CN214737148U - Hot aggregate bin of asphalt mixture stirring equipment with material distributing function - Google Patents

Abstract

The utility model relates to a pitch agitated vessel field, concretely relates to hot aggregate storehouse of bituminous mixture agitated vessel with divide material function, turn over board subassembly, storage silo subassembly and discharge opening subassembly including dividing the feed bin subassembly, dividing the material. The utility model discloses a divide the material that installs the upset around and turn over the board subassembly between the two-layer many storehouses body about dividing the material storehouse subassembly, every receiving bin on upper strata corresponds the front and back transition bin of a set of lower floor symmetry to storage silo and front and back transition bin butt joint are provided with in the storage silo subassembly. The aggregate in the receiving bin can be correspondingly distributed into the front transition bin and the front storage bin or the rear transition bin and the rear storage bin by utilizing the front-rear turnover of the distributing turning plate assembly, and the aggregates with different formulas can be received by the receiving bin in batches and matched with the distributing turning plate assembly in the front-rear turnover manner, so that the aggregates with different formulas can be stored in the front storage bin and the rear storage bin, the asphalt mixture with two different formulas can be alternately produced without stopping the machine for material change, and the production period can be shortened and the production cost can be saved.

Description

Hot aggregate bin of asphalt mixture stirring equipment with material distributing function

Technical Field

The utility model relates to a pitch agitated vessel field, concretely relates to hot aggregate storehouse of bituminous mixture agitated vessel with divide material function.

Background

In the field of asphalt mixture stirring equipment, a conventional hot aggregate bin can only store one type of multi-particle-size aggregate at the same time, and only one type of asphalt mixture can be produced by storing the aggregate once. If the mixture of another formula needs to be produced, the front-end feeding is stopped, all aggregates in each aggregate bin are completely emptied, and then the aggregate is replaced by the aggregate of another formula for re-proportioning and mixing. Because the machine needs to be stopped and the materials need to be changed, the construction period is prolonged, and huge cost waste is caused.

SUMMERY OF THE UTILITY MODEL

For overcoming not enough among the prior art, the utility model discloses a hot aggregate storehouse of bituminous mixture agitated vessel with divide material function, turn over board subassembly, storage silo subassembly and discharge opening subassembly including dividing the feed bin subassembly, dividing the material. The utility model discloses a to divide the material storehouse subassembly to design into about two-layer many storehouse formula storehouse body coincide and install the branch material that can overturn around between the upper and lower storehouse body and turn over the board subassembly, every on upper strata receives preceding transition bin and a back transition bin that the symmetry of feed bin corresponding lower floor set up, and the symmetry sets up storage silo and back storage silo before a plurality of simultaneously in the storage silo subassembly, and transition bin and back transition bin butt joint before storage silo and back storage silo and a plurality of before a plurality of. The aggregate in the receiving bin can be correspondingly distributed into different front transition bins and front storage bins or different rear transition bins and rear storage bins by utilizing the front-rear turnover of the distributing turning plate assembly, and the aggregate of different formulas can be received by the receiving bin in batches and matched with the front-rear turnover of the distributing turning plate assembly, so that the aggregates of different formulas can be simultaneously stored in the front and rear rows of storage bins, and the asphalt mixture of two different formulas can be alternately produced without stopping and changing materials. Bituminous mixture agitated vessel hot aggregate storehouse with divide material function, turn over the board subassembly by dividing and realize not shutting down the reloading in distributing to a plurality of transition bin and the storage silo of two rows around with the aggregate of different formulas, can shorten production period and save manufacturing cost.

