CN109176856A - A kind of manufacturing equipment of compound anchor plate - Google Patents

Abstract

The present invention relates to prestressed anchor manufacture fields, the manufacturing equipment of specifically a kind of compound anchor plate, including idler wheel conveyer belt, supporting plate installing mechanism, sole piece installing mechanism, concrete casting mechanism, rotating mechanism, upper piece installing mechanism and reinforcement mechanism, the idler wheel conveyer belt is equipped with several molds, the middle part of mold is equipped with pillar, die cavity is equipped between pillar and mold, supporting plate installing mechanism is identical with sole piece installing mechanism structure and includes loading assemblies, limit assembly and pushing component, rotating mechanism holds down assembly including first, second holds down assembly and driving assembly, reinforcement mechanism includes moving material component and two compacting components, two compacting components are symmetrical set in the two sides of idler wheel conveyer belt.The beneficial effects of the invention are as follows the formation speeds for can reduce manual labor amount, reducing occupation area of equipment and greatly improving product.

Description

A kind of manufacturing equipment of compound anchor plate

Technical field

The present invention relates to prestressed anchor manufacture field, the manufacturing equipment of specifically a kind of compound anchor plate.

Background technique

Compound anchor plate as shown in Figure 1, including sole piece 1, concrete section 2 and upper piece 3 have good impact resilience, resistance to Mill property, durability and crack resistance have preferable workability.

Above-mentioned compound anchor plate in the fabrication process, is needed using manually installed sole piece and upper piece, this will lead to compound anchor The manufacturing process of backing plate slows down, and when upper piece installation, since the concrete of its underpart does not solidify also, is easy to cause Block inclination causes the prestressing force ability to bear of compound anchor plate uneven, secondly so that the structure of compound anchor plate is uneven Compound anchor plate is since it with multiple components needs to install, and therefore, it is necessary to which it to be carried to movement between multiple stations, improves The labour of worker, increases the occupied area of equipment, while also further reduced the manufacturing speed of compound anchor plate.

Summary of the invention

The purpose of the present invention is to provide a kind of manufacturing equipments of compound anchor plate, and compound anchor plate making apparatus is concentrated Get up, the manufacturing process of compound anchor contact plate can be automatically performed, improves production efficiency.

The technical scheme is that being poured including idler wheel conveyer belt, supporting plate installing mechanism, sole piece installing mechanism, concrete Mechanism, rotating mechanism, upper piece installing mechanism and reinforcement mechanism are filled, the idler wheel conveyer belt is equipped with several and is equally arranged Mold, the middle part of the mold is equipped with pillar, die cavity, the supporting plate installing mechanism, bottom is equipped between the pillar and mold Block installing mechanism, concrete casting mechanism, rotating mechanism, upper piece installing mechanism and reinforcement mechanism are along the conveying side of idler wheel conveyer belt To setting gradually, the supporting plate installing mechanism it is identical with sole piece installing mechanism structure and include loading assemblies, limit assembly and Component is pushed, the limit assembly and pushing component are installed in one end of loading assemblies, and the pushing component is located at limit group The top of part, the rotating mechanism holds down assembly including first, second holds down assembly and driving assembly, and described first holds down assembly Holding down assembly with second, structure is identical and be symmetricly set on the two sides of idler wheel conveyer belt, and the driving component holds down assembly with first It is fixedly connected, the reinforcement mechanism includes moving to expect that component and two compacting components, two compacting components are symmetrical set The two sides of idler wheel conveyer belt.

In a preferred embodiment of the present invention, the loading assemblies include pedestal and supporting plate box, are set in the middle part of the pedestal There is feeding groove, the supporting plate box is in the upper end for being vertically arranged in pedestal, and the lower end of the supporting plate box is equipped with first port and second Port, the feeding groove is interior to be equipped with upper flitch, and one end of the upper flitch is plugged in first port, one end of the upper flitch Side is equipped with feeding cylinder, and the output end of the feeding cylinder is fixedly connected with one end of upper flitch, and the end of the pedestal is set There is the material-dropping hole being connected to feeding groove, the top of the material-dropping hole is equipped with the restriction plate being fixedly connected with pedestal, the restriction plate Middle part be equipped with push hole, it is described push hole diameter be less than material-dropping hole diameter.

In a preferred embodiment of the present invention, the limit assembly includes four limiting components, and the pedestal is equipped with four A mounting groove being circumferentially distributed, the limiting component are separately mounted in four mounting grooves, and each limiting component wraps Limit shaft, limited block and torsional spring are included, the both ends of the limit shaft are fixedly connected with pedestal, and one end of the limited block is set in On limit shaft, the torsional spring is set on limit shaft and the both ends of torsional spring are contradicted with limited block and pedestal respectively.

In a preferred embodiment of the present invention, the pushing component includes fixed plate, lower lock block, lower platen, lower air cylinder With four connecting columns, the fixed plate is mounted on the base and fixed plate is located at the top of limit plate, the lower lock block and pushing Plate is located at the following above and of fixed plate, is fixedly connected between the lower lock block and lower platen by four connecting columns, institute It states and is set in fixed plate there are four fixation hole, four fixation holes are slidably matched with four connecting columns respectively, and the lower air cylinder is vertical Down-set and lower air cylinder output end is fixedly connected with lower platen, and the upper end of the fixed plate is equipped with for calming the anger under fixing The fixed column of cylinder.

