CN204686162U - Steel bar fixed length cutter - Google Patents
Steel bar fixed length cutter Download PDFInfo
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- CN204686162U CN204686162U CN201520160932.2U CN201520160932U CN204686162U CN 204686162 U CN204686162 U CN 204686162U CN 201520160932 U CN201520160932 U CN 201520160932U CN 204686162 U CN204686162 U CN 204686162U
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- feeding device
- material loading
- feed
- reinforcing bar
- rewinding
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Abstract
The utility model is applicable to Architectural Equipment field, provide a kind of steel bar fixed length cutter, comprise for shear reinforcement cutter sweep, for described cutter sweep conveying steel feeding device, for supply on described feeding device described reinforcing bar feeding device, for store shear the described reinforcing bar obtained rewinding frame, to position for the described reinforcing bar that described feeding device is carried and to be transferred to scale conveyer in described rewinding frame by shearing the described reinforcing bar obtained; Described scale conveyer is arranged along the length direction of described feeding device, and described feeding device and described scale conveyer lay respectively at the both sides of described cutter sweep, described feeding device is positioned at the side of described feeding device, and described rewinding chord position is in the side of described scale conveyer.This steel bar fixed length cutter can realize the automatic charging of reinforcing bar, scale, shearing and rewinding, and efficiency is high, need manually few, and labour intensity is little.
Description
Technical field
The utility model belongs to Architectural Equipment field, particularly relates to a kind of steel bar fixed length cutter.
Background technology
In architectural engineering, often need reinforced shear to be cut into the length of specifying.The steel bar fixed length cutter of prior art is generally pull reinforcing bar to the length of specifying by dolly, then is cut off by reinforcing bar by shear, then the reinforcing bar cut off is moved to rewinding frame.This steel bar fixed length cutter efficiency is low, and need artificial many, labour intensity is large.
Utility model content
The purpose of this utility model is to provide a kind of steel bar fixed length cutter, is intended to solve existing steel bar fixed length cutter efficiency low, needs artificial many, the problem that labour intensity is large.
The utility model realizes like this, a kind of steel bar fixed length cutter, comprise the cutter sweep for shear reinforcement, this steel bar fixed length cutter also comprise for described cutter sweep conveying steel feeding device, for supply on described feeding device described reinforcing bar feeding device, for store shear the described reinforcing bar obtained rewinding frame, to position for the described reinforcing bar that described feeding device is carried and to be transferred to scale conveyer in described rewinding frame by shearing the described reinforcing bar obtained; Described scale conveyer is arranged along the length direction of described feeding device, and described feeding device and described scale conveyer lay respectively at the both sides of described cutter sweep, described feeding device is positioned at the side of described feeding device, and described rewinding chord position is in the side of described scale conveyer.
Further, described feeding device comprises feed support for supporting described reinforcing bar, for the feed driving mechanism driving some feed running rollers of described reinforcing bar movement on described feed support and drive each described feed running roller to rotate; Some described feed running roller intervals are installed on described feed support, and each described feed running roller is articulated on described feed support.
Further, one end on each described feed running roller is provided with the feed gear for driving this feed running roller to rotate, the feed chain that described feed driving mechanism comprises the described feed gear connected on each described feed running roller and the motor for feeding driving described feed chain to rotate, described motor for feeding is installed on described feed support.
Further, described feeding device comprises the some material loading beams for supporting described reinforcing bar and supports the material loading support of some described material loading beams, and some described material loading beams are horizontally installed in described material loading support, and some described material loading distance between girders are arranged.
Further, described feeding device also comprises the described reinforcing bar controlling described material loading beam and enters controlling organization on described feeding device; Described controlling organization is installed on described material loading support.
Further, described controlling organization comprise with each described material loading beam near one end pivot joint of described feeding device material loading connecting rod, be installed on described connecting rod some first material loading baffle plates, for the material loading cylinder that drives described material loading connecting rod to rotate and the material loading connecting rod being connected described material loading cylinder and described material loading connecting rod; Described material loading cylinder is installed on described material loading support.
Further, described scale conveyer comprises material drag frame for supporting described reinforcing bar, for the positioning car of reinforcing bar described in backstop, for the described reinforcing bar after described material drag frame is sheared is moved to the overturn feed mechanism in described rewinding frame, the bed body underframe supporting described material drag frame and the positioning cylinder driving described material drag frame to slide on described bed body underframe; Described positioning cylinder is installed on described bed body underframe, and described material drag frame is slidably mounted on described bed body underframe, and described positioning car is installed on described material drag frame; Described overturn feed mechanism is installed on the side near described rewinding frame on described material drag frame.
