CN110482250A

CN110482250A - A kind of automatic sand delivering system

Info

Publication number: CN110482250A
Application number: CN201910677216.4A
Authority: CN
Inventors: 田雨; 于芳; 周珍珍; 李泓杉; 魏荣; 税淼
Original assignee: Sichuan Honghua Petroleum Equipment Co Ltd
Current assignee: Sichuan Honghua Petroleum Equipment Co Ltd
Priority date: 2019-07-25
Filing date: 2019-07-25
Publication date: 2019-11-22
Also published as: WO2021012831A1; SA522431478B1

Abstract

The present invention relates to petroleum drilling and mining equipment fields, in particular to one kind is able to carry out modularization transport, carry out the automatic sand delivering system of fully enclosed automatic transport sandstone, the automatic sand delivering system includes the storage sand device assembly connecting with basis, the vertical spin sediment transport assembly being fixedly connected with the storage sand device assembly, for fixing the mounting rack assembly of the vertical spin sediment transport assembly, the flat spin sediment transport assembly being fixedly connected at the top of the storage sand device assembly, it shakes out assembly with the spiral that is fixedly connected of bottom in the storage sand device assembly, the sand pocket handling apparatus being fixedly connected with mounting rack assembly top, the bag-breaking device being fixedly connected with the mounting rack assembly, it further include being fixedly connected with flashing device with the sand pocket handling apparatus, structure of the present invention can be realized transportation module, the totally-enclosed transport of proppant, simultaneously Whole process carries out automatic operation.

Description

A kind of automatic sand delivering system

Technical field

The present invention relates to petroleum drilling and mining equipment field, in particular to one kind is able to carry out modularization transport, carries out totally-enclosed The automatic sand delivering system of automatic transportation sandstone.

Background technique

Shale gas pressure break needs in large quantities using fracturing propping agents, and domestic fracturing propping agents are all made of packed form, unload Sand process mostly uses crane lifting sand packet, is lifted at the top of nearly 10 meters high from the ground of silo from ground, by the behaviour on silo top Workmanship's auxiliary completes broken bag, the operation such as unload sand, and then crane is again hung the packaging bag of damage in tank deck or by ground staff Auxiliary is placed on the ground, then terrestrial operation work, is linked up with again, the new sand packet of handling, completes sand loading operation again and again.

This operating automation degree is relatively low, needs temporary scheduling loop wheel machine, needs more people's compounding practices, and be easy to make It is not thorough at sand is unloaded, in hoisting process, the case where proppant is flown upward all over the sky.During sand loading, both dangerous, low efficiency and wave Take fracturing propping agents, does not also meet HSE requirement.

The prior art has the following problems:

1, in the prior art, hook, broken bag, the arrangement for unloading sand and package in damaged condition bag are required to operator and carry out manual operations, The degree of automation is low, and efficiency is lower；

2, temporary scheduling loop wheel machine in the prior art, is needed during carrying out broken bag, and more people is needed to carry out compounding practice, is easy It causes to unload sand and be not thorough, the situation that proppant disorderly flies in hoisting process causes the waste of proppant, improves operating cost；

3, in the prior art, since bag-breaking device and storage sand device are non-modular designs, bag-breaking device stores up sand device, is defeated Sand device, storage sand device and various auxiliary devices are required to separate independent transport, to operation field after also need independent handling to pacify Dress, therefore the transport and installation cost that need to expend in transport and installation process are higher；

4, in the prior art, since proppant is non-enclosed transport, exposure in air, can not make to prop up in weather such as sleet Support agent is in drying regime, and the blocking of proppant is be easy to cause during sediment transport；

5, in the prior art, in air due to proppant exposure, air pollution is be easy to cause in broken bag and transportational process, no Meet the requirement of HSE.

To solve the above problems, needing to invent one kind is able to carry out modularization transport, fully enclosed automatic sand transportation is carried out The automatic sand delivering system of stone.

Summary of the invention

It is an object of the invention to overcome the above-mentioned deficiency in the presence of the prior art, one kind is provided and is able to carry out modularization Transport carries out the automatic sand delivering system of fully enclosed automatic transport sandstone.

In order to achieve the above object, the present invention provides following technical solutions.

A kind of automatic sand delivering system, including the storage sand device assembly connecting with basis, storage sand device assembly bottom is opened Equipped with discharge port, further includes:

Vertical spin sediment transport assembly, the vertical spin sediment transport assembly by short flat spin sediment transport pipe, vertical spin sediment transport pipe and Oblique sediment transport pipe composition, one end of the short flat spin sediment transport pipe is fixedly connected with short flat spin sediment transport pipe driving motor, leans on The upward position in the short flat spin sediment transport pipe front of the nearly short flat spin sediment transport pipe driving motor offers short level Spiral transferring sandpipe feed inlet, the side of the other end of the short flat spin sediment transport pipe offer short flat spin sediment transport pipe discharging Mouthful, the side of one end of the vertical spin sediment transport pipe offers vertical spin sediment transport pipe feed inlet, and the short flat spin is defeated Sandpipe discharge port is fixedly connected with the vertical spin sediment transport pipe feed inlet, and the other end of the vertical spin sediment transport pipe is fixed to be connected It is connected to vertical spin sediment transport pipe driving motor, close to the vertical spin sediment transport pipe of the vertical spin sediment transport pipe driving motor Top offers vertical spin sediment transport pipe discharge port, and one end of the vertical spin sediment transport pipe discharge port and the oblique sediment transport pipe is solid Fixed to connect and be connected to, the other end of the oblique sediment transport pipe is fixedly connected with cover board, offers on the cover board and the oblique sediment transport The feed opening of pipe match of pipe diameter；

Mounting rack assembly, the mounting rack assembly is by fixing company with the basic mounting rack pedestal connecting and with the mounting rack pedestal The right angle setting frame composition connect, the short flat spin sediment transport pipe are fixedly connected with the mounting rack pedestal, the vertical spin The middle part of sand delivering system is flexibly connected with the right angle setting frame；

Flat spin sediment transport assembly, the flat spin sediment transport assembly include flat spin sediment transport pipe, bracket, flat spin sediment transport Pipe driving motor, flat spin sediment transport pipe feed inlet and flat spin sediment transport pipe discharge port, the flat spin sediment transport pipe pass through It is fixedly connected at the top of the bracket and the storage sand device, it is defeated that the flat spin sediment transport pipe feed inlet is located at the flat spin Sandpipe one end top is flexibly connected and is connected to the other end of the oblique sediment transport pipe, and the other end of the flat spin sediment transport pipe is solid Dingan County is equipped with the flat spin sediment transport pipe driving motor, and the flat spin sediment transport bottom of the tube offers and the storage sand device The matched flat spin sediment transport pipe discharge port, each described flat spin sediment transport pipe discharge port be provided with one it is automatically controlled insert Plate valve one, the automatically controlled gate valve one are fixedly connected with the flat spin sediment transport pipe discharge port, and the automatically controlled gate valve one is also It is electrically connected with power source；