In a preferred embodiment of the present invention, the concrete casting mechanism includes agitator tank and discharging pump, the stirring The lower end of tank is equipped with stirring motor, agitating shaft is equipped in the agitator tank, the lower end of the agitating shaft is through agitator tank and stirring The output end of motor is fixedly connected, and the agitating shaft is equipped with several paddles, and the lower end of the agitator tank is equipped with discharge nozzle, The discharging pump is mounted on the middle part of discharge nozzle, and the end of the discharge nozzle is in be vertically arranged.

In a preferred embodiment of the present invention, described first holds down assembly including pressed seat, and the upper end of the pressed seat is set There are two sliding rail, it is all provided on each sliding rail there are two sliding shoe, the top of the pressed seat is equipped with movable block, the movable block Lower end is fixedly connected with the upper end of all sliding shoes, and the upper end of the pressed seat is equipped with compression cylinder, the compression cylinder it is defeated Outlet is fixedly connected with one end of movable block, and the top of the movable block is set there are two hold-down apertures, equal at each hold-down apertures Equipped with hold-down column, it being arranged with holddown spring on each hold-down column, one end of the movable block is equipped with connecting plate, and the one of connecting plate Side is fixedly connected with one end of two hold-down columns, and the other side of the connecting plate is set there are two contact roller, on two contact rollers Equipped with clamping sleeve.

In a preferred embodiment of the present invention, the driving component includes driving motor, driving plate and two drive shafts, institute Stating driving plate is in be horizontally set on the upper end of pressure plate, and the upper end of two drive shafts is rotatablely connected with driving plate, two drivings The lower end of axis is fixedly connected with two contact rollers respectively, and the driving motor is mounted on the defeated of the upper end of driving plate and driving motor Outlet is fixedly connected through driving plate with a drive shaft.

In a preferred embodiment of the present invention, the upper piece installing mechanism includes the first conveyer belt, the first screw rod slide unit, rises The gentle folder of sending down abnormally ascending cylinder, first conveyer belt are located at the side of idler wheel conveyer belt, and the first screw rod slide unit is in be horizontally set on The top of idler wheel conveyer belt, the lifting cylinder are fixedly connected with the sliding block of the first screw rod slide unit, the output of the lifting cylinder End is equipped with lifter plate, and the gas folder is fixedly connected with lifter plate, and intermediate plate, two folders are equipped on two clamps of the gas folder Piece is in arc-shaped.

In a preferred embodiment of the present invention, the shifting material component includes the second screw rod slide unit, moves material bar and two shifting material Slideway, the second screw rod slide unit is located at the end of idler wheel conveyer belt and the second screw rod slide unit is vertically arranged with idler wheel conveyer belt, Described one end for moving material bar is fixedly connected with the sliding block of the second screw rod slide unit, and it is fluted that the shifting expects that the two sides of bar are all provided with, and two The shifting material slideway is symmetrical set in the two sides of idler wheel conveyer belt, and the width for moving material slideway is equal to the outer diameter of mold, often Striker plate is equipped with below a shifting material slideway, the shifting material slideway is equipped with the spliced eye mating with striker plate, described The lower end of striker plate is equipped with backgauge cylinder, and the output end of the backgauge cylinder is fixedly connected with striker plate, and two are moved material slideway Both ends are equipped with the second conveyer belt.

In a preferred embodiment of the present invention, the compacting component includes support column, and the upper end of the support column is equipped with liquid Pressure system, the side of the support column are equipped with electric cylinders, and the lower section of the hydraulic system is equipped with the hydraulic block being slidably matched with electric cylinders, The lower end of the hydraulic block is equipped with tamping block, and the tamping block is in that several use are equipped between circular ring shape and tamping block and hydraulic block In the connection sheet of both connections, the top of the tamping block is equipped with tumping rummer, the tumping rummer is annular in shape and tumping rummer it is outer Diameter is greater than the internal diameter of tamping block, and the upper end of the tumping rummer is equipped with compacting bar, and the upper end of the compacting bar is connect with hydraulic block.

The present invention provides a kind of manufacturing equipment of compound anchor plate by improving herein, compared with prior art, has such as Lower improvement and advantage:

(1) it can be automatically performed the processing of compound anchor plate, supporting plate installing mechanism, sole piece installing mechanism, concrete are poured The side that idler wheel conveyer belt is closely arranged in mechanism, rotating mechanism, upper piece installing mechanism and reinforcement mechanism is filled, is reduced multiple The process transported between device reduces the amount of labour of worker, improves the speed of production of compound anchor plate；

(2) by electric cylinders work, by tamping block be moved to upper piece 3 upper end, later by hydraulic system work so that rammer Real hammer moves down, and hammers tamping block by tumping rummer so that tamping block in mold upper piece, sole piece and coagulation rammed earth, This compacting mode can also ensure that in compacting process sole piece and upper piece in horizontality, guarantee the matter of compound anchor plate Amount；

(3) slideway is expected by two compacting components of setting and two shiftings, when the second screw rod slide unit drives shifting material bar to move back It when dynamic, can push mold mobile in two directions, and there is compacting component to carry out compacting processing to the product in mold, Further improve the formation speed of compound anchor plate；

(4) the feeding work of supporting plate can be completed by the cooperating of loading assemblies, limit assembly and pushing component, together Reason can also complete the feeding process of sole piece, so that feeding is easier, reduce manual labor amount；

(5) position of mold is capable of fixing by first cooperating to hold down assembly with second that holds down assembly, passes through drive Dynamic component drives contact roller rotation to be able to drive mold rotation, so that concrete, which can be poured uniformly, is filled in annular on mold In the die cavity of mechanism.

