stack to transport vehicle ceramic tile before shipping, and a dead lift can be according to entrucking demand by ceramic tile
Laterally or vertically stack, but it is extremely inefficient；In order to accelerate the entrucking efficiency of ceramic tile, producer starts to introduce fork truck, will stack and beat
The ceramic tile wrapped passes through fork truck entrucking, although efficiency improves, but is only applicable to the flat entrucking mode for stacking and putting；With science
Progress and development, those skilled in the art develop various automatic loading equipment for ceramic tile operation of getting on the bus --- upper brick
Machine.
At present, common upper brick owner will have following two upper brick modes：One kind is by one piece one of ceramic tile using manipulator
Being drawn onto on conveyer belt for block, during the several piece of the setting packing that is added to, is then sent through baling press and gets on to pack, brick speed in this method
Slowly, efficiency is low, and is only applicable to that ceramic tile is flat to stack the mode of putting.Another kind is that flat the stacking of ceramic tile is placed on a supporting body, is used
Ceramic tile is raised to elevating mechanism the height of conveyer belt, then is shifted on conveyer belt onto ceramic tile with a brick-pushing device.This method, ceramic tile with
The face friction of ceramic tile is very big, can cause the vestige of friction on the surface of ceramic tile, influences the quality of ceramic tile；And this method also only
The mode for stacking and putting is equalled suitable for ceramic tile.
And recently as the raising of ceramic tile manufacturing technology, be stacked as far as possible in effective space many ceramic tiles,
And avoid the ceramic tile stacked from being subject to crushing, the ceramic tile of larger specification is substantially all by the way of tiltedly being folded using longitudinal direction to be stacked, it is existing on
Brick machine can not mostly be applicable the ceramic tile longitudinal direction ceramic tile loading that tiltedly folded mode is stacked.
Utility model content
In order to overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of upper brick machine, can be indulged ceramic tile
Put to tiltedly stacking, entrucking efficiency high.
The purpose of this utility model is realized using following technical scheme：
A kind of upper brick machine, including；
Frame；
Rack-mounted mounting bracket；
It is arranged on mounting bracket front end and brick device can be pushed away along mounting bracket length direction stretching motion；
It is arranged on mounting bracket and the conveying device of ceramic tile can be transmitted along mounting bracket horizontal direction；
Turning device, for the flat ceramic tile put that stacks to be overturn as longitudinal direction is tiltedly folded, is arranged on mounting bracket, is filled positioned at brick is pushed away
Put side；
Bearing device, on mounting bracket, positioned at pushing away between brick device and turning device, can stretch along mounting bracket short transverse
Contracting motion, for the ceramic tile of jack-up conveying device transmission, and rise in the height direction when stretching out can respectively with push away brick device and export
End, turning device docking.
Preferably, brick machine also includes the first slide rail and first pulley in sheet, and first slide rail is along frame length direction cloth
Put, the first pulley is arranged on mounting bracket, and the first pulley is slidably matched with the first slide rail.
Preferably, turning device includes the second motor, support frame, the first roller, the spacing guide-bar mechanism that stretches, rotating shaft, big
Gear and little gear, support frame are pivotally connected by rotating shaft with mounting bracket, and the first roller may be detachably retained on support frame
And support frame is distributed in, the second motor is fixed in support frame, and little gear is connected with the second motor output end, and gear wheel is affixed
In rotating shaft, little gear and gear wheel engaged transmission, the spacing guide-bar mechanism that stretches are fixed in support frame end.
Preferably, the spacing guide-bar mechanism that stretches includes the 3rd retractor device, the second sliding block and the second slide rail, the 3rd flexible dress
Put and be fixed in support frame end with the second sliding block, the 3rd retractor device output end is affixed with the second slide rail one end, the second sliding block
It is slidably matched with the second slide rail.
Preferably, pushing away brick device includes the first retractor device, link and the first push pedal, and link is fixed in mounting bracket,
First push pedal is affixed with the first retractor device output end.
Preferably, bearing device includes supporting plate and the first lowering or hoisting gear, and the first lowering or hoisting gear is fixed in mounting bracket, supporting plate with
First lowering or hoisting gear output end is affixed, and the second roller has been evenly arranged on the supporting plate.
