CN208266636U - A kind of pavement concrete automatic pouring device - Google Patents

Abstract

The utility model discloses a kind of pavement concrete automatic pouring devices, including crust of the device, the top surface of crust of the device is equipped with feed inlet A, the bottom surface of crust of the device is equipped with discharge port, the inner wall on crust of the device top is fixed with motor B, the driving end of motor B is fixed with the first carrying roller, the other end of first carrying roller is fixed on the inner wall of crust of the device, the side of first carrying roller is uniformly provided with multiple second rollers being fixed on crust of the device inner wall, the outside of first carrying roller and second roller is enclosed with conveyer belt A, the charging baffle being fixed on crust of the device inner wall is symmetrically arranged with above conveyer belt A, the bottom surface of charging baffle is bonded with conveyer belt A, there is funnel A below conveyer belt A, there is bristle in the top surface of funnel A, bristle is bonded with the bottom surface of conveyer belt A.The utility model design has roller and poking bar, bulky grain concrete can be milled uniformly, be transferred out after a variety of concrete to be stirred into uniformly more loose, uniform, the high-quality concrete being stirred, efficient, practical.

Description

A kind of pavement concrete automatic pouring device

Technical field

The utility model relates to a kind of pavement concrete automatic pouring device fields, and in particular to a kind of pavement concrete from It is dynamic to pour device.

Background technique

The production of various concrete building blocks is mostly to be stamped to form using press machine to dry pulp in the market, for wet Slurry, stripping and slicing are not easy to be made of press machine impact style.Siccative, water and auxiliary agent are usually required in the preparation process of stripping and slicing, are led to The addition of normal auxiliary agent and water and siccative has sequence requirement, manually add merely it is time-consuming and laborious, it is dangerous.Existing casting device Mixing is uneven, directly affects product quality, and working efficiency is low, and because concreting refers to entering concreting Mould until plasticizing process, predetermined body, ordinary circumstance are made in the materials to mould such as concrete in civil construction project Under be all directly to be poured with casting machine, if the pressure of casting machine is inadequate, will cause to pour inside mould and stomata or even some occur Corner can be maked somebody a mere figurehead, and lead to occur safety problem in use.

Utility model content

To solve the above problems, the utility model provides a kind of pavement concrete automatic pouring device.

The utility model is achieved through the following technical solutions:

A kind of pavement concrete automatic pouring device, the pavement concrete automatic pouring machinery have crust of the device, The top surface of crust of the device is equipped with feed inlet A, and the bottom surface of crust of the device is equipped with discharge port, and the inner wall on crust of the device top is fixed with electricity The driving end of machine B, motor B are fixed with the first carrying roller, and the other end of the first carrying roller is fixed on the inner wall of crust of the device, the first support The side of roller is uniformly provided with multiple second rollers being fixed on crust of the device inner wall, the external packet of the first carrying roller and second roller It is wrapped with conveyer belt A, the charging baffle being fixed on crust of the device inner wall is symmetrically arranged with above conveyer belt A, feeds the bottom surface of baffle It is bonded with conveyer belt A, the lower section of conveyer belt A is equipped with funnel A, and the top surface of funnel A is equipped with bristle, the bottom surface of bristle and conveyer belt A Fitting, the bottom surface of funnel A are fixed with cylinder, and funnel A is connected to cylinder, and the two sides of cylinder, which are respectively fixed with, is fixed on crust of the device Support plate A on inner wall, the side of cylinder are fixed with motor C, and the inside of cylinder, the inside of cylinder are protruded into the driving end of motor C Equipped with roller, roller is fixedly connected with the driving end of motor C, and the surface of roller is pasted with frosted layer, and the side of roller is uniformly set There are multiple bristle packs, the bottom of cylinder is equipped with through-hole A, is fixed with filter screen A in through-hole A, and the bottom of cylinder is fixed with sleeve A, Sleeve A is connected to through-hole A, and the lower part of sleeve A is equipped with annular groove, and sliding is equipped with ring slider, ring slider in annular groove Outer ring surface be fixed with sleeve B, the bottom surface of sleeve B is fixed with spherical shell, and spherical shell top is equipped with leading to of be connected to sleeve B Hole B, the shell of spherical shell are fixed with motor E, and the inside of spherical shell, the driving end end of motor E are protruded into the driving end of motor E Portion is fixed with more stirring rod, and stirring rod is in dispersion shape, and stirring rod is equipped with more hangnails, and the middle part of spherical shell is equipped with annular Through-hole is uniformly fixed with multiple arcs fixed block in annular through-hole, is fixed with filter screen B between two neighboring arc fixed block, Annular fixed block is slidably connected in annular through-hole, annular fixed block is bonded setting, the bottom of annular fixed block with arc fixed block Portion is equipped with through-hole C, and the bottom of annular fixed block is fixed with funnel B, and funnel B is connected to through-hole C, and the top of funnel B is equipped with valve, The end extending apparatus shell of valve, the lower section of funnel B are equipped with the motor D being fixed on crust of the device inner wall, the driving of motor D End is fixed with third carrying roller, and the other end of third carrying roller is fixed on the inner wall of crust of the device, and the side of third carrying roller is uniformly set There are multiple the 4th carrying rollers being fixed on crust of the device inner wall, the outside of third carrying roller and the 4th carrying roller is enclosed with conveyer belt B, ring The two sides of shape fixed block are respectively fixed with support plate B, and the other end of support plate B is fixed on the inner wall of crust of the device, spherical shell The lower part of body is equipped with motor A, and driving end and the spherical shell of motor A is fixed, and the two sides of motor A are respectively fixed with support plate C, branch The other end of fagging C is fixed on the inner wall of crust of the device, and the lower part of crust of the device is fixed with trapezoidal inclined plate, the top of trapezoidal inclined plate Face is symmetrically fixed with discharge baffle, and the bottom surface of crust of the device is fixed with pedestal, threaded rod, pedestal are threaded in the middle part of pedestal Bottom surface be fixed with multiple wheels, the outside of spherical shell is fixed with battery, battery and motor E and passes through conducting wire electric connection, institute It states and is fixedly connected with feed inlet B at trapezoidal inclined plate, feed inlet B is fixed on staving, and staving and pedestal are solid by connecting rod Fixed connection, the staving is inverted and Open Side Down, and the staving upper end is fixed with motor F, and the motor F electrically connects with power supply It connects, the motor F axis passes through staving upper wall, and the lower end the motor F is fixed with auger, and the auger pastes in staving and with inner wall It closes, the outer surface of the staving is equipped with bulge loop, and the hopper of set on it is equipped on the bulge loop, and the hopper passes through with bulge loop Screw B is fixed, and the hopper is divided into half hopper A of a left side and half hopper B of the right side, the half hopper A of a left side of the hopper and right half hopper B structure Identical and hinged by hinge A, the closing face of the left half hopper A and half hopper B of the right side are fixed with rubber layer, and the hopper includes Funnel C, discharge nozzle and plate, the outer surface of the funnel C are fixed with vertical plate, there is the screw being threadedly coupled with it on the plate The lower end A, the funnel C is fixed with discharge nozzle, and the side of the discharge nozzle is fixed with bar B, and the side of the funnel C is fixed with bar A, is fixed with vertical vertical bar between the bar B and bar A, the bar A on the half hopper A of a left side and half hopper B of the right side of the hopper passes through Hinge B is hinged, and the bar B on the half hopper A of a left side and half hopper B of the right side of the hopper is hinged by hinge C, the hinge A and hinge B Shaft on same vertical line.

By being welded and fixed between the motor A and spherical shell.

It is bolted between the battery and spherical shell.

The material of the cylinder is stainless steel.

The screw B passes through bulge loop and is threadedly coupled with funnel C and bulge loop.

The diameter of the feed inlet B is greater than the diameter of discharge nozzle.

Compared with prior art, the beneficial effects of the utility model are: the utility model design has roller and poking bar, Bulky grain concrete can be milled uniformly, different concrete is stirred into uniform more loose, uniform, high-quality, mixed mud Transfer out, it is efficient, practical, and by the concrete of the present apparatus can intensified pressure, it is more abundant that filling pours mould, is not in Stomata and defect, improve the quality for pouring mould, further improve the quality of engineering, and device itself is easy to dismount, clearly Reason is convenient, reduces the workload of service worker.

