CN209379835U - Reinforcing bar windrow sorting structure - Google Patents
Reinforcing bar windrow sorting structure Download PDFInfo
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- CN209379835U CN209379835U CN201822116546.XU CN201822116546U CN209379835U CN 209379835 U CN209379835 U CN 209379835U CN 201822116546 U CN201822116546 U CN 201822116546U CN 209379835 U CN209379835 U CN 209379835U
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Abstract
The utility model discloses a kind of reinforcing bar windrow sorting structures, including two side mounting racks, it is provided with drive rod between the mounting rack of side and is rotatably assorted with it, transmission is equipped with sorting rotating disc on drive rod, the edge of sorting rotating disc, which is provided with, can make the muscle body of single steel bar enter the sorting slot in it, reinforcing bar conveying guide ribs and reinforcing bar conveying transmitting item are respectively fixed on the medial surface of two side mounting racks, reinforcing bar conveying guide ribs and reinforcing bar conveying transmitting item and the obliquely downward extension forward of reinforcing bar conveying transmitting item, the feeding end that reinforcing bar conveys guide ribs is corresponding with the sorting discharge end of rotating disc, the discharge end of reinforcing bar conveying transmitting item is corresponding with the sorting feeding end of rotating disc, reinforcing bar is deposited at the discharge end of reinforcing bar conveying transmitting item, single steel bar enters in sorting slot and is dropped out in reinforcing bar conveying guide ribs by several times with sorting turn disc Realize feed, structure is simple, easy to use and reliable.
Description
Technical field
The utility model relates to a kind of feeding structures, and in particular to a kind of reinforcing bar windrow sorting structure.
Background technique
Stirrup is and to be coupled stress main reinforcement and compressive region concrete for meeting anti-shear intensity and make its common work
Make, in addition, being used to fix the position of main reinforcement and various reinforcing bars in component (beam or column) being made to constitute the reinforcing bars of frameworks of steel reinforcement.Point
Single hoop muscle, open rectangle stirrup, enclosing square stirrup, diamond shape stirrup, polygon u stirrup, groined type stirrup and circular stirrups
Deng.When processing groined type stirrup, rectangle hoop is first processed, then hoop limb is placed sequentially on rectangle hoop again,
Finally hoop limb is welded on rectangle hoop.But the placement of hoop limb is by manually being operated at present, and binding round limb is steel
Muscle structure encounters some larger-size groined type stirrups, and not only length is longer for hoop limb, but also weight is also larger, operator
Member not only puts hoop limb when need to spend more, but also binds round limb weight and also will increase the working strength of operator.
In order to solve the above-mentioned technical problem inventor, has invented a kind of adjustable hoop limb and has picked up and put device, including rack, rack
Upper surface be spaced be fixedly connected with side stand component in left-right direction, the upper surface of rack and be located between two side stand components
Position is arranged at intervals with side mounting rack in left-right direction, and side mounting rack cooperates with rack upper surface slide in left-right direction, side peace
The front end shelved is equipped with the extension telescoping mechanism that can be stretched out towards front, and two extension telescoping mechanisms are opposite in left-right direction
It is arranged, being equipped on extension telescoping mechanism can be to the reinforcing bar clamping device that reinforcing bar is clamped, two reinforcing bar clamping device edge
Left and right directions is oppositely arranged, and reinforcing bar clamping device includes clamping telescoping cylinder, and clamping the lower end of telescoping cylinder, be extended with can be along vertical
Direction carries out flexible clamping telescopic rod, and the distal end for clamping telescopic rod is fixedly connected with mounting base, is fixedly connected in mounting base
Clamping jaw cylinder, clamping jaw cylinder have and can extend in left-right direction between two side stand components to the gripping finger that reinforcing bar is grabbed
It is provided with threaded rod, the both ends of threaded rod are rotatably connected on the side stand component of its side, have two sections of edges on threaded rod
Its length direction interval and the opposite thread segment of thread rotary orientation, every section of thread segment respectively with the side mounting rack screw thread of its side
Cooperation, one end of threaded rod has extended outward to form rocking handle along its axis.Inventor passes through the medial surface in two pieces of side mounting racks
Reinforcing bar is installed and conveys guide ribs, reinforcing bar conveys guide ribs and is extended towards preceding direction obliquely downward, and reinforcing bar conveys the front end of guide ribs
Reinforcing bar has been extended to form towards front and has shelved platform, and the front end that reinforcing bar shelves platform has convexed to form reinforcing bar block, passed through reinforcing bar
It conveys guide ribs and carries out conveying steel, clamp reinforcing bar for reinforcing bar clamping device and be fed.But clamping jaw cylinder is to the folder of reinforcing bar
It takes, is the two sides for clamping reinforcing bar muscle body using gripping finger, can not be clamped if there are blocking in the two sides of reinforcing bar muscle body,
When conveying guide ribs conveying steel using reinforcing bar, one can only be once conveyed, conveys one again after reinforcing bar is clamped and takes away
Root, in this way can only be by the single feed of reinforcing bar conveying equipment circulation, then wherein how reinforcing bar conveying equipment should design,
Can have the effect of that single steel bar feed is realized at interval, this just needs further to consider.