Preferably, conveying device include the second retractor device, the second push pedal, the first ceramic tile carrier, the second lowering or hoisting gear,
Push guide rail, the first motor, the first rotating wheel, the second rotating wheel and the first conveying, the second retractor device output end and the
Two push pedals are affixed, and the second push pedal end is connected with slide is pushed, and the first motor, the first rotating wheel and the second rotating wheel are solid
Be connected on mounting bracket, the first motor output end and the first rotating wheel are connected, the first conveying be wound on the first rotating wheel and
Second rotating wheel, the first ceramic tile carrier is fixed between push guide rail and is docked with the first conveying end, the second lifting
Device output end is affixed with the first ceramic tile carrier.
Preferably, roller group is evenly equipped with the first ceramic tile carrier, and the first ceramic tile carrier middle part is provided with supporting plate.
Preferably, brick machine also includes the 3rd motor, first gear and tooth bar in sheet, and the 3rd motor is fixed in frame, tooth bar
It is fixed in mounting bracket, first gear and the drive connection of the 3rd motor output end, tooth bar and first gear engaged transmission.
Preferably, brick machine also includes the first conveying mechanism in sheet, and first conveying mechanism extends along frame length direction,
For conveying ceramic tile, the first conveying mechanism conveying direction is vertical with the conveying direction of conveying device.
Preferably, first conveying mechanism includes drive device, the second conveying, the 3rd lowering or hoisting gear and the second porcelain
Brick carrier, the second conveying is connected with drive device output end；Second conveying is along the first ceramic tile carrier two
Side arranges that the 3rd lowering or hoisting gear is located in the middle of the second conveying and is fixed in mounting bracket, the second ceramic tile carrier and the 3rd liter
Falling unit output end is affixed.
Preferably, roller group is installed, the roller group rotation direction is vertically with second on the second ceramic tile carrier
Conveying.
Preferably, brick machine also includes second conveyor structure in sheet, and the lifting that second conveyor structure is used for ceramic tile is conveyed, and its is defeated
Direction is sent perpendicular to the first conveying mechanism conveying direction, and is docked with the first conveying mechanism.
Compared to existing technology, the beneficial effects of the utility model are：
The utility model sets and pushes away brick device, conveying device, bearing device and turning device, and bearing device is by conveying device
The flat ceramic tile put that stacks of conveying holds up, and pushes away brick device and the ceramic tile of picking-up is pushed on turning device, and turning device will be flat folded
The ceramic tile upset of stacking is tiltedly folded for longitudinal direction, is deposited in transport vehicle carriage；The entrucking for carrying out ceramic tile using the utility model works,
The automatic loading of ceramic tile, high working efficiency are capable of achieving, and longitudinal tiltedly the stacking of ceramic tile can be put to compartment, can stack more
Ceramic tile, and the ceramic tile stacked can be avoided to be subject to crushing, practicality is good.
Brief description of the drawings
Fig. 1 is overlooking the structure diagram of the present utility model.
Fig. 2 is main structure diagram of the present utility model.
Fig. 3 is structural representation when turning device does not overturn in the utility model.
Fig. 4 is the structural representation after turning device upset in the utility model.
Fig. 5 is the overall overlooking the structure diagram of the utility model.
Fig. 6 is the conveying mechanism of the utility model first, the structural representation of second conveyor structure.
In figure：1st, frame；11st, first pulley；12nd, the first slide rail；13rd, the 3rd motor；14th, first gear；15th, tooth bar；
2nd, mounting bracket；3rd, brick device is pushed away；31st, the first retractor device；32nd, link；33rd, the first push pedal；4th, conveying device；41st, second
Retractor device；42nd, the second push pedal；43rd, the first motor；44th, the first rotating wheel；45th, the second rotating wheel；46th, the first conveying；
47th, the first ceramic tile carrier；48th, guide rail is pushed；5th, turning device；51st, the second motor；52nd, support frame；53rd, the first roller；
54th, stretch spacing guide-bar mechanism；541st, the 3rd retractor device；542nd, the second sliding block；543rd, the second slide rail；55th, rotating shaft；56th, it is big
Gear；57th, little gear；6th, bearing device；61st, the first lowering or hoisting gear；62nd, supporting plate；63rd, the second roller；7th, the first conveying mechanism；
71st, drive device；72nd, the second conveying；73rd, the second ceramic tile carrier；74th, roller group；75th, the 3rd lowering or hoisting gear；8th,
Two conveying mechanisms.
