CN210049064U - Automatic mixing and paving forming machine - Google Patents

Abstract

The utility model discloses an automatic mix material make-up machine that paves belongs to engineering machine tool technical field. Including the asphalt paving machine, conveyer belt top between the collecting hopper of asphalt paving machine's both sides sets up the part and inserts the asphalt paving machine fuselage the inside and with collecting hopper fixed connection's bracket, the bracket top sets up the export just to the mixer of the conveyer belt of asphalt paving machine, the both sides of mixer set up cement bin and sump respectively, still be provided with the proportioning machine that provides stone and sand for the mixer on the bracket in mixer the place ahead, still fixed being provided with on the bracket carries the stone in the proportioning machine and sand for the double-layered material formula combination conveyor of mixer. The utility model discloses an integrated portable integrative equipment of stock ground, mix station and asphalt paving machine, do not occupy the arable land, do not produce solid waste, practiced thrift the expense of expropriating land and secondary transport, cause the material extravagant when having avoided equipment to break down, improved the environmental protection level of job site.

Description

Automatic mixing and paving forming machine

Technical Field

The utility model relates to a highway equipment of paving belongs to engineering machine tool technical field.

Background

The cement concrete pavement has the advantages of large bearing capacity, good stability, long service life, low daily maintenance cost and the like. Therefore, the provincial and urban rural road construction management institution requires that cement concrete is adopted as a surface layer in a rural four-level road, and the requirement meets the actual rural condition and the environment of the road, so that the cement concrete is popular with the masses. However, when a cement concrete pavement is constructed, a project site needs to occupy cultivated land to construct a plurality of material yards and temporary mixing stations, the land acquisition and approval procedures are complex due to the requirement of environmental protection, the cost for constructing the material yard and the temporary mixing stations is high, after the project is completed, the mixing stations generate a large amount of solid wastes, the environment is polluted, the treatment is difficult, in addition, secondary carrying cost can be generated in the process of transporting the cement concrete stirred by the mixing stations to the construction site, and the cement concrete can be scrapped due to overtime hardening when equipment is failed and stopped. In addition, the existing two pavers for paving cement concrete pavements are rail-type cement concrete pavements, and the other paver widely used is a large-scale concrete slide-die paver, and the two pavers do not have the function of automatic continuous material distribution, while the middle of the collecting hopper of the multifunctional paver is provided with a conveying belt, so that continuous material supply can be realized, and the continuous operation of the paver is guaranteed.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing an automatic material mixing and spreading forming machine which integrates a stock yard, a mixing station and a multifunctional spreading machine, saves land acquisition and solid waste treatment cost.

In order to achieve the above object, the utility model adopts the following technical scheme:

automatic mix material make-up machine that paves, including the paver, conveyer belt top between the both sides collecting hopper of paver sets up the part and inserts paver fuselage the inside and with paver fixed connection's bracket, the bracket top sets up the export just to the mixer of the conveyer belt of paver, the both sides of mixer set up respectively to the cement bin that the mixer provided cement and provide the sump of water, still be provided with the proportioning machine that provides stone and sand for the mixer on the bracket in mixer the place ahead, still fixed being provided with on the bracket carries the double-layered material formula combination conveyor for the mixer with stone and sand in the proportioning machine.

The utility model discloses a further improvement lies in: be provided with between the auger of paver and the screed and be connected to the big arm of paver, carry the thick liquid leveling device with the vibration of cement concrete jolt ramming, the rear of paver sets up the outrigger with paver fixed connection, be provided with on the outrigger for vibrating carry the power device that thick liquid leveling device provided power and control proportioning machine, double-layered material formula combination conveyor and the control room of mixer coordination action, be provided with automatic balance promotion and hooking device who provides stable lifting force for the screed between outrigger and the big arm.

The utility model discloses a further improvement lies in: the mixer comprises an elevator bucket capable of weighing stones or sands, a cement weighing bucket and a water weighing bucket are arranged behind the elevator bucket side by side, an additive weighing bucket with an outlet communicated with the water weighing bucket is arranged above the water weighing bucket, a mixing bin capable of uniformly mixing cement concrete is arranged below the elevator bucket, a material inlet of the mixing bin corresponds to an outlet of the elevator bucket, and outlets of the cement weighing bucket and the water weighing bucket are communicated with the mixing bin.