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

the utility model provides a hot aggregate storehouse of bituminous mixture agitated vessel with divide material function which characterized in that: comprises a material distribution bin component, a material distribution turning plate component and a material storage bin component, wherein the material distribution bin component is provided with a material distribution bin body with an upper layer structure and a lower layer structure, the material distributing bin body comprises a plurality of material receiving bins on the upper layer, a plurality of front transition bins and a plurality of rear transition bins which are symmetrically arranged on the front side and the rear side of the lower layer, the storage bin assembly is arranged below the material distribution bin assembly, the storage bin assembly is provided with a storage bin body capable of storing sandstone aggregate in a classified manner, the storage bin body is provided with a plurality of front storage bins and a plurality of rear storage bins which are in one-to-one correspondence with the front transition bins and the rear transition bins of the material distribution bin assembly, the distributing turning plate assembly is arranged between the receiving bin on the upper layer of the distributing bin body and the front transition bin and the rear transition bin on the lower layer, and the sandstone aggregates in the receiving bins can be respectively distributed into the front transition bins and the front storage bin or the rear transition bins and the rear storage bin through the distributing turning plate assembly.

The receiving bin, the front transition bin, the rear transition bin, the front storage bin and the rear storage bin are all cavity bodies which are surrounded by four walls and are opened from top to bottom, and each receiving bin corresponds to one front transition bin and one rear transition bin which is symmetrical to the front transition bin.

The receiving bin is a funnel-shaped cavity body with a front side wall, a rear side wall, a top down and a middle narrowing, the left side wall and the right side wall of each receiving bin are arc-shaped opening wall plates with semicircular arcs at the bottoms, and the radius of the semicircular arcs at the bottoms of the arc-shaped opening wall plates is the same.

The material-distributing turning plate component comprises a rotating shaft assembly, a buffer plate, a turning plate, an arc-shaped partition plate and a driving assembly, the turning plate is a long flat plate, the buffer plates are strip-shaped flat plates, a plurality of buffer plates are transversely and vertically fixedly connected on the front surface of the turning plate, the rotating shaft assembly comprises a rotating shaft fixedly connected to the back of the turning plate and bearing seats with bearings at two ends, the driving assembly is a driving piece with a speed reducing motor and a brake, the driving assembly is connected with the input shaft end of the rotating shaft assembly, the arc-shaped partition plates are semicircular plate bodies which are vertically and fixedly connected on the front surface of the turning plate in the longitudinal direction, the arrangement positions of the arc-shaped partition plates are in one-to-one correspondence with the positions of the lower ends of the arc-shaped opening wall plates of the material distribution bin assembly, the material distributing turning plate assembly is locked on the material distributing bin assembly and can rotate forwards and backwards to enable the turning plate to incline forwards or backwards.

The radius of the arc-shaped partition plate is matched with the radius of a semi-circular arc at the lower end of the arc-shaped opening wall plate, the arc-shaped partition plate can rotate in the semi-circular arc at the lower end of the arc-shaped opening wall plate, and aggregate at a funnel opening at the lower end of the receiving bin can be distributed into a corresponding front transition bin or a corresponding rear transition bin when the distributing turning plate assembly rotates forwards or backwards.

A bituminous mixture agitated vessel hot aggregate storehouse with divide material function still includes the discharge opening subassembly, the discharge opening subassembly arrange storage silo subassembly below in, the discharge opening subassembly be equipped with the preceding storage silo of storage silo subassembly and a plurality of discharge bin mouth that has the arc discharge door of back storage silo one-to-one, a plurality of discharge door rigid coupling is in the lower part of a plurality of discharge bin mouth respectively, the discharge door can overturn from top to bottom and close and open.

The front storage bin and the rear storage bin are funnel-shaped cavity bodies with the lower ends narrowed towards the middle, and the lower end funnel openings of the front storage bin and the rear storage bin are respectively in one-to-one butt joint with the discharge bin openings of the discharge port assembly.

The material distribution bin component further comprises a first box-shaped frame, the material distribution bin body is fixedly connected in the first box-shaped frame, the material storage bin component further comprises a second box-shaped frame, the material storage bin body is fixedly connected in the second box-shaped frame, the discharge opening component further comprises a third box-shaped frame, the discharge bin opening and the discharge door are fixedly connected in the third box-shaped frame, the first box-shaped frame, the second box-shaped frame and the third box-shaped frame are all supports with side sealing plates, the top of the second box-shaped frame is fixedly connected with the bottom of the first box-shaped frame, and the bottom of the second box-shaped frame is fixedly connected with the top of the third box-shaped frame.