Detailed description of the invention

Fig. 1 is the schematic diagram of the utility model structure；

Fig. 2 is the right view of the utility model structure；

Fig. 3 is the A-A view of the utility model Fig. 1；

Fig. 4 is enlarged diagram at the B of the utility model Fig. 1；

Fig. 5 is the schematic diagram of the utility model spherical shell；

Fig. 6 is the schematic diagram at the utility model annular fixed block；

Fig. 7 is the schematic diagram at the utility model arc fixed block；

Fig. 8 is the C direction view of structure described in the utility model；

Fig. 9 is the section B-B figure of structure described in the utility model；

Figure 10 be structure described in the utility model C to open view.

In figure: crust of the device 1, charging baffle 2, the first carrying roller 3, second roller 4, conveyer belt A5, bristle 6, funnel A7, cylinder Body 8, roller 9, frosted layer 10, bristle pack 11, filter screen A12, sleeve A13, ring slider 14, sleeve B15, spherical shell 16, Annular fixed block 17, arc fixed block 18, filter screen B19, stirring rod 20, hangnail 21, motor A22, funnel B23, valve 24, Three carrying rollers 25, the 4th carrying roller 26, conveyer belt B27, trapezoidal inclined plate 28, discharge baffle 29, pedestal 30, threaded rod 31, wheel 32, electricity It is machine B33, support plate A34, motor C35, motor D36, motor E37, support plate B38, support plate C39, battery 40, staving 41, convex Ring 42, feed inlet B43, motor F44, auger 45, hopper 46, half hopper 46A of a left side, the right side half hopper 46B, bar A47, vertical bar 48, bar B49, screw A50, screw B51, hinge A52, hinge B53, hinge C54, feed inlet A1-1, discharge port 1-2, through-hole A8-1, ring Connected in star 13-1, annular through-hole 16-1, through-hole B16-2, through-hole C17-1, funnel C46-1, discharge nozzle 46-2, plate 46-3.

Specific embodiment

The utility model is described in further detail with specific embodiment with reference to the accompanying drawing:

As shown in Fig. 1-Figure 10, a kind of pavement concrete automatic pouring device, including crust of the device 1, the top of crust of the device 1 Face is equipped with feed inlet A1-1, and the bottom surface of crust of the device 1 is equipped with discharge port 1-2, and the inner wall on 1 top of crust of the device is fixed with motor The driving end of B33, motor B33 are fixed with the first carrying roller 3, and the other end of the first carrying roller 3 is fixed on the inner wall of crust of the device 1, The side of first carrying roller 3 is uniformly provided with multiple second rollers 4 being fixed on 1 inner wall of crust of the device, the first carrying roller 3 and the second support The outside of roller 4 is enclosed with conveyer belt A5, is symmetrically arranged with the charging baffle 2 being fixed on 1 inner wall of crust of the device above conveyer belt A5, The bottom surface of charging baffle 2 is bonded with conveyer belt A5, and the lower section of conveyer belt A5 is equipped with funnel A7, and the top surface of funnel A7 is equipped with bristle 6, Bristle 6 is bonded with the bottom surface of conveyer belt A5, and the bottom surface of funnel A7 is fixed with cylinder 8, and funnel A7 is connected to cylinder 8, and the two of cylinder 8 Side is respectively fixed with the support plate A34 being fixed on 1 inner wall of crust of the device, and the side of cylinder 8 is fixed with motor C35, motor C35 Driving end protrude into the inside of cylinder 8, the inside of cylinder 8 is equipped with roller 9, and roller 9 is fixedly connected with the driving end of motor C35, The surface of roller 9 is pasted with frosted layer 10, and the side of roller 9 is uniformly provided with multiple bristle packs 11, and the bottom of cylinder 8 is equipped with through-hole Filter screen A12 is fixed in A8-1, through-hole A8-1, the bottom of cylinder 8 is fixed with sleeve A13, sleeve A13 and through-hole A8-1 company Logical, the lower part of sleeve A13 is equipped with annular groove 13-1, and sliding is equipped with ring slider 14, ring slider 14 in annular groove 13-1 Outer ring surface be fixed with sleeve B15, the bottom surface of sleeve B15 is fixed with spherical shell 16, and 16 top of spherical shell is equipped with and sleeve The through-hole B16-2 of B15 connection, the shell of spherical shell 16 are fixed with motor E37, and spherical shell is protruded at the driving end of motor E37 16 inside, the driving end end of motor E37 are fixed with more stirring rod 20, and stirring rod 20 is in dispersion shape, set in stirring rod 20 There are more hangnails 21, the middle part of spherical shell 16 is equipped with annular through-hole 16-1, is uniformly fixed with multiple arcs in annular through-hole 16-1 Shape fixed block 18 is fixed with filter screen B19 between two neighboring arc fixed block 18, slidably connects ring in annular through-hole 16-1 Shape fixed block 17, annular fixed block 17 are bonded setting with arc fixed block 18, and the bottom of annular fixed block 17 is equipped with through-hole C17- 1, the bottom of annular fixed block 17 is fixed with funnel B23, and funnel B23 is connected to through-hole C17-1, and the top of funnel B23 is equipped with valve Door 24, the end extending apparatus shell 1 of valve 24, the lower section of funnel B23 are equipped with the motor being fixed on 1 inner wall of crust of the device The driving end of D36, motor D36 are fixed with third carrying roller 25, and the other end of third carrying roller 25 is fixed on the inner wall of crust of the device 1 On, the side of third carrying roller 25 is uniformly provided with multiple the 4th carrying rollers 26 being fixed on 1 inner wall of crust of the device, 25 He of third carrying roller The outside of 4th carrying roller 26 is enclosed with conveyer belt B27, and the two sides of annular fixed block 17 are respectively fixed with support plate B38, support plate The other end of B38 is fixed on the inner wall of crust of the device 1, and the lower part of spherical shell 16 is equipped with motor A22, the driving of motor A22 End is fixed with spherical shell 16, and the two sides of motor A22 are respectively fixed with support plate C39, and the other end of support plate C39 is fixed on dress On the inner wall for setting shell 1, the lower part of crust of the device 1 is fixed with trapezoidal inclined plate 28, and the top surface of trapezoidal inclined plate 28 is symmetrically fixed with out Expect baffle 29, the bottom surface of crust of the device 1 is fixed with pedestal 30, and the middle part of pedestal 30 is threaded with threaded rod 31, pedestal 30 Bottom surface is fixed with multiple wheels 32, and the outside of spherical shell 16 is fixed with battery 40, battery 40 and motor E37 and passes through conducting wire electrical property Connection is fixedly connected with feed inlet B43 at the trapezoidal inclined plate 28, and feed inlet B43 is fixed on staving 41, staving 41 with Pedestal 30 is fixed by the connecting rod connection, and the staving 41 is inverted and Open Side Down, and 41 upper end of staving is fixed with motor F44, the motor F44 are electrically connected with the power supply, and the motor F44 axis passes through 41 upper wall of staving, and the motor F44 is fixed lower end There is auger 45, the auger 45 is bonded in staving 41 and with inner wall, and the outer surface of the staving 41 is equipped with bulge loop 42, described convex The hopper 46 of set on it is installed, the hopper 46 is fixed with bulge loop 42 by screw B51, and the hopper 46, which divides, is on ring 42 Half hopper 46A of a left side and half hopper 46B of the right side, the half hopper 46A of a left side of the hopper 46 are identical with right half hopper 46B structure and pass through conjunction Page A52 is hinged, and the closing face of the left half hopper 46A and half hopper 46B of the right side are fixed with rubber layer, and the hopper 46 includes funnel C46-1, discharge nozzle 46-2 and plate 46-3, the outer surface of the funnel C46-1 are fixed on vertical plate 46-3, the plate 46-3 There is the lower end screw A50, the funnel C46-1 being threadedly coupled with it to be fixed with discharge nozzle 46-2, the side of the discharge nozzle 46-2 Face is fixed with bar B49, and the side of the funnel C46-1 is fixed with bar A47, and it is vertical to be fixed between the bar B49 and bar A47 Vertical bar 48, the bar A47 on the half hopper 46A of a left side and half hopper 46B of the right side of the hopper 46 is hinged by hinge B53, the hopper Bar B49 on 46 half hopper 46A of a left side and half hopper 46B of the right side is hinged by hinge C54, turn of the hinge A52 and hinge B53 Axis is on same vertical line.