The utility model discloses a further improvement lies in: the clamping type combined conveying device comprises a support frame fixedly connected to a bracket, a lifting conveying belt for lifting materials is erected on the support frame, and an extrusion belt which is supported by a carrier roller and extrudes the materials onto the lifting conveying belt is arranged on the outer side of the lifting conveying belt; the output setting of promotion conveyer belt is directly over the lift hopper, the input setting of promotion conveyer belt is under the material delivery outlet that corresponds with the material delivery outlet of proportioning machine.

The utility model discloses a further improvement lies in: the batching machine is provided with two side by side, be provided with two sets of double-layered material formula combination conveyor between mixer and the two batching machines side by side, the input of two sets of double-layered material formula combination conveyor's promotion conveyer belt sets up respectively under the output of the material delivery tape of two batching machines, the output of two promotion conveyer belts all sets up directly over the lift hopper.

The utility model discloses a further improvement lies in: the proportioning machine is provided with four, the side of mixer and four proportioning machines sets up one set of material formula of pressing from both sides combination conveyor, the input setting of the promotion conveyer belt that presss from both sides material formula combination conveyor is under the output of the material output area of four proportioning machines, the output setting of promotion conveyer belt is directly over the lift hopper, set up the transverse conveyor who carries the material between the export of lift hopper and the material entry in stirring storehouse.

The utility model discloses a further improvement lies in: automatic balance promotes and hooking device includes the link of through round pin hub connection on the external lug of paver, the protection casing has been articulated in the outside of link, set up fixed pulley, attenuator and by gear motor drive and twine wire rope's reel on the link in the protection casing, the fixed pulley below sets up the movable pulley that can share tensile, the below of movable pulley sets gradually interconnect's connecting plate, can perceive tension sensor, T shaped plate and the C shaped plate of chucking on the big arm of paver, wire rope on the reel walks around movable pulley and fixed pulley connection on the attenuator.

The utility model discloses a further improvement lies in: the vibrating slurry-lifting leveling device comprises a primary leveling mechanism, an array vibrating mechanism and a protection mechanism, wherein the primary leveling mechanism is arranged between an auger and an ironing plate, the primary leveling mechanism is used for primarily scraping cement concrete dispersed by the auger in a front-back manner, the array vibrating mechanism is used for vibrating and tamping the cement concrete, the cement concrete slurry is beaten to a road surface and comprises a slurry-lifting plate, the slurry-lifting mechanism is used for adjusting the height of the primary leveling mechanism, the array vibrating mechanism and the slurry-lifting mechanism and comprises a frame plate, the protection mechanism is used for preventing the cement concrete slurry from splashing into the frame plate and causing the array vibrating mechanism and the lifting mechanism to lose efficacy and comprises a protection plate, and the frame plate of the primary leveling mechanism, the array vibrating mechanism and the slurry-lifting mechanism, which is arranged between the auger and the ironing plate, is hinged on a suspension cross beam fixedly connected.

The utility model discloses a further improvement lies in: and the bracket is also fixedly provided with a connecting plate I with a pin hole, and a connecting pin connected with the spreading machine is arranged in the pin hole of the connecting plate I in a penetrating manner.

The utility model discloses a further improvement lies in: the bracket is also provided with a chain connected to a power frame of the power device.

Due to the adoption of the technical scheme, the utility model discloses the technological progress who gains is:

the utility model discloses an integrated portable integrative equipment of stock ground, mix station and paver, do not occupy the arable land, do not produce solid waste, practiced thrift the expense of expropriating land and secondary transport, cause the material extravagant when having avoided equipment to break down, improved the environmental protection level of job site.

Set up cement bin and sump on the bracket, can save a certain amount of cement and water, set up the proportioning machine on the bracket for the stone or grit of storage and transport construction usefulness provides the assurance for the continuation of construction.

Set up the mixer on the bracket, can stir the material in paver work progress for the paver becomes a stirring station that removes, has practiced thrift the secondary transport of material, has also avoided any equipment trouble to cause the material waste when stopping.

Still set up on the bracket and press from both sides material formula combination conveyor, can promote the lift-bucket of the mixer of eminence with the material in the proportioning machine, reform transform the lift-bucket into the weighing device who has the sensor all around simultaneously, make the lift-bucket possess the function of weighing hopper, with the motor cooperation of control proportioning machine output material, can control the weight of the material of inputing to the stirring storehouse, and simultaneously, with the cooperation of water weighing hopper and cement weighing hopper, can control cement concrete's ratio, all by control room control.

