CN105438523B - A kind of reinforcing bar Quantitative Separation equipment - Google Patents

Abstract

The present invention provides a kind of reinforcing bar Quantitative Separation equipment, steel device and auxiliary group steel device are dialled including main, the main end dialled steel device and be located at batch reinforcing bar, auxiliary dials the middle part that steel device is located at batch reinforcing bar, main steel device of dialling includes analysis component, separation assembly and drive component, analysis component is located above drive component, separation assembly is fixed in analysis component, analysis component includes stent, driving source, dial steel body, dial steel toe, vertical guide rail and the first linear bearing, the both ends for dialling steel body are slided up and down with vertical guide rail by the first linear bearing and are connected, dial that steel toe is connected with the upper end of group steel body and upper end is cone, the force-output shaft of driving source is connected by connecting plate with dialling the lower end inside steel body.The present invention realizes batch reinforcing bar by being quantitatively grouped using cylinder driving, and the reinforcing bar after packet is further separated, convenient to carry out follow-up enlacement packaging, saves manpower, improves work efficiency.

Description

A kind of reinforcing bar Quantitative Separation equipment

Technical field

The invention belongs to steel bar meter apparatus field, more particularly to a kind of reinforcing bar Quantitative Separation equipment.

Background technology

Reinforcing bar be armored concrete use and prestressed reinforced concrete steel, be the raw material that building trade largely consumes One of, therefore with expanding economy, the acceleration of Development of China's Urbanization, the demand of reinforcing bar is increasing, inevitable from not among these Packing and the transportational process of reinforcing bar are opened, in order to improve the security in the convenience and transportational process of transport, reinforcing bar is before shipping Need to pack by bundle, in order to facilitate inventory statistics, often tying the quantity of reinforcing bar needs unanimously, and reinforcing bar packet at present much uses people Work, due to reinforcing bar shape in itself and weight limitation, labor intensity is very big, causes work efficiency relatively low.

The content of the invention

In view of this, the present invention is directed to propose a kind of efficient and reinforcing bar Quantitative Separation equipment in labour-saving.

To reach above-mentioned purpose, the technical proposal of the invention is realized in this way：A kind of reinforcing bar Quantitative Separation equipment includes Main to dial steel device and auxiliary group steel device, the master dials the end that steel device is located at batch reinforcing bar, and the auxiliary dials steel device and is located at batch steel The middle part of muscle, the master, which dials steel device, includes analysis component, separation assembly and drive component, and the analysis component is located at the driving Above component, the separation assembly is fixed in the analysis component, the analysis component include stent, driving source, dial steel body, Steel toe, vertical guide rail and the first linear bearing are dialled, described group of steel body is class " several " font, and " several " font dials the both ends of steel body Slided up and down and be connected with the vertical guide rail by first linear bearing, the vertical guide rail is fixed on the stent On, described group of steel toe is connected with the upper end of described group of steel body, and the described group of steel toe is cone away from the upper end for dialling steel body, institute The force-output shaft for stating driving source is connected by connecting plate with the lower end inside described group of steel body, and the driving source is remote to dial the one of steel body End is fixed in the driving component, and the stent is fixed in the driving component close to the one end on ground.

Further, the both sides of the stent are equipped with support column, and the upper end of the support column is equipped with supporting guide and the two is logical Studs connection is crossed, the studs is equipped with two matched location nuts, and described two location nuts are arranged on described Between support column and the supporting guide.

Further, the support column is equipped with light barrier, and the light barrier is close to the side for dialling steel body and horizontal plane Setting at an acute angle.

Further, the separation assembly include drive rod, driving lever, multi-diameter shaft, fixed seat, end cap, resetting spring and in pairs Bearing, the multi-diameter shaft are rotatablely connected by the matched bearings and the fixed seat, and the driving lever is the " V " shape of opening upwards Structure and " V " shape bottom is fixedly connected with one end of the multi-diameter shaft, the driving lever is fixed on the multi-diameter shaft away from the drive One end of lever, the one end of the driving lever away from the multi-diameter shaft are located above the drive rod, the length of the drive rod More than the length of the driving lever, the one end of the drive rod away from the multi-diameter shaft is located at the surface for dialling steel body both sides, The end cap is the middle T-shape for being equipped with through hole, and the end cap is fixed on both sides of the fixed seat and same with the multi-diameter shaft Axis is set, the end contact of the lower end of the T-shape end cap and the outer ring of the matched bearings, described resetting spring one end and institute State the one end of driving lever away from the multi-diameter shaft to be hinged, the other end is hinged with the fixed seat, and the fixed seat is located at the branch On frame.