Detailed description of the invention

The present invention is further explained with reference to the accompanying drawings and examples:

Fig. 1 is the fractionation structural representation of present invention production product；

Fig. 2 is schematic perspective view of the invention；

Fig. 3 is the enlarged drawing in Fig. 2 at A；

Fig. 4 is the schematic perspective view of supporting plate installing mechanism in the present invention；

Fig. 5 is the top view of supporting plate installing mechanism in the present invention；

Fig. 6 is cross-sectional view of the Fig. 5 along line B-B；

Fig. 7 is the enlarged drawing in Fig. 6 at C；

Fig. 8 is the top view of concrete casting mechanism in the present invention；

Fig. 9 is cross-sectional view of the Fig. 8 along line D-D；

Figure 10 is sectional perspective structural schematic diagram of the invention；

Figure 11 is the schematic perspective view of upper block installing mechanism in the present invention；

Figure 12 is the schematic perspective view of reinforcement mechanism in the present invention；

Figure 13 is the partial side view of reinforcement mechanism of the present invention；

Description of symbols: sole piece 1, concrete section 2, upper piece 3, idler wheel conveyer belt 4, supporting plate installing mechanism 5, loading assemblies 5a, pedestal 5a1, supporting plate box 5a2, feeding groove 5a3, first port 5a4, second port 5a5, upper flitch 5a6, feeding cylinder 5a7, Material-dropping hole 5a8, restriction plate 5a9 push hole 5a10, limit assembly 5b, mounting groove 5b1, limit shaft 5b2, limited block 5b3, torsional spring 5b4 pushes component 5c, fixed plate 5c1, lower lock block 5c2, lower platen 5c3, lower air cylinder 5c4, connecting column 5c5, fixed column 5c6, Sole piece installing mechanism 6, concrete casting mechanism 7, agitator tank 7a, discharging pump 7b, stirring motor 7c, agitating shaft 7d, paddle 7e, Discharge nozzle 7f, rotating mechanism 8, first holds down assembly 8a, pressed seat 8a1, sliding rail 8a2, movable block 8a3, compression cylinder 8a4, pressure Tight column 8a5, holddown spring 8a6, connecting plate 8a7, contact roller 8a8, clamping sleeve 8a9, second hold down assembly 8b, driving assembly 8c, Driving motor 8c1, driving plate 8c2, drive shaft 8c3, upper piece installing mechanism 9, the first conveyer belt 9a, the first screw rod slide unit 9b rise Sending down abnormally ascending cylinder 9c, gas press from both sides 9d, intermediate plate 9e, lifter plate 9f, and reinforcement mechanism 10 moves material component 10a, the second screw rod slide unit 10a1, moves material Bar 10a2, moves material slideway 10a3, groove 10a4, striker plate 10a5, and backgauge cylinder 10a6, the second conveyer belt 10a7 tamp component 10b, support column 10b1, hydraulic system 10b2, electric cylinders 10b3, hydraulic block 10b4, tamping block 10b5, connection sheet 10b6, tumping rummer 10b7 tamps bar 10b8, mold 11, pillar 12, die cavity 13.

Specific embodiment

Below in conjunction with attached drawing 1 to Figure 13, the present invention is described in detail, technical solution in the embodiment of the present invention It is clearly and completely described, it is clear that described embodiments are only a part of the embodiments of the present invention, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are obtained without making creative work The every other embodiment obtained, shall fall within the protection scope of the present invention.

The present invention provides a kind of manufacturing equipment of compound anchor plate by improving herein, as shown in Fig. 1-Figure 13, including rolling Take turns conveyer belt 4, supporting plate installing mechanism 5, sole piece installing mechanism 6, concrete casting mechanism 7, rotating mechanism 8, upper piece installing mechanism 9 With reinforcement mechanism 10, the idler wheel conveyer belt 4 is equipped with several molds 11 being equally arranged, the middle part of the mold 11 Equipped with pillar 12, between the pillar 12 and mold 11 be equipped with die cavity 13, the supporting plate installing mechanism 5, sole piece installing mechanism 6, Concrete casting mechanism 7, rotating mechanism 8, upper piece installing mechanism 9 and reinforcement mechanism 10 along idler wheel conveyer belt 4 conveying direction according to Secondary setting, the supporting plate installing mechanism 5 is identical with 6 structure of sole piece installing mechanism and includes loading assemblies 5a, limit assembly 5b One end of loading assemblies 5a, the pushing component are installed in pushing component 5c, the limit assembly 5b and pushing component 5c 5c is located at the top of limit assembly 5b, the rotating mechanism 8 include first hold down assembly 8a, second hold down assembly 8b and driving group Part 8c, the described first 8b structure that holds down assembly of 8a and second that holds down assembly is identical and be symmetricly set on the two sides of idler wheel conveyer belt 4, The driving component 8c is fixedly connected with first 8a that holds down assembly, and the reinforcement mechanism 10 includes moving material component 10a and two rammers Real component 10b, two compacting component 10b are symmetrical set in the two sides of idler wheel conveyer belt 4；Pass through 4 work of idler wheel conveyer belt Make the movement of driven mold 11, later by loading assemblies 5a transport base, limits component for floor level and be limited in loading assemblies The end of 5a, then bottom plate is depressed into 13 bottom of die cavity by pushing component 5c, similarly, plot is mounted on to the upper end of bottom plate, it Afterwards, by concrete casting mechanism 7 in die cavity 13, meanwhile, it is rotated by 8 driven mold 11 of rotating mechanism, so that concrete is uniform Pour and be filled in die cavity 13, later by upper piece installing mechanism 9 by upper piece 3 upper ends for being mounted on concrete, finally by shifting material group Part 10a by mold 11 be moved to compacting component 10b lower section, by compacting component 10b by sole piece 1, concrete and upper piece 3 pressure It is real, mold 11 is transported away, carries out following process again to its solidification.