The vibrating slurry-extracting leveling device can primarily scrape the cement concrete spread by the auger through the primary flat plate; the array vibrating mechanism can crush or discharge air bubbles in the cement concrete so as to ensure that the compactness of the pavement is qualified; the slurry lifting plate is used for beating the slurry of the cement concrete to the surface of the road, and the slurry is leveled by the screed plate of the paver, so that the flatness of the cement concrete road surface is improved.

The automatic balance lifting and hanging device solves the connection problem between the automatic balance lifting and hanging device and the paver, the length of the pulley block can be automatically adjusted according to preset conditions by adding the tension sensor and the damper which can instantaneously respond and make compensation, the condition that the paver provides absolutely stable lifting force for the large arm of the screed in an up-and-down bumpy environment is met, and the screed is guaranteed to stably work on a fixed height.

Set up the horizontal conveyer belt of transport material between the export of lift bucket and the material entry in stirring storehouse, can carry the material of lift bucket to stir the storehouse.

The bracket is connected with the paver through a connecting pin in a pin hole on the connecting plate I, so that the bracket and the paver are connected into a whole.

The chain is arranged on the bracket and connected to the power frame of the power device, and the front part and the rear part of the device are connected together to play a role in mutual balance, so that the stability of the bracket is improved.

Drawings

Fig. 1 is a schematic perspective view of the present invention;

fig. 2 is a schematic perspective view of another embodiment of the present invention;

FIG. 3 is a schematic view of the mixer;

FIG. 4 is a schematic view of the internal structure of the automatic balance lift and hitch apparatus;

FIG. 5 is a schematic view of the internal structure of the automatic balance lift and hitch from another perspective;

FIG. 6 is a schematic structural view of the automatic balance lift and hitch with the protective cover installed thereon;

FIG. 7 is a schematic structural view of a vibratory pulp-extracting leveling device;

FIG. 8 is a schematic structural view of the clamping type combined conveying device;

fig. 9 is a schematic structural view of a material clamping type combined conveying device according to another embodiment.

Fig. 10 is a schematic structural view of another angle of the present invention;

wherein: 1. control room 2, power device 3, suspension bracket 4, automatic balance lifting and hitching device 5, screed 6, vibrating slurry lifting and leveling device 7, packing auger 8, large arm 9, paver 10, stirrer 11, cement bin 12, collecting hopper 13, batching machine 14, material outlet 15, material output belt 16, bracket 17, water bin 18, material clamping type combined conveying device 19, connecting pin 20, connecting plate I21, chain 401, pin shaft 402, connecting frame 403, winding drum 404, speed reducing motor 405, steel wire rope 406, movable pulley 407, connecting plate 408, tension sensor 409, rotating shaft 410, T-shaped plate 411, C-shaped plate 412, fixed pulley 413, damper 414, protective cover 415, external hanging, 601, suspension beam 602, lifting mechanism 603, slurry lifting lug mechanism 604, array type vibrating mechanism 605, primary flat plate 606, 607, slurry lifting plate 608, frame plate, 101, lifting bucket 102, vibrating slurry lifting and leveling device 4, The device comprises a cement weighing hopper 103, an additive weighing hopper 104, a water weighing hopper 105, a stirring bin 106, a material inlet 107, a transverse conveying belt 1801, an extrusion belt 1802, a carrier roller 1803, a lifting conveying belt 1804 and a supporting frame.

Detailed Description

The present invention will be described in further detail with reference to the following drawings and examples:

automatic mix material spreading make-up machine, as shown in fig. 1, fig. 2, including paver 9, the conveyer belt top between paver 9's both sides collecting hopper 12 sets up bracket 16, and part of bracket 16 inserts paver 9 fuselage the inside and with paver 9 fixed connection, still fixedly sets up connecting plate I20 on the bracket 16, is equipped with the pinhole on the connecting plate I20, wears to establish connecting pin 19 in the pinhole, and connecting pin 19 inserts in the pinhole on paver 9 fuselage, is connected with paver 9.

A blender 10 is arranged above the bracket 16, the blender 10 comprises an elevating bucket 101 capable of weighing the stones or the sands, sensors are arranged on the periphery of the elevating bucket 101, so that the elevator 101 has the weighing function, the cement weighing hopper 102 and the water weighing hopper 104 are arranged behind the elevator 101 side by side, the admixture weighing hopper 103 is arranged above the water weighing hopper 104, the outlet of the admixture weighing hopper 103 is communicated with the water weighing hopper 104, the stirring bin 105 is arranged below the elevator 101, the stirring bin 105 is used for uniformly stirring the ingredients of the cement concrete, the material inlet 106 of the stirring bin 105 corresponds to the outlet of the elevator 101, the outlets of the cement weighing hopper 102 and the water weighing hopper 104 are communicated with the stirring bin 105, the outlet of the stirring bin 105 is opposite to the conveying belt of the paver 9, the stirred material output from the stirrer 10 directly falls onto the conveyer belt of the paver 9 and is conveyed to the pavement to be paved behind the paver 9 by the conveyer belt of the paver 9.

