CN209504551U - A kind of transportation storage system of aggregate - Google Patents

Abstract

A kind of transportation storage system of aggregate, including feed inlet, conveying device I, storage bin, conveying device II and batch bin；The lower section of feed inlet is arranged in one end of conveying device I, and the other end of conveying device I is provided with storage device, and storage device stores the aggregate in conveying device I to storage bin；The lower section of the outlet of storage bin is arranged in one end of conveying device II, and the other end of conveying device II is provided with proportioner, and the aggregate in conveying device II is distributed in batch bin by proportioner.Aggregate vehicle unloads aggregate from feed inlet, aggregate is stored in spare in storage bin by conveying device I and storage device, aggregate in storage bin is delivered in batch bin by conveying device II, it is ready for mixing plant using aggregate, the transport of aggregate and convenient storage, operator do not need transport and storage of the position with regard to achievable aggregate of adjustment vehicle.

Description

A kind of transportation storage system of aggregate

Technical field

The utility model relates to the technical field of the transportation storage system of aggregate, a kind of particularly concrete bone The transportation storage system of material.

Background technique

Mixing plant is mainly used for concrete works, is mainly used for ready-mixed concrete, and concrete mixing plant is suitable for city quotient The large foundations construction project such as product ready-mixed concrete, bridge, water conservancy, airport, harbour and the biggish place of concrete demand.

Currently, the patent of Publication No. CN202572645U discloses a kind of proportioner of concrete mixing plant, include Rack, feeding belt machine, oblique belt feeder and more than two feed bins, at least one of described feed bin are set to oblique belt feeder bottom The top at end.

Mixing plant when shipping material needs that constantly aggregate is delivered in each feed bin by vehicle, then aggregate is transported It transports in the agitator tank in mixing plant, for different aggregates, operator needs the position of constantly adjustment vehicle.Here it is existing There is the shortcoming of technology.

Utility model content

Technical problem to be solved in the utility model aiming at deficiency of the prior art, and provides one kind The transportation storage system of aggregate, operator directly unload aggregate from feed inlet, aggregate warp Conveying device I and storage device are stored in spare in storage bin, and aggregate in storage bin is defeated by conveying device II It send into batch bin, is ready for mixing plant using aggregate, the transport of aggregate and convenient storage, operator Member does not need transport and storage of the position with regard to achievable aggregate of adjustment vehicle.

This programme is achieved by the following technical measures: a kind of transportation storage system of aggregate, including according to The feed inlet of secondary setting, conveying device I, storage bin, conveying device II and batch bin；

The lower section of feed inlet is arranged in one end of the conveying device I, and the other end of the conveying device I is provided with storing Device, the storage device store the aggregate in conveying device I to storage bin；

The lower section of the outlet of storage bin is arranged in one end of the conveying device II, and the other end of the conveying device II is set It is equipped with proportioner, the aggregate in conveying device II is distributed in batch bin by the proportioner.

Using the technical program, aggregate vehicle unloads aggregate from feed inlet, and aggregate is by defeated Device I and storage device is sent to be stored in spare in storage bin, the aggregate in storage bin is conveyed by conveying device II Into batch bin, it is ready for mixing plant using aggregate, the transport of aggregate and convenient storage, operator Transport and storage of the position with regard to achievable aggregate of adjustment vehicle are not needed.

Preferably, the storage bin is provided with multiple, and multiple storage bins are in two rows of distributions along the longitudinal direction, the storing dress It installs between two rows of storage bins.Using the technical program, being provided with multiple storage bins can be used to store a large amount of coagulation Multiple storage bins can also be carried out classification and be used to store different aggregates by native aggregate；Multiple storage bins are in two arrangements It sets, storage device is arranged between two rows of storage bins, facilitates storage device that aggregate is stored in the storage bin of two sides.

Preferably, the storage bin is provided with multiple, and multiple storage bins are in three rows distribution along the longitudinal direction, adjacent two rows It is provided with a storage device between storage bin, feeding-distribution device, the feeding-distribution device setting are provided between two storage devices In the end of conveying device I, the feeding-distribution device sends the aggregate in conveying device I to storage device.Using The technical program, be provided with multiple storage bins can be used to store a large amount of aggregate, can also by multiple storage bins into Row classification is for storing different aggregates；The feeding-distribution device is used for the aggregate for carrying out the conveying of conveying device I On dispensing to storage device, facilitate storage device that aggregate is stored in the storage bin of two sides.

Preferably, the feeding-distribution device include can positive and negative rotation sub-material belt, be provided with sub-material storehouse on the sub-material belt, The both ends in the sub-material storehouse are provided with a point bin outlet, and the sub-material belt transmits in the longitudinal direction.Using this technology side Case, aggregate are fallen on sub-material belt from the end of conveying device I, the sub-material storehouse can be avoided aggregate from point The two sides of material belt are fallen, and by the positive and negative rotation of sub-material belt, sub-material belt sends the aggregate in sub-material storehouse to preceding On latter two storage device.