Further, described overturn feed mechanism comprises the trip shaft be articulated in along described material drag frame length direction on described material drag frame, interval is installed on some returning face plates on described trip shaft, drive described trip shaft to rotate with the upset cylinder driving each described returning face plate to overturn between described material drag frame with described rewinding frame and the upset connecting rod being connected described upset cylinder and described trip shaft; Described upset cylinder is installed on described material drag frame.
Further, described positioning car comprises the support box be slidably mounted on described material drag frame, is slidably mounted on the ejection cylinder of positioning baffle lifting described in positioning baffle in described support box and ejection.
Further, described rewinding frame comprises parallel and spaced two rewinding tie-beams, many rewinding crossbeams of the described rewinding tie-beam of lateral connection two, the many rows be fixedly installed on each described rewinding crossbeam divide insulated column, be articulated in the rewinding driving mechanism that on the collecting shaft on the middle described point insulated column top of each row, each described collecting shaft, interval is fixed with some rewinding baffle plates and drives each described collecting shaft to rotate respectively.
The utility model, by arranging feeding device and scale conveyer respectively in the both sides of cutter sweep, carrys out conveying steel through cutter sweep on scale conveyer by feeding device, thus cutter sweep is cut into the length of needs; Feeding device is set at the side of feeding device, can automatic charging be realized, rewinding frame is set at the side of scale conveyer, by scale conveyer, the reinforcing bar sheared is moved in rewinding frame, thus realize automatic material receiving; Namely this steel bar fixed length cutter can realize the automatic charging of reinforcing bar, scale, shearing and rewinding, and efficiency is high, need manually few, and labour intensity is little.
Accompanying drawing explanation
Fig. 1 is the perspective view of a kind of steel bar fixed length cutter that the utility model embodiment provides;
Fig. 2 is the side-looking structural representation of feeding device and feeding device in the steel bar fixed length cutter of Fig. 1;
Fig. 3 is the perspective view of feeding device in the steel bar fixed length cutter of Fig. 1;
Fig. 4 is the structure for amplifying schematic diagram of part A in Fig. 3;
Fig. 5 is the perspective view of feeding device in the steel bar fixed length cutter of Fig. 1;
Fig. 6 be in the steel bar fixed length cutter of Fig. 1 scale conveyer face structural representation;
Fig. 7 is the sectional structure schematic diagram along Fig. 6 center line B-B;
Fig. 8 is the sectional structure schematic diagram along Fig. 6 center line C-C;
Fig. 9 is the structural representation of positioning car in the scale conveyer of Fig. 6;
Figure 10 is the perspective view of the scale conveyer of Fig. 6;
Figure 11 is the perspective view of rewinding frame in the steel bar fixed length cutter of Fig. 1.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
Refer to Fig. 1, a kind of steel bar fixed length cutter that the utility model embodiment provides, comprise cutter sweep 9, feeding device 1, feeding device 2, rewinding frame 6 and scale conveyer 4; Scale conveyer 4 is arranged along the length direction of feeding device 1, and feeding device 1 and scale conveyer 4 lay respectively at the both sides of cutter sweep 9, and feeding device 2 is positioned at the side of feeding device 1, and rewinding frame 6 is positioned at the side of scale conveyer 4.Cutter sweep 9 is for shear reinforcement; Reinforcing bar for cutter sweep 9 conveying steel, and is delivered on scale conveyer 4 by feeding device 1; Scale conveyer 4 positions for the reinforcing bar carried by feeding device 1, so that reinforced shear is cut into the length of needs by cutter sweep 9; Scale conveyer 4 is also used for the reinforcing bar that cutter sweep 9 is sheared to deliver to rewinding frame 6 simultaneously, realizes automatic material receiving; Rewinding frame 6 is for storing the reinforcing bar sheared and obtain; Feeding device 2 for supplying reinforcing bar on feeding device 1, to realize automatic charging.