The storage bin assembly is further provided with a flash pipe, each front storage bin and each rear storage bin are connected with the upper pipe orifice of the flash pipe in series, and the upper pipe orifice of the flash pipe is arranged on one side of the upper opening part of the front storage bin or the rear storage bin and used for discharging aggregate overflowing after the front storage bin and the rear storage bin are full.

The storage bin assembly further comprises a negative pressure pipe, and the negative pressure pipe is connected into the bin bodies of the storage bin assembly and the material distribution bin assembly and used for reducing the pressure of air in the bin.

Known from the above description, the utility model provides a pair of hot aggregate storehouse of bituminous mixture agitated vessel with divide material function's advantage lies in: the material distributing bin assembly is designed into an upper multi-bin type bin body and a lower multi-bin type bin body which are overlapped, and a material distributing turning plate assembly capable of turning back and forth is arranged between the upper bin body and the lower bin body, the upper bin body is composed of a row of a plurality of material receiving bins, and the lower bin body and the material storage bin assembly are respectively provided with a front row of a plurality of transition bins and a plurality of material storage bins. The aggregate with different formulas is received in batches by the receiving bin, and the aggregate with different formulas can be stored in the front row and the rear row of storage bins by utilizing the overturning and matching of the material-distributing turning plate component in the front and rear directions, so that the asphalt mixture with two different formulas can be alternately produced without stopping and changing materials, the production period is shortened, and the production cost is saved.

The utility model relates to a rationally, simple structure, low cost, facilitate promotion.

Drawings

Fig. 1 is the general schematic diagram of the hot aggregate bin of the asphalt mixing material stirring equipment with the material distributing function.

FIG. 2 is a schematic view A-A.

Fig. 3 is a schematic view of the distributor bin assembly.

FIG. 4 is a schematic view of a storage bin assembly.

Fig. 5 is a schematic view of a discharge port assembly.

Fig. 6 is a schematic view of a material distribution flap assembly.

FIG. 7 is a schematic view showing the positional relationship between the material-separating flap assembly and the wall of the arc-shaped opening.

FIG. 8 is an enlarged view of B-B.

FIG. 9 is a schematic view of the forward tilt of the flap of the dispensing flap assembly.

FIG. 10 is a schematic view of the dispensing flap assembly with the flap tilted rearward.

Reference numerals:

1, a material distribution bin assembly; 11 a first box frame; 12 a material distributing bin body; 121 a receiving bin; 1211 curved mouth wall plate; 122 a front transition bin; a post-transition bin 123; 2, a material distributing turnover plate assembly; 21 a rotating shaft assembly; 22 a buffer plate; 23 turning over the plate; 24 arc-shaped spacing plates; 25 driving the closing member; 3, a storage bin assembly; 31 a second box frame; 32 storage bin bodies; 321 front storage bin; a post-322 storage bin; 33 a flash pipe; 34 a negative pressure tube; 4 a discharge port assembly; 41 a third box frame; 42 discharging bin opening; 43 discharge doors.

Detailed Description

The present invention will be further described with reference to the following detailed description.