Spiral is shaked out assembly, and the spiral assembly that shakes out goes out sandpipe by spiral and spiral goes out sandpipe mounting seat and constitutes, the spiral shell Back-out sandpipe goes out sandpipe mounting seat with the spiral and is fixedly connected, and the spiral goes out sandpipe mounting seat and the storage sand device Interior bottom is fixedly connected, and one end that the spiral goes out sandpipe is fixedly connected with spiral and goes out sandpipe driving motor, and the spiral is shaked out One end top of pipe offers spiral and goes out sandpipe feed inlet, and the spiral goes out sandpipe feed inlet and is located at below the discharge port, institute It states spiral and goes out the other end lower part of sandpipe and offer spiral and go out sandpipe discharge port；

Sand pocket handling apparatus, the sand pocket handling apparatus are fixedly connected with right angle setting frame top；

Bag-breaking device, the bag-breaking device are fixedly connected with the mounting rack pedestal.

It as a preferred solution of the present invention, further include flashing device, the flashing device and the sand pocket handling apparatus are solid Fixed connection,.

As a preferred solution of the present invention, the storage sand device assembly includes:

Resevoir sand tank one, the top of the resevoir sand tank one offer with the matched feed inlet of the flat spin sediment transport pipe discharge port, It is fixedly connected at the top of the bracket and the resevoir sand tank one, the automatically controlled gate valve one and the flat spin sediment transport pipe discharge port It is fixedly connected and is matched with the feed inlet, the bottom of the resevoir sand tank one is without bottom plate；

Resevoir sand tank two, two no-top plate of resevoir sand tank and bottom plate, the bottom at the top of the resevoir sand tank two and the resevoir sand tank one It is fixedly connected, two top of resevoir sand tank is tetragonal body, and two lower part of resevoir sand tank is cubic prismoid；

Resevoir sand tank three, the resevoir sand tank three include three tank body of resevoir sand tank mounting seat and resevoir sand tank, the three tank body top of resevoir sand tank It is fixedly connected at the top of portion and the resevoir sand tank mounting seat, the three tank body no-top plate of resevoir sand tank and bottom plate, the resevoir sand tank three Cubic prismoid, that is, the square-shaped hopper of tank body formation wide at the top and narrow at the bottom, the three tank body lower part self-assembling formation discharge port of resevoir sand tank are described It is fixedly connected at the top of resevoir sand tank mounting seat with the bottom of the resevoir sand tank two；

Emergency staircase, the emergency staircase are fixedly mounted on three tail portion of the resevoir sand tank one, resevoir sand tank two and resevoir sand tank, the emergency staircase Top be fixedly connected with the tail portion of the resevoir sand tank one, the tail portion of the middle part of the emergency staircase and the resevoir sand tank two is fixed to be connected It connects, the lower part of the emergency staircase is fixedly connected with the tail portion of the resevoir sand tank three.

As a preferred solution of the present invention, the resevoir sand tank one is individually formed storehouse A1, and the resevoir sand tank two is individually formed storehouse A2, three tank body of resevoir sand tank are individually formed storehouse A1, and up and down, the discharge port is provided with automatically controlled by storehouse A1, storehouse A2 and storehouse A3 Gate valve two, the automatically controlled gate valve two are fixedly connected with the discharge port, and the automatically controlled gate valve two is also electrically connected with power source It connects, the spiral goes out sandpipe feed inlet and matches with the discharge port, and the spiral goes out the external sand blender of sandpipe discharge port, described Spiral goes out sandpipe and the resevoir sand tank mounting seat is angled, and the spiral goes out the height of one end of sandpipe lower than the other end Height.

As a preferred solution of the present invention, the resevoir sand tank one is isolated into four storehouses, respectively storehouse A1, storehouse by metal plate B1, storehouse C1 and storehouse D1 offer the feed inlet at the top of the storehouse A1, storehouse B1, storehouse C1 and storehouse D1；

The resevoir sand tank two is isolated into four storehouses, respectively storehouse A2, storehouse B2, storehouse C2 and storehouse D2, the storehouse A2, storehouse by metal plate The top of B2, storehouse C2 and storehouse D2 are that tetragonal body lower part is cubic prismatoid；

Three tank body of resevoir sand tank is made of two square-shaped hopper tank bodies, each described square-shaped hopper tank body is isolated by metal plate At two storehouses, respectively storehouse A3, storehouse B3, storehouse C3 and storehouse D3, the storehouse A3, storehouse B3, storehouse C3 and storehouse D3 are prismatoid, the storehouse A3, storehouse B3, storehouse C3 and storehouse D3 are wide at the top and narrow at the bottom, four discharge ports of lower part formation of the storehouse A3, storehouse B3, storehouse C3 and storehouse D3, Each described discharge port is provided with automatically controlled gate valve three, and four automatically controlled gate valves three are fixedly connected with the discharge port, Four automatically controlled gate valves three are also electrically connected with power source；

The storehouse A1, storehouse A2 and storehouse A3 up and down, the storehouse B1, storehouse B2 and storehouse B3 up and down, the storehouse C1, storehouse C2 and storehouse Up and down, the storehouse D1, storehouse D2 and storehouse D3 are up and down by C3.

As a preferred solution of the present invention, it is 2 that the spiral, which goes out the quantity of sandpipe, and a spiral goes out the described of sandpipe Spiral goes out sandpipe feed inlet and matches with the discharge port of the storehouse A3 and storehouse B3, and the spiral that another spiral goes out sandpipe goes out Sandpipe feed inlet is matched with the discharge port of the storehouse C3 and storehouse D3, and two spirals go out the other end and fracturing blender truck of sandpipe Connection, the spiral go out the external sand blender of sandpipe discharge port, and two spirals go out sandpipe and the resevoir sand tank mounting seat Angled, the height that two spirals go out one end of sandpipe is lower than the height of the other end.