Further, the multi-diameter shaft is symmetrical structure, and wherein side sets gradually institute from middle matched bearings to end face End cap and drive rod are stated, opposite side sets gradually the end cap and the driving lever from middle matched bearings to end face.

Further, the first interstage sleeve, first interstage sleeve and the ladder are equipped between the matched bearings and the driving lever Axis is coaxially disposed, and first interstage sleeve is close to the side of the matched bearings and the end contact of the matched bearings inner ring, institute State and the second interstage sleeve is equipped between matched bearings and the drive rod, second interstage sleeve is coaxially disposed with the multi-diameter shaft, described Second interstage sleeve is close to the side of the matched bearings and the end contact of the matched bearings inner ring.

Further, the driving component includes base, servomotor, leading screw, the second linear bearing, line slideway, cylinder Bearing, sliding panel and shaft coupling, the base are arranged on horizontal plane, and the both ends of the leading screw pass through cylindrical bearing and the base Rotation connection, the servomotor solid lock drive the leading screw to rotate in the side of the base and by the shaft coupling, institute State that line slideway is symmetrically set in the both sides of the leading screw and both ends are fixedly connected with the base, the line slideway and the silk Thick stick is arranged in parallel, and the sliding panel lower face is connected by screw with the leading screw, and the sliding panel passes through the second linear bearing It is slidably connected with the line slideway, second linear bearing is arranged on the both ends of the sliding panel, the sliding panel upper surface It is fixedly connected with the driving source, is fixedly connected with the stent.

Further, the line slideway is respectively equipped with the first locating cover and the second positioning with the both sides at the base solid lock Lid, second locating cover and first locating cover be coaxially disposed with the leading screw and with the outer ring end of the cylindrical bearing Face coordinates.

Further, the auxiliary dials steel device and includes bottom plate, fixed frame, aids in group steel body, auxiliary to dial steel toe, connecting plate and drive Take offence cylinder, the floor level is set, and the fixation is erected at the both sides of bottom plate upper surface one end, and the auxiliary dials steel body The both sides of one end are hinged with the fixed frame, and the other end dials steel toe with the auxiliary and is slidably connected, and the auxiliary dials steel body and institute State auxiliary group steel toe to be coaxially disposed, the driving cylinder force-output shaft is dialled steel toe by the connecting plate and the auxiliary and is hinged, and drives Take offence the one end of cylinder away from force-output shaft and the upper surface of the bottom plate is hinged close to one end of the fixed frame.

Further, the auxiliary dials steel device and further includes telescopic supporting rod, the first Y-shaped connector and floating junction, and the floating connects First end solid lock dials the one end of steel body away from the fixed frame in the auxiliary, and one end of the other end and first Y-shaped connector is cut with scissors Connect, one end of the other end and the telescopic supporting rod of first Y-shaped connector is connected through a screw thread, the telescopic supporting rod it is another One end is hinged with the fixed frame close to one end of the bottom plate.

Compared with prior art, the present invention has the advantages and positive effects of：1st, the present invention is main dials steel device and auxiliary group Steel device is equipped with, the main end dialled steel device and be fixed on batch reinforcing bar group, and analysis component is driven using driving source to be dialled steel body and dial Steel toe realizes vertical up and down motion along vertical guide rail, so as to realize separation in groups to the reinforcing bar group of batch, then driving source Continue upper body, separation assembly is further separated the reinforcing bar of packet, while drive component drives analysis component and separation group Part move, promote packet after batch reinforcing bar further separate, mechanical movement instead of manually carry out reinforcing bar packet and it is separated Program, saves manpower, greatly reduces labor intensity so that packet and separation are more efficient；2nd, driven in separation assembly Bar realizes upward rotation in the case where dialling the promotion of steel body around multi-diameter shaft, so as to drive driving lever to rotate up, by the steel after packet Muscle further separates, and reduces labor intensity, more time saving, laborsaving, and lifts work efficiency；3rd, drive component uses leading screw While transmission, both sides increase line slideway is guided, and ensure that the harmony of sliding panel stress, and positioning accuracy is more Accurately；Driven using servomotor, control program simplerization；4th, the driving cylinder of auxiliary group steel device can drive auxiliary to dial steel Body rises, while drives auxiliary to dial steel toe and stretch out, and auxiliary dials steel toe can be by the batch steel after packet while rising and stretching Muscle, carries out further separation at a distance, reduces labor intensity, save trouble and labor, lifts work efficiency.