Preferably, the storage device include left and right directions transmission storing belt I, storage car and with storage car cooperate Guide rail I, the storage car can move under the driving of driving device I along I left and right directions of guide rail, and the left end of the guide rail I is set Be equipped with left live-roller, the right end of the guide rail I is provided with right live-roller, be provided on the storage car live-roller I and under pass Dynamic roller I, the storing belt I successively bypass left live-roller, right live-roller, lower driving roller I and upper live-roller I, institute counterclockwise State the right side that lower driving roller I is arranged in live-roller I, be provided on the storage car can positive and negative rotation storing belt II, it is described Storing belt II transmits in the longitudinal direction, and the lower right of upper live-roller I is arranged in the storing belt II.Using this technology side The aggregate that case, the sub-material belt or conveying device I convey drops down on storing belt I, under the conveying of storing belt I It drops down on storing belt II, by the positive and negative rotation of storing belt II, aggregate is delivered to the storage bin of front and rear sides, when When replacing the storage bin of filling in the lateral direction, storage car is driven to move up in left and right directions along guide rail I by driving device I It is dynamic.The motor of driving gear may be selected in the driving device I, and the motor is fixed on storage car, and guide rail I is fixedly connected There is the rack gear engaged with gear, details are not described herein.

Preferably, the conveying device I include the first conveyor belt and the second conveyor belt, first conveyor belt with Screening plant is provided between second conveyor belt.Using the technical program, the first conveyor belt is fallen for conveying from feed inlet Under aggregate, the aggregate that the end of the first conveyor belt is dished out enters in screening plant, sieves to material Choosing, the coarse aggregate in aggregate is sifted out；Fine aggregate in aggregate drops down onto the second conveyor belt.

Preferably, the screening plant includes the sieve barrel being obliquely installed, and the sieve barrel is driven by driving device II to be revolved Turn, the sieve barrel includes upper port and lower port, and the upper port and lower port are connected by spaced multiple steel pipes I It connects, the gap between adjacent steel pipe I is exported as fine aggregate, and the lower end bore is to being arranged at intervals with steel pipe II, adjacent steel pipe Gap between II is exported as coarse aggregate, and the aggregate of first conveyor belt end enters sieve material by upper port Cylinder, the aggregate sifted out from fine aggregate outlet are fallen in the second conveyor belt.Using the technical program, aggregate from Upper port enters sieve barrel, and driving device II drives sieve barrel rotation, and fine aggregate then exposes sieve material from the gap between steel pipe I Cylinder；Coarse aggregate then continues to slide to lower port, exposes sieve barrel from the gap between steel pipe II, separates coarse aggregate to reach Technical effect out, the driving device II include the motor of driving sieve barrel rotation, and the motor is connected with rotation axis, institute It states rotation the tip of the axis to be connected with the bracket through a bearing, preferably, the coarse aggregate separated can carry out brokenly by crusher It is broken, it is conveyed again after the completion of broken from feed inlet.

Preferably, the feeding device II includes third conveyor belt and the 4th conveyor belt, the third conveyor belt Positioned at the lower section of the outlet of storage bin, one end of the 4th conveyor belt is located at the lower section of the end of third conveyor belt, institute The other end for stating the 4th conveyor belt is located at the top of proportioner.Using the technical program, arranged from the outlet of any storage bin Aggregate out can drop down onto third conveyor belt, and the aggregate that the end of the third conveyor belt is dished out is fallen To the 4th conveyor belt, the aggregate that the end of the 4th conveyor belt is dished out is dropped down on proportioner.

Preferably, the batch bin is provided with multiple, and multiple batch bins are in two rows of settings, the ingredient in the lateral direction Device is arranged between two rows of batch bins.Being provided with multiple batch bins can be used to configure different aggregates；It is multiple to match Feed bin is arranged between two rows of batch bins in two rows of arrangements, proportioner, facilitates proportioner that aggregate is stored in two In the batch bin of side.

Preferably, the proportioner include front-rear direction transmission proportioning belt I, burden charging carriage and with burden charging carriage cooperate Guide rail II, the burden charging carriage can move under the driving of driving device III along II front-rear direction of guide rail, before the guide rail II End is provided with driving front roller, and the rear end of the guide rail II is provided with rear live-roller, live-roller II is provided on the burden charging carriage With lower driving roller II, the proportioning belt I is counterclockwise successively around driving front roller, rear live-roller, lower driving roller II and upload The rear side of lower driving roller II is arranged in dynamic roller II, the upper live-roller II, be provided on the burden charging carriage can positive and negative rotation ingredient Belt II, the proportioning belt II transmit in the lateral direction, and the back lower place of upper live-roller II is arranged in the proportioning belt II. Using the technical program, the aggregate that the conveying device II conveys is dropped down on proportioning belt I, in the defeated of proportioning belt I It send and falls on proportioning belt II, by the positive and negative rotation of proportioning belt II, aggregate is delivered to the ingredient of the left and right sides Storehouse drives burden charging carriage along guide rail II in front and back when replacing the batch bin of filling in the longitudinal direction by driving device III It is moved on direction.The motor of driving gear may be selected in the driving device III, and the motor is fixed on burden charging carriage, guide rail II is fixedly connected with the rack gear engaged with gear, and details are not described herein.

Preferably, the storage bin is connected with weighing device I, and the weighing device I includes being arranged in pedestal I and storage bin Between the first weighing sensor.Using the technical program, measures to be delivered to from storage bin by the first weighing sensor and match Expect the weight of the aggregate on device.