As a preferred solution of the present invention, the resevoir sand tank one is isolated into three storehouses, respectively storehouse A1, storehouse B1 by metal plate With storehouse C1, the feed inlet is offered at the top of the storehouse A1, storehouse B1 and storehouse C1；

The resevoir sand tank two is isolated into three storehouses by metal plate, respectively storehouse A2, storehouse B2 and storehouse C2, and the storehouse A2 and storehouse B2's is upper Portion is that tetragonal body lower part is cubic prismatoid, and the top of the storehouse C2 is that tetragonal body lower part is cubic prismoid；

Three tank body of resevoir sand tank is made of two square-shaped hopper tank bodies, one of them described square-shaped hopper tank body by metal plate every From at two storehouses, respectively storehouse A3 and storehouse B3, it is storehouse C3, the storehouse A3 that another described funnel tank body, which individually becomes a storehouse, It is cubic prismatoid with storehouse B3, the storehouse C3 is cubic prismoid, and the storehouse A3, storehouse B3 and storehouse C3 are wide at the top and narrow at the bottom, the storehouse A3, The discharge port of three discharge ports of the lower part of storehouse B3 and storehouse C3 formation, the storehouse A3 and storehouse B3 are provided with automatically controlled gate valve Three, the discharge port of the storehouse C3 is provided with automatically controlled gate valve four, two automatically controlled gate valve three and automatically controlled plates Valve four is fixedly connected with the discharge port respectively, two automatically controlled gate valve three and automatically controlled gate valves four also with it is dynamic The electrical connection of power source；

The storehouse A1, storehouse A2 and storehouse A3 up and down, the storehouse B1, storehouse B2 and storehouse B3 up and down, the storehouse C1, storehouse C2 and storehouse C3 is up and down.

As a preferred solution of the present invention, the spiral assembly that shakes out goes out sandpipe by two spirals and forms, a spiral shell The spiral for screwing out sandpipe goes out sandpipe feed inlet and matches with the discharge port of the storehouse A3 and storehouse B3, and another spiral is shaked out The spiral of pipe goes out sandpipe feed inlet and matches with the discharge port of the storehouse C3, and the spiral goes out the external mulling of sandpipe discharge port and sets Standby, two spirals go out sandpipe and the resevoir sand tank mounting seat is angled, and two spirals go out one end of sandpipe Height be lower than the other end height.

As a preferred solution of the present invention, the resevoir sand tank one is isolated into two storehouses, respectively storehouse A1 and storehouse by metal plate The feed inlet is offered at the top of B1, the storehouse A1 and storehouse B1；

The resevoir sand tank two is isolated into two storehouses, respectively storehouse A2 and storehouse B2 by metal plate, and the top of the storehouse A2 and storehouse B2 are Tetragonal body lower part is cubic prismoid；

Three tank body of resevoir sand tank is made of two funnel tank bodies, and two funnel tank bodies form two storehouses, respectively storehouse A3 It is cubic prismatoid with storehouse B3, the storehouse A3 and storehouse B3, the storehouse A3 and storehouse B3 are wide at the top and narrow at the bottom, the lower part of the storehouse A3 and storehouse B3 The discharge port of two discharge ports of formation, the storehouse A3 and storehouse B3 are provided with automatically controlled gate valve four, and two described automatically controlled Gate valve four is fixedly connected with the discharge port respectively, and two automatically controlled gate valves four are also electrically connected with power source；

Up and down, the storehouse B1, storehouse B2 and storehouse B3 are up and down by the storehouse A1, storehouse A2 and storehouse A3.

As a preferred solution of the present invention, the spiral assembly that shakes out goes out sandpipe by two spirals and forms, a spiral shell The spiral for screwing out sandpipe goes out sandpipe feed inlet and matches with the discharge port of the storehouse A3, and another spiral goes out sandpipe The spiral go out sandpipe feed inlet and matched with the discharge port of the storehouse B3, the spiral goes out the external mulling of sandpipe discharge port and sets Standby, two spirals go out sandpipe and the resevoir sand tank mounting seat is angled, and two spirals go out one end of sandpipe Height be lower than the other end height.

As a preferred solution of the present invention, the discharging of three tank body of resevoir sand tank, storehouse A3, storehouse B3, storehouse C3 and storehouse D3 Mouth top is provided with slanting baffle, and the slanting baffle can share the weight of the discharge outlet proppant, avoid the automatically controlled plate Valve two, automatically controlled gate valve three and automatically controlled gate valve four bear proppant total weight, thus reduce the automatically controlled gate valve two, The probability that automatically controlled gate valve three and automatically controlled gate valve four damage, improves the automatically controlled gate valve two, automatically controlled gate valve three and electricity Control the service life of gate valve four.

As a preferred solution of the present invention, the sand pocket handling apparatus includes:

Main body frame, the main body frame are tower structures, and the periphery of the main body frame is by two short sides and two root long sides Fastened to each other to connect and compose rectangle, one end of the main body frame is fixedly connected with right angle setting frame top, and described Main body frame is vertical with the right angle setting frame, and the other end of the main body frame is provided with long rails, the long rails It is vertical with two parallel and with main body frame long sides of two short sides on basis and the theme frame respectively, the main body The cross track parallel with two long sides, the cross track and the right angle setting are provided in two long sides of frame Frame is vertical, and the long rails are vertical with the cross track and are flexibly connected, and the long rails prolong the cross track and move Dynamic, the main body frame is provided with flashing device connector, the flashing device connection far from one end of the right angle setting frame Part is fixedly connected with the main body frame；

Electric block assembly, the electric block assembly are flexibly connected with the long rails, and the electric block assembly is by driving Dynamic device and suspension hook composition, the driving device are flexibly connected with the long rails, and the driving device prolongs longitudinal rail Road is mobile, and the suspension hook is flexibly connected with the driving device；

Bindiny mechanism, the bindiny mechanism connect with the top movable of right angle setting frame in the middle part of the main body frame respectively, use In the weight for sharing electric block assembly handling article, avoids main body frame because stress is overweight impaired, improve making for main body frame Use the service life.

As a preferred solution of the present invention, the flashing device passes through the flashing device bindiny mechanism and the body frame Frame is fixedly connected.

As a preferred solution of the present invention, the bag-breaking device includes:

Mounting rack, the mounting rack are fixedly connected with the mounting rack pedestal, and manual operation platform is provided on the mounting rack, when It needs to facilitate carry out manual operation when manual operation；

Funnel, the funnel are fixedly connected with the mounting rack；

It is fixedly connected inside metal mesh, the metal mesh and the funnel, the link position of the metal mesh is located at the funnel The middle and lower part of inner surface, this structure can increase interim storage sand space and stop installation space for remaining equipment；

Broken bag cone, the broken bag cone are fixedly connected with the interior periphery of the funnel, and the bottom installation position of the broken bag cone is set low In the funnel, it can prevent the sand in abrasive band from overflowing funnel in this way.