Specific embodiment
Below, with reference to accompanying drawing and specific embodiment, the utility model is described further：
Upper brick machine as shown in Fig. 1~2, including,
Frame 1；
Mounting bracket 2 in frame 1；
It is arranged on the front end of mounting bracket 2 and brick device 3 can be pushed away along the length direction stretching motion of mounting bracket 2；
It is arranged on mounting bracket 2 and the conveying device 4 of ceramic tile can be transmitted along the horizontal direction of mounting bracket 2；
Turning device 5, for that flat will stack the ceramic tile put upset for longitudinal direction is tiltedly folded, is arranged on mounting bracket 2, positioned at pushing away brick
The side of device 3；
Bearing device 6, on mounting bracket 2, positioned at pushing away between brick device 3 and turning device 5, can be along the height of mounting bracket 2
Direction stretching motion, for the ceramic tile of the transmission of jack-up conveying device 4, and rise in the height direction when stretching out can respectively with push away brick and fill
3 output ends, turning device 5 are put to dock.
The flat ceramic tile put that stacks is conveyed along the track of conveying device 4 in conveying device 4, reaches each support dress
When putting 6 position, positioned at the flat bearing device 6 stacked below the ceramic tile put by the upward jack-up of ceramic tile, ceramic tile is set to depart from conveying
Device 4, the size according to ceramic tile sets the bearing device 6 of varying number, when the equal jack-up ceramic tile of all of bearing device 6
When, conveying device 4 stops conveying ceramic tile, now, pushes away brick device 3 and shifts the ceramic tile of the jack-up of all bearing devices 6 onto turning device 5
On, it is the oblique poststack in longitudinal direction that turning device 5 will put down and stack the ceramic tile upset put, and is neatly deposited in transport vehicle carriage；Using this reality
Worked with the new entrucking for carrying out ceramic tile, be capable of achieving the automatic loading of ceramic tile, high working efficiency, and ceramic tile longitudinal direction can tiltedly be folded
Stack to compartment, more ceramic tiles can be stacked, and the ceramic tile stacked can be avoided to be subject to crushing, practicality is good.
Further, as shown in figure 5, this upper brick machine also includes the first slide rail 12 and first pulley 11, first slide rail 12
Arranged along the length direction of frame 1, the first pulley 11 is arranged on mounting bracket 2, the slide rail 12 of the first pulley 11 and first
It is slidably matched.
First pulley 11 on mounting bracket 2 can be slided along the first slide rail 12, when stacking ceramic tile in front of transport vehicle carriage,
Mounting bracket 2 can be shifted onto transport vehicle carriage forward position along the first slide rail 12, and as the stacking of ceramic tile is gradually to compartment
Rear is moved, until ceramic tile fills whole compartment, so that ceramic tile entrucking work is more facilitated.
Further, turning device 5 includes the second motor 51, support frame 52, the first roller 53, flexible spacing guide-bar mechanism
54th, rotating shaft 55, gear wheel 56 and little gear 57, support frame 52 are pivotally connected by rotating shaft 55 with mounting bracket 2, and the first roller 53 is with removable
The mode unloaded is fixed on support frame 52 and is distributed in support frame 52, and the second motor 51 is fixed in support frame 52, little gear 57 with
The output end of second motor 51 is connected, and gear wheel 56 is fixed in rotating shaft 55, little gear 57 and the engaged transmission of gear wheel 56, stretches
Spacing guide-bar mechanism 54 is fixed in the end of support frame 52.