Brief description of the drawings

The attached drawing for forming the part of the invention is used for providing the preferably understanding to the invention, present invention wound The schematic description and description made is used to explain the invention, does not form the improper restriction to the invention. In attached drawing：

Fig. 1 is a kind of structure diagram of reinforcing bar Quantitative Separation equipment of the present invention.

Fig. 2 is the structure diagram of analysis component of the present invention.

Fig. 3 is the partial sectional view of separation assembly top view of the present invention.

Fig. 4 is the structure diagram of separation assembly forward direction of the present invention.

Fig. 5 is the structure diagram of drive component of the present invention.

Fig. 6 is the A portions enlarged drawing of drive component of the present invention.

Fig. 7 is the sectional view that present invention auxiliary dials steel device front view.

Fig. 8 is the left view that present invention auxiliary dials steel device.

Fig. 9 is that present invention auxiliary dials the sectional view that steel device dials steel body horizontal central plane along auxiliary.

11- supporting guides；12- support columns；121- studs；122- location nuts；The first linear bearings of 13-；14- hangs down Straight guide；15- dials steel toe；16- driving sources；161- pinboards；17- dials steel body；171- reinforcing plates；18- light barriers；19- stents； 21- drive rods；22- end caps；The second interstage sleeves of 23-；24- multi-diameter shafts；25- matched bearings；26- driving levers；27- resetting springs；28- consolidates Reservation；The first interstage sleeves of 29-；31- bases；32- servomotors；321- shaft couplings；33- sliding panels；The second linear bearings of 34-；35- Line slideway；351- is buckled；36- leading screws；The first locating covers of 37-；The second locating covers of 38-；39- cylindrical bearings；51- bottom plates；52- Fixed frame；53- telescopic supporting rods；The first Y-shaped connectors of 531-；532- floating junctions；533- stiffnuts；54- bearing blocks；55- connects Fishplate bar；56- auxiliary dials steel body；The first floors of 561- 561；The second floors of 562-；563- trislabs；57- auxiliary dials steel toe； 58- drives cylinder；581- solenoid valves；The second Y-shaped connectors of 582-.

Embodiment

It should be noted that in the case where there is no conflict, the feature in embodiment and embodiment in the invention can To be mutually combined.

In the description of the invention, it is to be understood that term " " center ", " longitudinal direction ", " transverse direction ", " on ", " under ", The orientation or position relationship of the instruction such as "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom ", " interior ", " outer " are Based on orientation shown in the drawings or position relationship, it is for only for ease of description the invention and simplifies description, rather than instruction Or imply that signified device or element must have specific orientation, with specific azimuth configuration and operation, therefore be not understood that For the limitation to the invention.In addition, term " first ", " second " etc. are only used for description purpose, and it is not intended that instruction Or imply relative importance or the implicit quantity for indicating indicated technical characteristic.Thus, " first ", " second " etc. are defined Feature can express or implicitly include one or more this feature.In the description of the invention, unless separately It is described, " multiple " are meant that two or more.

, it is necessary to which explanation, unless otherwise clearly defined and limited, term " are pacified in the description of the invention Dress ", " connected ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or integratedly Connection；Can mechanically connect or be electrically connected；It can be directly connected, can also be indirectly connected by intermediary, It can be the connection inside two elements.For the ordinary skill in the art, on being understood by concrete condition State concrete meaning of the term in the invention.

Elaborate below in conjunction with the accompanying drawings to the specific embodiment of the present invention.