As shown in fig. 1, fig. 2, fig. 3 and fig. 8, the hot aggregate bin of asphalt mixing plant with a material distributing function comprises a material distributing bin assembly 1, a material distributing turning plate assembly 2, a material storage bin assembly 3 and a discharge opening assembly 4. The material distributing bin assembly 1 is provided with a material distributing bin body 12 with an upper layer structure and a lower layer structure, the material distributing bin body 12 comprises a plurality of material receiving bins 121 on the upper layer, a plurality of front transition bins 122 and a plurality of rear transition bins 123 which are symmetrically arranged on the front side and the rear side of the lower layer, and each material receiving bin 121 corresponds to one front transition bin 122 and one rear transition bin 123 which is symmetrical to the front transition bin 122. The receiving bin 121, the front transition bin 122 and the rear transition bin 123 of the present embodiment are 6 each. The receiving bin 121 is a funnel-shaped cavity body with front and rear side walls narrowing towards the middle from top to bottom, the left and right side walls of each receiving bin 121 are arc-shaped opening wall plates 1211 with semicircular arcs at the bottoms, and the semicircular arcs at the bottoms of the arc-shaped opening wall plates 1211 are identical in radius. The material distributing bin assembly 1 further comprises a first box-shaped frame 11, and the material distributing bin body 12 is fixedly connected in the first box-shaped frame 11.

As shown in fig. 1, fig. 2, fig. 6, fig. 7 and fig. 8, the material-dividing flap assembly 2 of the present invention is disposed between the receiving bin 121 on the upper layer of the material-dividing bin body 12 and the front transition bin 122 and the rear transition bin 123 on the lower layer, and is locked on the material-dividing bin assembly 1. The distributing turning plate component 2 comprises a rotating shaft assembly 21, a buffer plate 22, a turning plate 23, arc-shaped spacing plates 24 and a driving assembly 25, wherein the turning plate 23 is a long flat plate, the buffer plate 22 is a strip-shaped flat plate, a plurality of buffer plates 22 are transversely and vertically fixedly connected on the front surface of the turning plate 23, the rotating shaft assembly 21 comprises a rotating shaft fixedly connected on the back surface of the turning plate 23 and bearing seats with bearings at two ends, the driving assembly 25 is a driving piece with a speed reducing motor and a brake, the driving assembly 25 is connected at the input shaft end of the rotating shaft assembly 21, the arc-shaped spacing plates 24 are semi-circular plate bodies vertically and fixedly connected on the front surface of the turning plate 23, the arrangement positions of the arc-shaped spacing plates 24 correspond to the positions of the lower ends of a plurality of arc-shaped opening wall plates 1211 on the upper part of the distributing bin body one by one, and the radiuses of the arc-shaped spacing plates 24 are matched with the radiuses of the semi-circular arcs at the bottoms of the arc-shaped opening wall plates 1211, the arc-shaped partition plate 24 can rotate in the semi-arc at the lower end of the arc-shaped opening wall plate 1211, and can distribute the aggregates at the funnel opening at the lower end of the receiving bin 121 into the corresponding front transition bin 122 or rear transition bin 123 when the distribution turning plate assembly 2 rotates forwards or backwards and inclines.

As shown in fig. 1, fig. 2 and fig. 4, 3 rigid couplings of storage silo subassembly in the below of branch feed bin subassembly 1, storage silo subassembly 3 is equipped with the storage silo body 32 of the sand and stone aggregate is stored to gradable, storage silo body 32 is equipped with before a plurality of with branch feed bin subassembly 1 transition bin 122 and a plurality of behind transition bin 123 one-to-one a plurality of storage silo 321 and a plurality of behind storage silo 322, preceding storage silo 321 and back storage silo 322 be the lower extreme to the middle narrowing hopper-shaped cavity body that leaks hopper-shaped, the preceding storage silo 321 and the back storage silo 322 of this embodiment respectively are 6. The storage bin assembly 3 is further provided with a flash pipe 33, each front storage bin 321 and each rear storage bin 322 are connected with the upper pipe opening of the flash pipe 33 in series, and the upper pipe opening of the flash pipe 33 is arranged at one side of the upper opening part of the front storage bin 321 or the rear storage bin 322 and used for discharging the overflowing aggregate out of the bin after the front storage bin 321 and the rear storage bin 322 are full. The storage bin assembly 3 further comprises a negative pressure pipe 34, and the negative pressure pipe 34 is connected into the bin bodies of the storage bin assembly 3 and the material distribution bin assembly 1 and used for reducing the pressure of air in the bin. The storage bin assembly 3 further comprises a second box-shaped frame 31, and the storage bin body 32 is fixedly connected in the second box-shaped frame 31. In this embodiment, a powder bin is further provided in the second box frame 31 for storing powder required for mixing the asphalt mixture.