Utility model content
In view of the above shortcomings of the prior art, the technical problem to be solved by the utility model is to how to provide an inter-species
Every the reinforcing bar windrow sorting structure for realizing single steel bar feed.
In order to solve the above-mentioned technical problem, the utility model uses the following technical solution:
A kind of reinforcing bar windrow sorting structure, the side mounting rack being oppositely arranged in left-right direction including two and respectively fixed company
The reinforcing bar conveying guide ribs on the mounting rack medial surface of side are connect, two reinforcing bar conveying guide ribs are oppositely arranged in left-right direction, steel
Muscle conveys guide ribs and is extended towards preceding direction obliquely downward, and being extended in left-right direction between two side mounting racks has transmission
Bar, the both ends of drive rod are each passed through the side mounting rack in its side, and drive rod is rotatably assorted with side mounting rack, drive rod
Position that is upper and being located among two side mounting racks is arranged with the sorting rotating disc with drive rod coaxial arrangement, drive rod and sorting
Can drive sorting turn disc, sorting the edge of rotating disc to sort rotating disc center line is for rotating disc transmission cooperation
The center of circle is provided with multiple sorting slots around its uniform intervals, and sorting slot can make the muscle body edge of single steel bar be parallel to sorting rotating disc
Centerline direction enter in the inner, sort and be provided with limited block I above rotating disc, limited block I towards sorting rotating disc one
Side recess is formed with arcwall face I, arcwall face I and sorting rotating disc clearance fit so that the front end of sorting rotating disc is discharge end,
Rear end is feeding end, and the support device for supporting is fixedly connected on limited block I, and reinforcing bar conveying guide ribs enter
Expect that end is corresponding with the sorting discharge end of rotating disc, so that the reinforcing bar fallen in the sorting slot being located at sorting rotating disc discharge end
Can drop into reinforcing bar conveying guide ribs on, be also fixedly connected on two side mounting rack medial surfaces reinforcing bar conveying transmitting item, two
Reinforcing bar conveying transmitting item is oppositely arranged in left-right direction, and reinforcing bar conveying transmitting item is extended towards preceding direction obliquely downward, reinforcing bar
Conveying transmitting item front end be discharge end and with sorting the feeding end of rotating disc it is corresponding, reinforcing bar conveying transmitting item rear end be into
Expect end, reinforcing bar to be processed can be conveyed transmitting item by reinforcing bar and slide into the feeding end of sorting rotating disc so that its reinforcing bar muscle body energy
Enough enter in sorting slot.
In the present invention, the both ends of more reinforcing bars are individually positioned on the reinforcing bar conveying transmitting item of two sides, reinforcing bar
Transmitting slide downward is conveyed along reinforcing bar by self gravity, is finally connected on sorting rotating disc, due to being rotated by sorting
The blocking of disk, the discharge end for the reinforcing bar conveying transmitting item that all reinforcing bars will be accumulated, that is, the feed end of sorting rotating disc
Place.Turn disc is sorted, sorting slot will turn to the feeding end of sorting rotating disc, only allow the muscle body of a reinforcing bar every time
It enters in corresponding sorting slot, with the rotation of sorting slot, reinforcing bar turns to discharge end from the feeding end of sorting rotating disc, from
It drops out in sorting slot in reinforcing bar conveying guide ribs, is clamped for clamping jaw cylinder.Sorting rotation is accordingly adjusted according to the speed of feed
The velocity of rotation of disk makes reinforcing bar sequentially enter different sorting slots one by one and the falling one by one out of sorting slot,
Single steel bar feed operation is realized, structure is simple, easy to use and reliable.
As optimization, on the side mounting rack and position that the corresponding drive rod passes through, which passes through, turning set, turning set
Center line and the center line of the drive rod be coaxial arrangement, turning set and the side mounting rack are rotatablely connected, and drive rod is worn
Excessively turning set and with turning set transmission cooperation turning set can be driven to be rotated, on turning set and be located at the side install
Position on the inside of frame is arranged with the limit disk with turning set coaxial arrangement, and limit disk is fixedly connected on turning set, described
On the medial surface of side mounting rack and it is located above limit disk and is fixedly connected with limited block II, limited block II is towards limit disk
Side recess be formed with arcwall face II, be formed with arc limit slot between arcwall face II and limit disk, when reinforcing bar muscle body into
It is end reinforced to be entered in arc limit slot by one end of arc limit slot when entering in the sorting slot and being rotated with sorting slot
And arcuately limiting slot length direction is moved to from the other end.It is shaken when rotation in order to avoid reinforcing bar with sorting slot,
It is limited using arc limit slot to end reinforced.