As shown in Figure 1, Figure 2 and Figure 7, the present invention is a kind of reinforcing bar Quantitative Separation equipment, including main steel device and the auxiliary dialled is dialled Steel device, the master dial the end that steel device is located at batch reinforcing bar, and the auxiliary dials the middle part that steel device is located at batch reinforcing bar, and the master dials Steel device includes analysis component 1, separation assembly 2 and drive component 3, and analysis component 1 is located at the top of drive component 3, and separation assembly 2 is solid It is scheduled in analysis component 1, analysis component 1 includes stent 19, driving source 16, dials steel body 17, dials steel toe 15, vertical guide rail 14 and the One linear bearing 13, it is class " several " font to dial steel body 17, and the both ends that " several " font dials steel body 17 pass through the first linear bearing 13 Slide up and down and be connected with vertical guide rail 14, vertical guide rail 14 is fixed on stent 19, is dialled steel toe 15 and is connected with dialling the upper end of steel body 17 Connect, it is cone to dial upper end of the steel toe 15 away from group steel body 17, and cone upper end is sharp, is easily introduced into, and is conducive to batch reinforcing bar Fast grouping, raising efficiency and accuracy；The force-output shaft of driving source 16 is connected by connecting plate with dialling the lower end inside steel body 17 Connect, driving source 16 is fixed on drive component 3 away from the one end for dialling steel body 17, and stent 19 is fixed on driving close to the one end on ground On component 3, facilitate the movement of whole group structure, further the reinforcing bar after packet is used in disintegration, the both sides for dialling steel body 17 Vertical guide rail, it is preferable that the vertical guide rail of both sides is symmetrical arranged, it is ensured that the precision moved up and down, total realize steel The mechanization and automation of muscle packet, are greatly saved manpower, improve work efficiency, it is preferable that vertical guide rail 14 is equipped with Nitriding layer, increases nitriding layer, can lift wearability.

Preferably, the inner side for dialling steel body 17 is equipped with reinforcing plate 171, and reinforcing plate 171 is connected with pinboard 161, can be lifted and dialled The intensity of steel body 17；It is highly preferred that the upper end for dialling steel body 17 is trapezoidal and more than the diameter for dialling steel toe 15, steel toe 15 and reinforcement are dialled Plate 171 and trapezoidal upper surface are fixedly connected, and the circular conical surface for dialling steel toe 15 is higher than trapezoidal upper surface, are dialled dialling steel toe 15 After opening reinforcing bar group, can further it isolate under the trapezoidal inclined plane guiding for dialling steel body 17, lifting packet effect.

Preferably, driving source 16 is cylinder, and cylinder is city's purchased items, and purchase cost is low and the cycle is short；Multi-size can meet Different use demands, and buffer unit is carried, operate steadily, precision is high.

Preferably, the both sides of stent 19 are equipped with support column 12, and the upper end of support column 12 is equipped with supporting guide 11 and the two is logical Cross studs 121 to connect, can play a supporting role to reinforcing bar, avoid long reinforcing bar from hanging down due to gravity curved, to packet essence Degree impacts；It is highly preferred that studs 121 is equipped with two matched location nuts 122, two location nuts 122 are set Between support column 12 and supporting guide 11, the height of so convenient adjustment supporting guide 11, makes up processing and turns to match somebody with somebody error, and And the stability of lifting solid lock；It is highly preferred that support column 12 is equipped with light barrier 18, light barrier 18 is close to the side for dialling steel body 17 Set, can project reflection light on the scanography device for dialling steel device to avoid metalwork, lifting with the horizontal acute angle The accuracy of counting, so as to ensure the correctness of packet.

As shown in Figure 3 and Figure 4, separation assembly 2 include drive rod 21, driving lever 26, multi-diameter shaft 24, fixed seat 28, end cap 22, Resetting spring 27 and matched bearings 25, multi-diameter shaft 24 are rotatablely connected by matched bearings 25 and fixed seat 28, and driving lever 26 is opening Upward " V " shape structure and " V " shape bottom is fixedly connected with one end of multi-diameter shaft 24, and driving lever 26 is fixed on multi-diameter shaft 24 away from drive One end of lever 21, the one end of driving lever 26 away from multi-diameter shaft 24 are located above drive rod 21, and the length of drive rod 21, which is more than, to be dialled The length of bar 26, the one end of drive rod 21 away from multi-diameter shaft 24 are located at the surface for dialling 17 both sides of steel body, and end cap 22 sets for centre There is the T-shape of through hole, end cap 22 is fixed on the both sides of fixed seat 28 and is coaxially disposed with multi-diameter shaft 24, under T-shape end cap 22 The end contact at end and the outer ring of matched bearings 25,27 one end of resetting spring are hinged with the one end of driving lever 26 away from multi-diameter shaft 24, The other end is hinged with fixed seat 28, and fixed seat 28 is located on stent (19).