As a preferred solution of the present invention, the vertical spin sediment transport Guan Weiyi root canal, the vertical spin sediment transport pipe Bottom is fixedly connected and is connected to the other end of the short flat spin sediment transport pipe, the institute on the top of the vertical spin sediment transport pipe It states vertical spin sediment transport pipe discharge port and is fixedly connected and is connected to one end of the oblique sediment transport pipe.

As a preferred solution of the present invention, the vertical spin sediment transport pipe is made of two tubes, respectively vertical spin Sediment transport pipe one and vertical spin sediment transport pipe two, it is defeated that the bottom side of the vertical spin sediment transport pipe one offers the vertical spin Sandpipe feed inlet, the vertical spin sediment transport pipe feed inlet are fixedly connected and connect with the short flat spin sediment transport pipe discharge port Logical, the top of the vertical spin sediment transport pipe one is fixedly installed with the vertical spin sediment transport pipe driving motor, the vertical spiral shell The top of rotation sediment transport pipe one offers hole, and the hole fixed configurations have flange one, and the lower part of the vertical spin sediment transport pipe two is opened Equipped with the hole, the hole fixed configurations have flange two, and the flange one is matched and is fixedly connected, the flange one with flange two It is hollow flange with flange two, middle part has and the matched channel in the hole, the fixed peace in the top of the vertical spin sediment transport pipe two Equipped with the vertical spin sediment transport pipe driving motor, it is defeated that the top of the vertical spin sediment transport pipe two offers the vertical spin Sandpipe discharge port, the vertical spin sediment transport pipe discharge port are fixedly connected and are connected to one end of the oblique sediment transport pipe.

Installation before transport:

Entire automatic sand delivering system altogether there are four module, module one be by the resevoir sand tank one and flat spin sediment transport always in groups At the flat spin sediment transport assembly being fixedly mounted on one top of the resevoir sand tank, the flat spin sediment transport bottom of the tube is opened If the flat spin sediment transport pipe discharge port, the automatically controlled gate valve one is mounted on the flat spin sediment transport pipe discharge port position And it is fixedly connected with the flat spin sediment transport pipe discharge port；Module two is made of the resevoir sand tank two；Module three is by the storage Silo three and spiral are shaked out assembly composition, and the spiral assembly that shakes out is fixedly connected with bottom in the resevoir sand tank three, module four It is made of the mounting rack assembly, bag-breaking device and vertical spin sediment transport assembly, the vertical spin sediment transport assembly and the peace It shelves assembly to be fixedly connected, the bag-breaking device is fixedly connected with mounting rack assembly bottom；

Remaining equipment such as abrasive band handling apparatus, flashing device, emergency staircase, electrical apparatus control equipment is unified to be carried out by a transporting equipment Transport；Entire transportational process only needs five transporting equipments that the transports of all devices can be completed.

Operation field installation steps:

1, module three is mounted on operation field；

2, module two is overlayed into two top of module and be fixedly connected；

3, module one is overlayed into two top of module and be fixedly connected；

4, the mounting rack assembly bottom of module four is contacted with basis；

5, using the movements such as crane tool by the feed inlet pair of the discharge port of the oblique sediment transport pipe and the flat spin sediment transport pipe It is quasi-；

6, the mounting rack assembly is fixedly connected with the resevoir sand tank one, resevoir sand tank two and three front end of resevoir sand tank；

7, by sand pocket handling apparatus, flashing device, emergency staircase, electrical apparatus control equipment etc., remaining equipment is installed in place.

The course of work:

Under the control of external control system, the sand pocket handling appliance runs to mesh along the long rails and cross track Sand pocket position is marked, the suspension hook decline lifting target sand pocket, the abrasive band handling appliance is along the long rails and cross To above track travel to the bag-breaking device, the suspension hook decentralization falls in target abrasive band on the broken bag cone, the broken bag Cone punctures target abrasive band, and sand in target abrasive band flows into the funnel, then via the short flat spin sediment transport pipe into Material mouth enters in the short flat spin sediment transport pipe, in the short flat spin sediment transport pipe driving motor, vertical spin sediment transport pipe Under the driving of driving motor and flat spin sediment transport pipe driving motor, sand successively along the short flat spin sediment transport pipe, hang down Straight spiral transferring sandpipe and flat spin sediment transport pipe reach resevoir sand tank assembly top, by controlling the automatically controlled gate valve one Opening and closing, make sand flow into different storehouses and are stored, when needing to carry out field operation, by controlling the sand export The automatically controlled gate valve two or automatically controlled gate valve three or automatically controlled gate valve four opening and closing, so that sand is flowed into the spiral Sandpipe out, under the driving that the spiral goes out sandpipe driving motor, sand prolongs the spiral and goes out the external sand blender of sandpipe inflow In, the mud of requirement is mixed into for fracturing work with unclassified stores such as water.

Compared with prior art, beneficial effects of the present invention:

1, sand pocket handling apparatus of the invention can realize the automatic movement of sand pocket, broken bag, the arrangement for unloading sand and package in damaged condition bag, from Dynamicization degree is high, improves working efficiency；

2, abrasive band handling apparatus of the invention does not need more people and carries out compounding practices instead of original loop wheel machine, may be implemented compared with Sand thoroughly is unloaded, reduces the waste of proppant, reduces operating cost；

3, automatic sand delivering system of the invention is modularized design, and modularization transport may be implemented, effectively reduce transport and peace Dress up this；

4, automatic sand delivering system of the invention, proppant is fully closed transport during sediment transport, and proppant will not expose In air, it is also able to maintain proppant in any atrocious weather and is in drying regime, effectively prevents in sediment transport mistake The blockage problem of proppant in journey；

5, automatic sand delivering system of the invention, proppant is fully closed transport during sediment transport, and proppant avoids exposing In air, the contaminated of air pollution and proppant can be avoided as far as possible in broken bag and transportational process；

6, more storehouses design of resevoir sand tank of the present invention, can carry out the storage of plurality of specifications proppant.