Feeding device 1 and scale conveyer 4 are set respectively by the both sides at cutter sweep 9, carry out conveying steel through cutter sweep 9 on scale conveyer 4 by feeding device 1, thus cutter sweep 9 is cut into the length of needs; Feeding device 2 is set at the side of feeding device 1, can automatic charging be realized, rewinding frame 6 is set at the side of scale conveyer 4, by scale conveyer 4, the reinforcing bar sheared is moved in rewinding frame 6, thus realize automatic material receiving; Namely this steel bar fixed length cutter can realize the automatic charging of reinforcing bar, scale, shearing and rewinding, and efficiency is high, need manually few, and labour intensity is little.
Refer to Fig. 1, Fig. 2 and Fig. 5, feeding device 1 comprises feed support 11, some feed running rollers 12 and feed driving mechanism 13; Some feed running roller 12 intervals are installed on feed support 11, and each feed running roller 12 is articulated on feed support 11.Feed support 11 is for spacer bar; Feed running roller 12 moves on feed support 11 for driving reinforcing bar; Feed driving mechanism 13 drives each feed running roller 12 to rotate.Drive feed running roller 12 to rotate by feed driving mechanism 13, make feed running roller 12 drive the reinforcing bar on feed support 11 to move, to realize the supply of reinforcing bar.Use feed running roller 12 to drive reinforcing bar to move, can easily reinforcing bar be located; Also can carry many reinforcing bars in addition simultaneously, facilitate the disposable shearing of cutter sweep 9 many reinforcing bars, improve cutting efficiency.
Further, the one end on each feed running roller 12 is provided with feed gear 121, drives this feed running roller 12 to rotate by feed gear 121.Feed driving mechanism 13 comprises feed chain (not shown) and motor for feeding 131, and motor for feeding 131 is installed on feed support 11.Feed chain connects the feed gear 121 on each feed running roller 12, and motor for feeding 131 drives feed chain to rotate, and then drives each feed running roller 12 to rotate.Use feed chain to drive each feed running roller 12 to rotate, each feed running roller 12 can be kept to rotate synchronously.Further, for improving driving torque, so that motor for feeding 131 better drives each feed running roller 12 to rotate, this feed driving mechanism 13 also comprises feed gear-box 132, motor for feeding 131 is connected with feed gear-box 132, and feed chain is connected with feed gear-box 132.
Further, this feeding device 1 also comprises upset discharge mechanism 14; By upset discharge mechanism 14, the reinforcing bar on feed support 11 is moved to outside feeding device 1.In the present embodiment, upset discharge mechanism 14 comprises stirring axle 141, some material rotating plates 142, stirring cylinder 143 and stirring connecting rod 144; Stirring cylinder 143 is installed on feed support 11.Stirring axle 141 is arranged along feed support 11 length direction, and stirring axle 141 is articulated in away from the side of feeding device 2 on feed support 11, so that stirring axle 141 can rotate on feed support 11; Some material rotating plate 142 intervals are installed on stirring axle 141; One end of stirring connecting rod 144 is connected with stirring axle 141, and the other end is connected with stirring cylinder 143.Drive stirring connecting rod 144 to swing by stirring cylinder 143, rotate to drive stirring axle 141; When stirring axle 141 rotates, material rotating plate 142 can be driven to go on feed support 11, reinforcing bar is moved above material rotating plate 142; And when needing to get rid of the reinforcing bar waste material on feed support 11, stirring cylinder 143 drives stirring axle 141 to rotate, material rotating plate 142 is driven to turn to outside feed support 11, to be got rid of from feed support 11 by reinforcing bar waste material.In other embodiments, servomotor also can be used to rotate to drive stirring axle 141.Further, each material rotating plate 142 offers stirring groove 145, better to drive reinforcing bar upset.
Further, feed support 11 is also provided with feed baffle plate 15; And feed baffle plate 15 is positioned on position corresponding to the two ends of feed running roller 12.And position feed baffle plate 15 corresponding to material rotating plate 142 offers collecting opening 151, so that material rotating plate 142 stretches into.Feed baffle plate 15 is set, reinforcing bar can be prevented from landing feed support 11, so that reinforcing bar can better movement on feed support 11.
Further, steel bar fixed length cutter also comprises waste recovery frame 3, and waste recovery frame 3 is arranged on the side of feeding device 1 away from feeding device 2.Waste recovery frame 3 is set, to reclaim waste material, easy cleaning.