Preferably, the weighing device I further includes the second weighing sensor, and second weighing sensor is arranged in pedestal Between I and middle roll-over I, the lower section of the outlet of storage bin is arranged in the middle roll-over I, and the discharge port setting of the middle roll-over I exists The top of third conveyor belt.Using the technical program, the concrete of storage bin reduction is measured by the first weighing sensor The weight of aggregate measures the weight for the aggregate that therefrom roll-over I drops down onto conveying device II by the second weighing sensor Amount is matched by the comparison of the first weighing sensor and the second weighing sensor continuous data to be precisely controlled to enter from storage bin The weight of the aggregate of feed bin avoids influence when the first weighing sensor breaks down to proportioning accuracy.

Preferably, the aggregate in the batch bin is delivered to mixing plant, the conveying dress by conveying device III Setting III includes the 5th conveyor belt and the 6th conveyor belt, and the 5th conveyor belt is located at the lower section of batch bin outlet, described One end of 6th conveyor belt is located at the lower section of the end of the 5th conveyor belt.Using the technical program, from any batch bin The aggregate of outlet discharge can drop down onto the 5th conveyor belt, the concrete that the end of the 5th conveyor belt is dished out Aggregate drops down onto the 6th conveyor belt, and the aggregate that the end of the 6th conveyor belt is dished out drops down onto mixing plant.

Preferably, the batch bin is connected with weighing device II, the weighing device II include setting pedestal II with match Third weighing sensor between feed bin.Using the technical program, is measured by third weighing sensor and conveyed from batch bin The weight of aggregate in mixing plant.

Preferably, the weighing device II further includes the 4th weighing sensor, and the 4th weighing sensor is arranged the bottom of at Between seat II and middle roll-over II, the lower section of the outlet of batch bin is arranged in the middle roll-over II, and the outlet of the middle roll-over II is set It sets in the top of the 5th conveyor belt.Using the technical program, mixed by third weighing sensor come what batching storehouse was reduced The weight of solidifying soil aggregate is measured therefrom roll-over II by the 4th weighing sensor and drops down onto aggregate in conveying device III Weight, by the comparison of third weighing sensor and the 4th weighing sensor continuous data, come be precisely controlled from batch bin into The weight for entering the aggregate of mixing plant avoids influence when third weighing sensor breaks down to proportioning accuracy.

Preferably, the mixing plant includes the transfer tank and agitator tank being arranged on bracket I, and transfer tank setting is the The end of six conveyor belts, the transfer tank are connected to agitator tank, are provided with weighing device between the transfer tank and bracket I III, the weighing device III includes the 5th weighing sensor；The agitator tank is communicated with water supply device, is arranged on the agitator tank There is agitating device.

Preferably, it is provided with the cleaning device being connected to water supply device in the agitator tank, is provided with outside the agitator tank The input terminal of transmission device, the transmission device is connect with driving device IV, the output end and cleaning device of the transmission device Connection；The cleaning device includes cleaning pipe, and the cleaning pipe both ends are rotatably connected with agitator tank, is set in the cleaning pipe There is cleaning sprayer；The transmission device includes rotating bar, first connecting rod and oscillating rod, one end of the rotating bar and driving device IV output end is fixedly connected, and the other end of the rotating bar and one end of first connecting rod are hinged, the first connecting rod it is another End is hinged with one end of oscillating rod, and the other end of the oscillating rod is fixedly connected with cleaning pipe.Using the technical program, driving dress It sets IV driving rotating bar to move in a circle, rotating bar and then drive first connecting rod movement, first connecting rod and then drive oscillating rod fortune It is dynamic, since oscillating rod is fixedly connected with cleaning pipe, swings, make in cleaning pipe in agitator tank so finally will drive cleaning pipe The angle and distance of cleaning sprayer transformation and the inner wall of agitator tank, the effective inner wall for cleaning agitator tank.

Preferably, it is provided with dust-extraction unit above the feed inlet and screening plant, the dust-extraction unit includes removing Dust hood is provided with wind chamber in the dust excluding hood, exhaust fan is provided in the wind chamber, the lower end of the wind chamber is provided with Multiple air inlets, the air inlet are provided with dust settling pocket, and the air outlet of the wind chamber drenches case with water by connecting tube and is connected to, Water mist spraying head is provided in the water leaching case.Using the technical program, exhaust fan provides subnormal ambient, and the dust of bulky grain depends on On dust settling pocket, short grained dust enters water leaching case across dust settling pocket and is washed, and improves dust removing effects.

It can be seen that the utility model compared with prior art, has substantive features and progress, the beneficial effect implemented Fruit is also obvious.

Detailed description of the invention

In order to illustrate more clearly of the technical solution of the utility model, attached drawing needed in description will be made below Simply introduce, it should be apparent that, the drawings in the following description are merely some embodiments of the present invention, for this field For those of ordinary skill, without creative efforts, it is also possible to obtain other drawings based on these drawings.