Detailed description of the invention

Fig. 1 is the automatic sand delivering system perspective view of the present invention；

Fig. 2 is another perspective view of the automatic sand delivering system of the present invention；

Fig. 3 is vertical spin sediment transport assembly perspective view of the present invention；

Fig. 4 is another perspective view of vertical spin sediment transport assembly of the present invention；

Fig. 5 is mounting rack assembly perspective view of the present invention；

Fig. 6 is flat spin sediment transport assembly perspective view of the present invention；

Fig. 7 is that spiral of the present invention stores up sand assembly perspective view；

Fig. 8 is sand pocket handling apparatus perspective view of the present invention；

Fig. 9 is bag-breaking device perspective view of the present invention；

Figure 10 is that the embodiment of the present invention 1 stores up sand device assembly perspective view；

Figure 11 is 1 resevoir sand tank of the embodiment of the present invention, one perspective view；

Figure 12 is another perspective view of 1 resevoir sand tank of the embodiment of the present invention one；

Figure 13 is 1 resevoir sand tank of the embodiment of the present invention, two perspective view；

Figure 14 is another perspective view of 1 resevoir sand tank of the embodiment of the present invention two；

Figure 15 is 1 resevoir sand tank of the embodiment of the present invention, three perspective view；

Figure 16 is another perspective view of 1 resevoir sand tank of the embodiment of the present invention three；

Figure 17 is 1 resevoir sand tank of the embodiment of the present invention, three front view；

Figure 18 is that the embodiment of the present invention 2 stores up sand device assembly perspective view；

Figure 19 is 2 resevoir sand tank of the embodiment of the present invention, one perspective view；

Figure 20 is another perspective view of 2 resevoir sand tank of the embodiment of the present invention one；

Figure 21 is 2 resevoir sand tank of the embodiment of the present invention, two perspective view；

Figure 22 is another perspective view of 2 resevoir sand tank of the embodiment of the present invention two；

Figure 23 is 2 resevoir sand tank of the embodiment of the present invention, three perspective view；

Figure 24 is another perspective view of 2 resevoir sand tank of the embodiment of the present invention three；

Figure 25 is 2,3,4 resevoir sand tank of the embodiment of the present invention, three front view；

Figure 26 is that the embodiment of the present invention 3 stores up sand device assembly perspective view；

Figure 27 is 3 resevoir sand tank of the embodiment of the present invention, one perspective view；

Figure 28 is another perspective view of 3 resevoir sand tank of the embodiment of the present invention one；

Figure 29 is 3 resevoir sand tank of the embodiment of the present invention, two perspective view；

Figure 30 is another perspective view of 3 resevoir sand tank of the embodiment of the present invention two；

Figure 31 is 3 resevoir sand tank of the embodiment of the present invention, three perspective view；

Figure 32 is another perspective view of 3 resevoir sand tank of the embodiment of the present invention three；

Figure 33 is that the embodiment of the present invention 4 stores up sand device assembly perspective view

Figure 34 is 4 resevoir sand tank of the embodiment of the present invention, one perspective view；

Figure 35 is another perspective view of 4 resevoir sand tank of the embodiment of the present invention one；

Figure 36 is 4 resevoir sand tank of the embodiment of the present invention, two perspective view；

Figure 37 is another perspective view of 4 resevoir sand tank of the embodiment of the present invention two；

Figure 38 is 4 resevoir sand tank of the embodiment of the present invention, three perspective view；

Figure 39 is another perspective view of 4 resevoir sand tank of the embodiment of the present invention three.

Marked in the figure: 1- stores up sand device assembly；11- resevoir sand tank one；111- feed inlet；The storehouse 112- A1；The storehouse 113- B1；114- Storehouse C1；The storehouse 115- D1；12- resevoir sand tank two；The storehouse 121- A2；The storehouse 122- B2；The storehouse 123- C2；The storehouse 124- D2,13- resevoir sand tank three； 131- resevoir sand tank mounting seat；Three tank body of 132- resevoir sand tank；The storehouse 1321- A3；The storehouse 1322- B3；The storehouse 1323- C3；The storehouse 1324- D3； 1325- inclined plate；The automatically controlled gate valve two of 1326-；The automatically controlled gate valve three of 1327-；The automatically controlled gate valve four of 1328-；14- emergency staircase；2- Vertical spin sediment transport assembly；The short flat spin sediment transport pipe of 21-；The short flat spin sediment transport pipe feed inlet of 211-；The short horizontal spiral shell of 212- Revolve sediment transport pipe discharge port；The short flat spin sediment transport pipe driving motor of 213-；22- vertical spin sediment transport pipe；221- vertical spin is defeated Sandpipe feed inlet；222- vertical spin sediment transport pipe discharge port；223- vertical spin sediment transport pipe driving motor；224- flange one； 225- flange two；The oblique sediment transport pipe of 23-；231- cover board；3- mounting rack assembly；31- mounting rack pedestal；32- right angle setting frame；4- water Flat spin sediment transport assembly；41- flat spin sediment transport pipe；42- flat spin sediment transport pipe feed inlet；43- flat spin sediment transport pipe goes out Material mouth；44- flat spin sediment transport pipe driving motor；The automatically controlled gate valve one of 45-；46- bracket；5- spiral is shaked out assembly；51- spiral shell Screw out sandpipe；52 spirals go out sandpipe mounting seat；53- spiral goes out sandpipe feed inlet；54- spiral goes out sandpipe discharge port；55- spiral Sandpipe driving motor out；6- sand pocket handling apparatus；61- main body frame；611- long rails；612- cross track；613- rain cover Device connector；62- electric block assembly；621- driving device；622- suspension hook；63- bindiny mechanism；7- bag-breaking device；71- peace It shelves；72- funnel；73- metal mesh；74- broken bag cone；8- flashing device.

Specific embodiment

Below with reference to embodiment and specific embodiment, the present invention is described in further detail, but should not understand this It is only limitted to embodiment below for the range of aforementioned body of the present invention, it is all that this is belonged to based on the technology that the content of present invention is realized The protection scope of invention.

Embodiment 1

As shown in Figure 1, automatic sand delivering system is by storage sand device assembly 1, vertical spin sediment transport assembly 2, mounting rack assembly 3, level Shake out assembly 5, sand pocket handling apparatus 6 and bag-breaking device 7 of spiral sand conveying assembly 4, spiral forms, and storage sand device assembly 1 is placed on On flat ground, vertical spin sediment transport assembly 2 is fixedly connected with mounting rack assembly 3, mounting rack assembly 3 and storage sand device assembly 1 front end is fixedly connected, and flat spin sediment transport assembly 4 is fixedly connected with the top of storage sand device assembly 1, sand pocket handling apparatus 6 It is fixedly connected with 3 top of mounting rack assembly, bag-breaking device 7 is fixedly connected with 3 bottom of mounting rack assembly, in other embodiments such as Shown in Fig. 2, automatic sand delivering system further includes flashing device 8, and flashing device 8 is fixedly connected with mounting rack assembly.

