CN209614062U - A kind of automatic discharging bending device for rebars - Google Patents
A kind of automatic discharging bending device for rebars Download PDFInfo
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- CN209614062U CN209614062U CN201920028452.9U CN201920028452U CN209614062U CN 209614062 U CN209614062 U CN 209614062U CN 201920028452 U CN201920028452 U CN 201920028452U CN 209614062 U CN209614062 U CN 209614062U
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- sliding block
- bending device
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Abstract
The utility model relates to bar bending technical fields, disclose a kind of automatic discharging bending device for rebars, including the 4th bracket, and the 4th frame upper is equipped with the second sliding rail, is symmetrically arranged with briquetting roller on the second sliding rail；4th bracket is additionally provided with intermediate load support, intermediate load support includes support rod and third sliding rail, and third sliding rail top is provided with the first sliding block, and support bar top, which is provided with, compresses rib Transition Materials bar, compress rib Transition Materials bar top be it is arc-shaped, compress rib Transition Materials bar lower part tilted to the first sliding block side.The utility model does not need artificial loading, reduces worker's working strength, saves labour turnover, and improves working efficiency；The case where 8th driving mechanism can according to need transition reinforcing bar, adjustment compress the angle of rib Transition Materials bar, so that the utility model be made to be suitable for a variety of occasions；Pressure plate can will compress, to improve job stability in moment reinforcement in the middle part of reinforcing bar.
Description
Technical field
The utility model relates to bar bending technical fields, and in particular to a kind of automatic discharging bending device for rebars.
Background technique
In today of economy rapid development, the construction of highway, high-speed railway, Oversea bridge has become China's economy hair
The soldier at the head of a formation of exhibition, thus also driven the rapid development of steel bar meter technology.In building for highway, high-speed railway, bridge etc.
It in if, needs the reinforcing bar by a large amount of various specifications to be bent into different shape, concrete skeleton is made, for improving the strong of building
Degree, such as bar bending at square, rectangle, triangle etc., to adapt to the reinforcing bars such as concrete column of various shapes, plate, beam
The needs of cement components.
When vertical flexural center works on the market, after being all artificial feeding, point good number of steel bars, then on the ground it is neat after, then
Reinforcing bar is put into briquetting roller and carries out operation bending, because reinforcing bar size, dimensions are different, big, long reinforcing bar also needs two
It more than people operating, working efficiency is low, and it is bothersome, time-consuming, it is at high cost.
Utility model content
Based on the above technical problem, the utility model provides a kind of automatic discharging bending device for rebars, to solve
Because reinforcing bar size, dimensions are different, big, long reinforcing bar also needs two people or more to operate, and working efficiency is low, bothersome, time-consuming,
The technical issues of technical problem at high cost.
The technical solution adopted in the utility model is as follows:
A kind of automatic discharging bending device for rebars, including the 4th bracket, the 4th frame upper is horizontally disposed the second sliding rail,
The briquetting roller that can be slided along the second sliding rail there are two being symmetrical arranged on second sliding rail；Briquetting roller is provided with for clamping reinforcing bar
Upper and lower plywoods；
4th bracket, which is located in the middle part of two briquetting rollers, is provided with intermediate load support, and intermediate load support includes being vertically arranged
Support rod and horizontally disposed third sliding rail, support rod length direction and third sliding rail length direction are vertical；On third sliding rail
Portion is provided with the first sliding block, and third sliding rail is additionally provided with the 7th driving that the first sliding block of driving is slided along third sliding rail length direction
Mechanism；
Support bar top, which is provided with, compresses rib Transition Materials bar, compresses rib Transition Materials bar top and is located at the first sliding block side for circle
Arc compresses rib Transition Materials bar lower part and tilts to the first sliding block side.
Preferably, the 4th bracket is vertically arranged with the 8th driving mechanism positioned at opposite first sliding block side, and the 8th drives
At the top of motivation structure and compress and be provided with intermediate bar between rib Transition Materials bar top, intermediate bar both ends respectively with the 8th driving mechanism,
Support rod is hinged.
Preferably, support rod, which is located to compress to be horizontally disposed between rib Transition Materials bar and third sliding rail, pressure plate, pressure plate
8th driving mechanism one end lower vertical is provided with the insertion rod inside pluggable third sliding rail, insertion rod bottom and third
Spring is provided between sliding rail.
Preferably, it compresses rib Transition Materials bar bottom and is provided with pulley, pulley can be with pressure plate upper contact.
Preferably, the 8th driving mechanism is cylinder.
Preferably, the briquetting roller is located at the first sliding block side and is provided with cabinet bearing material pole socket, at the top of cabinet bearing material pole socket
Horizontally disposed to have the 4th sliding rail corresponding with third sliding rail, the 4th sliding rail top is provided with the second sliding block, and the 4th sliding rail is also set up
The 9th driving mechanism for thering is the second sliding block of driving to slide along the 4th sliding rail length direction.
Preferably, cabinet arc-shaped transition material bar, cabinet arc-shaped transition material are provided between the briquetting roller and the 4th sliding rail
Bar includes sequentially connected curved rod, mobile bar and slide bar, and curved rod is fixed on briquetting roller；Mobile bar both ends respectively with arc
Shape bar, slide bar are hinged, and slide bar end is caught in the 4th sliding rail and can slide along the 4th sliding rail；Briquetting roller be provided with driving slider and
Tenth driving mechanism of mobile bar sliding.