The cement bin 11 and the water bin 17 are respectively arranged on two sides of the mixer 10, a flexible flood dragon is arranged between the cement bin 11 and the cement weighing hopper 102 of the mixer 10 to provide cement for the cement weighing hopper 102, a water pump is arranged in the water bin 17 to provide water for the water weighing hopper 104 of the mixer 10 through a conveying pipe, and the proportion of various stones, sands, cement and water required by cement concrete is respectively controlled by the lifting hopper 101, the cement weighing hopper 102 and the water weighing hopper 104.

The mixing machine 10 is characterized in that a dosing machine 13 is further arranged on a bracket 16 in front of the mixing machine 10, the dosing machine 13 is used for providing various stones and sands for the mixing machine 10, a material output belt 15 is arranged below a material output port 14 of the dosing machine 13, and a material clamping type combined conveying device 18 is further fixedly arranged on the bracket 16 and used for conveying the stones and the sands in the dosing machine 13 to the mixing machine 10.

Press from both sides material formula combination conveyor 18 and include support frame 1804, support frame 1804 fixed connection is on bracket 16, support frame 1804 erects the lifting conveyor belt 1803 that is used for promoting the material, lifting conveyor belt 1803's the outside sets up the extruded band 1801, extruded band 1801 is supported by bearing roller 1802 and extrudes the material on lifting conveyor belt 1803, lifting conveyor belt 1803's output sets up directly over lifting hopper 101, lifting conveyor belt 1803's input sets up directly under material output area 15 output, fall on lifting conveyor belt 1803 through the material of proportioning machine 13 output of material output area 15, transport and weigh in lifting hopper 101, then get into the stirring storehouse and stir, the structure of clamp material formula combination conveyor 18 refers to patent application 201910205167.4.

A vibrating slurry-lifting leveling device 6 is arranged between an auger 7 and an ironing plate 5 of a paver 9, the vibrating slurry-lifting leveling device 6 comprises a primary leveling mechanism comprising a primary flat plate 605, an array vibrating mechanism 604, a slurry-lifting mechanism 603 comprising a slurry-lifting plate 607, a lifting mechanism 602 comprising a frame plate 608 and a protection mechanism comprising a protection plate 606, which are arranged in sequence from front to back, the primary flat plate 605 of the primary leveling mechanism primarily scrapes off cement concrete distributed by the auger 7, the array vibrating mechanism 604 tamps the cement concrete, the slurry-lifting mechanism 603 beats the cement concrete slurry to the road surface, the lifting mechanism 602 is used for adjusting the heights of the primary leveling mechanism, the array vibrating mechanism 604 and the slurry-lifting mechanism 603, the protection mechanism is used for preventing the cement concrete slurry from splashing into the array vibrating mechanism 604 and the lifting mechanism 602 to cause the motion failure of the mechanism, and the two frame plates 608 of the spreader 9, the array vibrating mechanism 604 and the slurry-lifting mechanism 603 are hinged with the two frame plates 608 of the paver 9 through the lifting mechanism 602 The structure of the vibrating and pulp-lifting levelling device 6 is referred to patent application 201821881207.4 on the suspension cross beam 601 to which the large arm 8 is fixedly connected.

The rear part of the paver 9 is provided with a suspension bracket 3, the structure of the suspension bracket 3 refers to patent application document 201822235404.5, the suspension bracket 3 is fixedly connected with the paver 9, the suspension bracket 3 is provided with a power device 2 and a control room 1, the power device 2 provides power for the vibrating slurry-extracting and leveling device 6, and the control room 1 controls the actions of a proportioning machine 13, a material-clamping type combined conveying device 18 and a stirring machine 10 to be matched with each other, so that the proportion of various materials is controlled, and the engineering requirements are met; the bracket 16 is provided with a chain 21, and the chain 21 is connected to a power frame of the power device 2.