As shown in figure 3, vertical spin sediment transport assembly 2 by short flat spin sediment transport pipe 21, vertical spin sediment transport pipe 22 and tiltedly Sediment transport pipe 23 forms, and one end of short flat spin sediment transport pipe 21 is fixedly connected with short flat spin sediment transport pipe driving motor 213, short One end top of flat spin sediment transport pipe 21 offers short flat spin sediment transport pipe feed inlet 211, short flat spin sediment transport pipe 21 The side of the other end offer short flat spin sediment transport pipe discharge port 212, the side of one end of vertical spin sediment transport pipe 22 is opened Equipped with vertical spin sediment transport pipe feed inlet 221, short flat spin sediment transport pipe discharge port 212 and vertical spin sediment transport pipe feed inlet 221 are fixedly connected, and the other end of vertical spin sediment transport pipe 22 is fixedly connected with vertical spin sediment transport pipe driving motor 223, vertically The side of the other end of spiral transferring sandpipe 22 offers vertical spin sediment transport pipe discharge port 222, vertical spin sediment transport pipe discharge port 222 are fixedly connected and are connected to one end of oblique sediment transport pipe 23, and the other end of oblique sediment transport pipe 23 is fixedly connected with cover board 231, cover board The feed opening with oblique 23 match of pipe diameter of sediment transport pipe is offered on 231, in other embodiments, as shown in figure 4, vertical spin sediment transport Pipe 22 is made of two tubes, respectively vertical spin sediment transport pipe one and vertical spin sediment transport pipe two, vertical spin sediment transport pipe one Bottom side offer vertical spin sediment transport pipe feed inlet 221, vertical spin sediment transport pipe feed inlet 221 is defeated with short flat spin Sandpipe discharge port 212 is fixedly connected and is connected to, and the top of vertical spin sediment transport pipe one is fixedly installed with the drive of vertical spin sediment transport pipe Dynamic motor 223, the top of vertical spin sediment transport pipe one offer hole, which has flange 1, vertical spin sediment transport The lower part of pipe two offers aforementioned apertures, and aforementioned apertures fixed configurations have flange 2 225, flange 1 and the matching of flange 2 225 and consolidate Fixed connection, flange 1 and flange 2 225 are hollow flange, and middle part has and the matched channel of aforementioned apertures, vertical spin sediment transport pipe Two top is fixedly installed with vertical spin sediment transport pipe driving motor 223, and the top of vertical spin sediment transport pipe two offers vertically Spiral transferring sandpipe discharge port 222, vertical spin sediment transport pipe discharge port 222 are fixedly connected and are connected to one end of oblique sediment transport pipe 23, In other embodiments, according to actual needs, vertical spin sediment transport pipe 22 can also be made of two or more pipes, each pipe it Between type of attachment it is as shown in Figure 4.

As shown in figure 5, mounting rack assembly 3 by the mounting rack pedestal 31 that is connect with ground and with mounting rack pedestal 31 is fixed connects The right angle setting frame 32 connect forms, and mounting rack pedestal 31 can be fixedly connected with ground, can also be directly placed at flat ground On face, right angle setting frame 32 is fixedly connected by fixing pieces such as bolt or pin shafts with storage sand device assembly 1.

As shown in fig. 6, flat spin sediment transport assembly 4 includes flat spin sediment transport pipe 41, is provided with flat spin sediment transport pipe The flat spin sediment transport pipe discharge port 43 of 41 bottoms, is provided with the flat spin sediment transport pipe on 41 one end top of flat spin sediment transport pipe Flat spin sediment transport pipe 41 is fixed on the bracket 46 at 1 top of storage sand device assembly, with flat spin sediment transport pipe 41 by feed inlet 42 The flat spin sediment transport pipe driving motor 44 that the other end is fixedly connected, the electricity being fixedly connected with flat spin sediment transport pipe feed inlet 42 Gate valve 1 is controlled, in the present embodiment, flat spin sediment transport pipe discharge port 43 is equal as the quantity of automatically controlled gate valve 1 It is 1,.

As shown in fig. 7, spiral, which stores up sand assembly 5, goes out sandpipe peace by the spiral being fixedly connected with bottom in storage sand device assembly 1 Dress pedestal 52 goes out with spiral the spiral that sandpipe mounting seat 52 is fixedly connected and goes out sandpipe 51 to form, and spiral goes out one end of sandpipe 51 It is fixedly connected with spiral and goes out sandpipe driving motor 55, one end top that spiral goes out sandpipe 51 offers spiral and goes out sandpipe feed inlet 53, spiral goes out sandpipe feed inlet 53 and is located at below discharge port, and the other end lower part that spiral goes out sandpipe 51 offers spiral and goes out sandpipe Discharge port 54, spiral go out the feed inlet of the external sand blender of sandpipe discharge port 54, and spiral goes out the inclination of sandpipe 51 and places, with ground Tilt angle is 30 degree~60 degree, and the height that spiral goes out one end of sandpipe 51 goes out the height of the other end of sandpipe 51 lower than spiral.

As shown in figure 8, sand pocket handling apparatus 6 includes being fixedly connected with main body frame 61 and body frame with right angle setting frame 32 The bindiny mechanism that frame 61 is flexibly connected electric block assembly 62, is flexibly connected respectively with main body frame 61 and right angle setting frame 32 63, the periphery of main body frame 61 is to connect and compose rectangle by two root long sides and two short sides are fastened to each other, main body frame 61 One end is fixedly connected with 32 top of right angle setting frame, and main body frame 61 is vertical with right angle setting frame 32, main body frame 61 it is another One end is provided with long rails 611, and the and main body parallel with two short sides on basis and main body frame 61 respectively of long rails 611 Two long sides of frame 61 are vertical, and 612 parallel with two aforementioned long sides are provided in two long sides of main body frame 61 laterally Track, cross track 612 is vertical with right angle setting frame 32, and long rails 611 are vertical with cross track 612 and are flexibly connected, and indulges Prolong the movement of cross track 612 to track 611, main body frame 61 is provided with flashing device connection far from one end of right angle setting frame 32 Part 613, flashing device connector 613 are fixedly connected with main body frame 61, and bindiny mechanism 63 is that two connections are drawn in the present embodiment Bar, two connecting rods are arranged in parallel to be flexibly connected with two long sides of main body frame 61 respectively, one end of connecting rod and master The long side of body frame 61 is flexibly connected, and the other end of connecting rod is connect with the top movable of right angle setting frame 32, in other realities It applies in example, bindiny mechanism 63, which could alternatively be other, can be realized the mechanism for sharing 62 handling Item Weight of electric block assembly.

As shown in figure 9, bag-breaking device 7 includes that the mounting rack 71 being fixedly connected with mounting rack pedestal and mounting rack 71 are fixed The funnel 72 of connection, the metal mesh 73 being fixedly connected with funnel 72, the broken bag being fixedly connected with funnel 72 cone 74, mounting rack 71 is also Be provided with manual operation platform, use when facilitating needs are artificial to participate in, metal mesh 73 be fixedly mounted on funnel 72 it is interior under Portion, broken bag cone 74 are located at 73 top of metal mesh, and the installation site of broken bag cone 74 is located at the interior of funnel 72 lower than the top of funnel 72 Middle part.