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

Fig. 2 is the structural schematic diagram of feed inlet and conveying device I；

Fig. 3 is the structural schematic diagram of storage device；

Fig. 4 is the winding schematic diagram of storing belt I；

Fig. 5 is the structural schematic diagram of storage device, conveying device II and proportioner cooperation；

Fig. 6 is the structural schematic diagram of proportioner；

Fig. 7 is the winding schematic diagram of proportioning belt I；

Fig. 8 is the cross section structure schematic diagram of feeding-distribution device；

Fig. 9 is the structural schematic diagram of the cooperation of batch bin, conveying device III and mixing plant；

Figure 10 is the structural schematic diagram of dust-extraction unit；

Figure 11 is the structural schematic diagram one of weighing device I at storage bin；

Figure 12 is the structural schematic diagram two of weighing device I at storage bin；

Figure 13 is the structural schematic diagram one of weighing device II at batch bin；

Figure 14 is the structural schematic diagram two of weighing device II at batch bin；

Figure 15 is the structure schematic diagram of mixing plant；

Figure 16 is the structure schematic diagram of agitator tank in Figure 13；

Figure 17 is the structural schematic diagram of screening plant；

Figure 18 is the structural schematic diagram for sieving the lower port of barrel.

In figure: 1- feed inlet, the first conveyor belt of 2-, 3- screening plant, 3.1- sieve barrel, 3.2- driving device II, 3.3- upper port, 3.4- lower port, 3.5- steel pipe I, 3.6- steel pipe II, 3.7- rotation axis, the second conveyor belt of 4-, 5- sub-material dress It sets, 5.1- sub-material belt, 5.2- sub-material storehouse, 5.3- divides bin outlet, 6- storage device, 6.1- storage car, 6.2- storing belt The upper live-roller I of I, 6.3-, 6.4- lower driving roller I, 6.5- storing belt II, 6.6- left live-roller, 6.7- right live-roller, 7- storing Storehouse, 8- third conveyor belt, 9- proportioner, 9.1- burden charging carriage, 9.2- proportioning belt I, 9.3- upper live-roller II pass under 9.4- Dynamic roller II, 9.5- proportioning belt II, 9.6- driving front roller, live-roller after 9.7-, 10- batch bin, 11- mixing plant, 11.1- stirring Tank, 11.2- bracket II, the 5th weighing sensor of 11.3-, 11.4- transfer tank, 11.5- powder carry auger, 11.6- powder material tank, 11.7- bracket I, 11.8- weighing sensor I, 11.9- cleaning pipe, 11.10- oscillating rod, 11.11- first connecting rod, 11.12- turn Lever, 11.13- driving device IV, 11.14- agitating device, 11.15- connecting rod, 12- dust-extraction unit, 12.1- dust excluding hood, 12.2- exhaust fan, 12.3- dust settling pocket, 12.4- water leaching case, 12.5- connecting tube, 12.6- wind chamber, the 4th conveyor belt of 13-, 14- transfer tank, 15- agitator tank, the 5th conveyor belt of 16-, the 6th conveyor belt of 17-, 18- pedestal I, the first weighing and sensing of 19- Device, roll-over I in 20-, the second weighing sensor of 21-, 22- pedestal II, 23- third weighing sensor, roll-over II in 24-, 25- Four weighing sensors.

Specific embodiment

It, below will fortune to enable the purpose of utility model, feature, advantage of the utility model more obvious and understandable With specific examples and drawings, the technical solution of the utility model protection is clearly and completely described, it is clear that below The described embodiments are only a part of the embodiments of the utility model, and not all embodiment.Based on the reality in this patent Example is applied, all other embodiment obtained by those of ordinary skill in the art without making creative efforts all belongs to In the range of this patent protection.

As shown, a kind of transportation storage system of aggregate, it is characterized in that: include the feed inlet 1 set gradually, Conveying device I, storage bin 7, conveying device II and batch bin 10；

The lower section of feed inlet 1 is arranged in one end of the conveying device I, and the other end of the conveying device I is provided with storage Expect that device 6, the storage device 6 store the aggregate in conveying device I to storage bin 7；

The lower section of the outlet of storage bin 7, the other end of the conveying device II is arranged in one end of the conveying device II It is provided with proportioner 9, the aggregate in conveying device II is distributed in batch bin 10 by the proportioner 9.

The storage bin 7 is provided with multiple, and along the longitudinal direction in two rows of distributions, the storage device 6 is set multiple storage bins 7 It sets between two rows of storage bins 7.Being provided with multiple storage bins 7 can be used to store a large amount of aggregate, can also will be more A storage bin 7 is classified for storing different aggregates；Multiple storage bins 7 are arranged in two rows of arrangements, storage device 6 Between two rows of storage bins, facilitate storage device 6 that aggregate is stored in the storage bin 7 of two sides.

Or the storage bin 7 is provided with multiple, multiple storage bins 7 are distributed in three rows along the longitudinal direction, adjacent two rows of It is provided with a storage device 6 between storage bin 7, feeding-distribution device 5, the feeding-distribution device 5 are provided between two storage devices 6 The end of conveying device I is set, and the feeding-distribution device 5 sends the aggregate in conveying device I to storage device 6 On.Being provided with multiple storage bins 7 can be used to store a large amount of aggregate, multiple storage bins 7 can also be classified For storing different aggregates；The feeding-distribution device 5 be used for by conveying device I conveying come aggregate send to On storage device 6, facilitate storage device 6 that aggregate is stored in the storage bin 7 of two sides.