Refer to Fig. 1, Fig. 2 and Fig. 3, feeding device 2 comprises some material loading beams 22 and supports the material loading support 21 of these material loading beams 22, and some material loading beams 22 are horizontally installed in material loading support 21, and some material loading beam 22 intervals are arranged.Material loading support 21 is for spacer bar.When material loading, can many reinforcing bars be emitted on material loading beam 22, by the reinforcing bar of the shearings such as material loading beam 22 supports; When needs material loading, only need to be pushed into by reinforcing bar on feeding device 1, material loading is convenient, simple, and labour intensity is low.
See also Fig. 4, further, feeding device 2 also comprises the reinforcing bar controlling material loading beam 22 and enters controlling organization 23 on feeding device 1; Controlling organization 23 is installed on material loading support 21.Controlling organization 23 is set, controls reinforcing bar by controlling organization 23 and enter feeding device 1, better to realize automatic charging, reduce hand labor intensity.
In the present embodiment, controlling organization 23 comprises material loading connecting rod 231, some first material loading baffle plates 232, material loading cylinder 233 and material loading connecting rod 234; Material loading cylinder 233 is installed on material loading support 21.Material loading connecting rod 231 and one end pivot joint of each material loading beam 22 near feeding device 1, some first material loading baffle plates 232 are installed on material loading connecting rod 231, thus reinforcing bar can be stoped directly to tumble on feeding device 1 by the first material loading baffle plate 232.Material loading cylinder 233 rotates for driving material loading connecting rod 231, and material loading connecting rod 234 connects material loading cylinder 233 and material loading connecting rod 231; Namely one end of material loading connecting rod 234 is fixedly connected with material loading connecting rod 231, the other end of material loading connecting rod 234 and material loading cylinder 233 pivot joint, promote material loading connecting rod 234 by material loading cylinder 233 to swing, thus drive material loading connecting rod 231 to rotate, and then the first material loading baffle plate 232 on material loading connecting rod 231 is driven to rotate; When needs are to feeding device 1 material loading, the first material loading baffle plate 232 rotates, and makes reinforcing bar be rolled on feeding device 1; After material loading completes, the first material loading baffle plate 232 upwards rotates, and to block reinforcing bar, reinforcing bar can be stoped to tumble on feeding device 1.Preferably, the first material loading baffle plate 232 is obliquely installed, so that the first material loading baffle plate 232 can catch reinforcing bar, and when needs material loading, reinforcing bar can be made directly to be rolled on feeding device 1.
Further, the end near the first material loading baffle plate 232 on each material loading beam 22 is provided with downward-sloping inclined-plane 221, so that reinforcing bar can better be rolled to the first material loading baffle plate 232 place.Further, the position near this inclined-plane 221 on each material loading beam 22 is provided with material loading block 24, is rolled on inclined-plane 221 to prevent too much reinforcing bar.
Further, in order to make reinforcing bar be rolled to inclined-plane 221 and the first material loading baffle plate 232 place in order, feeding device 2 also comprises pushing mechanism 25, uses pushing mechanism 25 to promote reinforcing bar, so that reinforcing bar can better be rolled into the first material loading baffle plate 232 place.Particularly, in the present embodiment, pushing mechanism 25 comprises and is articulated in the some first material loading gear (not shown)s of each material loading beam 22 on one end of described feeding device 1 respectively, with the material loading rotating shaft 252 of each material loading beam 22 away from one end pivot joint of described feeding device 1, be installed on the second material loading gear 253 described material loading rotating shaft 252 corresponding to each material loading beam 22 position, the material loading chain (not shown) connecting the first material loading gear of each material loading beam 22 correspondence and the second material loading gear 253 respectively and the material loading motor 251 driving material loading rotating shaft 252 to rotate, material loading motor 251 is arranged on material loading support 21.Drive material loading rotating shaft 252 to rotate by material loading motor 251, drive material loading chain to rotate, thus drive the reinforcing bar on material loading beam 22 to move to first gear flitch place.Further, for improving driving torque, so that material loading motor 251 better drives material loading rotating shaft 252 to rotate, this pushing mechanism 25 also comprises material loading gear-box 254, material loading motor 251 is connected with material loading gear-box 254, and material loading rotating shaft 252 is connected with material loading gear-box 254.
Further, each material loading beam 22 is also provided with the second material loading baffle plate 26 away from one end of feeding device 1, the second material loading baffle plate 26 is set, drop from feeding device 2 to prevent reinforcing bar.