Preferably, the 9th driving mechanism is magnetic couple cylinder.
Preferably, the tenth driving mechanism is cylinder.
Preferably, the 7th driving mechanism is magnetic couple cylinder.
In conclusion by adopting the above-described technical solution, the beneficial effects of the utility model are:
1, the utility model does not need artificial loading, reduces worker's working strength, saves labour turnover, and improves work effect
Rate；The case where 8th driving mechanism can according to need transition reinforcing bar, adjustment compresses the angle of rib Transition Materials bar, to make this reality
It is suitable for a variety of occasions with novel；
2, pressure plate can will compress, to improve job stability in moment reinforcement in the middle part of reinforcing bar；
3, the 4th sliding rail, the second sliding block cooperate with third sliding rail, the first sliding block simultaneously, and reinforcing bar is moved to briquetting roller
Between upper and lower plywoods；Curved rod, mobile bar and the compression rib Transition Materials bar cooperation of cabinet arc-shaped transition material bar, carry out reinforcing bar
Transition.
4, spring, due to ejecting insertion rod upwards under elastic force effect again, can make pressure plate after moment reinforcement
There are gaps with third extreme.
5, pulley not only can satisfy compression rib Transition Materials bar and pressure plate slides in the horizontal direction, but also reduce friction
Power, it is more convenient to use.
Detailed description of the invention
Fig. 1 is the utility model totality connection schematic diagram；
Fig. 2 is the utility model storage bin automatic feed mechanism schematic diagram；
Fig. 3 is enlarged drawing at A in the utility model Fig. 2；
Fig. 4 is the utility model ladder washboard automatic distributing material mechanism；
Fig. 5 is enlarged drawing at B in the utility model Fig. 4；
Fig. 6 is the utility model ladder washboard automatic distributing material mechanism side view；
Fig. 7 is the utility model alignment feeding storehouse automatic feed mechanism；
Fig. 8 is enlarged drawing at C in the utility model Fig. 6；
Fig. 9 is the utility model automatic discharging bending device for rebars；
Figure 10 is enlarged drawing at D in the utility model Fig. 8；
Figure 11 is enlarged drawing at E in the utility model Fig. 9；
The storehouse marked in the figure: 1- expects, 2- sub-material storehouse, 3- feeding warehouse, 4- first support, the first chain of 5-, 6- first are rotated
Axis, the first sprocket wheel of 7-, the first driving mechanism of 8-, 9- expect to hook fixed plate, 10- second support, the fixed washboard of 11- ladder, 12- naturally
Backgauge stirring hooks, the second rotation axis of 13-, the second driving mechanism of 14-, 15- movable stand, 16- ladder liftout washboard, 17- moving beam,
18- third driving mechanism, the 4th driving mechanism of 19-, 20- limited block, 21- idler wheel, the first sliding rail of 22-, 23- third bracket, 24-
Drum shield, 25- feeding roller, the 5th driving mechanism of 26-, 27- die pad, the 6th driving mechanism of 28-, 29- the first bearing material bar,
The 4th bracket of 30-, the second sliding rail of 31-, 32- briquetting roller, the centre 33- load support, 34- support rod, 35- third sliding rail, 36- first
Sliding block, the 7th driving mechanism of 37-, 38- compress rib Transition Materials bar, the 8th driving mechanism of 39-, 40- intermediate bar, 41- cabinet bearing material
Pole socket, the 4th sliding rail of 42-, the second sliding block of 43-, the 9th driving mechanism of 44-, 45- curved rod, 46- mobile bar, 47- slide bar, 48-
Tenth driving mechanism, 49- pressure plate, 50- insertion rod, 51- eccentric wheel, 52- driving assembly.
Specific embodiment
All features disclosed in this specification can be with any other than mutually exclusive feature and/or step
Mode combines.
It elaborates with reference to the accompanying drawing to the utility model.
As shown in Figure 1, a kind of automatic charging digital control steel bar flexural center, including control system and the storage for being corresponding in turn to setting
Feed bin automatic feed mechanism, ladder washboard automatic distributing material mechanism, alignment feeding storehouse automatic feed mechanism, automatic discharging bar bending
Device；
As shown in Figure 2,3, storage bin automatic feed mechanism includes storehouse 1 of expecting, the sub-material storehouse 2, charging that height is successively successively decreased
Storehouse 3, storehouse 1 of expecting, sub-material storehouse 2, feeding warehouse 3 include first support 4, and 4 top of first support is provided with multiple first chains 5,
First support 4 is located at that 5 one end of the first chain is horizontally disposed the first rotation axis 6, and the first rotation axis 6 connects multiple first chains 5
It connects；First rotation axis, 6 outer cover is equipped with the first sprocket wheel 7, and 7 lower part of the first sprocket wheel is provided with driving 7 forward and reverse of the first sprocket wheel
First driving mechanism 8 of rotation；
First chain 5 in the corresponding storehouse 1 of expecting of first chain 5 in the sub-material storehouse 2, and it is located at first chain 5 in storehouse 1 of expecting
Lower section；First chain 5 in the corresponding sub-material storehouse 2 of the first chain 5 of the feeding warehouse 3, and be located under first chain 5 in sub-material storehouse 2
Side；The storehouse 1 of expecting is located at opposite 3 one end of feeding warehouse and is provided with nature material hook fixed plate 9.