The feeding-distribution device 5 include can positive and negative rotation sub-material belt 5.1, be provided with sub-material storehouse on the sub-material belt 5.1 5.2, the both ends in the sub-material storehouse 5.2 are provided with point bin outlet 5.3, and the sub-material belt 5.1 transmits in the longitudinal direction. Aggregate is fallen on sub-material belt 5.1 from the end of conveying device I, and the sub-material storehouse 5.2 can be avoided aggregate It is fallen from the two sides of sub-material belt 5.1, by the positive and negative rotation of sub-material belt 5.1, sub-material belt 5.1 will be mixed in sub-material storehouse 5.2 Solidifying soil aggregate is sent to former and later two storage devices 6.

The storage device 6 include left and right directions transmission storing belt I 6.2, storage car 6.1 and with storage car 6.1 The guide rail I of cooperation, the storage car 6.1 can move under the driving of driving device I along I left and right directions of guide rail, the guide rail I Left end is provided with left live-roller 6.6, and the right end of the guide rail I is provided with right live-roller 6.7, is provided on the storage car 6.1 Upper live-roller I 6.3 and lower driving roller I 6.4, the storing belt I 6.2 successively bypass left live-roller 6.6, right live-roller counterclockwise 6.7, the right side of lower driving roller I 6.4, institute is arranged in lower driving roller I 6.4 and upper live-roller I 6.3, the upper live-roller I 6.3 State be provided on storage car 6.1 can positive and negative rotation storing belt II 6.5, the storing belt II 6.5 transmits in the longitudinal direction, The lower right of upper live-roller I 6.3 is arranged in the storing belt II 6.5.What the sub-material belt 5.1 or conveying device I conveyed Aggregate drops down on storing belt I, falls on storing belt II 6.5 in the conveying of storing belt I 6.2, passes through storing Aggregate is delivered to the storage bin 7 of front and rear sides by the positive and negative rotation of belt II 6.5, when replacement filling in the lateral direction Storage bin 7 when, drive storage car 6.1 to move in the lateral direction along guide rail I by driving device I.The driving device I The motor of driving gear may be selected, the motor is fixed on storage car 6.1, and guide rail I is fixedly connected with to be engaged with gear Rack gear, details are not described herein.

The conveying device I includes the first conveyor belt 2 and the second conveyor belt 4, first conveyor belt 2 and second Screening plant 3 is provided between conveyor belt 4.First conveying skin 2 with for conveying the aggregate fallen from feed inlet 1, The aggregate that the end of first conveyor belt 2 is dished out enters in screening plant 3, screens to material, by concrete bone Coarse aggregate in material sifts out；Fine aggregate in aggregate drops down onto the second conveyor belt 4.

The screening plant 3 includes the sieve barrel 3.1 being obliquely installed, and the sieve barrel 3.1 is driven by driving device II 3.2 Rotation, the sieve barrel 3.1 include upper port 3.3 and lower port 3.4, and the upper port 3.3 and lower port 3.4 are set by interval The multiple steel pipes I 3.5 set connect, and the gap between adjacent steel pipe I 3.5 is exported as fine aggregate, and the interval of lower port 3.4 is set It is equipped with steel pipe II 3.6, the gap between adjacent steel pipe II 3.6 is exported as coarse aggregate, and 2 end of the first conveyor belt is mixed Solidifying soil aggregate enters sieve barrel 3.1 by upper port 3.3, and the aggregate sifted out from fine aggregate outlet falls in the second conveyor belt On 4.Aggregate enters sieve barrel 3.1 from upper port 3.3, and driving device II 3.2 drives sieve barrel 3.1 to rotate, fine aggregate Then expose sieve barrel 3.1 from the gap between steel pipe I 3.5；Coarse aggregate then continues to slide to lower port 3.4, from steel pipe II 3.6 it Between gap expose sieve barrel, to reach the technical effect for separating coarse aggregate, the driving device II 3.2 includes driving The motor of dynamic sieve barrel rotation, the motor are connected with rotation axis 3.7, and the end of the rotation axis 3.7 passes through bearing and bracket Connection, preferably, the coarse aggregate separated can be crushed by crusher, it is defeated again from feed inlet 1 after the completion of being crushed It send.

The feeding device II includes third conveyor belt 8 and the 4th conveyor belt 13, and the third conveyor belt 8 is located at The lower section of the outlet of storage bin 7, one end of the 4th conveyor belt 13 are located at the lower section of the end of third conveyor belt 8, institute The end for stating the 4th conveyor belt 13 is located at the top of proportioner 9.From the aggregate of the outlet discharge of any storage bin 7 It can drop down onto third conveyor belt 8, the aggregate that the end of the third conveyor belt 8 is dished out drops down onto the 4th conveying skin On band 13, the aggregate that the end of the 4th conveyor belt 13 is dished out is dropped down on proportioner 9.

The batch bin 10 is provided with multiple, and multiple batch bins 10 are in the lateral direction in two rows of settings, the ingredient dress 9 settings are set between two rows of batch bins 10.Being provided with multiple batch bins 10 can be used to configure different aggregates；It is multiple Batch bin 10 is arranged between two rows of batch bins 10 in two rows of arrangements, proportioner 9, facilitates proportioner 9 by aggregate It is stored in the batch bin 10 of two sides.