The loading assemblies 5a includes that the middle part of pedestal 5a1 and supporting plate box 5a2, the pedestal 5a1 are equipped with feeding groove 5a3, The supporting plate box 5a2 is in be vertically arranged in the upper end of pedestal 5a1, the lower end of the supporting plate box 5a2 be equipped with first port 5a4 and Upper flitch 5a6 is equipped in second port 5a5, the feeding groove 5a3, one end of the upper flitch 5a6 is plugged on first port 5a4 Interior, one end side of the upper flitch 5a6 is equipped with feeding cylinder 5a7, the output end and upper flitch 5a6 of the feeding cylinder 5a7 One end be fixedly connected, the end of the pedestal 5a1 is equipped with the material-dropping hole 5a8, the material-dropping hole 5a8 being connected to feeding groove 5a3 Top be equipped with the middle part of restriction plate 5a9, the restriction plate 5a9 being fixedly connected with pedestal 5a1 and be equipped with and push hole 5a10, it is described The diameter for pushing hole 5a10 is less than the diameter of material-dropping hole 5a8；Several supporting plates are placed in superposition in supporting plate box 5a2, pass through feeding Cylinder 5a7 Work Promote upper flitch 5a6 is mobile, and upper flitch 5a6 is mobile from first port 5a4 to second port 5a5, by supporting plate The top of material-dropping hole 5a8 is released from second port 5a5 and pushed to the lowermost supporting plate in box 5a2, by limiting component Supporting plate is limited in the upper end of pedestal 5a1, supporting plate can be limited in the upper end of pedestal 5a1 in level, kept away by the restriction plate 5a9 The one end for exempting from supporting plate slides causes supporting plate inclination to be stuck at material-dropping hole 5a8 in material-dropping hole 5a8.

The limit assembly 5b includes four limiting components, sets that there are four the installations being circumferentially distributed on the pedestal 5a1 Slot 5b1, the limiting component are separately mounted in four mounting groove 5b1, each limiting component include limit shaft 5b2, Limited block 5b3 and torsional spring 5b4, the both ends of the limit shaft 5b2 are fixedly connected with pedestal 5a1, one end of the limited block 5b3 Be set on limit shaft 5b2, the torsional spring 5b4 be set on limit shaft 5b2 and the both ends of torsional spring 5b4 respectively with limited block 5b3 It is contradicted with pedestal 5a1；By the effect of torsional spring 5b4 so that limited block 5b3 is inclined to set, pass through four limited block 5b3 cooperations Support bottom plate is acted on, when bottom slab stress moves down, torsional spring 5b4 is shunk, so that four limited block 5b3 rotations, so that Bottom plate passes through the bottom that material-dropping hole 5a8 drops down onto die cavity 13.

The pushing component 5c includes fixed plate 5c1, lower lock block 5c2, lower platen 5c3, lower air cylinder 5c4 and four companies Column 5c5 is met, the fixed plate 5c1 is mounted on pedestal 5a1 and fixed plate 5c1 is located at the top of limit plate, the lower lock block 5c2 It is located at the following above and of fixed plate 5c1 with lower platen 5c3, passes through four between the lower lock block 5c2 and lower platen 5c3 Connecting column 5c5 is fixedly connected, and is set on the fixed plate 5c1 there are four fixation hole, four fixation holes respectively with four connecting column 5c5 It is slidably matched, the lower air cylinder 5c4 is arranged straight down and the output end of lower air cylinder 5c4 and lower platen 5c3 are fixed and connected It connects, the upper end of the fixed plate 5c1 is equipped with the fixed column 5c6 for fixing lower air cylinder 5c4；It is worked by lower air cylinder 5c4 Lower platen 5c3 and lower lock block 5c2 is pushed to move down and drops down onto bottom plate pressure in mold 11, the fixation hole and connecting column 5c5's The moving direction of lower lock block 5c2 can be limited by being slidably matched.