As optimization, the sorting rotating disc includes internal supporting block and the external sorter at left and right sides of it, interior
Outwardly convex is formed with the installation pillar of coaxial arrangement in left-right direction respectively on the left and right sides side of portion's supporting block, installs convex
The perforation of its centerline direction is provided with the perforation for passing through the drive rod on the end face of column, external sorter is set in
It installs on pillar and coaxial line is arranged, length and the consistency of thickness of external sorter of the pillar along its axis direction are installed,
External sorter is fixedly connected in internal supporting block, and the edge of external sorter is the center of circle around its uniform intervals using its center line
Multiple sorting ports are provided with, the sorting port on two pieces of external sorters is corresponding in left-right direction, in internal supporting block and corresponding
The position of sorting port is arranged jagged so that it forms the muscle body edge that can make single steel bar between corresponding two sorting ports
Be parallel to installation pillar centerline direction and enter sorting slot in the inner, sorting port in left-right direction on projection be located at notch edge
In projection on left and right directions.One large-scale project under construction needs uses a large amount of stirrup, in a large amount of stirrup and hoop limb
During welding, reinforcing bar and the sorting slot friction on sorting rotating disc will cause to wear to sorting slot for a long time, once point
Part just will appear groove after picking slot abrasion, so that influencing the balance of reinforcing bar, will cause the inclination of reinforcing bar, can not be correctly by it
It is transported in reinforcing bar conveying guide ribs.External sorter is separately provided, can individually be replaced after its abrasion, is made with reducing
Use cost.
It using the installation pillar center line is the center of circle around its uniform intervals on the side of the internal supporting block as optimization
It is provided with multiple installation through-holes I, on the external sorter and position of corresponding installation through-hole I is respectively arranged with installation through-hole
II, one is equipped in each installation through-hole I also cross the fastening screw for corresponding to two installation through-holes II in it, fastening screw
Thread segment on screw thread be furnished with fastening nut so that two external sorters are fixedly connected in the internal supporting block.Peace
It fills simple and convenient, is also convenient for demolition and maintenance.
As optimization, the sorting port integrally fan-shaped structure and the wherein extended line of one side straight flange and the installation pillar
Center line intersection, the rotation direction of the opening direction of the sorting port toward the sorting rotating disc.The sorting slot of formation
The side that middle straight flange extended line intersects with the center line of installation pillar can facilitate reinforcing bar to enter, and another straight flange is rotated with sorting
The rotation of disk therefrom drops out outward convenient for reinforcing bar.
As optimization, the installation through-hole II is the bar shaped that setting is extended about using the installation pillar center line as the center of circle
Hole.It can facilitate and disk is picked to outer portion be adjusted, make two sorting ports contrapositions.
In conclusion single steel bar is located at sorting the utility model has the beneficial effects that: the utility model structure is simple
Feed is dropped out by several times in slot and with sorting turn disc, it is easy to use and reliable.
Detailed description of the invention
It is practical new to this below in conjunction with attached drawing in order to keep the purposes, technical schemes and advantages of utility model clearer
Type is described in further detail, in which:
Fig. 1 is that adjustable hoop limb picks up the three dimensional structure diagram for putting device；
Fig. 2 is enlarged diagram at A in Fig. 1；
Fig. 3 is enlarged diagram at B in Fig. 1；
Fig. 4 is enlarged diagram at C in Fig. 1.
Specific embodiment
The adjustable hoop limb for using the utility model structure is picked up with reference to the accompanying drawing and puts device to the utility model work
It is further to be described in detail.
As shown in Figures 1 to 4, the adjustable hoop limb in present embodiment, which is picked up, puts device, including rack 1, rack 1
Upper surface is spaced in left-right direction is fixedly connected with side stand component 2, the upper surface of rack 1 and is located between two side stand components
Position is arranged at intervals with side mounting rack 3 in left-right direction, and side mounting rack 3 cooperates with 1 upper surface slide of rack in left-right direction, side
The front end of mounting rack 3 is equipped with the extension telescoping mechanism that can be stretched out towards front, and two extension telescoping mechanisms are in left-right direction
It is oppositely arranged, extends and be equipped with and the reinforcing bar clamping device that reinforcing bar is clamped, two reinforcing bar clampings can be filled on telescoping mechanism
It sets and is oppositely arranged in left-right direction, reinforcing bar clamping device includes clamping telescoping cylinder 4, and the lower end of clamping telescoping cylinder 4 is extended with can
Flexible clamping telescopic rod is carried out along the vertical direction, and the distal end for clamping telescopic rod is fixedly connected with mounting base, fixes in mounting base
It is connected with clamping jaw cylinder 5, clamping jaw cylinder 5 has can be to the gripping finger that reinforcing bar is grabbed, along left and right between two side stand components 2
Direction, which is extended, threaded rod 6, and the both ends of threaded rod 6 are rotatably connected on the side stand component 2 of its side, threaded rod 6
It is upper with two sections of interval and the opposite thread segments of thread rotary orientation along its length, every section of thread segment respectively with its side
Side mounting rack 4 is threadedly engaged, and one end of threaded rod 6 has extended outward to form rocking handle along its axis.