As shown in fig. 1, fig. 2 and fig. 5, 4 rigid couplings of discharge opening subassembly in storage silo subassembly 3 below, discharge opening subassembly 4 be equipped with storage silo subassembly 3's preceding storage silo 321 and a plurality of discharge bin port 42 that have arc discharge door 43 of back storage silo 322 one-to-one, the discharge bin port 42 of this embodiment is 12, the lower extreme funnel mouth of storage silo 321 and back storage silo 322 respectively with a plurality of discharge bin port 42 one-to-one of discharge opening subassembly 4 before a plurality of, a plurality of discharge door 43 respectively the rigid coupling in the lower part of a plurality of discharge bin port 42, discharge door 43 can overturn from top to bottom and close and open. The discharge port assembly 4 further includes a third box frame 41, and the discharge bin port 42 and the discharge gate 43 are fixedly attached to the third box frame 41.

As shown in fig. 9, the material distributing turning plate assembly 2 of the present invention rotates forward to make the turning plate incline forward, and the aggregates in the receiving bins 121 at the upper part of the bin assembly 1 can be distributed into the front transition bins 122 at the front row at the lower part correspondingly.

As shown in fig. 10, the material dividing and turning plate assembly 2 of the present invention rotates backward to tilt the turning plate backward, so that the aggregates in the receiving bins 121 at the upper part of the material receiving bin assembly 1 can be correspondingly distributed to the rear transition bins 123 at the rear row at the lower part.

A bituminous mixture agitated vessel hot aggregate storehouse application method with divide material function as follows:

when the asphalt mixture with the first formula needs to be produced, the driving assembly 25 of the material-dividing turning plate assembly 2 is instructed to rotate forwards to enable the turning plate 23 to incline forwards, then the sandstone aggregates with different particle sizes of the first formula are thrown into the receiving bins 121 on the upper part of the material-dividing bin assembly 1, and the aggregates in the receiving bins 121 on the upper part can be correspondingly distributed into the front transition bins 122 on the front row on the lower part and directly enter the front storage bins 321 of the storage bin assembly 3 corresponding to the front transition bins 122 on the front row and the discharge bin openings 42 of the corresponding discharge opening assembly 4. When the front storage bin 321 is full and aggregates overflow from the overflow pipe 33, the feeding of the aggregates of the first formula to the receiving bin 121 can be stopped.

Before the asphalt mixture with the first formula is produced and mixed, the asphalt mixture can be discharged by opening the discharge door 43 corresponding to the lower part of the discharge bin opening 42 and is put into a mixer after being metered to be mixed into the asphalt mixture.

If the asphalt mixture with the second formula needs to be rapidly produced, the driving assembly 25 of the material-distributing turning plate assembly 2 can be instructed to rotate backwards to enable the turning plate 23 to tilt backwards, then aggregates with different particle sizes of the second formula are thrown into the receiving bins 121 on the upper portion of the material-distributing bin assembly 1, and the aggregates at the moment are correspondingly distributed into the rear transition bins 123, the rear storage bins 322 and the corresponding discharging bin openings 42 on the lower rear row by the material-distributing turning plate assembly 2, so that the asphalt mixture with the second formula can be rapidly produced.

Bituminous mixture agitated vessel hot aggregate storehouse with divide material function, turn over the board subassembly by dividing and realize not shutting down the reloading in distributing to a plurality of transition bin and the storage silo of two rows around with the aggregate of different formulas, can shorten production period and save manufacturing cost.

In the description of the present invention, terms such as "first," "second," and "third" have been used to define the position. The use of "first," "second," and "third" is merely for convenience in simplifying the description, and no particular meaning is implied unless specifically stated to the contrary.