Refer to Fig. 1, Fig. 6 and Figure 10, further, scale conveyer 4 comprises material drag frame 42, positioning car 43, overturn feed mechanism 45, bed body underframe 41 and positioning cylinder 44; Positioning cylinder 44 is installed on a body underframe 41, and material drag frame 42 is slidably mounted on a body underframe 41, and positioning car 43 is installed on material drag frame 42; Overturn feed mechanism 45 is installed on the side near rewinding frame 6 on material drag frame 42.Material drag frame 42, for spacer bar, when namely feeding device 1 transmits reinforcing bar, can be sent on material drag frame 42, is coordinated the reinforcing bar supporting and be about to shear, when after reinforcing bar, then supported by material drag frame 42 by material drag frame 42 and feeding device 1.Reinforcing bar, for backstop reinforcing bar, to stop reinforcing bar to move, is conveniently located, reinforced shear can be cut into the length of specifying to make cutter sweep 9 by positioning car 43.Bed body underframe 41 supports material drag frame 42, and positioning cylinder 44 slides on bed body underframe 41 for driving material drag frame 42, thus can regulate the distance of material drag frame 42 to cutter sweep 9, and then coordinates with positioning car 43, can limit the length of reinforcing bar as required.Overturn feed mechanism 45 is for moving to the reinforcing bar after shearing on material drag frame 42 in rewinding frame 6, to realize automatic material receiving.
Overturn feed mechanism 45 comprises trip shaft 451, some returning face plates 452, upset cylinder 453 and upset connecting rod 454; Upset cylinder 453 is installed on material drag frame 42.Trip shaft 451 is arranged along material drag frame 42 length direction, and trip shaft 451 is articulated on material drag frame 42 on the side of rewinding frame 6, so that trip shaft 451 can rotate on material drag frame 42; Some returning face plate 452 intervals are installed on trip shaft 451; One end of upset connecting rod 454 is connected with trip shaft 451, and the other end is connected with upset cylinder 453.Drive upset connecting rod 454 to swing by upset cylinder 453, rotate to drive trip shaft 451; When trip shaft 451 rotates, returning face plate 452 can be driven to go on material drag frame 42, reinforcing bar is moved above returning face plate 452; And when needing to transfer the reinforcing bar after material drag frame 42 is sheared, upset cylinder 453 drives trip shaft 451 to rotate, returning face plate 452 is driven to turn to outside material drag frame 42, to be moved in rewinding frame 6 from material drag frame 42 by reinforcing bar.In other embodiments, servomotor also can be used to rotate to drive trip shaft 451.Further, each returning face plate 452 offers accommodating grooves 455, better to drive reinforcing bar upset.
Further, in the present embodiment, the both sides of scale conveyer 4 are provided with rewinding frame 6, then overturn feed mechanism 45 is two covers, is arranged on the both sides of material drag frame 42 respectively.
Further, scale conveyer 4 also comprises some material drag running rollers 46 and material drag driving mechanism 47; Some material drag running roller 46 intervals are installed on material drag frame 42, and each material drag running roller 46 is articulated on material drag frame 42.Material drag frame 42 is for spacer bar; Material drag running roller 46 moves on material drag frame 42 for driving reinforcing bar; Material drag driving mechanism 47 drives each material drag running roller 46 to rotate.Drive material drag running roller 46 to rotate by material drag driving mechanism 47, make material drag running roller 46 drive the reinforcing bar on material drag frame 42 to move.Use material drag running roller 46 to drive reinforcing bar to move, can easily reinforcing bar be located; Also can carry many reinforcing bars in addition simultaneously, raise the efficiency.
Further, the one end on each material drag running roller 46 is provided with material drag gear 461, drives this material drag running roller 46 to rotate by material drag gear 461.Material drag driving mechanism 47 comprises material drag chain (not shown) and material drag motor 471, and material drag motor 471 is installed on material drag frame 42.Material drag chain connects the material drag gear 461 on each material drag running roller 46, and material drag motor 471 drives material drag chain to rotate, and then drives each material drag running roller 46 to rotate.Use material drag chain to drive each material drag running roller 46 to rotate, each material drag running roller 46 can be kept to rotate synchronously.Further, for improving driving torque, so that material drag motor 471 better drives each material drag running roller 46 to rotate, this material drag driving mechanism 47 also comprises material drag gear-box 472, material drag motor 471 is connected with material drag gear-box 472, and material drag chain is connected with material drag gear-box 472.