Preferably, matched bearings 25 is cylindrical bearing, has larger radial capacity, is also applied for rotating at a high speed, Performance is stablized.

Preferably, multi-diameter shaft 24 is symmetrical structure, and wherein side sets gradually end from middle matched bearings 25 to end face Lid 22 and drive rod 21, opposite side set gradually end cap 22 and driving lever 26 from middle matched bearings 25 to end face；Symmetrical structure Uniform force, performance are stablized；It is highly preferred that be equipped with the first interstage sleeve 29 between matched bearings 25 and driving lever 26, the first interstage sleeve 29 with Multi-diameter shaft 24 is coaxially disposed, and the first interstage sleeve 29 is close to the side of matched bearings 25 and the end contact of 25 inner ring of matched bearings；More Preferably, the second interstage sleeve 23 is equipped between matched bearings 25 and drive rod 21, the second interstage sleeve 23 is coaxially disposed with multi-diameter shaft 24, the Two interstage sleeves 23 are close to the side of matched bearings 25 and the end contact of 25 inner ring of matched bearings.

Preferably, the material of driving lever 26 and drive rod 21 is that 45 steel are integrally formed, convenient material drawing, and cost is low；More preferably Ground, 27 material of resetting spring are equipped with nigrescence layer for qin steel and surface, and qin steel wire elasticity is good, and service life length, increases nigrescence layer, can Prevent spring by oxidation corrosion, lifting service life.

As shown in Figure 5 and Figure 6, drive component 3 include base 31, servomotor 32, leading screw 36, the second linear bearing 34, Line slideway 35, cylindrical bearing 39, sliding panel 33 and shaft coupling 321, base 31 are arranged on horizontal plane, and the both ends of leading screw 36 pass through Cylindrical bearing 39 is rotatablely connected with base 31, and 32 solid lock of servomotor drives silk in the side of base 31 and by shaft coupling 321 Thick stick 36 rotates, and line slideway 35 is symmetrically set in the both sides of leading screw 36 and both ends are fixedly connected with base 31, line slideway 35 and silk Thick stick 36 is arranged in parallel, it is preferable that line slideway 35 is symmetrical arranged with respect to screw 36, is more uniformly stressed, balance is good, surely It is fixed；33 lower face of sliding panel is connected by screw with leading screw 36, and sliding panel 33 passes through the second linear bearing 34 and line slideway 35 It is slidably connected, the second linear bearing 34 is arranged on the both ends of sliding panel 33, and 33 upper surface of sliding panel is fixedly connected with driving source 16, with Stent 19 is fixedly connected, and is driven using servomotor 32, controls program simplerization, and using the same of the transmission of leading screw 36 When, both sides increase line slideway 35 is guided, and ensure that the harmony of 33 stress of sliding panel, and positioning accuracy is more accurate Really, while line slideway 35 is low with respect to line rail manufacture cost, convenient processing.

Preferably, 35 outer surface of line slideway is equipped with chrome layer, lifts hardness and wear-resisting property；It is highly preferred that shaft coupling 321 be plum coupling, has buffering, the effect of vibration damping, reduces noise, and intensity is high, and multi-size, can be adopted with market Purchase, procurement cycle are short.

Preferably, buckle 351 is equipped with the inside of 35 solid lock end of line slideway, improves the axially position essence of line slideway 35 Degree, the stability of further lift structure；It is highly preferred that base 31 is steel structure frame, materials and processing are all more convenient, into This low and intensity is high.

Preferably, line slideway 35 is respectively equipped with the first locating cover 37 and the second locating cover with the both sides at 31 solid lock of base 38, the second locating cover 38 and the first locating cover 37 are coaxially disposed with leading screw 36 and coordinate with the cycle surface of cylindrical bearing 39, Both sides position assurance radial position accuracies of cylindrical bearing 39 at the same time, so as to ensure the mobile accuracy of sliding panel 33.