As shown in Figure 10, resevoir sand tank assembly 1 is by resevoir sand tank 1, resevoir sand tank 2 12, resevoir sand tank 3 13 and 14 groups of emergency staircase At resevoir sand tank 1, resevoir sand tank 2 12 and resevoir sand tank 3 13 are mutually superimposed, and resevoir sand tank 3 13 connects in bottom and flat ground It connects, 2 12 bottom of resevoir sand tank is fixedly connected with 3 13 top of resevoir sand tank, and one 11 bottom of resevoir sand tank and 2 12 top of resevoir sand tank are fixed Connection, one 11 top of resevoir sand tank offer a feed inlet, and feed inlet is matched with flat spin sediment transport pipe discharge port 43, emergency staircase 14 are fixedly connected on 3 13 tail end of resevoir sand tank 1, resevoir sand tank 2 12 and resevoir sand tank, resevoir sand tank 1, resevoir sand tank 2 12 and storage sand The front end of tank 3 13 is fixedly connected with mounting rack assembly 3, and without bottom plate, resevoir sand tank 1 is tetragonal body for the bottom of resevoir sand tank 1, Two no-top plate of resevoir sand tank and bottom plate, two top of resevoir sand tank are tetragonal body, and two lower part of resevoir sand tank is cubic prismoid, resevoir sand tank three guarantees Three tank body 132 of resevoir sand tank mounting seat 131 and resevoir sand tank is included, three tank body of resevoir sand tank, 132 top is pushed up with resevoir sand tank mounting seat 131 Portion is fixedly connected, three tank body of resevoir sand tank, 132 no-top plate and bottom plate, three tank body of resevoir sand tank, the 132 cubic prismoid of formation wide at the top and narrow at the bottom That is square-shaped hopper, three tank body of resevoir sand tank, 132 lower part self-assembling formation discharge port, discharge port are fixedly connected with automatically controlled gate valve two 1326。

As shown in figures 10-17, resevoir sand tank 1 is individually formed storehouse A1 112, and resevoir sand tank 2 12 is individually formed storehouse A2 121, Three tank body of resevoir sand tank is individually formed storehouse A3 1321, and the discharge port is provided with automatically controlled gate valve 2 1326, automatically controlled gate valve two 1326 are fixedly connected with discharge port, and automatically controlled gate valve 2 1326 is also electrically connected with power source.

Embodiment 2

As shown in Figure 1, describing unanimously with embodiment 1, details are not described herein.

As shown in figure 3, describing unanimously with embodiment 1, details are not described herein.

As shown in figure 5, describing unanimously with embodiment 1, details are not described herein.

As shown in fig. 6, flat spin sediment transport assembly 4 includes flat spin sediment transport pipe 41, is provided with flat spin sediment transport pipe The flat spin sediment transport pipe discharge port 43 of 41 bottoms, is provided with the flat spin sediment transport pipe on 41 one end top of flat spin sediment transport pipe Flat spin sediment transport pipe 41 is fixed on the bracket 46 at 1 top of storage sand device assembly, with flat spin sediment transport pipe 41 by feed inlet 42 The flat spin sediment transport pipe driving motor 44 that the other end is fixedly connected, the electricity being fixedly connected with flat spin sediment transport pipe feed inlet 42 Gate valve 1 is controlled, in the present embodiment, flat spin sediment transport pipe discharge port 43 is equal as the quantity of automatically controlled gate valve 1 It is 2,.

As shown in fig. 7, spiral is shaked out, assembly 5 goes out sandpipe peace by the spiral being fixedly connected with bottom in storage sand device assembly 1 Dress pedestal 52 goes out with spiral the spiral that sandpipe mounting seat 52 is fixedly connected and goes out sandpipe 51 to form, and spiral goes out one end of sandpipe 51 It is fixedly connected with spiral and goes out sandpipe driving motor 55, one end top that spiral goes out sandpipe 51 offers spiral and goes out sandpipe feed inlet 53, spiral goes out sandpipe feed inlet 53 and is located at below discharge port, and the other end lower part that spiral goes out sandpipe 51 offers spiral and goes out sandpipe Discharge port 54, spiral go out the feed inlet of the external sand blender of sandpipe discharge port 54, and spiral goes out the inclination of sandpipe 51 and places, with ground Tilt angle is 30 degree~60 degree, and the height that spiral goes out one end of sandpipe 51 goes out the height of the other end of sandpipe 51 lower than spiral, In the present embodiment spiral shake out assembly 5 quantity be 2.

As shown in figure 8, describing unanimously with embodiment 1, details are not described herein.

As shown in figure 9, describing unanimously with embodiment 1, details are not described herein.

As shown in figure 18, resevoir sand tank assembly 1 is by resevoir sand tank 1, resevoir sand tank 2 12, resevoir sand tank 3 13 and 14 groups of emergency staircase At resevoir sand tank 1, resevoir sand tank 2 12 and resevoir sand tank 3 13 are mutually superimposed, and resevoir sand tank 3 13 connects in bottom and flat ground It connects, 2 12 bottom of resevoir sand tank is fixedly connected with 3 13 top of resevoir sand tank, and one 11 bottom of resevoir sand tank and 2 12 top of resevoir sand tank are fixed Connection, one 11 top of resevoir sand tank offer two feed inlets 111, and feed inlet 111 is matched with flat spin sediment transport pipe discharge port 43, Emergency staircase 14 is fixedly connected on 3 13 tail end of resevoir sand tank 1, resevoir sand tank 2 12 and resevoir sand tank, resevoir sand tank 1, resevoir sand tank 2 12 It is fixedly connected with the front end of resevoir sand tank 3 13 with mounting rack assembly 3, without bottom plate, resevoir sand tank 1 is four for the bottom of resevoir sand tank 1 Cube, two no-top plate of resevoir sand tank and bottom plate, two top of resevoir sand tank are tetragonal body, and two lower part of resevoir sand tank is cubic prismoid, store up sand Tank three includes three tank body 132 of resevoir sand tank mounting seat 131 and resevoir sand tank, and bottom is installed with resevoir sand tank in three tank body of resevoir sand tank, 132 top 131 top of seat is fixedly connected, three tank body of resevoir sand tank, 132 no-top plate and bottom plate, the formation four directions wide at the top and narrow at the bottom of three tank body of resevoir sand tank 132 Prismoid, that is, square-shaped hopper, three tank body of resevoir sand tank, 132 lower part self-assembling formation discharge port, discharge port are fixedly connected with automatically controlled gate valve 4 1328.