Further, material drag frame 42 is also provided with bundle material baffle plate 49; And bundle material baffle plate 49 is positioned on position corresponding to the two ends of material drag running roller 46.And position bundle material baffle plate 49 corresponding to returning face plate 452 offers accommodating opening (not marking in figure), so that returning face plate 452 stretches into.Bundle material baffle plate 49 is set, reinforcing bar can be prevented from landing material drag frame 42, so that reinforcing bar can better movement on material drag frame 42.
Refer to Fig. 6, Fig. 7, Fig. 8 and Fig. 9, further, positioning car 43 comprises the support box 431 be slidably mounted on material drag frame 42, be slidably mounted on the ejection cylinder 433 that positioning baffle 432 in support box 431 and ejection positioning baffle 432 be elevated.Promote positioning baffle 432 by ejection cylinder 433 to rise, make positioning baffle 432 can locate reinforcing bar on material drag frame 42; And when ejection cylinder 433 drives positioning baffle 432 to decline, reinforcing bar then can move above positioning car 43.
Further, material drag frame 42 is provided with supporting rail 421; The both sides of positioning car 43 are provided with the roller 434 of clamp standoff rail 421, by roller 434 clamp standoff rail 421, support positioning car 43, and positioning car 43 can be made to slide on supporting rail 421, to regulate the position of positioning car 43, determine reinforcing bar length.Thus can coordinate by positioning car 43 and positioning cylinder 44 length accurately determining reinforcing bar.
Further, material drag frame 42 is also provided with the pulling mechanism 48 pulling positioning car 43 movement on supporting rail 421, so that the automated location realizing positioning car 43 regulates.In the present embodiment, the two ends of positioning car 43 are also provided with pull bar 435.Pulling mechanism 48 comprise be connected with pull bar 435 pull toothed chain (not shown), support pull toothed chain pull gear 481, drive pull toothed chain to rotate pull motor 482 and be connected pull motor 482 and one of them to pull gear 481 pull gear-box 483, pull motor 482 to be installed on material drag frame 42; Pull gear 481 to be two, be articulated in the two ends of material drag frame 42 respectively, pull the two ends of toothed chain to be connected with the two ends pull bar 435 of positioning car 43, pull motor 482 to drive one to pull gear 481 to rotate, drive and pull toothed chain to move, move to drag positioning car 43.
Refer to Fig. 6, Fig. 7, Fig. 8 and Figure 10, further, bed body underframe 41 is also provided with some support posts 411, each support post 411 is provided with support wheel 412, and material drag frame 42 is arranged on support wheel 412.Material drag frame 42 is supported, so that material drag frame 42 can slide more neatly on bed body underframe 41 by support wheel 412.
Further, material drag frame 42 is provided with some support cylinders 422.Arranging and support cylinder 422, after the position adjustments of material drag frame 42 is good, material drag frame 42 can be supported, to prevent from damaging support wheel 412 by pressure by supporting cylinder 422; And also material drag frame 42 can be fixed, prevent material drag frame 42 from sliding.
Further, refer to Fig. 1 and Figure 11, rewinding frame 6 comprise parallel and spaced two rewinding tie-beams 61, many rewinding crossbeams 62 of lateral connection two rewinding tie-beams 61, the many rows be fixedly installed on each rewinding crossbeam 62 divide insulated column 63, be articulated in the rewinding driving mechanism 65 that on the collecting shaft 64 on middle each row point insulated column 63 top, each collecting shaft 64, interval is fixed with some rewinding baffle plates 69 and drives each collecting shaft 64 to rotate respectively.The accepting groove 66 of collecting reinforcing bar can be formed between adjacent two row's point insulated columns 63; Collecting shaft 64 is driven to rotate by rewinding driving mechanism 65, rewinding baffle plate 69 is driven to rotate, above the accepting groove 66 rewinding baffle plate 69 can being kept off divide insulated column 63 to be formed this collecting shaft 64 and the adjacent row near scale conveyer 4, close by this accepting groove 66; Thus reinforcing bar can be made to roll, so that reinforcing bar can be rolled in the accepting groove 66 away from scale conveyer 4 from rewinding baffle plate 69.Can receive like this and fill more reinforcing bar.
Further, along on the direction away from scale conveyer 4, the height of each row's point insulated column 63 successively decreases successively.Like this when rewinding baffle plate 69 keeps off on corresponding accepting groove 66, rewinding baffle plate 69 is obliquely installed, can more convenient steel bar rolling.
Further, in many row's point insulated columns 63: two rows being positioned at both sides separate on risers and are separately installed with railing 67, namely connect by railing 67 each row being positioned at outside and divide insulated column 63, improve the bonding strength that each row divides insulated column 63.