Naturally the material hooks fixed plate 9 and is detachably connected with first support 4；Naturally material hooks to be located at the top of fixed plate 9 and expect
1 side of storehouse is provided with hook plate；First driving mechanism 8 is motor, the on expect storehouse 1 or sub-material storehouse 2 or the feeding warehouse 3
One chain 5 is uniformly distributed；First sprocket wheel 7 is located at 6 middle part of the first rotation axis.
As shown in Fig. 4, Fig. 5, Fig. 6, ladder washboard automatic distributing material mechanism, including fixed step mechanism and with fixed step machine
The liftout step mechanism of structure cooperation；Fixed step mechanism includes second support 10, and multiple ladders are provided at the top of second support 10
Fixed washboard 11, fixed 11 length direction of washboard of ladder is vertical with 10 length direction of second support, and fixed 11 liang of the washboard of ladder
End is connect with second support 10；The fixed 11 end side of washboard of ladder is provided with backgauge stirring and hooks 12, and multiple backgauge stirrings hook
It is connected in the middle part of in the of 12 by the second rotation axis 13, backgauge stirring hooks to be provided with below 12 one end to be stretched for rotating backgauge stirring hook 12
Out, second driving mechanism 14 at fixed 11 top of washboard of ladder is fallen；
Liftout step mechanism includes the movable stand 15 that 10 middle part of second support is arranged in, and 15 top of movable stand is provided with multiple
It can be along the ladder liftout washboard 16 of 15 vertical sliding of movable stand, ladder liftout washboard 16 and the fixed interval of washboard 11 setting of ladder；
Multiple 16 bottoms of ladder liftout washboard are connected by moving beam 17, and 17 lower part of moving beam is provided with driving moving beam 17 in vertical side
To the third driving mechanism 18 of sliding, third driving mechanism 18 drives the fixed washboard 11 of the corresponding ladder of ladder liftout washboard 16
Ladder height is higher than next ladder height on the fixed washboard 11 of ladder；
The ladder liftout washboard 16 and fixed 11 top surface of washboard of ladder are located at the one of backgauge stirring hook 12 and are sloped downwardly；
Ladder liftout washboard 16 and the fixed washboard 11 of ladder are located at backgauge stirring 12 side height of hook and successively increase, and ladder liftout is rubbed with the hands
Corresponding ladder mutually staggers setting in the horizontal direction on plate 16 and the fixed washboard 11 of ladder.
The movable stand 15 can move inside second support 10, the moving direction of movable stand 15 and 15 length side of movable stand
To vertical；The 4th mobile driving mechanism 19 of driving movable stand 15 is provided between the movable stand 15 and second support 10；Institute
It states movable stand 15 and is provided with multiple limited blocks 20 between opposite 4th driving mechanism, 19 side and second support 10；4 wheel driven
Motivation structure 19 is cylinder；4th driving mechanism 19 is located at 15 middle part of movable stand.
15 bottom of movable stand is provided with idler wheel 21, and second support 10 is located at 21 lower part of idler wheel and is provided with for limiting rolling
The card slot that wheel 21 moves left and right, card slot length direction are parallel with 15 moving direction of movable stand；Movable stand 15 is vertically arranged with first
Sliding rail 22, moving beam 17 are caught in 22 inside of the first sliding rail and can move along the first sliding rail 22；The third driving mechanism 18 includes
Multiple eccentric wheels 51 being arranged on movable stand 15, eccentric wheel 51 are located at 17 lower section of moving beam and contact with moving beam 17；It is multiple
Eccentric wheel 51 rotates axis connection by cam, and cam rotation axis one end is provided with the driving assembly of driving cam rotation axis rotation
52；Second rotation axis 13 passes through the fixed washboard 11 of ladder, driving assembly 52 be include motor, speed reducer, chain, sprocket wheel, motor,
Speed reducer, chain, sprocket wheel cooperation, band moving cam rotation axis rotate.
As shown in Figure 7, Figure 8, alignment feeding storehouse automatic feed mechanism includes third bracket 23,23 top horizontal of third bracket
It is provided with the drum shield 24 of inner hollow and upper opening, 24 bottom of drum shield is provided with multiple feeding rollers 25；Feeding
24 bottom surface of drum shield protruding upward of roller 25, and the rotation axis of feeding roller 25 is vertical with drum shield 24；Third bracket 23
Lower part is provided with the 5th driving mechanism 26 that driving feeding roller 25 rolls；24 lower part of drum shield is provided with multiple stretch
Enter the die pad 27 inside drum shield 24, multiple 27 lower parts of die pad are provided with driving die pad 27 and protrude into drum shield 24
The 6th internal driving mechanism 28；
24 side of drum shield is provided with the first bearing material bar 29, and the first bearing material bar 29 is vertical with drum shield 24；The
One bearing material bar, 29 height is less than 24 Sidewall Height of drum shield positioned at 29 side of the first bearing material bar, and 29 top surface of the first bearing material bar
Opposing roller shield 24 is sloped downwardly；It is located at the first bearing material bar 29 at the top of the die pad 27 to be sloped downwardly.