By being welded and fixed between the motor A22 and spherical shell 16.

It is bolted between the battery 40 and spherical shell 16.

The material of the cylinder 8 is stainless steel.

The screw B51 passes through bulge loop 42 and is threadedly coupled with funnel C46-1 and bulge loop 42.

The diameter of the feed inlet B43 is bigger than the diameter of discharge nozzle 46-2.

Working principle: the utility model relates to a kind of novel pavement concrete automatic pouring device, when use, is connected to motor The power supply of A22, motor B33, motor C35, motor D36 and motor E37, and start make its start-up operation, wherein battery 40 and electricity Machine E37 is electrically connected by conducting wire, is more convenient motor E37 during the work time；Then by concrete material from feed inlet A1- 1 is poured on conveyer belt A5, and motor B33 will drive conveyer belt A5 movement, concrete material is transferred in funnel A7, into leakage The concrete to struggle against in A7 flows into cylinder 8 from the bottom of funnel A7, and motor C35 drives roller 9 to rotate, mill roller 9 and cylinder 8 Between concrete, keep concrete particle uniform in size, wherein 9 surface of roller, which is pasted with frosted layer 10, can be improved grinding efficiency And quality, the side of roller 9 are uniformly provided with multiple bristle packs 11 and clear up the concrete being bonded on 8 inner wall of cylinder；Cylinder The through-hole A8-1 outflow that uniform concrete particle of milling in body 8 is equipped with below cylinder 8, then along sleeve A13 and sleeve B15 Into in spherical shell 16, it wherein is fixed with filter screen A12 in through-hole A8-1, so that concrete particle is uniform in size to be flowed into In spherical shell 16, and the biggish concrete of particle can stay in cylinder 8 and continue to mill, until concrete is milled into lesser It is flowed into spherical shell 16 by filter screen A12 again after particle, it is in the fixed stirring rod of dispersion shape that motor E37, which drives its end, 20, the concrete material entered in spherical shell 16 is stirred evenly, the hangnail 21 that wherein stirring rod 20 is equipped with is by concrete That stirs is more loose, improves the quality for the concrete being stirred；Motor A22 meeting during 20 ready-mixed concrete of stirring rod It drives spherical shell 16 to rotate, improves the efficiency and quality of stirring；After mixing evenly, valve 24 is unscrewed, the concrete being stirred It flows out, falls on the conveyer belt B27 below funnel B23, motor D36 driving conveying belt along funnel B23 out of spherical shell 16 B27 movement flows out the concrete transportation being stirred on conveyer belt B27 to discharge port 1-2, along ladder from discharge port 1-2 In the discharging to feed inlet B43 of shape inclined plate 28；When not using device, motor A22, motor B33, motor C35, motor D36 are closed With motor E37.Wherein the first carrying roller 3 and second roller 4 are used to support and driving and conveying belt A5, third carrying roller 25 and the 4th carrying roller 26 are used to support and driving and conveying belt B27；Wherein the top surface of funnel A7 is equipped with bristle 6, and bristle 6 is bonded with the bottom surface of conveyer belt A5 The concrete block bonded on conveyer belt A5 can be scraped, be entered back into funnel A7；The two sides of its middle cylinder body 8 are respectively fixed with solid The support plate A34 being scheduled on 1 inner wall of crust of the device is for fixing and supporting cylinder 8；It is recessed that the lower part of its middle sleeve A13 is equipped with annular Sliding is equipped with ring slider 14 in slot 13-1, annular groove 13-1, rotates convenient for spherical shell 16, and sleeve A13 and sleeve B15 rise To the effect of connection spherical shell 16 and cylinder 8；Wherein the middle part of spherical shell 16 is equipped with annular through-hole 16-1, and annular through-hole It is uniformly fixed with multiple arcs fixed block 18 in 16-1, is fixed with filter screen B19 between two neighboring arc fixed block 18, so that The concrete being stirred in spherical shell 16 can be flowed out from filter screen B19, be equipped with along the bottom of annular fixed block 17 logical Hole C17-1 is flowed in funnel B23；The wherein end extending apparatus shell 1 of valve 24 is convenient for worker operation, safer, reliable； Wherein the two sides of annular fixed block 17 are respectively fixed with support plate B38 and play the role of fixing and supporting annular fixed block 17；Its The two sides of middle motor A22 are respectively fixed with support plate C39 and play the role of fixing and supporting motor A22；Wherein trapezoidal inclined plate 28 Top surface be symmetrically fixed with discharge baffle 29 have the function of guiding；The middle part of pedestal 30 is threaded with spiral shell when mobile device Rasp bar 31 is screwed to top, and pushing meanss make the bottom surface of pedestal 30 be fixed with multiple rollings of wheels 32, when the position for adjusting device Threaded rod 31, which is screwed to lower section, again afterwards makes the bottom end of threaded rod 31 touch ground, enables device not in movement, high-efficient, practical.