The concrete casting mechanism 7 is equipped with stirring including the lower end of agitator tank 7a and discharging pump 7b, the agitator tank 7a Agitating shaft 7d is equipped in motor 7c, the agitator tank 7a, the lower end of the agitating shaft 7d is through agitator tank 7a and stirring motor 7c Output end be fixedly connected, the agitating shaft 7d is equipped with several paddles 7e, and the lower end of the agitator tank 7a is equipped with discharging Pipe 7f, the discharging pump 7b are mounted on the middle part of discharge nozzle 7f, and the end of the discharge nozzle 7f is in be vertically arranged；Pass through stirring electricity Machine 7c work drives agitating shaft 7d rotation, and agitating shaft 7d drives paddle 7e rotation to stir the concrete in agitator tank 7a It mixes, is later extracted concrete out from discharge nozzle 7f by discharging pump 7b work, and by concrete casting in die cavity 13.

Described first 8a that holds down assembly includes pressed seat 8a1, and the upper end of the pressed seat 8a1 sets that there are two sliding rail 8a2, often It is all provided on a sliding rail 8a2 there are two sliding shoe, the top of the pressed seat 8a1 is equipped with movable block 8a3, the movable block 8a3's Lower end is fixedly connected with the upper end of all sliding shoes, and the upper end of the pressed seat 8a1 is equipped with compression cylinder 8a4, the compression gas The output end of cylinder 8a4 is fixedly connected with one end of movable block 8a3, and the top of the movable block 8a3 is set there are two hold-down apertures, described It is equipped with hold-down column 8a5 at each hold-down apertures, holddown spring 8a6, the movable block 8a3 are arranged on each hold-down column 8a5 One end be equipped with connecting plate 8a7, the side of connecting plate 8a7 is fixedly connected with one end of two hold-down column 8a5, the connecting plate The other side of 8a7 is set there are two contact roller 8a8, is equipped with clamping sleeve 8a9 on two contact roller 8a8；Compression cylinder 8a4 work pushes away Dynamic movable block 8a3 is mobile to mold 11, latter two contact roller 8a8 contradict the holddown spring 8a6 and pressure on mold 11 The setting of tight column 8a5 makes contact roller 8a8 closely contradict the compression on mold 11, contact roller 8a8 for improving elastic force Set 8a9 for protecting contact roller 8a8 and mold 11, by first hold down assembly 8a and second hold down assembly 8b cooperating can Mold 11 is fastened between four contact roller 8a8.

The driving component 8c includes driving motor 8c1, driving plate 8c2 and two drive shafts 8c3, the driving plate 8c2 In the upper end for being horizontally set on pressure plate, the upper end of two drive shaft 8c3 is rotatablely connected with driving plate 8c2, two drive shafts The lower end of 8c3 is fixedly connected with two contact roller 8a8 respectively, and the driving motor 8c1 is mounted on upper end and the drive of driving plate 8c2 The output end of dynamic motor 8c1 is fixedly connected through driving plate 8c2 with a drive shaft 8c3；It holds down assembly 8a and second when first After the 8b that holds down assembly cooperation engages mold 11, drive shaft 8c3 connected to it is driven to rotate by driving motor 8c1 work, Contact roller 8a8 rotation is driven by drive shaft 8c3, in the case where the frictional force of contact roller 8a8 drives mold 11 is rotated, to make The concrete for obtaining discharge nozzle 7f discharge, which uniformly pours, to be filled in die cavity 13.

The upper piece installing mechanism 9 includes the first conveyer belt 9a, the first screw rod slide unit 9b, the gentle folder 9d of lifting cylinder 9c, The first conveyer belt 9a is located at the side of idler wheel conveyer belt 4, and the first screw rod slide unit 9b is conveyed in idler wheel is horizontally set on With 4 top, the lifting cylinder 9c is fixedly connected with the sliding block of the first screw rod slide unit 9b, the output of the lifting cylinder 9c End is equipped with lifter plate 9f, and the gas folder 9d is fixedly connected with lifter plate 9f, is equipped with folder on two clamps of the gas folder 9d Piece 9e, two intermediate plate 9e are in arc-shaped；By gas press from both sides 9d work so that two intermediate plate 9e will upper piece 3 clampings, lifting cylinder 9c 3 rises upper piece, later by the first screw rod slide unit 9b work by upper piece 3 upper ends for being moved to mold 11, and 3 puts upper piece It sets in 11 upper end of mold.

The shifting material component 10a includes the second screw rod slide unit 10a1, moves and expect that bar 10a2 and two shiftings expect slideway 10a3, described Second screw rod slide unit 10a1 is located at the end of idler wheel conveyer belt 4 and the second screw rod slide unit 10a1 is vertical with idler wheel conveyer belt 4 sets It sets, described one end for moving material bar 10a2 is fixedly connected with the sliding block of the second screw rod slide unit 10a1, the two sides for moving material bar 10a2 It is all provided with fluted 10a4, two shifting material slideway 10a3 are symmetrical set in the two sides of idler wheel conveyer belt 4, and the shifting material is slided The width of road 10a3 is equal to the outer diameter of mold 11, and striker plate 10a5, the shifting material are equipped with below each shifting material slideway 10a3 Slideway 10a3 is equipped with the spliced eye mating with striker plate 10a5, and the lower end of the striker plate 10a5 is equipped with backgauge cylinder The output end of 10a6, the backgauge cylinder 10a6 are fixedly connected with striker plate 10a5, and two both ends for moving material slideway 10a3 are all provided with There is the second conveyer belt 10a7；It drives to move material bar 10a2 movement and be moved to mold 11 by the second screw rod slide unit 10a1 and expects slideway It on 10a3, is risen by striker plate 10a5 and stops mold 11, later by compacting component 10b by upper piece 3, sole piece in mold 11 1 and concrete compacting, after compacting, backgauge cylinder 10a6 drive striker plate 10a5 decline, later again pass through the second screw rod slide unit 10a1 drives shifting material bar 10a2 that mold 11 is moved on the second conveyer belt 10a7 and completes blanking, as the second screw rod slide unit 10a1 When reverse movement, mold 11 can be moved to another and moved on material slideway 10a3 and tamped, two compacting component 10b can Improve process velocity.