Set up automatic balance between suspension support 3 and the big arm 8 and promote and hooking device 4, automatic balance promotes and hooking device 4 provides stable lifting force for screed 5, can avoid screed 5 to make the road surface produce the indentation inadequately because cement concrete's holding power.

The structure of the automatic balance lifting and hanging device 4 refers to patent application document 201920263165.6, which comprises a connecting frame 402, wherein the connecting frame 402 is connected to an externally hanging lifting lug 415 of the paver 9 through a pin shaft 401, the outer side of the connecting frame 402 is hung with a protective cover 414, the connecting frame 402 in the protective cover 414 is provided with a fixed pulley 412, a damper 413, a speed reducing motor 404 and a winding drum 403 driven by the speed reducing motor 404, a movable pulley 406 is arranged below the fixed pulley 412, a connecting plate 407, a tension sensor 408, a T-shaped plate 410 and a C-shaped plate 411 which are connected with each other are sequentially arranged below the movable pulley 406, the C-shaped plate 411 is clamped on the large arm 8 of the paver 9, a steel wire rope 405 is wound on the winding drum, and the steel wire rope 405 on the winding drum is connected to the damper 413 through the.

In this embodiment, the batching machine 13 is provided with two side by side, two sets of material clamping type combined conveying devices 18 are provided side by side between the stirring machine 10 and the two batching machines 13, the two sets of material clamping type combined conveying devices 18 and the two batching machines 13 are respectively provided in a one-to-one correspondence manner, the input end of the lifting conveying belt 1803 of each set of material clamping type combined conveying device 18 is arranged under the output end of the material output belt 15 of the corresponding batching machine 13, and the output ends of the two lifting conveying belts 1803 are arranged over the lifting hopper 101.

In another embodiment, four batching machines 13 are provided, a set of material clamping type combined conveying device 18 is arranged on the side surfaces of the stirring machine 10 and four batching machines 13, the material output belts 15 of the four batching machines 13 are arranged side by side, the output ends of the four material output belts 15 are all arranged right above the input ends of the lifting conveying belts 1803 of the material clamping type combined conveying device 18, the output ends of the lifting conveying belts 1803 are arranged right above the lifting hopper 101, so that all the materials output from the batching machines 13 fall onto the lifting conveying belts 1803, the materials are conveyed to the lifting hopper 101 by the lifting conveying belts 1803 and weighed, a transverse conveying belt 107 for conveying the materials is arranged between the outlet of the lifting hopper 101 and the material inlet 106 of the stirring bin 105, and the materials are conveyed into the stirring bin 105 for stirring.

The utility model discloses also can be used to the cement that paves and stabilize rubble or mixture road surface.

Claims (10)

1. The automatic material mixing and spreading forming machine comprises a spreading machine (9) and is characterized in that a bracket (16) which is partially inserted into the body of the spreading machine (9) and is fixedly connected with the spreading machine (9) is arranged above a conveying belt between material collecting hoppers (12) at two sides of the spreading machine (9), a mixer (10) with an outlet facing a conveyer belt of the paver (9) is arranged above the bracket (16), two sides of the stirrer (10) are respectively provided with a cement bin (11) for providing cement and a water bin (17) for providing water for the stirrer (10), a mixing machine (13) for providing stones and sand for the mixer (10) is also arranged on the bracket (16) in front of the mixer (10), and a material clamping type combined conveying device (18) for conveying the stones and the sand in the proportioning machine (13) to the stirring machine (10) is also fixedly arranged on the bracket (16).

2. The automatic mix spreading and forming machine of claim 1, wherein: be provided with between auger (7) and screed (5) of paver (9) and be connected to big arm (8) of paver (9), carry thick liquid leveling device (6) with the vibration of cement concrete jolt ramming, set up with paver (9) fixed connection's underslung (3) behind paver (9), be provided with on underslung (3) and carry power device (2) and control proportioning machine (13), double-layered material formula combination conveyor (18) and mixer (10) the control room (1) of coordinated action that thick liquid leveling device (6) provided power for vibrating, be provided with between underslung (3) and big arm (8) and promote and hitch arrangement (4) for the automatic balance that screed (5) provided stable lifting force.

3. The automatic mix spreading and forming machine of claim 2, wherein: the mixer (10) comprises an elevator bucket (101) capable of weighing stones or sands, a cement weighing bucket (102) and a water weighing bucket (104) are arranged behind the elevator bucket (101) side by side, an additive weighing bucket (103) with an outlet communicated with the water weighing bucket (104) is arranged above the water weighing bucket (104), a mixing bin (105) capable of uniformly mixing cement concrete is arranged below the elevator bucket (101), a material inlet (106) of the mixing bin (105) corresponds to the outlet of the elevator bucket (101), and outlets of the cement weighing bucket (102) and the water weighing bucket (104) are communicated with the mixing bin (105).