In present embodiment, the extension telescoping mechanism includes being fixedly connected on 3 lateral surface of side mounting rack
And the guide rail 7 extended towards front, slide 8 is slidably connected along its length on guide rail 7, and peace is fixedly connected on slide 8
Bracket 9 is filled, mounting bracket 9 extends to 3 inside of side mounting rack towards 3 interior direction of side mounting rack to form installation
Portion, the reinforcing bar clamping device are mounted on mounting portion, the position on 3 lateral surface of side mounting rack and positioned at 7 rear of guide rail
It is also equipped with slide driving cylinder 10,10 tail end of slide driving cylinder is provided with free bearing 11 and is hingedly connected to by hinged shaft with free bearing 11
Together, free bearing 11 is fixedly connected on the side mounting rack 3, and hinge shaft axis direction is perpendicular to 7 length direction of guide rail, slide driving
The front end of cylinder 10 has the slide drive rod stretched out along 7 length direction of guide rail, and the distal end of slide drive rod is fixedly connected with
Link block 12, the inside of link block 12 have a spherical inner chamber, and rotation is combined with the sliding ball 13 of rotation in spherical inner chamber, and rotation is slided
Ball 13 is equipped with a fixed pin 14 along its centerline direction, and the position of the two sides of link block 12 and corresponding fixed pin offers energy
Enough make the opening of the exposing of fixed pin 14, the fixed pin holes that fixed pin 14 can be made to be inserted into, fixed pin 14 are provided in mounting bracket 9
One end be inserted in fixed pin holes, be also provided in mounting bracket 9 it is perpendicular with fixed pin holes centerline direction and with fixation
The fixing screwed hole 15 of pin hole connection, be threaded in fixing screwed hole 15 fixing screws with can to fixed pin 14 into
Row is locked.
In present embodiment, oil filler point is additionally provided on the link block 12, the oil outlet of oil filler point extends to institute
It states in spherical inner chamber, the oiling end of oil filler point is equipped with pump nozzle 16.
It using the central point of the spherical inner chamber is the center of circle around it on the inner wall of the spherical inner chamber in present embodiment
It is equipped with a circle oil groove, the oil outlet port of the oil filler point is located on oil groove slot bottom.
In present embodiment, dovetail groove is provided on the slide 8, dovetail groove is through slot, along it on the guide rail 7
Length direction convexes to form the dovetail sliding rail being slidably matched with dovetail groove, and dovetail sliding rail is slidably matched so that described with dovetail groove
Slide 8 can slide on the guide rail 7.
In present embodiment, steel reinforcement bar feeder structure, steel reinforcement bar feeder structure are provided between two side mounting racks 3
Reinforcing bar including being respectively fixedly connected on 3 medial surface of side mounting rack conveys guide ribs 17, and two reinforcing bars convey guide ribs
17 are oppositely arranged in left-right direction, and reinforcing bar conveys guide ribs 17 close to the front end of the side mounting rack 3, and reinforcing bar conveys guide ribs
17 are extended towards preceding direction obliquely downward, and the front end of reinforcing bar conveying guide ribs 17 has extended to form reinforcing bar towards front and shelved platform
18, the front end that reinforcing bar shelves platform 18 has convexed to form reinforcing bar block 19, on the lateral surface of the side mounting rack 3 and corresponding reinforcing bar
Shelve 18 position of platform and be fixedly connected with reinforcing bar to positive driving cylinder 20, reinforcing bar to the front end of positive driving cylinder 20 have one pass through in
It the side mounting rack 3 and can be stretched in left-right direction can be connected to and be placed in reinforcing bar and shelve reinforcing bar end on platform 18
The reinforcing bar in portion is to positive drive rod, and when the slide 8 is moved backward along 7 length direction of guide rail, the gripping finger can be moved
To being placed in above the reinforcing bar that reinforcing bar is shelved on platform 18, when the clamping telescopic rod extends downwardly, the gripping finger can be opposed
The reinforcing bar on platform 18 is shelved in reinforcing bar to be clamped.
In present embodiment, the reinforcing bar block 19 includes the oblique block extended towards preceding oblique direction, oblique
Reinforcing bar placing groove of the whole V-shaped structure to be limited to reinforcing bar is formed between block and reinforcing bar conveying guide ribs 17,
Direction convexes to form vertical block to oblique block upper end edge straight up.
In present embodiment, the upper surface of reinforcing bar conveying guide ribs 17 and toward side described in its side
Conveying 17 length direction of guide ribs of reinforcing bar described in one lateral edge of mounting rack 3, which is extended, heavy side 21, and heavy side 21 passes through the steel
Muscle is shelved platform 18 and is extended on the reinforcing bar block 19.
In present embodiment, in the reinforcing bar conveying guide ribs 17 and it is located at the following table that the reinforcing bar shelves platform 18
Magnet installation counterbore is provided on face along the vertical direction, the bottom hole of magnet installation counterbore is provided with coaxially to be set with magnet installation counterbore
The magnet installation threaded hole set, magnet install the annular magnet being equipped in counterbore with magnet installation counterbore coaxial arrangement, annular
The thickness of magnet is consistent with the magnet installation hole depth of counterbore, and one is equipped in the inner hole of annular magnet and installs threaded hole with magnet
Annular magnet can be fixed on magnet using its screw head and installed by the magnet fixing screws of threaded connection, magnet fixing screws
In counterbore.