The proportioner 9 include front-rear direction transmission proportioning belt I 9.2, burden charging carriage 9.1 and with burden charging carriage 9.1 The guide rail II of cooperation, the burden charging carriage 9.1 can move under the driving of driving device III along II front-rear direction of guide rail, the guide rail II front end is provided with driving front roller 9.6, and the rear end of the guide rail II is provided with rear live-roller 9.7, sets on the burden charging carriage 9.1 Be equipped with live-roller II 9.3 and lower driving roller II 9.4, the proportioning belt I 9.2 counterclockwise successively around driving front roller 9.6, after Live-roller 9.7, lower driving roller II 9.4 and upper live-roller II 9.3, the upper live-roller II 9.3 are arranged in lower driving roller II 9.4 Rear side, be provided on the burden charging carriage 9.1 can positive and negative rotation proportioning belt II 9.5, the proportioning belt II 9.5 is in right and left It is passed up, the back lower place of upper live-roller II 9.3 is arranged in the proportioning belt II 9.5.The conveying device II conveys mixed Solidifying soil aggregate drops down on proportioning belt I 9.2, falls on proportioning belt II 9.5 in the conveying of proportioning belt I 9.2, passes through ingredient Aggregate is delivered to the batch bin 10 of the left and right sides by the positive and negative rotation of belt II 9.5, when replacement filling in the longitudinal direction Batch bin 10 when, drive burden charging carriage 9.1 to move in the longitudinal direction along guide rail II by driving device III.The driving dress Setting III may be selected the motor of driving gear, and the motor is fixed on burden charging carriage 9.1, and guide rail II is fixedly connected with and gear The rack gear of engagement, details are not described herein.

The storage bin 7 is connected with weighing device I, the weighing device I include setting pedestal I 18 and storage bin 7 it Between the first weighing sensor 19.The pedestal I 18 is fixedly installed, and is measured by the first weighing sensor 19 from storage bin 7 It is delivered to the weight of the aggregate on proportioner 9.

The weighing device I further includes the second weighing sensor 21, and second weighing sensor 21 is arranged in pedestal I 18 Between middle roll-over I 20, the lower section of the outlet of storage bin 7, the discharge port of the middle roll-over I 20 is arranged in the middle roll-over I 20 The top of third conveyor belt 8 is set.The aggregate of 7 reduction of storage bin is measured by the first weighing sensor 19 Weight measures the weight that therefrom roll-over I 20 drops down onto the aggregate in conveying device II by the second weighing sensor 21, By the comparison of 21 continuous data of the first weighing sensor 19 and the second weighing sensor, enter to be precisely controlled from storage bin 7 The weight of the aggregate of batch bin 10 avoids influence when the first weighing sensor 19 breaks down to proportioning accuracy.

Aggregate in the batch bin 10 is delivered to mixing plant 11, the conveying device III by conveying device III Including the 5th conveyor belt 16 and the 6th conveyor belt 17, the 5th conveyor belt 16 is located at the lower section of the outlet of batch bin 10, One end of 6th conveyor belt 17 is located at the lower section of the end of the 5th conveyor belt 16.It is arranged from the outlet of any batch bin 10 Aggregate out can drop down onto the 5th conveyor belt 16, the concrete bone that the end of the 5th conveyor belt 16 is dished out Material drops down onto the 6th conveyor belt 17, and the aggregate that the end of the 6th conveyor belt 17 is dished out drops down onto mixing plant.

The batch bin is connected with weighing device II, and the weighing device II includes being arranged in pedestal II 22 and batch bin 10 Between third weighing sensor 23.The pedestal II 22 is fixedly installed, and is measured by third weighing sensor 23 from ingredient Storehouse 10 is delivered to the weight of the aggregate in mixing plant 11.

The weighing device II further includes the 4th weighing sensor 25, and the 4th weighing sensor 25 is arranged in pedestal II Between 22 and middle roll-over II 24, the lower section of the outlet of batch bin 10 is arranged in the middle roll-over II 24, the middle roll-over II 24 The top of the 5th conveyor belt 16 is arranged in outlet.By third weighing sensor 23 come the concrete bone of batching storehouse reduction The weight of material is measured therefrom roll-over II 24 by the 4th weighing sensor 25 and drops down onto aggregate in conveying device III Weight, by the comparison of 25 continuous data of third weighing sensor 23 and the 4th weighing sensor, to be precisely controlled from batch bin 10 enter the weight of the aggregate of mixing plant 11, avoid when third weighing sensor 23 breaks down to proportioning accuracy It influences.

The mixing plant 11 includes the transfer tank 11.4 and agitator tank 11.1 being arranged on bracket I 11.7, the transfer tank 11.4 are arranged in the end of the 6th conveyor belt 17, and the transfer tank 11.4 is connected to agitator tank 11.1, the transfer tank 11.4 Weighing device III is provided between bracket I 11.7, the weighing device III includes the 5th weighing sensor 11.3；The stirring Tank 11.1 is communicated with water supply device, is provided with agitating device 11.14 on the agitator tank 11.1.