As shown in Figure 7 and Figure 8, the present invention is to dial the auxiliary separating device of steel device, including bottom plate 51, fixed frame 52, auxiliary Steel body 56, auxiliary group steel toe 57, connecting plate 55 and driving cylinder 58 are dialled, bottom plate 51 is horizontally disposed, and fixed frame 52 is located at bottom plate 51 The both sides of upper surface one end, aid in the both sides for dialling 56 one end of steel body to be hinged with fixed frame 52, the other end is slided with auxiliary group steel toe 57 Dynamic connection, auxiliary group steel body 56 are dialled steel toe 57 with auxiliary and are coaxially disposed, and driving 58 force-output shaft of cylinder passes through connecting plate 55 with aiding in Dial steel toe 57 to be hinged, the one end of driving cylinder 58 away from force-output shaft and the upper surface of bottom plate 51 are cut with scissors close to one end of fixed frame 52 Connecing, auxiliary dials steel toe 57 can carry out further separation at a distance while rising and stretching by the batch reinforcing bar after packet, Labor intensity is reduced, save trouble and labor, lifts work efficiency；Preferably, bottom plate 51, fixed frame 52, auxiliary dial steel body 56, auxiliary The material for dialling steel toe 57 and connecting plate 55 is cast iron, and cast iron cost is low, and hardness is big, can bear larger load；It is more excellent Selection of land, auxiliary are dialled steel body 56 and are hinged by bearing block 54 and fixed frame 52, and bearing block 54 is two stud of isometrical hole with sleeve Bearing block, stability is good, hinged more smooth, and service life is grown.

Preferably, driving cylinder 58 is equipped with solenoid valve 581, and tracheae connection is more convenient, and controls simpler Singly and conveniently；It is highly preferred that it is equipped with the second Y-shaped connector 582, one end of the second Y-shaped connector 582 between driving cylinder 58 and connecting plate 55 Hinged with connecting plate 55, the other end is with driving the force-output shaft of cylinder 58 to be fixedly connected, split production, and cost is low.

Preferably, telescopic supporting rod 53, the first Y-shaped connector 531 and floating junction 532 are further included, 532 one end of floating junction is consolidated Lock dials the one end of steel body 56 away from fixed frame 52 in auxiliary, and one end of the other end and the first Y-shaped connector 531 is hinged, the first Y-shaped connector One end of 531 other end and telescopic supporting rod 53 is connected through a screw thread, and the other end and the fixed frame 52 of telescopic supporting rod 53 lean on One end of nearly bottom plate 51 is hinged, and can increase the intensity that auxiliary dials cylinder body 56, lifts bearing capacity；It is highly preferred that the first Y-shaped connector 531 are equipped with stiffnut 533 with the threaded connection place of telescopic supporting rod 53, it is ensured that the fastness of junction, prevents from moving repeatedly Junction loosens when making.

Preferably, as shown in figure 9, auxiliary, which dials steel body 56, is equipped with the first floor 561, the second floor 562 and trislab 563, the first floor 561, the second floor 562 and trislab 563 and auxiliary group steel body 56 are in the same plane, the first floor 561 one end are located at one end that steel toe 57 is dialled close to auxiliary, and the other end is located at close to one end of fixed frame 52,562 He of the second floor Trislab 563 is located at the side away from the first floor 561, and 562 one end of the second floor is located at one end of close fixed frame 52, separately One end is connected with trislab 563, and one end of trislab 563 is fixedly connected with dialling one end of steel toe 57 close to auxiliary, is lifted Auxiliary dials the intensity of cylinder body 56, and then lifts bearing capacity.