5th driving mechanism 26 includes the second motor that 23 lower part of third bracket is arranged in, and the second motor side is arranged in
Second sprocket wheel is provided with the second chain between the second sprocket wheel and feeding roller 25；Multiple feeding rollers 25 and one the 5th driving
Mechanism 26 connects；Multiple feeding rollers 25 are uniformly distributed；6th driving mechanism 28 is cylinder.
As shown in figs. 9-11, automatic discharging bending device for rebars includes the 4th bracket 30, and 30 upper level of the 4th bracket is set
It is equipped with the second sliding rail 31, is symmetrical arranged that there are two the briquetting rollers 32 that can be slided along the second sliding rail 31 on the second sliding rail 31；Briquetting roller
32 are provided with the upper and lower plywoods for clamping reinforcing bar；
4th bracket 30, which is located in the middle part of two briquetting rollers 32, is provided with intermediate load support 33, and intermediate load support 33 includes
The support rod 34 and horizontally disposed third sliding rail 35 being vertically arranged, 35 length direction of 34 length direction of support rod and third sliding rail
Vertically；35 top of third sliding rail is provided with the first sliding block 36, and it is sliding along third that third sliding rail 35 is additionally provided with the first sliding block 36 of driving
7th driving mechanism 37 of 35 length direction of rail sliding；
It is provided at the top of support rod 34 and compresses rib Transition Materials bar 38, compressed rib Transition Materials bar 38 and be located under the first bearing material bar 29
Side；Compress 38 top of rib Transition Materials bar be located at 36 side of the first sliding block be it is arc-shaped, compression 38 lower part of rib Transition Materials bar is to first
The inclination of 36 side of sliding block.
4th bracket 30 is located at opposite first sliding block, 36 side and is vertically arranged with the 8th driving mechanism 39, the 8th driving
It is provided with intermediate bar 40 between 39 top of mechanism and compression 38 top of rib Transition Materials bar, 40 both ends of intermediate bar drive with the 8th respectively
Mechanism 39, support rod 34 are hinged；Support rod 34, which is located to compress to be horizontally disposed between rib Transition Materials bar 38 and third sliding rail 35, pressure
Tight plate 49, pressure plate 49 are located at the insertion that 39 one end lower vertical of the 8th driving mechanism is provided with inside pluggable third sliding rail 35
Bar 50 is provided with spring between 50 bottom of insertion rod and third sliding rail 35；It compresses 38 bottom of rib Transition Materials bar and is provided with pulley, it is sliding
Wheel can be cylinder with 49 upper contact of pressure plate, the 8th driving mechanism 39；
The briquetting roller 32 is located at 36 side of the first sliding block and is provided with cabinet bearing material pole socket 41,41 top of cabinet bearing material pole socket
Horizontally disposed to have the 4th sliding rail 42 corresponding with third sliding rail 35,42 top of the 4th sliding rail is provided with the second sliding block 43, and the 4th is sliding
Rail 42 is additionally provided with the 9th driving mechanism 44 that the second sliding block 43 of driving is slided along 42 length direction of the 4th sliding rail,
Cabinet arc-shaped transition material bar, cabinet arc-shaped transition material bar packet are provided between the briquetting roller 32 and the 4th sliding rail 42
Sequentially connected curved rod 45, mobile bar 46 and slide bar 47 are included, curved rod 45 is fixed on briquetting roller 32；46 both ends of mobile bar
Hinged with curved rod 45, slide bar 47 respectively, 47 end of slide bar is caught in the 4th sliding rail 42 and can slide along the 4th sliding rail 42；Molding
Wheel 32 is provided with the tenth driving mechanism 48 that driving slider 47 and mobile bar 46 are slided, and the 9th driving mechanism 44 is magnetic couple gas
Cylinder；Tenth driving mechanism 48 is cylinder；7th driving mechanism 37 is magnetic couple cylinder.Third sliding rail 35 and the 4th sliding rail
42 height are located between the upper and lower plywoods of briquetting roller 32.
First driving mechanism 8, the second driving mechanism 14, third driving mechanism 18, the 4th driving mechanism 19, the 5th driving machine
Structure 26, the 6th driving mechanism 28, the 7th driving mechanism 37, the 8th driving mechanism 39, the 9th driving mechanism 44, the tenth driving mechanism
48 connect with control system.