It is provided with the cleaning device being connected to water supply device in the agitator tank 11.1, is provided with outside the agitator tank 11.1 The input terminal of transmission device, the transmission device is connect with driving device IV 11.13, the output end of the transmission device and cleaning Device connection；The cleaning device includes cleaning pipe 11.9, and 11.9 both ends of cleaning pipe rotatably connect with agitator tank 11.1 It connects, the cleaning pipe 11.9 is equipped with cleaning sprayer；The transmission device includes rotating bar 11.12, first connecting rod 11.11 and pendulum One end of lever 11.10, the rotating bar 11.12 is fixedly connected with the output end of driving device IV 11.13, the rotating bar One end of 11.12 other end and first connecting rod 11.11 is hinged, the other end and oscillating rod 11.10 of the first connecting rod 11.11 One end it is hinged, the other end of the oscillating rod 11.10 is fixedly connected with cleaning pipe 11.9.The driving of driving device IV 11.13 turns Lever 11.12 moves in a circle, rotating bar 11.12 and then the drive movement of first connecting rod 11.11, first connecting rod 11.11 and then band Movable pendulum lever 11.10 moves, since oscillating rod 11.10 is fixedly connected with cleaning pipe 11.9, so finally will drive cleaning pipe 11.9 swing in agitator tank 11.1, make cleaning sprayer in cleaning pipe 11.9 convert with the angle of the inner wall of agitator tank 11.1 with Distance, the effective inner wall for cleaning agitator tank 11.1.

The top of the feed inlet 1 and screening plant 3 is provided with dust-extraction unit 12, and the dust-extraction unit 12 includes dedusting 12.1 are covered, wind chamber 12.6 is provided in the dust excluding hood 12.1, exhaust fan 12.2 is provided in the wind chamber 12.6, it is described The lower end of wind chamber 12.6 is provided with multiple air inlets, and the air inlet is provided with dust settling pocket 12.3, the wind chamber 12.6 Air outlet case 12.4 drenched by connecting tube 12.5 and water be connected to, the water, which drenches in case 12.4, is provided with water mist spraying head.Exhaust fan 12.2 provide subnormal ambients, and the dust of bulky grain is attached on dust settling pocket 12.3, short grained dust pass through dust settling pocket 12.3 into Enter water leaching case 12.4 to be washed, improves dust removing effects.

In use, aggregate vehicle unloads aggregate from feed inlet 1, aggregate passes through conveying device I And storage device 6 is stored in spare in storage bin 7, aggregate in storage bin 7 is delivered to by conveying device II matches In feed bin 10, it is ready for mixing plant 11 using aggregate, the transport of aggregate and convenient storage, operator Transport and storage of the position with regard to achievable aggregate of adjustment vehicle are not needed.The storage bin 7 is used for aggregate A large amount of storages；Required various aggregates when the batch bin 10 for storing 11 ingredient of mixing plant in proportion.

Each embodiment in this specification is described in a progressive manner, the highlights of each of the examples are with other The difference of embodiment, the same or similar parts in each embodiment refer to mutually.

The foregoing description of the disclosed embodiments can be realized professional and technical personnel in the field or using originally practical new Type.Various modifications to these embodiments will be readily apparent to those skilled in the art, and determine herein The General Principle of justice can be realized in other embodiments without departing from the spirit or scope of the present utility model.Cause This, the present invention will not be limited to the embodiments shown herein, and is to fit to and principles disclosed herein The widest scope consistent with features of novelty, creative feature.

Claims (10)

1. a kind of transportation storage system of aggregate, it is characterized in that: including feed inlet, conveying device I, storage bin, conveying Device II and batch bin；

The lower section of feed inlet is arranged in one end of the conveying device I, and the other end of the conveying device I is provided with storing dress It sets, the storage device stores the aggregate in conveying device I to storage bin；

The lower section of the outlet of storage bin is arranged in one end of the conveying device II, and the other end of the conveying device II is provided with Aggregate in conveying device II is distributed in batch bin by proportioner, the proportioner.

2. the transportation storage system of aggregate according to claim 1, it is characterized in that: the storage bin be provided with it is more A, multiple storage bins are in two rows of distributions along the longitudinal direction, and the storage device is arranged between two rows of storage bins；

Or the storage bin be provided with it is multiple, multiple storage bins be in along the longitudinal direction three rows distribution, the storage bin of adjacent two rows Between be provided with a storage device, feeding-distribution device is set between two storage devices, and the feeding-distribution device setting is filled in conveying I end is set, the feeding-distribution device sends the aggregate in conveying device I to storage device.

3. the transportation storage system of aggregate according to claim 2, it is characterized in that: the feeding-distribution device includes can The sub-material belt of positive and negative rotation is provided with sub-material storehouse on the sub-material belt, and the both ends in the sub-material storehouse are provided with sub-material storehouse and go out Mouthful, the sub-material belt transmits in the longitudinal direction.

4. the transportation storage system of aggregate according to claim 2 or 3, it is characterized in that: the storage device packet The storing belt I, storage car and the guide rail I with storage car cooperation of left and right directions transmission are included, the storage car is in driving device I Driving under can be moved along I left and right directions of guide rail, the left end of the guide rail I is provided with left live-roller, and the right end of the guide rail I is set Be equipped with right live-roller, be provided with live-roller I and lower driving roller I on the storage car, the storing belt I counterclockwise successively around Left live-roller, right live-roller, lower driving roller I and upper live-roller I are crossed, the right side of lower driving roller I is arranged in the upper live-roller I Side, be provided on the storage car can positive and negative rotation storing belt II, the storing belt II transmits in the longitudinal direction, described The lower right of upper live-roller I is arranged in storing belt II.