During actual use, reinforcing bar one end of batch is ridden on supporting guide 11, and then whole device, which is located at, criticizes One end of dimension muscle, driving source 16 act, and force-output shaft stretches out upwards, thus drive dial steel body 17 along both sides vertical guide rail 13 to Upper movement, and then drive the steel toe 15 of dialling for being fixed on and dialling in steel body 17 to move, dialling steel toe 15 can wear during lasting rising Saturating steel bar layer, so that the reinforcing bar of batch is divided into two groups, completes packet action, then driving source 16 continues to rise, and drives driving Bar 21 is rotated up along multi-diameter shaft 24, and driven drive driving lever 26 moves up, will be scattered in after packet the reinforcing bar of driving lever 26 into One step separates, while also vacates certain operating space, after the completion of separating action, under the action of resetting spring 27, and driving lever 26 Resetted with drive rod 21, servomotor 32 starts, and drives leading screw 36 to rotate, and then drives sliding panel 33 in the line slideway of both sides Moved on 35, realize the big distance separation of reinforcing bar after packet, after end is completely separated, auxiliary dials steel device and is arranged on middle part, drives Cylinder 58 is controlled by solenoid valve 581, and force-output shaft stretches out, and while auxiliary group steel body 56 rotates up, auxiliary is dialled steel toe 57 and stretched Go out, the reinforcing bar of packet is pushed away far, realize the further separation of reinforcing bar, at the same time, telescopic rod 53 stretches out, and steel body is dialled to auxiliary 56 are supported, and under original state, the force-output shaft of driving cylinder 58 is in retracted mode, and auxiliary dials steel toe 57 and retracts, and auxiliary is dialled Steel body 56 is down-set, and batch reinforcing bar group needs starting when further separation, and total is using the main steel device and auxiliary dialled Help and dial steel device and be equipped with, the main cylinder driving for dialling steel device realizes batch reinforcing bar by being quantitatively grouped, and is driven with servomotor The dynamic reinforcing bar realized after packet further separates, and auxiliary, which dials steel device, can realize more remote separation, convenient to carry out follow-up bundle Packaging is pricked, manpower is saved, improves work efficiency.

One embodiment of the present of invention is described in detail above, but the content is only the preferable implementation of the present invention Example, it is impossible to be construed as limiting the practical range of the present invention.All all the changes and improvements made according to the present patent application scope Deng, should all still belong to the present invention patent covering scope within.

Claims (8)

1. A kind of 1. reinforcing bar Quantitative Separation equipment, it is characterised in that：Steel device and auxiliary group steel device are dialled including main, the master dials steel device and sets In the end of batch reinforcing bar, the auxiliary dials the middle part that steel device is located at batch reinforcing bar, and the master, which dials steel device, includes analysis component (1), separation assembly (2) and drive component (3), the analysis component (1) are located above the driving component (3), the separation Component (2) is fixed in the analysis component (1), and the analysis component (1) includes stent (19), driving source (16), dials steel body (17), steel toe (15), vertical guide rail (14) and the first linear bearing (13) are dialled, described group of steel body (17) is class " several " font, institute State class " several " font and dial the both ends of steel body (17) by first linear bearing (13) and the vertical guide rail (14) up and down It is slidably connected, the vertical guide rail (14) is fixed on the stent (19), described group of steel toe (15) and described group of steel body (17) Upper end connection, the described group of steel toe (15) is cone away from the upper end for dialling steel body (17), and driving source (16) go out Power axis is connected by the connecting plate lower end internal with described group of steel body (17), and the driving source (16) is remote to dial the one of steel body (17) End is fixed in the driving component (3), and the stent (19) is fixed in the driving component (3) close to the one end on ground；

   The auxiliary, which dials steel device, to be included bottom plate (51), fixed frame (52), aids in group steel body (56), auxiliary to dial steel toe (57), connection Plate (55) and driving cylinder (58), the bottom plate (51) is horizontally disposed, and the fixed frame (52) is located at the bottom plate (51) upper end The both sides of face one end, both sides and the fixed frame (52) that the auxiliary dials steel body (56) one end are hinged, the other end with it is described auxiliary Group steel toe (57) is helped to be slidably connected, the auxiliary is dialled steel body (56) and is coaxially disposed with the auxiliary group steel toe (57), the driving Cylinder (58) force-output shaft aids in group steel toe (57) hinged by the connecting plate (55) with described, and driving cylinder (58) is away from output One end of axis and the upper surface of the bottom plate (51) are hinged close to one end of the fixed frame (52)；