The compacting component 10b includes support column 10b1, and the upper end of the support column 10b1 is equipped with hydraulic system 10b2, institute The side for stating support column 10b1 is equipped with electric cylinders 10b3, and the lower section of the hydraulic system 10b2 is equipped with to be slidably matched with electric cylinders 10b3 The lower end of hydraulic block 10b4, the hydraulic block 10b4 are equipped with tamping block 10b5, and the tamping block 10b5 is in circular ring shape and tamping block It is equipped with above the connection sheet 10b6, the tamping block 10b5 that several are used to connect the two and sets between 10b5 and hydraulic block 10b4 There is a tumping rummer 10b7, the tumping rummer 10b7 is annular in shape and the outer diameter of tumping rummer 10b7 is greater than the internal diameter of tamping block 10b5, institute The upper end for stating tumping rummer 10b7 is equipped with compacting bar 10b8, and the upper end of the compacting bar 10b8 is connect with hydraulic block 10b4；Work as mold 11 be moved to compacting component 10b lower section after, worked by electric cylinders 10b3, by tamping block 10b5 be moved to upper piece 3 upper end, it It is worked by hydraulic system 10b2 afterwards so that tumping rummer 10b7 is moved down, tamping block 10b5 is hammered by tumping rummer 10b7, is made Tamping block 10b5 in mold 11 upper piece 3, sole piece and coagulation rammed earth.

The lower end of mold 11 is set there are four liftout hole in the present invention, and four liftout holes are connected to die cavity 13, when mold 11 After interior concrete setting, supporting plate can be ejected by four liftout holes, supporting plate drives molding anchor plate to remove mold 11, just In blanking.

The working principle of the invention: it is mobile by the work driven mold 11 of idler wheel conveyer belt 4, it is superimposed in supporting plate box 5a2 Place several supporting plates, it is mobile by feeding cylinder 5a7 Work Promote upper flitch 5a6, upper flitch 5a6 from first port 5a4 to Second port 5a5 is mobile, and the lowermost supporting plate in supporting plate box 5a2 is released from second port 5a5 and is pushed to material-dropping hole Matched at this point, making limited block 5b3 be inclined to set under the action of torsional spring 5b4 by four limited block 5b3 the top of 5a8 Cooperation support bottom plate, lower air cylinder 5c4 Work Promote lower platen 5c3 and lower lock block 5c2, which is moved down, later falls bottom plate pressure To mold 11；Stirring motor 7c work drives agitating shaft 7d rotation, and agitating shaft 7d drives paddle 7e rotation to agitator tank 7a Interior concrete is stirred, when mold 11 is moved to the lower end of discharge nozzle 7f, by discharging pump 7b work by concrete from Discharge nozzle 7f extraction, and by concrete casting in die cavity 13, meanwhile, compression cylinder 8a4 Work Promote movable block 8a3 is to mold 11 is mobile, latter two contact roller 8a8 contradict on mold 11, matched by first 8b that holds down assembly of 8a and second that holds down assembly Mold 11 can be fastened between four contact roller 8a8 by closing work, and driving motor 8c1 work drives drive shaft connected to it 8c3 rotation drives contact roller 8a8 rotation by drive shaft 8c3, makes 11 turns of mold in the case where the frictional force of contact roller 8a8 drives It is dynamic so that the concrete of discharge nozzle 7f discharge is uniformly poured and is filled in die cavity 13, and then 9d work pressed from both sides by gas so that Two intermediate plate 9e 3 are clamped upper piece, lifting cylinder 9c will upper piece 3 rise, worked later by the first screw rod slide unit 9b by upper piece 3 are moved to the upper end of mold 11, and 3 are placed on 11 upper end of mold for upper piece, when mold 11 is moved to the end of idler wheel conveyer belt 4 When end, drives to move material bar 10a2 movement and be moved to mold 11 by the second screw rod slide unit 10a1 and expect to pass through on slideway 10a3 Striker plate 10a5 rise stop mold 11, worked by electric cylinders 10b3, by tamping block 10b5 be moved to upper piece 3 upper end, later It is worked by hydraulic system 10b2 so that tumping rummer 10b7 is moved down, tamping block 10b5 is hammered by tumping rummer 10b7, so that Tamping block 10b5 in mold 11 upper piece 3, sole piece and coagulation rammed earth, after compacting, backgauge cylinder 10a6 drives striker plate 10a5 decline is driven to move again by the second screw rod slide unit 10a1 and expects that mold 11 is moved to the second conveyer belt 10a7 by bar 10a2 later Mold 11 can be moved to another and move material slideway 10a3 by upper completion blanking when the second screw rod slide unit 10a1 reverse movement On tamped, complete compacting after mold 11 be transported away by the second conveyer belt 10a7.