During specific implementation, the rear of the steel reinforcement bar feeder structure is additionally provided with reinforcing bar feeding machanism, and reinforcing bar supplies
Expect that mechanism includes that drive rod I 22 that is between two side stand components 3 and extending in left-right direction is arranged in, drive rod I 22 passes through
In side mounting rack 3, the both ends of drive rod I 22 are rotatably connected on respectively on the side stand component 2 of its side, one of them is collateral
Driving device I 23 for driving drive rod I 22 to rotate is installed on the lateral surface of support 2, on drive rod I 22 and is located at two
Position among side mounting rack 3 is arranged with the sorting rotating disc 24 being coaxially disposed with drive rod I 22, and drive rod I 22 and sorting turn
The transmission of Moving plate 24 cooperation sorts the edge of rotating disc 24 so that sorting rotating disc 24 can be driven to rotate to sort in rotating disc 24
Heart line is provided with multiple sorting slots 25 around its uniform intervals for the center of circle, and sorting slot 25 can be such that the muscle body edge of single steel bar is parallel to
It sorts 24 centerline direction of rotating disc to enter in the inner, the top of sorting rotating disc 24 is provided with limited block I 26, limited block I 26
Arcwall face I, arcwall face I and sorting 24 clearance fit of rotating disc are formed with so that sorting towards the side recess of sorting rotating disc 24
The front end of rotating disc 24 is discharge end, and rear end is feeding end, is additionally provided with stabiliser bar 27 and stabiliser bar between two side stand components 2
27 both ends are respectively fixedly connected on two side stand components 2, and supporting block 28, supporting block 28 are fixedly connected on limited block I 26
It is also fixedly connected with stabiliser bar 27 to be supported to limited block I 26, reinforcing bar conveys the feeding end of guide ribs 17 and sorting rotates
The discharge end of disk 24 is corresponding, so that the reinforcing bar fallen in the sorting slot 25 being located at sorting 24 discharge end of rotating disc can be fallen into
Onto reinforcing bar conveying guide ribs 17, reinforcing bar feeding machanism further includes the reinforcing bar being fixedly connected on two 3 medial surfaces of side mounting rack
Conveying transmitting item 29, two reinforcing bars conveying transmitting items 29 are oppositely arranged in left-right direction, reinforcing bar conveying transmitting item 29 towards it is preceding tiltedly
Lower direction is extended, and the front end of reinforcing bar conveying transmitting item 29 is for discharge end and corresponding with the feeding end of rotating disc 24 is sorted,
The rear end of reinforcing bar conveying transmitting item 29 is feeding end, and reinforcing bar to be processed can slide into sorting by reinforcing bar conveying transmitting item 29 and turn
The feeding end of Moving plate 24 is so that its reinforcing bar muscle body is able to enter in sorting slot 25.
On the side mounting rack 3 and position that the corresponding drive rod I 22 passes through, which passes through, turning set I, in turning set I
The center line of heart line and the drive rod I 22 is coaxial arrangement, and turning set I and the side mounting rack 3 are rotatablely connected, drive rod I
22 pass through in turning set I and cooperate with the transmission of turning set I turning set I can be driven to be rotated, and turning set I can also be along biography
I 22 length direction of lever is slidably matched with it, is arranged with and turns on turning set I and positioned at the position of 3 inside of side mounting rack
The limit disk 30 of dynamic I coaxial arrangement of set, limit disk 30 are fixedly connected on turning set I, the medial surface of the side mounting rack 3
Top that is upper and being located at limit disk 30 is fixedly connected with limited block II 31, and the side of limited block II 31 towards limit disk 30 is recessed
It falls into and is formed with arcwall face II, be formed with arc limit slot between arcwall face II and limit disk 30, described in the entrance of reinforcing bar muscle body
In sorting slot 25 and when being rotated with sorting slot 25, it is end reinforced can be entered by one end of arc limit slot in arc limit slot and
Arcuately limiting slot length direction is moved to from the other end.Limit disk rotational can not only be driven by turning set, additionally it is possible to
It is slided on drive rod, is followed by the adjustment of side mounting rack and adjusts.
The sorting rotating disc 24 includes internal supporting block and the external sorter at left and right sides of it, internal supporting block
Left and right sides side on outwardly convex is formed with the installation pillar of coaxial arrangement in left-right direction respectively, the end face of pillar is installed
On the perforation of its centerline direction is provided with perforation for passing through the drive rod I 22, external sorter is set in installation
On pillar and coaxially line setting, installation pillar are external along the length of its axis direction and the consistency of thickness of external sorter
Sorter is fixedly connected in internal supporting block, and the edge of external sorter is arranged using its center line as the center of circle around its uniform intervals
There are multiple sorting ports, the sorting port on two pieces of external sorters is corresponding in left-right direction, in internal supporting block and corresponds to sorting
Mouthful position be arranged and jagged the muscle body edge of single steel bar can be made parallel so that it is formed between corresponding two sorting ports
Enter sorting slot 25 in the inner in installation pillar centerline direction, sorting port in left-right direction on projection be located at notch along a left side
In projection in right direction.