The working principle of the utility model is: transporting to the beginning using traveling crane after bar cutting is at the size of needs in batch
Feed bin 1, motor drive 7 positive and negative rotation of the first sprocket wheel, to drive 6 positive and negative rotation of the first rotation axis, the first rotation axis 6 drives multiple the
One positive and negative rotation together of chain 5 hooks the steel bar rolling of overlapping, entanglement at fixed plate 9 to nature material, carries out preliminary natural backgauge comb
After reason, motor main story makes to expect on the first chain 5 that the steel bar rolling on storehouse 1 is fallen on sub-material storehouse 2；Sub-material storehouse 2 also by
Motor positive and inverse is controlled, the secondary reinforcing bar for combing entanglement, overlapping, then motor main story falls the steel bar rolling on sub-material storehouse 2
On the first chain 5 with feeding warehouse 3, the reinforcing bar autofeed made in order to ladder is fixed washboard by motor main story by feeding warehouse 3
On the ladder of 11 bottoms,
It is sloped downwardly since fixed 11 top surface of washboard of ladder is located at the one of backgauge stirring hook 12, slip of bar to rank
It is located at backgauge stirring on the fixed washboard 11 of ladder and hooks 12 sides, motor, speed reducer, chain, sprocket wheel cooperation, band moving cam rotation axis turns
Dynamic, so that the eccentric wheel 51 of 17 lower section of moving beam be driven to be rotated, eccentric wheel 51 drives ladder liftout washboard 16 to move up,
When ladder liftout washboard 16 moves up 11 height of washboard fixed more than ladder, by the reinforcing bar support on the fixed washboard 11 of ladder to rank
On ladder top material washboard 16, it is sloped downwardly since 16 top surface of ladder liftout washboard is located at the one of backgauge stirring hook 12, reinforcing bar
It slides on ladder liftout washboard 16 and is located at 12 sides of backgauge stirring hook,
Eccentric wheel 51 drives ladder liftout washboard 16 when moving down, due to reinforcing bar on ladder liftout washboard 16 to
It is mobile that backgauge stirring hooks 12 sides, therefore reinforcing bar can be fallen on the next stage ladder of the fixed washboard 11 of ladder when falling, thus
Realize that the reinforcing bar ladder on the fixed washboard 11 of ladder rises, third driving mechanism 18 repeats to move down on driving ladder liftout washboard 16
It is dynamic, so that reinforcing bar all to be risen to fixed 11 top of washboard of ladder；
Second driving mechanism 14 shrinks backgauge stirring and hooks 12 one end, and hooking backgauge stirring, 12 other ends stretching ladder is fixed to be rubbed with the hands
11 top of plate is arrived so that reinforcing bar is concentrated on fixed 11 top of washboard of ladder by carrying out reinforcing bar radical numeration processing close to switch
12 positions are hooked up to backgauge stirring；Then the second driving mechanism 14 overturning backgauge stirring hooks 12 one end, so that backgauge stirring is hooked 12 another
Fixed 11 top of washboard of ladder is fallen at end, and the reinforcing bar for concentrating on fixed 11 top of washboard of ladder is made to fall into drum shield 24.
It can change the quantity of limited block 20, and flexible 4th driving mechanism 19 according to the size of reinforcing bar, make movable stand 15
It is held out against with limited block 20, to change ladder liftout washboard 16 and the fixed corresponding ladder of washboard 11 of ladder phase in the horizontal direction
The distance being mutually staggered can be by the reinforcing bar support on the fixed washboard 11 of ladder to ladder liftout when increase ladder liftout washboard 16
On washboard 16, it is suitable for various types of reinforcing bars, also can according to need while increase multiple reinforcing bars.
The reinforcing bar length processed as needed controls the 6th driving mechanism 28 of corresponding position, die pad 27 is moved to
Inside drum shield 24；After reinforcing bar is fallen into drum shield 24 by the fixed washboard 11 of ladder, the 5th driving mechanism 26 drives feeding
Roller 25 rolls, and moves reinforcing bar along the length direction of drum shield 24, after reinforcing bar reaches 27 position of die pad stretched out, quilt
The positioning of die pad 27, the alignment of stretching；Roller after alignment passes through feeding roller 25 again and overturns, and is handled and is sent to by data counts
Specified size position, then except the 6th driving mechanism 28 of other 27 lower sections of die pad of the die pad 27 stretched out is stretched out simultaneously,
Reinforcing bar is ejected drum shield 24 by the die pad 27 below reinforcing bar, due to being located at the first bearing material bar 29 1 at the top of die pad 27
It is sloped downwardly, therefore reinforcing bar can be rolled on the first bearing material bar 29, and is rolled to automatic discharging steel along the first bearing material bar 29
Muscle bending apparatus；
Before accepting reinforcing bar, the 8th driving mechanism 39 is shunk, and makes to compress 38 lower part of rib Transition Materials bar upwards and to the first sliding block
36 directions are stretched out；7th driving mechanism 37 drives the first sliding block 36 to slide into 35 end of third sliding rail, the first sliding block 36 and compression rib
There are gaps between Transition Materials bar 38；Tenth driving mechanism 48 is stretched out, and makes mobile bar 46 and slide bar 47 to 43 direction of the second sliding block
Sliding；9th driving mechanism 44 drives the second sliding block 43 to slide into 42 end of the 4th sliding rail, stays between the second sliding block 43 and slide bar 47
There is gap；Due to spring force act on, spring by insertion rod 50 upwards eject, make pressure plate 49 and 35 end of third sliding rail there are
Gap；
After reinforcing bar is rolled naturally along the first bearing material bar 29, first by curved rod 45 and 38 top of rib Transition Materials bar is compressed simultaneously
Arc sections, then simultaneously by mobile bar 46 and compress 38 lower part of rib Transition Materials bar, thus be transitioned into the first sliding block 36 and compress
In the gap between gap and the second sliding block 43 and slide bar 47 between rib Transition Materials bar 38, then the tenth driving mechanism 48 is received
Contracting drives mobile bar 46 and slide bar 47 to bounce back, and manually makes reinforcing bar alignment in order；
7th driving mechanism 37 drives the first sliding block 36 to push reinforcing bar mobile to 34 side of support rod, the 9th drives at the same time
Motivation structure 44 drives the second sliding block 43 to push reinforcing bar to 32 side of briquetting roller, thus by the upper and lower folder of reinforcing bar push-in briquetting roller 32
Between plate and between pressure plate 49 and third sliding rail 35；8th driving mechanism 39 is stretched out, and makes to compress 38 lower part of rib Transition Materials bar
It moves down, moving down pressure plate 49 will clamp with the cooperation of third sliding rail 35 in the middle part of reinforcing bar, the upper and lower plywoods of briquetting roller 32
The both sides of reinforcing bar are clamped；Last briquetting roller 32 starts to be bent work, after reinforcing bar formed product, briquetting roller 32 it is upper and lower
Clamping plate unclamps the both sides of reinforcing bar,
8th driving mechanism 39 is shunk, and compression 38 lower part of rib Transition Materials bar is moved up, and will be unclamped in the middle part of reinforcing bar, spring
Pressure plate 49 is moved up by elastic force；Reinforcing bar is finally taken out, a work step is completed.