   The separation assembly (2) includes drive rod (21), driving lever (26), multi-diameter shaft (24), fixed seat (28), end cap (22), multiple Position spring (27) and matched bearings (25), the multi-diameter shaft (24) are turned by the matched bearings (25) and the fixed seat (28) Dynamic connection, the driving lever (26) are fixed for the " V " shape structure of opening upwards and " V " shape bottom and one end of the multi-diameter shaft (24) Connection, the driving lever (26) are fixed on the one end of the multi-diameter shaft (24) away from the drive rod (21), and the driving lever (26) is remote One end from the multi-diameter shaft (24) is located above the drive rod (21), and the length of the drive rod (21) is more than described dial The length of bar (26), the one end of the drive rod (21) away from the multi-diameter shaft (24) are being located at described group of steel body (17) both sides just Top, the end cap (22) are the middle T-shape for being equipped with through hole, and the end cap (22) is fixed on the both sides of the fixed seat (28) And it is coaxially disposed with the multi-diameter shaft (24), the lower end of the T-shape end cap (22) and the outer ring of the matched bearings (25) End contact, described resetting spring (27) one end is hinged with the one end of the driving lever (26) away from the multi-diameter shaft (24), another End is hinged with the fixed seat (28), and the fixed seat (28) is located on the stent (19).
2. A kind of 2. reinforcing bar Quantitative Separation equipment according to claim 1, it is characterised in that：The both sides of the stent (19) are set There is support column (12), the upper end of the support column (12) is equipped with supporting guide (11) and the two is connected by studs (121), The studs (121) is equipped with two matched location nuts (122), and described two location nuts (122) are arranged on described Between support column (12) and the supporting guide (11).
3. A kind of 3. reinforcing bar Quantitative Separation equipment according to claim 2, it is characterised in that：The support column (12) is equipped with Light barrier (18), the light barrier (18) are set close to the side for dialling steel body (17) with the horizontal acute angle.
4. A kind of 4. reinforcing bar Quantitative Separation equipment according to claim 3, it is characterised in that：The multi-diameter shaft (24) is symmetrical Structure, wherein side set gradually the end cap (22) and drive rod (21) from middle matched bearings (25) to end face, another Side sets gradually the end cap (22) and the driving lever (26) from middle matched bearings (25) to end face.
5. A kind of 5. reinforcing bar Quantitative Separation equipment according to claim 4, it is characterised in that：The matched bearings (25) and institute State and be equipped with the first interstage sleeve (29) between driving lever (26), first interstage sleeve (29) is coaxially disposed with the multi-diameter shaft (24), described First interstage sleeve (29) close to side and the matched bearings (25) inner ring of the matched bearings (25) end contact, it is described into To being equipped with the second interstage sleeve (23), second interstage sleeve (23) and the multi-diameter shaft between bearing (25) and the drive rod (21) (24) it is coaxially disposed, second interstage sleeve (23) is close to the side of the matched bearings (25) and the matched bearings (25) inner ring End contact.
6. A kind of 6. reinforcing bar Quantitative Separation equipment according to claim 1, it is characterised in that：The driving component (3) includes Base (31), servomotor (32), leading screw (36), the second linear bearing (34), line slideway (35), cylindrical bearing (39), cunning Movable plate (33) and shaft coupling (321), the base (31) are arranged on horizontal plane, and the both ends of the leading screw (36) pass through cylindrical bearing (39) it is rotatablely connected with the base (31), servomotor (32) solid lock is in the side of the base (31) and by described Shaft coupling (321) drives the leading screw (36) rotation, the line slideway (35) be symmetrically set in the both sides of the leading screw (36) and Both ends are fixedly connected with the base (31), and the line slideway (35) is arranged in parallel with the leading screw (36), the sliding panel (33) lower face is connected by screw with the leading screw (36), the sliding panel (33) by the second linear bearing (34) with it is described Line slideway (35) is slidably connected, and second linear bearing (34) is arranged on the both ends of the sliding panel (33), the sliding panel (33) upper surface is fixedly connected with the driving source (16), is fixedly connected with the stent (19).
7. A kind of 7. reinforcing bar Quantitative Separation equipment according to claim 6, it is characterised in that：The line slideway (35) and institute State the both sides at base (31) solid lock and be respectively equipped with the first locating cover (37) and the second locating cover (38), second locating cover (38) with first locating cover (37) be coaxially disposed with the leading screw (36) and with the outer ring end of the cylindrical bearing (39) Face coordinates.
8. A kind of 8. reinforcing bar Quantitative Separation equipment according to claim 1, it is characterised in that：The auxiliary is dialled steel device and is further included Telescopic supporting rod (53), the first Y-shaped connector (531) and floating junction (532), described floating junction (532) one end solid lock is described Auxiliary dials the one end of steel body (56) away from the fixed frame (52), and the other end and one end of first Y-shaped connector (531) are hinged, One end of the other end and the telescopic supporting rod (53) of first Y-shaped connector (531) is connected through a screw thread, the retractable support The other end of bar (53) is hinged with the fixed frame (52) close to one end of the bottom plate (51).