Push away brick device 3 to push when on turning device 5 ceramic tile on bearing device 6 to, with the push for pushing away brick device 3, porcelain
Brick is slided on support frame 52, and continues the forward slip on the first roller 53, until ceramic tile is entirely fallen within support frame 52, and porcelain
Push up onto the flexible spacing guide-bar mechanism 54 of the end of support frame 52 brick side；57 turns of second motor, 51 output end driving pinion
Dynamic, little gear 57 is engaged with gear wheel 56, so that the drive gear wheel 56 of little gear 57 is rotated, and then gear wheel 56 drives mounting bracket
2 55 are overturn forwards around the shaft, and the ceramic tile upset put is stacked for longitudinal direction is oblique folded by flat, the angle tiltedly put gradually are adjusted, by ceramic tile
After being deposited in compartment, an entrucking job for ceramic tile is just completed.The ceramic tile that turning device 5 conveys conveying device 4 is continuous
Upset stack, until piling with whole compartment, high-effective and labour-saving.
Further, as shown in figs. 34, the spacing guide-bar mechanism 54 that stretches includes the 3rd retractor device 541, the second sliding block 542
With the second slide rail 543, the 3rd retractor device 541 and the second sliding block 542 are fixed in the end of support frame 52, the 3rd retractor device 541
Output end is affixed with the one end of the second slide rail 543, and the second sliding block 542 is slidably matched with the second slide rail 543.
Before turning device 5 does not overturn, the shape that the spacing guide-bar mechanism 54 that stretches slides in elongation, stop ceramic tile all the time
State, the ceramic tile upset put is stacked for longitudinal direction is tiltedly folded in turning device 5 by flat, and is regulated during to square degree, now tiltedly folded porcelain
Brick falls on the second slide rail 543, the output end of the 3rd retractor device 541 elongation, drive the second slide rail 543 along the second sliding block 542 to
Lower slider, by tiltedly folded ceramic tile other side in compartment, until after ceramic tile all falls, the reinstatement state of turning device 5, the 3rd stretches
The output end of compression apparatus 541 shortens, and drives the second slide rail 543 along the upward sliding of the second sliding block 542, and the second slide rail 543 stretches out support
Frame 52, continues to stop ceramic tile.
Further, pushing away brick device 3 includes the first retractor device 31, the push pedal 33 of link 32 and first, and link 32 is affixed
In mounting bracket 2, the first push pedal 33 is affixed with the output end of the first retractor device 31.The first retractor device 31 is preferably in the present embodiment
Hydraulic jack, hydraulic jack output end drives the first push pedal 33 to do stretching motion, completes the push work of ceramic tile on bearing device 6
Make, hydraulic jack working stability, output power is big, disclosure satisfy that the push work of ceramic tile.
Further, bearing device 6 includes the lowering or hoisting gear 61 of supporting plate 62 and first, and the first lowering or hoisting gear 61 is fixed in mounting bracket
2, supporting plate 62 is affixed with the output end of the first lowering or hoisting gear 61, and the second roller 63 has been evenly arranged on the supporting plate 62.According to transport
Car body width designs the width of frame 1, according to the size of ceramic tile dimension, arranges the bearing device 6 of varying number, ceramic tile dimension
Bigger, bearing device 6 is fewer, and ceramic tile dimension is smaller, bearing device more than 6, and the output end of the first lowering or hoisting gear 61 drives supporting plate 62
By the ceramic tile jack-up of ranked and stacked pile, because the ceramic tile weight of ranked and stacked pile is larger, therefore the first lowering or hoisting gear 61 is excellent in the present embodiment
Elect hydraulic jack as, hydraulic jack working stability, output power is big, the jack-up work of ceramic tile can be completed.It is uniform on supporting plate 62
Arrange that the second roller 63 is easy to push ceramic tile from supporting plate 62, it is to avoid scratch ceramic tile surface.
Further, conveying device 4 includes the second retractor device 41, the second push pedal 42,47, second liter of the first ceramic tile carrier
Falling unit (not shown), push guide rail 48, the first motor 43, the first rotating wheel 44, the second rotating wheel 45 and the first conveying are led
Rail 46, the output end of the second retractor device 41 is affixed with the second push pedal 42, and the end of the second push pedal 42 is slidably connected with guide rail 48 is pushed,
First motor 43, the first rotating wheel 44 and the second rotating wheel 45 are fixed on mounting bracket 2, the output end of the first motor 43 and first
Rotating wheel 44 is connected, and the first conveying 46 is wound on the first rotating wheel 44 and the second rotating wheel 45, the first ceramic tile carrier
47 are fixed between push guide rail 48 and docks with the end of the first conveying 46, the second lowering or hoisting gear output end and the first ceramic tile
Carrier 47 is affixed.