In the explanation of the present invention, the terms such as "front", "back", "left", "right", etc. are used for indicating the orientation or position relationship based on the orientation or position relationship shown in the drawings, and are only for convenience of simplifying the description, and do not explicitly or implicitly indicate the specific orientation or position relationship that must be possessed, and therefore, the present invention should not be interpreted as being limited to the protection content of the present invention.

The above is only a specific embodiment of the present invention, but the design concept of the present invention is not limited to this, and the present invention is to be modified immaterial by this concept, and all should belong to the act of infringing the protection scope of the present invention.

Claims (10)

1. The utility model provides a hot aggregate storehouse of bituminous mixture agitated vessel with divide material function which characterized in that: comprises a material distribution bin component (1), a material distribution turning plate component (2) and a storage bin component (3), wherein the material distribution bin component (1) is provided with a material distribution bin body (12) with an upper layer structure and a lower layer structure, the material distribution bin body (12) comprises a plurality of material receiving bins (121) on the upper layer and a plurality of front transition bins (122) and a plurality of rear transition bins (123) which are symmetrically arranged on the front side and the rear side of the lower layer, the storage bin component (3) is arranged below the material distribution bin component (1), the storage bin component (3) is provided with a storage bin body (32) capable of storing sandstone aggregate in a classified manner, the storage bin body (32) is provided with a plurality of front transition bins (321) and a plurality of rear storage bins (322) which are in one-to-one correspondence with the plurality of front transition bins (122) and the plurality of rear transition bins (123) of the material distribution bin component (1), the material distribution turning plate component (2) is arranged between the material receiving bins (121) on the upper layer of the material distribution bin component (12) and the front transition bins (122) and the rear transition bins (123) on the lower layer, the sandstone aggregates in the receiving bins (121) can be respectively distributed into the front transition bins (122) and the front storage bins (321) or the rear transition bins (123) and the rear storage bins (322) through the distributing turnover plate component (2).

2. The hot aggregate bin with the material distributing function for the asphalt mixture stirring equipment according to claim 1, wherein the hot aggregate bin comprises: the receiving bin (121), the front transition bin (122), the rear transition bin (123), the front storage bin (321) and the rear storage bin (322) are hollow cavities which are surrounded by four walls and are open from top to bottom, and each receiving bin (121) corresponds to one front transition bin (122) and one rear transition bin (123) which is symmetrical to the front transition bin (122).

3. The hot aggregate bin with the material distributing function for the asphalt mixture stirring equipment according to claim 2, wherein the hot aggregate bin comprises: the receiving bin (121) is a funnel-shaped cavity body with the front side wall and the rear side wall narrowing towards the middle from top to bottom, the left side wall and the right side wall of each receiving bin (121) are arc-shaped opening wall plates (1211) with semicircular arcs at the bottoms, and the radiuses of the semicircular arcs at the bottoms of the arc-shaped opening wall plates (1211) are the same.

4. The hot aggregate bin with the material distributing function for the asphalt mixture stirring equipment according to claim 3, wherein the hot aggregate bin comprises: the material-dividing turning plate component (2) comprises a rotating shaft assembly (21), a buffer plate (22), turning plates (23), arc-shaped partition plates (24) and a driving assembly (25), wherein the turning plates (23) are long flat plates, the buffer plate (22) is a strip flat plate, a plurality of buffer plates (22) are transversely and vertically fixedly connected on the front surface of the turning plates (23), the rotating shaft assembly (21) comprises a rotating shaft fixedly connected on the back surface of the turning plates (23) and bearing seats with bearings at two ends, the driving assembly (25) is a driving piece with a speed reducing motor and a brake, the driving assembly (25) is connected at the input shaft end of the rotating shaft assembly (21), the arc-shaped partition plates (24) are semicircular plate bodies vertically and fixedly connected on the front surface of the turning plates (23), the arrangement positions of the arc-shaped partition plates (24) are in one-to-one correspondence with the positions of the lower ends of a plurality of arc-shaped opening wall plates (1211) of the material-dividing bin component (1), the material distribution turning plate component (2) is locked on the material distribution bin component (1), and the material distribution turning plate component (2) can rotate forwards and backwards to enable the turning plate (23) to incline forwards or backwards.