Need constantly to be added water during whipping process, and the concrete being stirred, then injected and mixed by feed inlet B43 Solidifying soil, motor F44 drives auger 45 to rotate, and since revolving speed is very fast, concrete is quickly twisted in the following, then by than feed inlet B43 small discharge nozzle 46-2 sprays, and increases the pressure for spraying concrete 3, can use under different filling concrete moulds, really Each corner can be flowed to by protecting concrete, be not in cavity, strengthened the intensity of perfusion；It is two halves by setting hopper 46 And detachable, internal auger and inner wall easy to repair, while facilitating internal cleaning, it is blocked with cement inside anti-locking apparatus；It is logical Rubber layer is arranged in the closing face crossed in hopper 46, improves the leakproofness of device, guarantees that pressure is enough.

So utility model design has roller and poking bar, bulky grain concrete can be milled uniformly, different are mixed Solidifying soil stirs into uniformly more loose, uniform, high-quality, and concrete conveyance is gone out, efficient, practical, and passes through the mixed of the present apparatus Solidifying soil can intensified pressure, it is more abundant that filling pours mould, is not in stomata and defect, improves the quality for pouring mould, further The quality of engineering is improved, and device itself is easy to dismount, cleaning is convenient, reduces the workload of service worker.

The basic principles and main features and advantage of the utility model have been shown and described above.The technical staff of the industry It should be appreciated that the present utility model is not limited to the above embodiments, the above embodiments and description only describe this The principle of utility model, on the premise of not departing from the spirit and scope of the utility model, the utility model also has various change And improvement, these various changes and improvements fall within the scope of the claimed invention.The utility model requires protection scope It is defined by the appending claims and its equivalent thereof.

Claims (5)