The output end of first motor 43 drives the first rotating wheel 44 to rotate, and the first rotating wheel 44 is driven by the first conveying 46
Dynamic second rotating wheel 45 is rotated, and flat the stacking of extraneous ceramic tile is placed on the first ceramic tile carrier 47, and the second lowering or hoisting gear is by first
After the jack-up of ceramic tile carrier 47, with the level of the first conveying 46, the output end of the second retractor device 41 drives the edge of the second push pedal 42
Push guide rail 48 to slide, after the ceramic tile on the first ceramic tile carrier 47 is pushed on the first conveying 46, conveyed, so
Complete the transportation work of extraneous ceramic tile.
Further, roller group 74 is evenly equipped with the first ceramic tile carrier 47, and the middle part of the first ceramic tile carrier 47 is provided with branch
Fagging.When ceramic tile is pushed on the first conveying 46 in the second push pedal 42 to from the first ceramic tile carrier 47, because ceramic tile holds
Load plate is very big with the face friction of ceramic tile, can cause the vestige of friction on the surface of ceramic tile, the quality of ceramic tile is influenceed, so first
Roller group 74 is arranged on ceramic tile carrier 47 so that ceramic tile can be slided in roller group 74, it is to avoid scratch ceramic tile surface, in addition
When ceramic tile is pushed away the first ceramic tile carrier 47 by the second push pedal 42, in order to avoid ceramic tile is sliding from the middle of the first ceramic tile carrier 47
Fall, so setting supporting plate, play a part of to prop up ceramic tile.
Further, brick machine also includes the 3rd motor 13, first gear 14 and tooth bar 15 in sheet, and the 3rd motor 13 is fixed in machine
Frame 1, tooth bar 15 is fixed in mounting bracket 2, first gear 14 and the drive connection of the output end of the 3rd motor 13, tooth bar 15 and first gear
14 engaged transmissions.The output end of 3rd motor 13 drives first gear 14 to rotate, because first gear 14 is engaged with tooth bar 15, so that
First gear 14 drives tooth bar 15 to move, and then drives mounting bracket 2 to move, in this way, mounting bracket 2 just can be along the first slide rail 12 certainly
It is dynamic to slide, promoted or external device promotion instead of artificial, it is extremely easy to use.
Further, as shown in fig. 6, this upper brick machine also includes the first conveying mechanism 7, first conveying mechanism 7 is along frame 1
Length direction extends, and for conveying ceramic tile, the conveying direction of the first conveying mechanism 7 is vertical with the conveying direction of conveying device 4.First
Conveying mechanism 7 conveys ceramic tile to conveying device 4, because the first conveying mechanism 7 extends along the length direction of frame 1, same to transport vehicle
Car length direction is parallel, so being moved to which direction regardless of mounting bracket 2, the first conveying mechanism 7 can convey ceramic tile
To conveying device 4, can more easily by ceramic tile entrucking.
Further, first conveying mechanism 7 includes drive device 71, the second conveying 72, the 3rd lowering or hoisting gear 75
With the second ceramic tile carrier 73, the second conveying 72 and the output end of drive device 71 are connected；The edge of second conveying 72
The both sides of first ceramic tile carrier 47 arrange that the 3rd lowering or hoisting gear 75 is located in the middle of the second conveying 72 and is fixed in mounting bracket 2,
Second ceramic tile carrier 73 is affixed with the output end of the 3rd lowering or hoisting gear 75.
Drive device 71 drives the cycle rotation of the second conveying 72, the output end of the 3rd lowering or hoisting gear 75 to hold the second ceramic tile
The jack-up of load plate 73, higher than the second conveying 72 of cycle rotation, flat will stack the ceramic tile put and be placed on the second ceramic tile carrier 73
On, the 3rd lowering or hoisting gear 75 drives the second ceramic tile carrier 73 to decline and less than the second conveying 72 of cycle rotation, now
Fall on second ceramic tile carrier 73 on the second conveying 72, ceramic tile is delivered to the first ceramic tile and carried by the second conveying 72
Pan47Chu, realizes the conversion of ceramic tile conveying direction.Just can so realize the automatic brick feeding work of ceramic tile.