One large-scale project under construction needs uses a large amount of stirrup, in the process of a large amount of stirrup and hoop limb welding
In, the sorting slot friction on reinforcing bar and sorting rotating disc will cause to wear, after sorting slot abrasion to sorting slot for a long time
Part just will appear groove, so that influencing the balance of reinforcing bar, will cause the inclination of reinforcing bar, can not correctly be transported to reinforcing bar
It conveys in guide ribs.External sorter is separately provided, can individually be replaced after its abrasion, to reduce use cost.
It is provided with using the installation pillar center line as the center of circle around its uniform intervals on the side of the internal supporting block more
A installation through-hole I, on the external sorter and position of corresponding installation through-hole I are respectively arranged with installation through-hole II 32, each
One is equipped in installation through-hole I also cross the fastening screw for corresponding to two installation through-holes II 32 in it, the spiral shell of fastening screw
Screw thread is furnished with fastening nut so that two external sorters are fixedly connected in the internal supporting block in line section.
The sorting port integrally fan-shaped structure and wherein the extended line of one side straight flange and it is described installation pillar center line
Intersection, the rotation direction of the opening direction of the sorting port toward the sorting rotating disc 24.Straight flange in the sorting slot of formation
The side that extended line intersects with the center line of installation pillar can facilitate reinforcing bar to enter, and another straight flange turns with sorting rotating disc
It is dynamic therefrom to be dropped out outward convenient for reinforcing bar.
The installation through-hole II 32 is the strip-shaped hole that setting is extended about using the installation pillar center line as the center of circle.
Its uniform intervals is provided with multiple losss of weight using the installation pillar center line as the center of circle in the internal supporting block
Hole, lightening hole are located at the position between the two neighboring installation through-hole I.
The rear of the reinforcing bar feeding machanism is additionally provided with reinforcing bar stacker conveyor structure, and reinforcing bar stacker conveyor structure includes setting
Set drive rod II 33 and drive rod III 34 between two side stand components 2 and extend in left-right direction, drive rod II 33
In drive rod III 34 front and its height be higher than drive rod III 34 height, drive rod II 33 and drive rod III 34 are each passed through
In side mounting rack 3, the both ends of drive rod II 33 and drive rod III 34 are rotatably connected on the side stand component 2 of its side respectively
On, the driving device II 35 for driving drive rod II 33 to rotate is separately installed on the lateral surface of one of side stand component 2
With the driving device III 36 for driving drive rod III 34 to rotate, on side mounting rack 3 and position that corresponding drive rod II 33 passes through
It is equipped with turning set II, the center line of turning set II and the center line of drive rod II 33 are coaxial arrangement, and turning set II and side are pacified
3 rotation connections are shelved, drive rod II 33 passes through in turning set II and cooperates with the transmission of turning set II can drive turning set II
It is rotated, turning set II can also be slidably matched along II 33 length direction of drive rod with it, on side mounting rack 3 and correspond to transmission
The position that bar III 34 passes through is equipped with turning set III, and the center line of turning set III is coaxial set with the center line of drive rod III 34
Set, turning set III and side mounting rack 3 are rotatablely connected, drive rod III 34 pass through in turning set III and be driven with turning set III cooperate with
Turning set III can be driven to be rotated, turning set III can also be slidably matched along III 34 length direction of drive rod with it, rotation
It is arranged with the chain wheel I 37 being coaxially disposed with turning set II on set II and positioned at the position of 3 inside of side mounting rack, chain wheel I 37 is fixed
It is connected on turning set II, is arranged on turning set III and positioned at the position of 3 inside of side mounting rack and turning set III is coaxially disposed
Chain wheel II 38, chain wheel II 38 is fixedly connected on turning set III, the winding in the chain wheel I 37 and chain wheel II 38 of phase the same side
There is conveyor chain 39 to carry out transmission cooperation, one end that conveyor chain 39 is located at chain wheel I 37 is discharge end and conveys biography with reinforcing bar
The feeding end for passing item 29 is corresponding.
Position on the drive rod II 33 and among two side mounting racks 3 is arranged with same with drive rod II 33
The feed rotary table 40 of axis setting, the diameter of feed rotary table 40 are greater than the diameter of the chain wheel I 37, the edge of feed rotary table 40 with
40 center line of feed rotary table is provided with multiple feeder channels 41 around its uniform intervals for the center of circle, and feeder channel 41 can make the muscle body of reinforcing bar
Enter in the inner along 40 centerline direction of feed rotary table is parallel to.Can to from the number of steel bars that conveyor chain discharge end is gone out into
Row control makes reinforcing bar is a small amount of to drop out.