1. a kind of pavement concrete automatic pouring device, it is characterised in that: the pavement concrete automatic pouring machinery has Crust of the device, the top surface of crust of the device are equipped with feed inlet A, and the bottom surface of crust of the device is equipped with discharge port, crust of the device top it is interior Wall is fixed with motor B, and the driving end of motor B is fixed with the first carrying roller, and the other end of the first carrying roller is fixed on the interior of crust of the device On wall, the side of the first carrying roller is uniformly provided with multiple second rollers being fixed on crust of the device inner wall, the first carrying roller and second The outside of carrying roller is enclosed with conveyer belt A, is symmetrically arranged with the charging baffle being fixed on crust of the device inner wall above conveyer belt A, into The bottom surface of material baffle be bonded with conveyer belt A, the lower section of conveyer belt A equipped with funnel A, the top surface of funnel A equipped with bristle, bristle with it is defeated The bottom surface with A is sent to be bonded, the bottom surface of funnel A is fixed with cylinder, and funnel A is connected to cylinder, and the two sides of cylinder are respectively fixed with solid The support plate A being scheduled on crust of the device inner wall, the side of cylinder are fixed with motor C, and the interior of cylinder is protruded at the driving end of motor C The inside in portion, cylinder is equipped with roller, and roller is fixedly connected with the driving end of motor C, and the surface of roller is pasted with frosted layer, roller Side be uniformly provided with multiple bristle packs, the bottom of cylinder is equipped with through-hole A, is fixed with filter screen A, the bottom of cylinder in through-hole A It is fixed with sleeve A, sleeve A is connected to through-hole A, and the lower part of sleeve A is equipped with annular groove, and it is sliding to be equipped with annular for sliding in annular groove Block, the outer ring surface of ring slider are fixed with sleeve B, and the bottom surface of sleeve B is fixed with spherical shell, and spherical shell top is equipped with and set The through-hole B of cylinder B connection, the shell of spherical shell are fixed with motor E, and the inside of spherical shell, motor are protruded into the driving end of motor E The driving end end of E is fixed with more stirring rod, and stirring rod is in dispersion shape, and stirring rod is equipped with more hangnails, spherical shell Middle part is equipped with annular through-hole, and multiple arcs fixed block is uniformly fixed in annular through-hole, is consolidated between two neighboring arc fixed block Surely there is filter screen B, annular fixed block is slidably connected in annular through-hole, annular fixed block is bonded setting, ring with arc fixed block The bottom of shape fixed block is equipped with through-hole C, and the bottom of annular fixed block is fixed with funnel B, and funnel B is connected to through-hole C, funnel B's Top is equipped with valve, the end extending apparatus shell of valve, and the lower section of funnel B is equipped with the motor being fixed on crust of the device inner wall The driving end of D, motor D are fixed with third carrying roller, and the other end of third carrying roller is fixed on the inner wall of crust of the device, third carrying roller Side be uniformly provided with multiple the 4th carrying rollers being fixed on crust of the device inner wall, the external package of third carrying roller and the 4th carrying roller There is conveyer belt B, the two sides of annular fixed block are respectively fixed with support plate B, and the other end of support plate B is fixed on the interior of crust of the device On wall, the lower part of spherical shell is equipped with motor A, and driving end and the spherical shell of motor A is fixed, and the two sides of motor A are fixed respectively There is support plate C, the other end of support plate C is fixed on the inner wall of crust of the device, and the lower part of crust of the device is fixed with trapezoidal inclined plate, The top surface of trapezoidal inclined plate is symmetrically fixed with discharge baffle, and the bottom surface of crust of the device is fixed with pedestal, and the middle part of pedestal is threadedly coupled There is threaded rod, the bottom surface of pedestal is fixed with multiple wheels, and the outside of spherical shell is fixed with battery, and battery is with motor E by leading Line is electrically connected, and is fixedly connected with feed inlet B at the trapezoidal inclined plate, feed inlet B is fixed on staving, staving and pedestal It is fixed by the connecting rod connection, the staving is inverted and Open Side Down, and the staving upper end is fixed with motor F, the motor F It is electrically connected with the power supply, the motor F axis passes through staving upper wall, and the lower end the motor F is fixed with auger, and the auger is in staving Interior and be bonded with inner wall, the outer surface of the staving is equipped with bulge loop, and the hopper of set on it, the material are equipped on the bulge loop Bucket is fixed with bulge loop by screw B, the hopper be divided into half hopper A of a left side and the right side half hopper B, the half hopper A of a left side of the hopper with Right half hopper B structure is identical and hinged by hinge A, and the closing face of the left half hopper A and half hopper B of the right side are fixed with rubber Layer, the hopper includes funnel C, discharge nozzle and plate, and the outer surface of the funnel C is fixed with vertical plate, have on the plate with Its lower end screw A, the funnel C being threadedly coupled is fixed with discharge nozzle, and the side of the discharge nozzle is fixed with bar B, the leakage The side of bucket C is fixed with bar A, and vertical vertical bar, the half hopper A of a left side of the hopper and right half are fixed between the bar B and bar A Bar A on hopper B is hinged by hinge B, and the bar B on the half hopper A of a left side and half hopper B of the right side of the hopper is hinged by hinge C, The shaft of the hinge A and hinge B is on same vertical line.

2. a kind of pavement concrete automatic pouring device according to claim 1, it is characterised in that: the motor A and ball By being welded and fixed between shape shell.

3. a kind of pavement concrete automatic pouring device according to claim 1, it is characterised in that: the battery and spherical shape It is bolted between shell.

4. a kind of pavement concrete automatic pouring device according to claim 1, it is characterised in that: the screw B is passed through Bulge loop is threadedly coupled with funnel C and bulge loop.

5. a kind of pavement concrete automatic pouring device according to claim 1, it is characterised in that: the feed inlet B's Diameter is bigger than the diameter of discharge nozzle.