5. The hot aggregate bin with the material distributing function for the asphalt mixture stirring equipment according to claim 4, wherein the hot aggregate bin comprises: the radius of the arc-shaped partition plate (24) is matched with the radius of a semi-circular arc at the lower end of the arc-shaped opening wall plate (1211), the arc-shaped partition plate (24) can rotate in the semi-circular arc at the lower end of the arc-shaped opening wall plate (1211), and aggregate at a funnel opening at the lower end of the receiving bin (121) can be distributed into the corresponding front transition bin (122) or rear transition bin (123) when the distributing turning plate assembly (2) rotates forwards or backwards.

6. The hot aggregate bin with the material distributing function for the asphalt mixture stirring equipment according to claim 5, wherein the hot aggregate bin comprises: still include discharge opening subassembly (4), discharge opening subassembly (4) arrange storage silo subassembly (3) below in, discharge opening subassembly (4) be equipped with storage silo subassembly (3) preceding storage silo (321) and back storage silo (322) one-to-one a plurality of have unloading bin mouth (42) of arc discharge door (43), a plurality of discharge door (43) rigid coupling is in the lower part of a plurality of unloading bin mouth (42) respectively, discharge door (43) can overturn from top to bottom and close and open.

7. The hot aggregate bin with the material distributing function for the asphalt mixture stirring equipment according to claim 6, wherein the hot aggregate bin comprises: the front storage bin (321) and the rear storage bin (322) are funnel-shaped hollow cavities with the lower ends narrowed towards the middle, and the lower end funnel openings of the front storage bin (321) and the rear storage bin (322) are respectively in one-to-one butt joint with the discharge bin openings (42) of the discharge bin assembly (4).

8. The hot aggregate bin with the material distributing function for the asphalt mixture stirring equipment according to claim 7, wherein the hot aggregate bin comprises: divide feed bin subassembly (1) still include first box-shaped frame (11), divide feed bin body (12) rigid coupling in first box-shaped frame (11), storage silo subassembly (3) still include second box-shaped frame (31), storage silo body (32) rigid coupling in second box-shaped frame (31), discharge opening subassembly (4) still include third box-shaped frame (41), discharge bin mouth (42) and discharge door (43) rigid coupling in third box-shaped frame (41), first box-shaped frame (11), second box-shaped frame (31) and third box-shaped frame (41) be the support that has the side shrouding, the top of second box-shaped frame (31) and the bottom rigid coupling of first box-shaped frame (11), the bottom of second box-shaped frame (31) and the top rigid coupling of third box-shaped frame (41).

9. The hot aggregate bin with the material distributing function for the asphalt mixture stirring equipment according to claim 8, wherein the hot aggregate bin comprises: the storage bin assembly (3) is further provided with a overflowing pipe (33), each front storage bin (321) and each rear storage bin (322) are connected with an upper pipe opening of the overflowing pipe (33) in series, and one side of the upper pipe opening of the overflowing pipe (33) is arranged at the upper opening part of the front storage bin (321) or the rear storage bin (322) and used for discharging aggregates overflowing after the front storage bin (321) and the rear storage bin (322) are full to the outside of the bin.

10. The hot aggregate bin with the material distributing function for the asphalt mixture stirring equipment according to claim 9, wherein the hot aggregate bin comprises: the storage bin assembly (3) further comprises a negative pressure pipe (34), and the negative pressure pipe (34) is connected into the bin bodies of the storage bin assembly (3) and the material distribution bin assembly (1) and used for reducing the pressure of air in the bin.

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