In the following, being described in further details in conjunction with specific embodiments to the utility model.
Specific embodiment
Embodiment 1
A kind of automatic charging digital control steel bar flexural center, including control system and be corresponding in turn to setting storage bin it is automatic on
Expect mechanism, ladder washboard automatic distributing material mechanism, alignment feeding storehouse automatic feed mechanism, automatic discharging bending device for rebars；
The storage bin automatic feed mechanism includes storehouse 1 of expecting, the sub-material storehouse 2, feeding warehouse 3 that height is successively successively decreased, and is expected
Storehouse 1, sub-material storehouse 2, feeding warehouse 3 include first support 4, and 4 top of first support is provided with multiple first chains 5, first support 4
Being horizontally disposed with positioned at 5 one end of the first chain has the first rotation axis 6, and the first rotation axis 6 connects multiple first chains 5；First turn
6 outer cover of moving axis is equipped with the first sprocket wheel 7, and 7 lower part of the first sprocket wheel is provided with the first of driving 7 forward and reverse of the first sprocket wheel rotation
Driving mechanism 8；
First chain 5 in the corresponding storehouse 1 of expecting of first chain 5 in the sub-material storehouse 2, and it is located at first chain 5 in storehouse 1 of expecting
Lower section；First chain 5 in the corresponding sub-material storehouse 2 of the first chain 5 of the feeding warehouse 3, and be located under first chain 5 in sub-material storehouse 2
Side；
The storehouse 1 of expecting is located at opposite 3 one end of feeding warehouse and is provided with nature material hook fixed plate 9.
Embodiment 2
The present embodiment is based on embodiment 1 and advanced optimizes, the ladder washboard automatic distributing material mechanism, including fixed step
Mechanism and the liftout step mechanism cooperated with fixed step mechanism；
Fixed step mechanism includes second support 10, and the fixed washboard 11 of multiple ladders, rank are provided at the top of second support 10
Fixed 11 length direction of washboard of ladder is vertical with 10 length direction of second support, and fixed 11 both ends of washboard of ladder and second support 10
Connection；
The fixed 11 end side of washboard of ladder is provided with backgauge stirring and hooks 12, and multiple backgauge stirrings hook 12 middle parts by the
Two rotation axis 13 connect, and backgauge stirring hooks to be provided with below 12 one end to be consolidated for rotating 12 stretching of backgauge stirring hook, falling ladder
Second driving mechanism 14 at 11 top of fixed washboard；
Liftout step mechanism includes the movable stand 15 that 10 middle part of second support is arranged in, and 15 top of movable stand is provided with multiple
It can be along the ladder liftout washboard 16 of 15 vertical sliding of movable stand, ladder liftout washboard 16 and the fixed interval of washboard 11 setting of ladder；
Multiple 16 bottoms of ladder liftout washboard are connected by moving beam 17, and 17 lower part of moving beam is provided with driving moving beam 17 in vertical side
To the third driving mechanism 18 of sliding, third driving mechanism 18 drives the fixed washboard 11 of the corresponding ladder of ladder liftout washboard 16
Ladder height is higher than next ladder height on the fixed washboard 11 of ladder；
The ladder liftout washboard 16 and fixed 11 top surface of washboard of ladder are located at the one of backgauge stirring hook 12 and are sloped downwardly；
Ladder liftout washboard 16 and the fixed washboard 11 of ladder are located at backgauge stirring 12 side height of hook and successively increase, and ladder liftout is rubbed with the hands
Corresponding ladder mutually staggers setting in the horizontal direction on plate 16 and the fixed washboard 11 of ladder.
Embodiment 3
The present embodiment is based on embodiment 2 and advanced optimizes, and the movable stand 15 can move inside second support 10, moves
The moving direction of moving frame 15 is vertical with 15 length direction of movable stand；Driving is provided between the movable stand 15 and second support 10
The 4th mobile driving mechanism 19 of movable stand 15；The movable stand 15 is located at opposite 4th driving mechanism, 19 side and second support
Multiple limited blocks 20 are provided between 10.