Further, roller group 74 is installed on the second ceramic tile carrier 73, the rotation direction of the roller group 74 is vertical
With the second conveying 72, the roller group 74 is provided with 2~5 groups.
When ceramic tile is slided on the second ceramic tile carrier 73 from extraneous conveying device 4, due to ceramic tile carrier and ceramic tile
Face friction is very big, can cause the vestige of friction on the surface of ceramic tile, the quality of ceramic tile is influenceed, so in the second ceramic tile carrier 73
Upper arrangement roller group 74 so that ceramic tile can be slided in roller group 74, it is to avoid scratch ceramic tile surface.According further to ceramic tile dimension
Difference, can select to set the roller group 74 of varying number, the roller group 74 can be provided with 2~5 groups, be rolled in the present embodiment
Wheel group 74 is preferably provided with 3 groups, and ceramic tile carrier centre position is provided with one group, and both sides respectively set one group, prevents the less porcelain of size
Brick drops when the second ceramic tile carrier 73 is slided to.
Further, brick machine also includes second conveyor structure 8 in sheet, and the lifting that second conveyor structure 8 is used for ceramic tile is conveyed, its
Conveying direction is docked perpendicular to the conveying direction of the first conveying mechanism 7 with the first conveying mechanism 7.The tail of second conveyor structure 8
Highly consistent when end is risen with the second ceramic tile carrier 73, ceramic tile carries out conveying hoisting to first by second conveyor structure 8
The height of conveying mechanism 7, and slide on the second ceramic tile carrier 73, then conveyed by the first conveying mechanism 7, realize conveying
The conversion in direction, is easy to follow-up entrucking to work, and the automation of ceramic tile entrucking is realized with this, reaches the effect of high efficiency entrucking.
It will be apparent to those skilled in the art that technical scheme that can be as described above and design, make other various
It is corresponding to change and deformation, and all these change and deformation should all belong to the protection of the utility model claim
Within the scope of.
Claims (13)
1. a kind of upper brick machine, it is characterised in that：Including,
Frame；
Rack-mounted mounting bracket；
It is arranged on mounting bracket front end and brick device can be pushed away along mounting bracket length direction stretching motion；
It is arranged on mounting bracket and the conveying device of ceramic tile can be transmitted along mounting bracket horizontal direction；
Turning device, for that flat will stack the ceramic tile put upset for longitudinal direction is tiltedly folded, is arranged on mounting bracket, positioned at pushing away brick device one
Side；
Bearing device, on mounting bracket, positioned at pushing away between brick device and turning device, can be along the flexible fortune of mounting bracket short transverse
It is dynamic, for the ceramic tile of jack-up conveying device transmission, and rise in the height direction when stretching out can respectively with push away brick device output end, turn over
Rotary device is docked.
2. upper brick machine according to claim 1, it is characterised in that：Brick machine also includes the first slide rail and first pulley in sheet,
First slide rail arranges that the first pulley is arranged on mounting bracket, the first pulley and first along frame length direction
Slide rail is slidably matched.
3. upper brick machine according to claim 1, it is characterised in that：Turning device includes the second motor, support frame, the first rolling
Wheel, flexible spacing guide-bar mechanism, rotating shaft, gear wheel and little gear, support frame are pivotally connected by rotating shaft with mounting bracket, the first roller with
Dismountable mode is fixed on support frame and is distributed in support frame, and the second motor is fixed in support frame, little gear and the second electricity
Machine output end is connected, and gear wheel is fixed in rotating shaft, little gear and gear wheel engaged transmission, and the spacing guide-bar mechanism that stretches is affixed
In support frame end.
4. upper brick machine according to claim 3, it is characterised in that：Stretch spacing guide-bar mechanism include the 3rd retractor device,
Second sliding block and the second slide rail, the 3rd retractor device and the second sliding block are fixed in support frame end, the 3rd retractor device output end
Affixed with the second slide rail one end, the second sliding block is slidably matched with the second slide rail.