Further, each rewinding driving mechanism 65 comprises rewinding cylinder 651 and rewinding connecting rod 652; Rewinding cylinder 651 installs corresponding the dividing on insulated column 63 in one end of corresponding collecting shaft 64.One end of rewinding connecting rod 652 is fixed on collecting shaft 64, and the other end of rewinding connecting rod 652 and rewinding cylinder 651 pivot joint.Drive rewinding connecting rod 652 to swing by rewinding cylinder 651, rotate to drive collecting shaft 64; When collecting shaft 64 rotates, rewinding baffle plate 69 can be driven to close or change corresponding accepting groove 66.In other embodiments, servomotor also can be used to rotate to drive collecting shaft 64.
Further, each rewinding crossbeam 62 is also provided with U-shaped gripper shoe 68 between adjacent two pieces points of insulated columns 63, the both sides of U-shaped gripper shoe 68 are fixedly linked with these two pieces points of insulated columns 63 respectively.U-shaped gripper shoe 68 is set so that good spacer bar.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. a steel bar fixed length cutter, comprise the cutter sweep for shear reinforcement, it is characterized in that, this steel bar fixed length cutter also comprise for described cutter sweep conveying steel feeding device, for supply on described feeding device described reinforcing bar feeding device, for store shear the described reinforcing bar obtained rewinding frame, to position for the described reinforcing bar that described feeding device is carried and to be transferred to scale conveyer in described rewinding frame by shearing the described reinforcing bar obtained; Described scale conveyer is arranged along the length direction of described feeding device, and described feeding device and described scale conveyer lay respectively at the both sides of described cutter sweep, described feeding device is positioned at the side of described feeding device, and described rewinding chord position is in the side of described scale conveyer.
2. steel bar fixed length cutter as claimed in claim 1, it is characterized in that, described feeding device comprises feed support for supporting described reinforcing bar, for the feed driving mechanism driving some feed running rollers of described reinforcing bar movement on described feed support and drive each described feed running roller to rotate; Some described feed running roller intervals are installed on described feed support, and each described feed running roller is articulated on described feed support.
3. steel bar fixed length cutter as claimed in claim 2, it is characterized in that, one end on each described feed running roller is provided with the feed gear for driving this feed running roller to rotate, the feed chain that described feed driving mechanism comprises the described feed gear connected on each described feed running roller and the motor for feeding driving described feed chain to rotate, described motor for feeding is installed on described feed support.
4. the steel bar fixed length cutter as described in any one of claim 1-3, it is characterized in that, described feeding device comprises the some material loading beams for supporting described reinforcing bar and supports the material loading support of some described material loading beams, some described material loading beams are horizontally installed in described material loading support, and some described material loading distance between girders are arranged.
5. steel bar fixed length cutter as claimed in claim 4, is characterized in that, described feeding device also comprises the described reinforcing bar controlling described material loading beam and enters controlling organization on described feeding device; Described controlling organization is installed on described material loading support.
6. steel bar fixed length cutter as claimed in claim 5, it is characterized in that, described controlling organization comprise with each described material loading beam near one end pivot joint of described feeding device material loading connecting rod, be installed on described connecting rod some first material loading baffle plates, for the material loading cylinder that drives described material loading connecting rod to rotate and the material loading connecting rod being connected described material loading cylinder and described material loading connecting rod; Described material loading cylinder is installed on described material loading support.
7. the steel bar fixed length cutter as described in any one of claim 1-3, it is characterized in that, described scale conveyer comprises material drag frame for supporting described reinforcing bar, for the positioning car of reinforcing bar described in backstop, for the described reinforcing bar after described material drag frame is sheared is moved to the overturn feed mechanism in described rewinding frame, the bed body underframe supporting described material drag frame and the positioning cylinder driving described material drag frame to slide on described bed body underframe; Described positioning cylinder is installed on described bed body underframe, and described material drag frame is slidably mounted on described bed body underframe, and described positioning car is installed on described material drag frame; Described overturn feed mechanism is installed on the side near described rewinding frame on described material drag frame.
8. steel bar fixed length cutter as claimed in claim 7, it is characterized in that, described overturn feed mechanism comprises the trip shaft be articulated in along described material drag frame length direction on described material drag frame, interval is installed on some returning face plates on described trip shaft, drive described trip shaft to rotate with the upset cylinder driving each described returning face plate to overturn between described material drag frame with described rewinding frame and the upset connecting rod being connected described upset cylinder and described trip shaft; Described upset cylinder is installed on described material drag frame.