Embodiment 4
The present embodiment is based on embodiment 1 and advanced optimizes, the alignment feeding storehouse automatic feed mechanism, including third branch
Frame 23,23 top horizontal of third bracket are provided with the drum shield 24 of inner hollow and upper opening, and 24 bottom of drum shield is set
It is equipped with multiple feeding rollers 25；24 bottom surface of drum shield protruding upward of feeding roller 25, and the rotation axis and rolling of feeding roller 25
Cylinder shield 24 is vertical；23 lower part of third bracket is provided with the 5th driving mechanism 26 that driving feeding roller 25 rolls；
24 lower part of drum shield is provided with multiple die pads 27 protruded into inside drum shield 24, multiple die pads
27 lower parts, which are provided with, drives die pad 27 to protrude into the 6th driving mechanism 28 inside drum shield 24；
24 side of drum shield is provided with the first bearing material bar 29, and the first bearing material bar 29 is vertical with drum shield 24；The
One bearing material bar, 29 height is less than 24 Sidewall Height of drum shield positioned at 29 side of the first bearing material bar, and 29 top surface of the first bearing material bar
Opposing roller shield 24 is sloped downwardly.
Embodiment 5
The present embodiment is based on embodiment 4 and advanced optimizes, and 29 side of the first bearing material bar is located at the top of the die pad 27
It tilts down.
Embodiment 6
The present embodiment is based on embodiment 1 and advanced optimizes, and the automatic discharging bending device for rebars includes the 4th bracket
30,30 upper level of the 4th bracket is provided with the second sliding rail 31, is symmetrical arranged that there are two can be along the second sliding rail on the second sliding rail 31
The briquetting roller 32 of 31 slidings；Briquetting roller 32 is provided with the upper and lower plywoods for clamping reinforcing bar；
4th bracket 30, which is located in the middle part of two briquetting rollers 32, is provided with intermediate load support 33, and intermediate load support 33 includes
The support rod 34 and horizontally disposed third sliding rail 35 being vertically arranged, 35 length direction of 34 length direction of support rod and third sliding rail
Vertically；35 top of third sliding rail is provided with the first sliding block 36, and it is sliding along third that third sliding rail 35 is additionally provided with the first sliding block 36 of driving
7th driving mechanism 37 of 35 length direction of rail sliding；
It is provided at the top of support rod 34 and compresses rib Transition Materials bar 38, compressed 38 top of rib Transition Materials bar and be located at the first sliding block 36
Side be it is arc-shaped, compress 38 lower part of rib Transition Materials bar to 36 side of the first sliding block tilt.
Embodiment 7
The present embodiment is based on embodiment 6 and advanced optimizes, and the 4th bracket 30 is located at opposite first sliding block, 36 side
Be vertically arranged with the 8th driving mechanism 39,39 top of the 8th driving mechanism compress and be provided between 38 top of rib Transition Materials bar
Between bar 40,40 both ends of intermediate bar are hinged with the 8th driving mechanism 39, support rod 34 respectively.
Embodiment 8
The present embodiment is based on embodiment 7 and advanced optimizes, and support rod 34 is located at compression rib Transition Materials bar 38 and third is sliding
Being horizontally disposed between rail 35 has a pressure plate 49, pressure plate 49 be located at 39 one end lower vertical of the 8th driving mechanism be provided with it is pluggable
Insertion rod 50 inside third sliding rail 35 is provided with spring between 50 bottom of insertion rod and third sliding rail 35.
Embodiment 9
The present embodiment is based on embodiment 6 and advanced optimizes, and the briquetting roller 32 is located at 36 side of the first sliding block and is provided with
Cabinet bearing material pole socket 41,41 top horizontal of cabinet bearing material pole socket are provided with the 4th sliding rail 42 corresponding with third sliding rail 35, and the 4th
42 top of sliding rail is provided with the second sliding block 43, and the 4th sliding rail 42 is additionally provided with the second sliding block 43 of driving along 42 length side of the 4th sliding rail
To the 9th driving mechanism 44 of sliding.
Embodiment 10
The present embodiment is based on embodiment 9 and advanced optimizes, and is provided with case between the briquetting roller 32 and the 4th sliding rail 42
Body arc-shaped transition material bar, cabinet arc-shaped transition material bar include sequentially connected curved rod 45, mobile bar 46 and slide bar 47, arc
Bar 45 is fixed on briquetting roller 32；46 both ends of mobile bar are hinged with curved rod 45, slide bar 47 respectively, and 47 end of slide bar is caught in the 4th
It can slide in sliding rail 42 and along the 4th sliding rail 42；Briquetting roller 32 is provided with the tenth driving that driving slider 47 and mobile bar 46 are slided
Mechanism 48.
It is as described above the embodiments of the present invention.The utility model is not limited to above embodiment, anyone
It should learn the structure change made under the enlightenment of the utility model, it is all that there is same or similar skill with the utility model
Art scheme, each falls within the protection scope of the utility model.