5. upper brick machine according to claim 1, it is characterised in that：Push away brick device including the first retractor device, link and
First push pedal, link is fixed in mounting bracket, and the first push pedal is affixed with the first retractor device output end.
6. upper brick machine according to claim 1, it is characterised in that：Bearing device includes supporting plate and the first lowering or hoisting gear, the
One lowering or hoisting gear is fixed in mounting bracket, and supporting plate is affixed with the first lowering or hoisting gear output end, and second has been evenly arranged on the supporting plate
Roller.
7. upper brick machine according to claim 1, it is characterised in that：Conveying device include the second retractor device, the second push pedal,
First ceramic tile carrier, the second lowering or hoisting gear, push guide rail, the first motor, the first rotating wheel, the second rotating wheel and the first conveying
Guide rail, the second retractor device output end is affixed with the second push pedal, and the second push pedal end is connected with slide is pushed, the first electricity
Machine, the first rotating wheel and the second rotating wheel are fixed on mounting bracket, and the first motor output end and the first rotating wheel are connected,
First conveying is wound on the first rotating wheel and the second rotating wheel, and the first ceramic tile carrier is fixed between push guide rail and with the
One conveying end is docked, and the second lowering or hoisting gear output end is affixed with the first ceramic tile carrier.
8. upper brick machine according to claim 7, it is characterised in that：Roller group, and are evenly equipped with first ceramic tile carrier
One ceramic tile carrier middle part is provided with supporting plate.
9. the upper brick machine according to claim 1~8 any one, it is characterised in that：In sheet brick machine also include the 3rd motor,
First gear and tooth bar, the 3rd motor are fixed in frame, and tooth bar is fixed in mounting bracket, and first gear is passed with the 3rd motor output end
Dynamic connection, tooth bar and first gear engaged transmission.
10. upper brick machine according to claim 9, it is characterised in that：Brick machine also includes the first conveying mechanism, described the in sheet
One conveying mechanism extends along frame length direction, and for conveying ceramic tile, the first conveying mechanism conveying direction is defeated with conveying device
Send direction vertical.
11. upper brick machines according to claim 10, it is characterised in that：First conveying mechanism includes drive device, the
Two conveyings, the 3rd lowering or hoisting gear and the second ceramic tile carrier, the second conveying are connected with drive device output end；
Second conveying arranges that the 3rd lowering or hoisting gear is located in the middle of the second conveying and is fixed in along the first ceramic tile carrier both sides
Mounting bracket, the second ceramic tile carrier is affixed with the 3rd lowering or hoisting gear output end.
12. upper brick machines according to claim 11, it is characterised in that：Roller is installed on the second ceramic tile carrier
Group, the roller group rotation direction vertically with the second conveying.
13. upper brick machines according to claim 12, it is characterised in that：Brick machine also includes second conveyor structure, second in sheet
The lifting that conveying mechanism is used for ceramic tile is conveyed, its conveying direction perpendicular to the first conveying mechanism conveying direction, and with first
Conveying mechanism is docked.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621301460.9U CN206203389U (en) | 2016-11-30 | 2016-11-30 | A kind of upper brick machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621301460.9U CN206203389U (en) | 2016-11-30 | 2016-11-30 | A kind of upper brick machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206203389U true CN206203389U (en) | 2017-05-31 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621301460.9U Withdrawn - After Issue CN206203389U (en) | 2016-11-30 | 2016-11-30 | A kind of upper brick machine |
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| Country | Link |
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| CN (1) | CN206203389U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106429393A (en) * | 2016-11-30 | 2017-02-22 | 佛山恒智达科技有限公司 | Tile loading machine |
-
2016
- 2016-11-30 CN CN201621301460.9U patent/CN206203389U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106429393A (en) * | 2016-11-30 | 2017-02-22 | 佛山恒智达科技有限公司 | Tile loading machine |
| CN106429393B (en) * | 2016-11-30 | 2019-04-30 | 佛山恒智达科技有限公司 | A kind of upper brick machine |
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