9. steel bar fixed length cutter as claimed in claim 7, is characterized in that, described positioning car comprises the support box be slidably mounted on described material drag frame, be slidably mounted on the ejection cylinder of positioning baffle lifting described in positioning baffle in described support box and ejection.
10. the steel bar fixed length cutter as described in any one of claim 1-3, it is characterized in that, described rewinding frame comprises parallel and spaced two rewinding tie-beams, many rewinding crossbeams of the described rewinding tie-beam of lateral connection two, the many rows be fixedly installed on each described rewinding crossbeam divide insulated column, be articulated in the rewinding driving mechanism that on the collecting shaft on the middle described point insulated column top of each row, each described collecting shaft, interval is fixed with some rewinding baffle plates and drives each described collecting shaft to rotate respectively.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520160932.2U CN204686162U (en) | 2015-03-20 | 2015-03-20 | Steel bar fixed length cutter |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520160932.2U CN204686162U (en) | 2015-03-20 | 2015-03-20 | Steel bar fixed length cutter |
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| CN204686162U true CN204686162U (en) | 2015-10-07 |
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| CN201520160932.2U Expired - Fee Related CN204686162U (en) | 2015-03-20 | 2015-03-20 | Steel bar fixed length cutter |
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| CN105817698A (en) * | 2016-06-01 | 2016-08-03 | 安徽万朗磁塑集团有限公司 | Novel length measuring and shearing device for soft magnetic stripes |
| CN106826361A (en) * | 2017-04-13 | 2017-06-13 | 王瑞麒 | A kind of Novel construction machine device and application method for steel cutting |
| CN106865108A (en) * | 2017-04-19 | 2017-06-20 | 江苏言商品钢筋有限公司 | A kind of reinforcing bar cuts rotating device |
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| CN108080519A (en) * | 2018-01-25 | 2018-05-29 | 张家港市宇昇机械有限公司 | A kind of heating arrangements for bending machine |
| CN108655751A (en) * | 2018-04-20 | 2018-10-16 | 河南永益同丰智能科技有限公司 | Intelligent single steel bar sawing mantle fiber polishing production line |
| CN109016128A (en) * | 2018-08-27 | 2018-12-18 | 江联重工集团股份有限公司 | A kind of hard shoulder concrete automation casting longitudinal reinforcement blanking device |
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| CN106826361A (en) * | 2017-04-13 | 2017-06-13 | 王瑞麒 | A kind of Novel construction machine device and application method for steel cutting |
| CN106826361B (en) * | 2017-04-13 | 2018-01-26 | 王瑞麒 | A kind of building machinery device for steel cutting |
| CN106865108A (en) * | 2017-04-19 | 2017-06-20 | 江苏言商品钢筋有限公司 | A kind of reinforcing bar cuts rotating device |
| CN107186122A (en) * | 2017-06-23 | 2017-09-22 | 深圳市康振机械科技有限公司 | A kind of bending handpiece and bar cutting bend robot |
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| CN107219815A (en) * | 2017-07-06 | 2017-09-29 | 上海电器科学研究院 | A kind of intelligence control system that streamline is sheared for full-automatic reinforcing bar |
| CN108080519A (en) * | 2018-01-25 | 2018-05-29 | 张家港市宇昇机械有限公司 | A kind of heating arrangements for bending machine |
| CN108655751A (en) * | 2018-04-20 | 2018-10-16 | 河南永益同丰智能科技有限公司 | Intelligent single steel bar sawing mantle fiber polishing production line |
| CN109051644A (en) * | 2018-08-08 | 2018-12-21 | 陕西勇拓机械科技有限公司 | A kind of formula that lifts for conveying steel picks up material device |
| CN109051596A (en) * | 2018-08-08 | 2018-12-21 | 姜勇 | A kind of full-automatic production line of reinforcing bar sawing thickened screwing |
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| CN109016128A (en) * | 2018-08-27 | 2018-12-18 | 江联重工集团股份有限公司 | A kind of hard shoulder concrete automation casting longitudinal reinforcement blanking device |
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| CN111906219A (en) * | 2020-08-28 | 2020-11-10 | 中建三局集团有限公司 | Reinforcing bar grading blanking production line |
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