4. The automatic mix spreading and forming machine of claim 3, wherein: the clamping type combined conveying device (18) comprises a supporting frame (1804) fixedly connected to a bracket (16), a lifting conveying belt (1803) used for lifting materials is erected on the supporting frame (1804), and an extrusion belt (1801) which is supported by a supporting roller (1802) and extrudes the materials onto the lifting conveying belt (1803) is arranged on the outer side of the lifting conveying belt (1803); the output end of the lifting conveying belt (1803) is arranged right above the lifting hopper (101), and the input end of the lifting conveying belt (1803) is arranged right below the output end of the material output belt (15) corresponding to the material output port (14) of the proportioning machine (13).

5. The automatic mix spreading and forming machine of claim 4, wherein: batching machine (13) are provided with two side by side, be provided with two sets of double-layered material formula combination conveyor (18) side by side between mixer (10) and two batching machines (13), the input of two sets of promotion conveyer belt (1803) of double-layered material formula combination conveyor (18) sets up respectively under the output of material output tape (15) of two batching machines (13), the output of two promotion conveyer belt (1803) all sets up directly over lift hopper (101).

6. The automatic mix spreading and forming machine of claim 4, wherein: batching machine (13) are provided with four, the side of mixer (10) and four batching machines (13) sets up one set of material formula of pressing from both sides combination conveyor (18), the input setting of the promotion conveyer belt (1803) of material formula of pressing from both sides combination conveyor (18) is under the output of material output belt (15) of four batching machines (13), the output setting of promotion conveyer belt (1803) is directly over elevating hopper (101), set up transverse conveyor (107) of carrying the material between the export of elevating hopper (101) and the material entry (106) of stirring storehouse (105).

7. The automatic mix spreading and forming machine of claim 2, wherein: the automatic balance lifting and hanging device (4) comprises a connecting frame (402) connected with an externally hung lifting lug (415) of the paver (9) through a pin shaft (401), a protective cover (414) is hung at the outer side of the connecting frame (402), a fixed pulley (412), a damper (413) and a winding drum (403) which is driven by a speed reducing motor (404) and winds a steel wire rope (405) are arranged on the connecting frame (402) in the protective cover (414), a movable pulley (406) capable of sharing the pulling force is arranged below the fixed pulley (412), a connecting plate (407), a tension sensor (408) capable of sensing the tension of the steel wire rope (405), a T-shaped plate (410) and a C-shaped plate (411) clamped on a large arm (8) of the paver are sequentially arranged below the movable pulley (406) and are connected with each other, the steel wire rope (405) on the winding drum (403) is connected to the damper (413) by passing around the movable pulley (406) and the fixed pulley (412).

8. The automatic mix spreading and forming machine of claim 2, wherein: the vibrating slurry-extracting leveling device (6) comprises a primary leveling mechanism including a primary flat plate (605), an array vibrating mechanism (604) for vibrating and tamping cement concrete, a slurry-extracting mechanism (603) for beating cement concrete slurry to a road surface and including a slurry-extracting plate (607), a protecting mechanism including a protecting plate (606) for adjusting the heights of the primary leveling mechanism, the array vibrating mechanism (604) and the slurry-extracting mechanism (603) and preventing the cement concrete slurry from splashing to cause the array vibrating mechanism (604) and the lifting mechanism (602) to lose efficacy, wherein the primary leveling mechanism, the array vibrating mechanism (604) and the slurry-extracting mechanism (603) are arranged between an auger (7) and an ironing plate (5) in sequence from front to back, the primary leveling mechanism, the array vibrating mechanism (604) and the slurry-extracting mechanism (603) are hinged to a cross beam (8) fixedly connected with two big arms (8) of a paver (9) through the frame plate (608) of the lifting mechanism (602) 601) The above.

9. The automatic mix spreading and forming machine of claim 1, wherein: and a connecting plate I (20) with pin holes is further fixedly arranged on the bracket (16), and a connecting pin (19) connected with the spreading machine (9) is arranged in the pin hole of the connecting plate I (20) in a penetrating manner.

10. The automatic mix spreading and forming machine of claim 2, wherein: the bracket (16) is also provided with a chain (21) connected to a power frame of the power device (2).

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