It is fixedly connected with support bar 42 on 3 medial surface of side mounting rack and positioned at the inside of the conveyor chain 39, is propped up
Stay 42 be located at below the upper conveyor surface of the conveyor chain 39 and with its clearance fit, support bar 42 is along the conveyor chain 39
Upper conveyor surface conveying direction be extended.Reinforcing bar weight is larger, is protected, is avoided to conveyor chain by the way that support bar is arranged
Conveyor chain fracture damage.
It is provided with tensioning hole along the vertical direction on the side mounting rack 3 and positioned at the inside of the conveyor chain 39, it is described
The inside of conveyor chain 39 is additionally provided with tensioning adjustment block, is tensioned in adjustment block and is rotatably connected to tightener sprocket 43, tensioning adjustment
It is also convexed to form on block and is inserted in tensioning hole and sliding can be worked as along the sliding part that tensioning hole length direction is slidably matched with it
Portion along tensioning hole length direction move down when, tightener sprocket 43 can be connected on the conveyor chain 39 and with the conveying
The transmission cooperation of chain 39, be fixedly connected on sliding part in left-right direction one stretch out in it where described side mounting rack 3 it is separate
The fastening screw of the side side of tightener sprocket 43 has been threadedly engaged on fastening screw and has been pressed abd fixed on for that will be tensioned adjustment block
The fastening nut on the side mounting rack 3 where it.
The section of the feeder channel 41 integrally fan-shaped structure and the wherein extended line of one side straight flange and the feed rotary table
40 center line intersection, the rotation direction of the notch direction of the feeder channel 41 toward the feed rotary table 40.It is same to supply
The side that straight flange extended line intersects with the center line of feed rotary table in hopper can facilitate reinforcing bar to enter, and another straight flange is with feeding
Turntable rotation therefrom drops out outward convenient for reinforcing bar.
When in use, more reinforcing bars are placed between two side mounting racks, and the both ends of reinforcing bar are respectively placed in
On the conveyor chain of its two sides, chain wheel I and chain wheel II rotation drive conveyor chain to export extreme direction transmission towards it；Due to feeding
Disk diameter is greater than the diameter of chain wheel I, and feed rotary table can be touched when the muscle of reinforcing bar is delivered to discharge end on conveyor chain
On with the rotation of feed rotary table and the conveying of conveyor chain, the muscle body of reinforcing bar will enter in feeder channel, reinforcing bar just with
The rotation of feeder channel and rotate, until being influenced to drop out to reinforcing bar the feeding end for conveying transmitting item out of feeder channel by self gravity
On；After the both ends of reinforcing bar drop on the reinforcing bar conveying transmitting item of two sides, transmitting item is conveyed to downslide along reinforcing bar by self gravity
It moves to reinforcing bar and conveys the outlet end of transmitting item, and be finally connected on sorting rotating disc；Turn disc is sorted, is only allowed every time
The muscle body of a piece reinforcing bar enters in corresponding sorting slot, with the rotation of sorting slot, feeding end of the reinforcing bar from sorting rotating disc
Discharge end is turned to, while the both ends of reinforcing bar are limited in arc limit slot, reinforcing bar is made smoothly to follow rotation；Reinforcing bar turns
When moving to the discharge end of sorting rotating disc, equally fallen to by its gravity on the feeding end of reinforcing bar conveying guide ribs, then edge
The sliding of its length direction, finally slides into reinforcing bar and shelves and clamped on platform by gripping finger.By controlling driving device I, driving respectively
The rotation of device II and driving device III is realized and stacks conveying to the high-volume of reinforcing bar, to the feed of less reinforcing bar, until last
The sorting of single steel bar conveys, and gradually provides reinforcing bar and picks up and put to welding on rectangle hoop, further mitigates the work of operation element
Intensity improves processing efficiency.
Finally, it is stated that above embodiments are merely intended for describing the technical solutions of the present application, but not for limiting the present application, although logical
The preferred embodiment crossed referring to the utility model has been described the utility model, but those skilled in the art
It should be appreciated that various changes can be made to it in the form and details, without departing from the appended claims institute
The spirit and scope of the utility model of restriction.