Claims (10)
1. a kind of automatic discharging bending device for rebars, including the 4th bracket (30), the 4th bracket (30) upper level is provided with
Two sliding rails (31), are symmetrical arranged that there are two the briquetting rollers (32) that can be slided along the second sliding rail (31) on the second sliding rail (31)；Molding
Wheel (32) is provided with the upper and lower plywoods for clamping reinforcing bar；It is characterized by:
4th bracket (30), which is located in the middle part of two briquetting rollers (32), to be provided with intermediate load support (33), intermediate load support (33)
Including the support rod (34) and horizontally disposed third sliding rail (35) being vertically arranged, support rod (34) length direction and third sliding rail
(35) length direction is vertical；Third sliding rail (35) top is provided with the first sliding block (36), and third sliding rail (35) is additionally provided with driving
The 7th driving mechanism (37) that first sliding block (36) is slided along third sliding rail (35) length direction；
It is provided at the top of support rod (34) and compresses rib Transition Materials bar (38), compressed rib Transition Materials bar (38) top and be located at the first sliding block
(36) side is arc-shaped, compresses rib Transition Materials bar (38) lower part and tilts to the first sliding block (36) side.
2. automatic discharging bending device for rebars according to claim 1, it is characterised in that: the 4th bracket (30) is located at
Opposite first sliding block (36) side is vertically arranged with the 8th driving mechanism (39), the 8th driving mechanism (39) top and compression rib mistake
Cross material bar (38) top between be provided with intermediate bar (40), intermediate bar (40) both ends respectively with the 8th driving mechanism (39), support
Bar (34) is hinged.
3. automatic discharging bending device for rebars according to claim 2, it is characterised in that: support rod (34), which is located at, compresses rib
Being horizontally disposed between Transition Materials bar (38) and third sliding rail (35) has pressure plate (49), and pressure plate (49) is located at the 8th driving mechanism
(39) one end lower vertical is provided with the internal insertion rod (50) of pluggable third sliding rail (35), insertion rod (50) bottom and third
Sliding rail is provided with spring between (35).
4. automatic discharging bending device for rebars according to claim 3, it is characterised in that: compress rib Transition Materials bar (38) bottom
Portion is provided with pulley, and pulley can be with pressure plate (49) upper contact.
5. automatic discharging bending device for rebars according to claim 2, it is characterised in that: the 8th driving mechanism (39)
For cylinder.
6. automatic discharging bending device for rebars according to claim 1, it is characterised in that: the briquetting roller (32) is located at the
One sliding block (36) side is provided with cabinet bearing material pole socket (41), and cabinet bearing material pole socket (41) top horizontal is provided with and third sliding rail
(35) corresponding 4th sliding rail (42), the 4th sliding rail (42) top are provided with the second sliding block (43), and the 4th sliding rail (42) is also set up
The 9th driving mechanism (44) for thering is driving the second sliding block (43) to slide along the 4th sliding rail (42) length direction.
7. automatic discharging bending device for rebars according to claim 6, it is characterised in that: the briquetting roller (32) and the 4th
Be provided with cabinet arc-shaped transition material bar between sliding rail (42), cabinet arc-shaped transition material bar include sequentially connected curved rod (45),
Mobile bar (46) and slide bar (47), curved rod (45) are fixed on briquetting roller (32)；Mobile bar (46) both ends respectively with arc
Hingedly, slide bar (47) end is caught in the 4th sliding rail (42) and can slide along the 4th sliding rail (42) for bar (45), slide bar (47)；Molding
Wheel (32) is provided with the tenth driving mechanism (48) of driving slider (47) and mobile bar (46) sliding.
8. automatic discharging bending device for rebars according to claim 6, it is characterised in that: the 9th driving mechanism (44)
For magnetic couple cylinder.
9. automatic discharging bending device for rebars according to claim 7, it is characterised in that: the tenth driving mechanism (48)
For cylinder.
10. automatic discharging bending device for rebars according to claim 1 to 9, it is characterised in that: the described 7th
Driving mechanism (37) is magnetic couple cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920028452.9U CN209614062U (en) | 2019-01-08 | 2019-01-08 | A kind of automatic discharging bending device for rebars |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920028452.9U CN209614062U (en) | 2019-01-08 | 2019-01-08 | A kind of automatic discharging bending device for rebars |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209614062U true CN209614062U (en) | 2019-11-12 |
Family
ID=68449200
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920028452.9U Expired - Fee Related CN209614062U (en) | 2019-01-08 | 2019-01-08 | A kind of automatic discharging bending device for rebars |
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| Country | Link |
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| CN (1) | CN209614062U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113477835A (en) * | 2021-08-03 | 2021-10-08 | 中铁四局集团第二工程有限公司 | Method for machining U-shaped ribs of railway prefabricated box girder |
-
2019
- 2019-01-08 CN CN201920028452.9U patent/CN209614062U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113477835A (en) * | 2021-08-03 | 2021-10-08 | 中铁四局集团第二工程有限公司 | Method for machining U-shaped ribs of railway prefabricated box girder |
| CN113477835B (en) * | 2021-08-03 | 2023-03-10 | 中铁四局集团第二工程有限公司 | Method for machining U-shaped ribs of railway prefabricated box girder |
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Granted publication date: 20191112 Termination date: 20220108 |