The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, as defined herein General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, of the invention It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one The widest scope of cause.

Claims (10)

1. a kind of manufacturing equipment of compound anchor plate, it is characterised in that: including idler wheel conveyer belt (4), supporting plate installing mechanism (5), Sole piece installing mechanism (6), concrete casting mechanism (7), rotating mechanism (8), upper piece installing mechanism (9) and reinforcement mechanism (10), The idler wheel conveyer belt (4) is equipped with several molds (11) being equally arranged, and the middle part of the mold (11) is equipped with convex Column (12) is equipped with die cavity (13) between the pillar (12) and mold (11), the supporting plate installing mechanism (5), sole piece fitting machine Structure (6), concrete casting mechanism (7), rotating mechanism (8), upper piece installing mechanism (9) and reinforcement mechanism (10) are along idler wheel conveyer belt (4) conveying direction is set gradually, and the supporting plate installing mechanism (5) is identical with sole piece installing mechanism (6) structure and includes upper Expect component (5a), limit assembly (5b) and push component (5c), the limit assembly (5b) and pushing component (5c) are installed in One end of loading assemblies (5a), the top for pushing component (5c) and being located at limit assembly (5b), the rotating mechanism (8) include First holds down assembly (8a), second holds down assembly (8b) and driving assembly (8c), described first hold down assembly (8a) and second pressure Tight component (8b) structure is identical and is symmetricly set on the two sides of idler wheel conveyer belt (4), and the driving component (8c) is compressed with first Component (8a) is fixedly connected, and the reinforcement mechanism (10) includes moving material component (10a) and two compacting components (10b), two institutes Compacting component (10b) is stated to be symmetrical set in the two sides of idler wheel conveyer belt (4).

2. the manufacturing equipment of compound anchor plate according to claim 1, it is characterised in that: the loading assemblies (5a) include The middle part of pedestal (5a1) and supporting plate box (5a2), the pedestal (5a1) is equipped with feeding groove (5a3), and the supporting plate box (5a2) is in perpendicular Straight setting is equipped with first port (5a4) and second port in the upper end of pedestal (5a1), the lower end of the supporting plate box (5a2) (5a5), the feeding groove (5a3) is interior to be equipped with upper flitch (5a6), and one end of the upper flitch (5a6) is plugged on first port In (5a4), one end side of the upper flitch (5a6) is equipped with feeding cylinder (5a7), the output end of the feeding cylinder (5a7) It is fixedly connected with one end of upper flitch (5a6), the end of the pedestal (5a1) is equipped with the material-dropping hole being connected to feeding groove (5a3) (5a8), the top of the material-dropping hole (5a8) are equipped with the restriction plate (5a9) being fixedly connected with pedestal (5a1), the restriction plate The middle part of (5a9), which is equipped with, pushes hole (5a10), and the diameter for pushing hole (5a10) is less than the diameter of material-dropping hole (5a8).

3. the manufacturing equipment of compound anchor plate according to claim 2, it is characterised in that: the limit assembly (5b) includes Four limiting components, set that there are four the mounting groove (5b1) being circumferentially distributed, the limiting component difference on the pedestal (5a1) It is mounted in four mounting grooves (5b1), each limiting component includes limit shaft (5b2), limited block (5b3) and torsional spring The both ends of (5b4), the limit shaft (5b2) are fixedly connected with pedestal (5a1), and one end of the limited block (5b3) is set in On limit shaft (5b2), the torsional spring (5b4) be set on limit shaft (5b2) and the both ends of torsional spring (5b4) respectively with limited block (5b3) and pedestal (5a1) contradict.

4. the manufacturing equipment of compound anchor plate according to claim 3, it is characterised in that: the pushing component (5c) includes Fixed plate (5c1), lower lock block (5c2), lower platen (5c3), lower air cylinder (5c4) and four connecting columns (5c5), the fixed plate (5c1) is mounted on pedestal (5a1) and fixed plate (5c1) is located at the top of limit plate, the lower lock block (5c2) and lower platen (5c3) is located at the following above and of fixed plate (5c1), passes through four between the lower lock block (5c2) and lower platen (5c3) Connecting column (5c5) is fixedly connected, and is set on the fixed plate (5c1) there are four fixation hole, four fixation holes are connect with four respectively Column (5c5) is slidably matched, and the lower air cylinder (5c4) is arranged straight down and the output end and lower platen of lower air cylinder (5c4) (5c3) is fixedly connected, and the upper end of the fixed plate (5c1) is equipped with the fixed column (5c6) for fixing lower air cylinder (5c4).