5. the transportation storage system of aggregate according to claim 1, it is characterized in that: the conveying device I includes First conveyor belt and the second conveyor belt are provided with screening plant between first conveyor belt and the second conveyor belt； The screening plant includes the sieve barrel being obliquely installed, and the sieve barrel is driven by driving device II to be rotated, the sieve barrel packet Upper port and lower port are included, the upper port and lower port are connected by spaced multiple steel pipes I, between adjacent steel pipe I Gap exported as fine aggregate, the lower port is arranged at intervals with steel pipe II, and the gap between adjacent steel pipe II is as thick bone Material outlet, the aggregate of first conveyor belt end enter sieve barrel by upper port, sift out from fine aggregate outlet Aggregate is fallen in the second conveyor belt.

6. the transportation storage system of aggregate according to claim 1, it is characterized in that: the conveying device II includes Third conveyor belt and the 4th conveyor belt, the third conveyor belt are located at the lower section of the outlet of storage bin, and the described 4th is defeated The lower section for sending one end of belt to be located at the end of third conveyor belt, the end of the 4th conveyor belt are located at proportioner Top.

7. the transportation storage system of aggregate according to claim 1 or 6, it is characterized in that: the batch bin is arranged Have multiple, multiple batch bins are in two rows of settings in the lateral direction, and the proportioner is arranged between two rows of batch bins；It is described Proportioner includes the proportioning belt I, burden charging carriage and the guide rail II with burden charging carriage cooperation of front-rear direction transmission, the burden charging carriage It can be moved along II front-rear direction of guide rail under the driving of driving device III, the front end of the guide rail II is provided with driving front roller, institute The rear end for stating guide rail II is provided with rear live-roller, and live-roller II and lower driving roller II are provided on the burden charging carriage, described to match Expect that belt I successively bypasses driving front roller, rear live-roller, lower driving roller II and upper live-roller II, the upper live-roller counterclockwise II is arranged in the rear side of lower driving roller II, be provided on the burden charging carriage can positive and negative rotation proportioning belt II, the proportioning belt II transmits in the lateral direction, and the back lower place of upper live-roller II is arranged in the proportioning belt II.

8. the transportation storage system of aggregate according to claim 6, it is characterized in that: the storage bin is connected with title Refitting sets I；The weighing device I includes the first weighing sensor being arranged between pedestal I and storage bin；The weighing device I further includes the second weighing sensor, and second weighing sensor is arranged between pedestal I and middle roll-over I, the middle roll-over I The lower section of the outlet of storage bin is set, and the top of third conveyor belt is arranged in the discharge port of the middle roll-over I.

9. the transportation storage system of aggregate according to claim 1, it is characterized in that: the coagulation in the batch bin Native aggregate is delivered to mixing plant by conveying device III, and the conveying device III includes the 5th conveyor belt and the 6th conveying skin Band, the 5th conveyor belt are located at the lower section of batch bin outlet, and one end of the 6th conveyor belt is located at the 5th conveying skin The lower section of the end of band；

The batch bin is connected with weighing device II, and the weighing device II includes the be arranged between pedestal II and batch bin Three weighing sensors；The weighing device II further includes the 4th weighing sensor, and the 4th weighing sensor is arranged in pedestal Between II and middle roll-over II, the lower section of the outlet of batch bin, the outlet setting of the middle roll-over II is arranged in the middle roll-over II In the top of the 5th conveyor belt；

The mixing plant includes the transfer tank and agitator tank being arranged on bracket I, and the transfer tank is arranged in the 6th conveyor belt End, the transfer tank is connected to agitator tank, and weighing device III, the weighing are provided between the transfer tank and bracket I Device III includes the 5th weighing sensor；The agitator tank is communicated with water supply device, is provided with agitating device on the agitator tank； It is provided with the cleaning device being connected to water supply device in the agitator tank, transmission device, the biography are provided with outside the agitator tank The input terminal of dynamic device is connect with driving device IV, and the output end of the transmission device is connect with cleaning device；The cleaning dress It sets including cleaning pipe, the cleaning pipe both ends are rotatably connected with agitator tank, and the cleaning pipe is equipped with cleaning sprayer；It is described Transmission device includes rotating bar, first connecting rod and oscillating rod, and one end of the rotating bar and the output end of driving device IV are fixed Connection, the other end of the rotating bar and one end of first connecting rod are hinged, and the one of the other end of the first connecting rod and oscillating rod End is hinged, and the other end of the oscillating rod is fixedly connected with cleaning pipe.

10. the transportation storage system of aggregate according to claim 5, it is characterized in that: the feed inlet and sieve Dust-extraction unit is provided with above screening device, the dust-extraction unit includes dust excluding hood, and wind chamber, institute are provided in the dust excluding hood It states and is provided with exhaust fan in wind chamber, the lower end of the wind chamber is provided with multiple air inlets, and the air inlet, which is provided with, to be removed Dirt bag, the air outlet of the wind chamber drench case with water by connecting tube and are connected to, and are provided with water mist spraying head in the water leaching case.