Claims (6)
1. a kind of reinforcing bar windrow sorting structure, the side mounting rack being oppositely arranged in left-right direction including two and it is respectively fixedly connected with
Reinforcing bar on the mounting rack medial surface of side conveys guide ribs, and two reinforcing bar conveying guide ribs are oppositely arranged in left-right direction, reinforcing bar
It conveys guide ribs to be extended towards preceding direction obliquely downward, it is characterised in that: extend in left-right direction between two side mounting racks and set
It is equipped with drive rod, the both ends of drive rod are each passed through the side mounting rack in its side, and drive rod is matched with the rotation of side mounting rack
It closes, the position on drive rod and among two side mounting racks is arranged with the sorting rotating disc with drive rod coaxial arrangement, passes
Lever and sorting rotating disc transmission cooperation sort the edge of rotating disc can drive sorting turn disc to sort rotation
Disk center's line is provided with multiple sorting slots around its uniform intervals for the center of circle, and sorting slot can be such that the muscle body edge of single steel bar is parallel to
It sorts rotating disc centerline direction to enter in the inner, sorts and be provided with limited block I above rotating disc, limited block I is towards sorting
The side recess of rotating disc is formed with arcwall face I, arcwall face I and sorting rotating disc clearance fit so as to sort the front end of rotating disc
For discharge end, rear end is feeding end, and the support device for supporting, reinforcing bar conveying are fixedly connected on limited block I
The feeding end of guide ribs is corresponding with the sorting discharge end of rotating disc, so that in the sorting slot being located at sorting rotating disc discharge end
The reinforcing bar fallen can drop into reinforcing bar conveying guide ribs, and reinforcing bar conveying is also fixedly connected on two side mounting rack medial surfaces
Item is transmitted, two reinforcing bar conveying transmitting items are oppositely arranged in left-right direction, and reinforcing bar conveying transmitting item extends towards preceding direction obliquely downward
The front end of setting, reinforcing bar conveying transmitting item is discharge end and, reinforcing bar conveying transmitting item corresponding with the sorting feeding end of rotating disc
Rear end be feeding end, reinforcing bar to be processed can by reinforcing bar convey transmitting item slide into sorting rotating disc feeding end so that its
Reinforcing bar muscle body is able to enter in sorting slot.
2. reinforcing bar windrow sorting structure according to claim 1, it is characterised in that: on the side mounting rack and described in correspondence
The position that drive rod passes through, which passes through, turning set, and the center line of the center line of turning set and the drive rod is coaxial arrangement, turns
Dynamic cover is rotatablely connected with the side mounting rack, and drive rod passes through in turning set and cooperates with turning set transmission can drive rotation
Set is rotated, and the position on turning set and on the inside of the side mounting rack is arranged with the limit circle with turning set coaxial arrangement
Disk, limit disk are fixedly connected on turning set, are fixed on the medial surface of the side mounting rack and positioned at the top of limit disk
It is connected with limited block II, the side recess of limited block II towards limit disk is formed with arcwall face II, and arcwall face II and limit are justified
Arc limit slot is formed between disk, when reinforcing bar muscle body enters in the sorting slot and rotates with sorting slot, end reinforced energy
It is enough to be entered in arc limit slot by one end of arc limit slot and arcuately limiting slot length direction is moved to from the other end.
3. reinforcing bar windrow sorting structure according to claim 1, it is characterised in that: the sorting rotating disc includes internal branch
Bracer and the external sorter at left and right sides of it, on the left and right sides side of internal supporting block respectively in left-right direction outward
The installation pillar for convexing to form coaxial arrangement is installed and is provided with along the perforation of its centerline direction for making on the end face of pillar
The perforation that drive rod passes through is stated, external sorter is set on installation pillar and coaxially line setting, installs pillar along its axis
The consistency of thickness of the length in line direction and external sorter, external sorter are fixedly connected in internal supporting block, outside sorting
The edge of disk is provided with multiple sorting ports around its uniform intervals using its center line as the center of circle, the sorting port on two pieces of external sorters
It is corresponding in left-right direction, the setting of in the internal supporting block and position of corresponding sorting port it is jagged so that its with corresponding two points
Picking formation between mouth can make the muscle body edge of single steel bar be parallel to the sorting slot of installation pillar centerline direction entrance in the inner,
Sorting port in left-right direction on projection be located at notch in left-right direction on projection in.
4. reinforcing bar windrow sorting structure according to claim 3, it is characterised in that: on the side of the internal supporting block with
The installation pillar center line is that the center of circle around its uniform intervals is provided with multiple installation through-holes I, on the external sorter and right
It answers the position of installation through-hole I to be respectively arranged with installation through-hole II, one is equipped in each installation through-hole I also cross right in its
The fastening screw of two installation through-holes II is answered, screw thread is equipped with fastening nut so that two outsides on the thread segment of fastening screw
Sorter is fixedly connected in the internal supporting block.
5. reinforcing bar windrow sorting structure according to claim 3, it is characterised in that: the whole fan-shaped structure of the sorting port
And wherein the extended line of one side straight flange intersects with the center line of the installation pillar, the opening direction of the sorting port is toward institute
State the rotation direction of sorting rotating disc.
6. reinforcing bar windrow sorting structure according to claim 4, it is characterised in that: the installation through-hole II is with the peace
Dress pillar center line is the strip-shaped hole that the center of circle extends about setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822116546.XU CN209379835U (en) | 2018-12-17 | 2018-12-17 | Reinforcing bar windrow sorting structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822116546.XU CN209379835U (en) | 2018-12-17 | 2018-12-17 | Reinforcing bar windrow sorting structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209379835U true CN209379835U (en) | 2019-09-13 |
Family
ID=67872203
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822116546.XU Active CN209379835U (en) | 2018-12-17 | 2018-12-17 | Reinforcing bar windrow sorting structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209379835U (en) |
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2018
- 2018-12-17 CN CN201822116546.XU patent/CN209379835U/en active Active
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