5. the manufacturing equipment of compound anchor plate according to claim 1, it is characterised in that: the concrete casting mechanism It (7) include agitator tank (7a) and discharging pump (7b), the lower end of the agitator tank (7a) is equipped with stirring motor (7c), the agitator tank It is equipped with agitating shaft (7d) in (7a), the output end of agitator tank (7a) and stirring motor (7c) are run through in the lower end of the agitating shaft (7d) It is fixedly connected, the agitating shaft (7d) is equipped with several paddles (7e), and the lower end of the agitator tank (7a) is equipped with discharge nozzle (7f), the discharging pump (7b) are mounted on the middle part of discharge nozzle (7f), and the end of the discharge nozzle (7f) is in be vertically arranged.

6. the manufacturing equipment of compound anchor plate according to claim 1, it is characterised in that: described first holds down assembly (8a) Including pressed seat (8a1), the upper end of the pressed seat (8a1) is set there are two sliding rail (8a2), is equipped on each sliding rail (8a2) The top of two sliding shoes, the pressed seat (8a1) is equipped with movable block (8a3), the lower end of the movable block (8a3) and all cunnings The upper end of motion block is fixedly connected, and the upper end of the pressed seat (8a1) is equipped with compression cylinder (8a4), the compression cylinder (8a4) Output end is fixedly connected with the one end of movable block (8a3), and the top of the movable block (8a3) is set there are two hold-down apertures, described every It is equipped at a hold-down apertures hold-down column (8a5), is arranged with holddown spring (8a6), the movable block on each hold-down column (8a5) The one end of (8a3) is equipped with connecting plate (8a7), and the side of connecting plate (8a7) is fixedly connected with one end of two hold-down columns (8a5), The other side of the connecting plate (8a7) is set there are two contact roller (8a8), is equipped with clamping sleeve on two contact rollers (8a8) (8a9)。

7. the manufacturing equipment of compound anchor plate according to claim 6, it is characterised in that: the driving component (8c) includes Driving motor (8c1), driving plate (8c2) and two drive shafts (8c3), the driving plate (8c2) are in be horizontally set on pressure plate Upper end, the upper end of two drive shafts (8c3) is rotatablely connected with driving plate (8c2), the lower end difference of two drive shafts (8c3) It is fixedly connected with two contact rollers (8a8), the driving motor (8c1) is mounted on upper end and the driving motor of driving plate (8c2) The output end of (8c1) is fixedly connected through driving plate (8c2) with a drive shaft (8c3).

8. the manufacturing equipment of compound anchor plate according to claim 1, it is characterised in that: upper piece installing mechanism (9) Including the first conveyer belt (9a), the first screw rod slide unit (9b), the gentle folder (9d) of lifting cylinder (9c), first conveyer belt (9a) Side positioned at idler wheel conveyer belt (4), the first screw rod slide unit (9b) are in the top for being horizontally set on idler wheel conveyer belt (4), The lifting cylinder (9c) is fixedly connected with the sliding block of the first screw rod slide unit (9b), sets on the output end of the lifting cylinder (9c) Have lifter plate (9f), the gas folder (9d) is fixedly connected with lifter plate (9f), is equipped on two clamps of the gas folder (9d) Intermediate plate (9e), two intermediate plates (9e) are in arc-shaped.

9. the manufacturing equipment of compound anchor plate according to claim 1, it is characterised in that: shifting material component (10a) packet It includes the second screw rod slide unit (10a1), move material bar (10a2) and two shifting material slideway (10a3), the second screw rod slide unit (10a1) Positioned at idler wheel conveyer belt (4) end and the second screw rod slide unit (10a1) be vertically arranged with idler wheel conveyer belt (4), bar is expected in the shifting The one end of (10a2) is fixedly connected with the sliding block of the second screw rod slide unit (10a1), and the two sides for moving material bar (10a2) are equipped with recessed Slot (10a4), two shifting material slideway (10a3) are symmetrical set in the two sides of idler wheel conveyer belt (4), and slideway is expected in the shifting The width of (10a3) is equal to the outer diameter of mold (11), is equipped with striker plate (10a5), institute below each shifting material slideway (10a3) It states shifting material slideway (10a3) and is equipped with the spliced eye mating with striker plate (10a5), the lower end of the striker plate (10a5) is set Have backgauge cylinder (10a6), the output end of the backgauge cylinder (10a6) is fixedly connected with striker plate (10a5), and two shifting material are slided The both ends in road (10a3) are equipped with the second conveyer belt (10a7).

10. the manufacturing equipment of compound anchor plate according to claim 9, it is characterised in that: compacting component (10b) packet It including support column (10b1), the upper end of the support column (10b1) is equipped with hydraulic system (10b2), and the one of the support column (10b1) Side is equipped with electric cylinders (10b3), and the lower section of the hydraulic system (10b2) is equipped with the hydraulic block being slidably matched with electric cylinders (10b3) The lower end of (10b4), the hydraulic block (10b4) are equipped with tamping block (10b5), and the tamping block (10b5) is in circular ring shape and compacting Several connection sheets (10b6) for being used to connect the two, the tamping block are equipped between block (10b5) and hydraulic block (10b4) The top of (10b5) is equipped with tumping rummer (10b7), and the tumping rummer (10b7) is annular in shape and the outer diameter of tumping rummer (10b7) is greater than The internal diameter of tamping block (10b5), the upper end of the tumping rummer (10b7) are equipped with compacting bar (10b8), compacting bar (10b8) Upper end is connect with hydraulic block (10b4).