As shown in Figure 18-25, resevoir sand tank 1 is isolated into two storehouses, respectively storehouse A1 112 and storehouse B1 by metal plate The top of 113, storehouse A1 112 and storehouse B1 113 offer feed inlet 111；Resevoir sand tank 2 12 is isolated into two storehouses by metal plate, point Not Wei the top of storehouse A2 121 and storehouse B2 122, storehouse A2 121 and storehouse B2 122 be tetragonal body lower part be cubic prismoid；Store up sand Three tank body 132 of tank is made of two funnel tank bodies, and two funnel tank bodies form two storehouses, respectively storehouse A3 1321 and storehouse B3 1322, storehouse A3 1321 and storehouse B3 1322 are cubic prismatoid, and storehouse A3 1321 and storehouse B3 1322 are wide at the top and narrow at the bottom, storehouse A3 1321 Two discharge ports are formed with the lower part of storehouse B3 1322, aforementioned discharge port is provided with automatically controlled gate valve 4 1328, two automatically controlled plates Valve 4 1328 is fixedly connected with aforementioned discharge port respectively, and two automatically controlled gate valves 4 1328 are also electrically connected with power source；Storehouse A1 112, up and down, storehouse B1 113, storehouse B2 122 and storehouse B3 1322 are up and down by storehouse A2 121 and storehouse A3 1321.

Embodiment 3

As shown in fig. 6, flat spin sediment transport assembly 4 includes flat spin sediment transport pipe 41, is provided with flat spin sediment transport pipe The flat spin sediment transport pipe discharge port 43 of 41 bottoms, is provided with the flat spin sediment transport pipe on 41 one end top of flat spin sediment transport pipe Flat spin sediment transport pipe 41 is fixed on the bracket 46 at 1 top of storage sand device assembly, with flat spin sediment transport pipe 41 by feed inlet 42 The flat spin sediment transport pipe driving motor 44 that the other end is fixedly connected, the electricity being fixedly connected with flat spin sediment transport pipe feed inlet 42 Gate valve 1 is controlled, in the present embodiment, flat spin sediment transport pipe discharge port 43 is equal as the quantity of automatically controlled gate valve 1 It is 3.

As shown in fig. 7, describing unanimously with embodiment 2, details are not described herein.

As shown in figure 26, resevoir sand tank assembly 1 is by resevoir sand tank 1, resevoir sand tank 2 12, resevoir sand tank 3 13 and 14 groups of emergency staircase At resevoir sand tank 1, resevoir sand tank 2 12 and resevoir sand tank 3 13 are mutually superimposed, and resevoir sand tank 3 13 connects in bottom and flat ground It connects, 2 12 bottom of resevoir sand tank is fixedly connected with 3 13 top of resevoir sand tank, and one 11 bottom of resevoir sand tank and 2 12 top of resevoir sand tank are fixed Connection, one 11 top of resevoir sand tank offer two feed inlets 111, and feed inlet 111 is matched with flat spin sediment transport pipe discharge port 43, Emergency staircase 14 is fixedly connected on 3 13 tail end of resevoir sand tank 1, resevoir sand tank 2 12 and resevoir sand tank, resevoir sand tank 1, resevoir sand tank 2 12 It is fixedly connected with the front end of resevoir sand tank 3 13 with mounting rack assembly 3, without bottom plate, resevoir sand tank 1 is four for the bottom of resevoir sand tank 1 Cube, two no-top plate of resevoir sand tank and bottom plate, two top of resevoir sand tank are tetragonal body, and two lower part of resevoir sand tank is cubic prismoid, store up sand Tank three includes three tank body 132 of resevoir sand tank mounting seat 131 and resevoir sand tank, and bottom is installed with resevoir sand tank in three tank body of resevoir sand tank, 132 top 131 top of seat is fixedly connected, three tank body of resevoir sand tank, 132 no-top plate and bottom plate, the formation four directions wide at the top and narrow at the bottom of three tank body of resevoir sand tank 132 Prismoid, that is, square-shaped hopper, three tank body of resevoir sand tank, 132 lower part self-assembling formation, 2 discharge ports, 2 discharge ports have been respectively fixedly connected with Automatically controlled gate valve 3 1327 and automatically controlled gate valve 4 1328.

As shown in Figure 26-32, resevoir sand tank 1 is isolated into three storehouses, respectively storehouse A1 112, storehouse B1 113 by metal plate With storehouse C1 114, the top of storehouse A1 112, storehouse B1 113 and storehouse C1 114 offer feed inlet 111；Resevoir sand tank 2 12 is by metal Plate is isolated into three storehouses, respectively storehouse A2 121, storehouse B2 122 and storehouse C2 123, and the top of storehouse A2 121 and storehouse B2 122 are four Cube lower part is cubic prismatoid, and the top of storehouse C2 123 is that tetragonal body lower part is cubic prismoid；Three tank body 132 of resevoir sand tank by Two square-shaped hopper tank body compositions, one of them aforementioned square-shaped hopper tank body are isolated into two storehouses, respectively storehouse A3 by metal plate 1321 and storehouse B3 1322, it is storehouse C3 1323,1321 He of storehouse A3 that another aforementioned square-shaped hopper tank body, which individually becomes a storehouse, Storehouse B3 1322 is cubic prismatoid, and storehouse C3 1323 is cubic prismoid, on storehouse A3 1321, storehouse B3 1322 and storehouse C3 1323 Narrow under width, three aforementioned discharge ports, A3 1321 and storehouse B3 are formed at the lower part of storehouse A3 1321, storehouse B3 1322 and storehouse C3 1323 1322 discharge port is provided with automatically controlled gate valve 3 1327, and the discharge port of storehouse C31323 is provided with automatically controlled gate valve 4 1328, and two A automatically controlled gate valve 3 1327 and an automatically controlled gate valve 4 1328 are fixedly connected with discharge port respectively, two automatically controlled gate valves three 1327 and an automatically controlled gate valve 4 1328 be also electrically connected with power source；Storehouse A1 112, storehouse A2 121 and about 1321 storehouse A3 are passed through Logical, up and down, storehouse C1 114, storehouse C2 123 and storehouse C3 1323 are up and down by storehouse B1 113, storehouse B2 122 and storehouse B3 1322.

Embodiment 4

As shown in fig. 6, flat spin sediment transport assembly 4 includes flat spin sediment transport pipe 41, is provided with flat spin sediment transport pipe The flat spin sediment transport pipe discharge port 43 of 41 bottoms, is provided with the flat spin sediment transport pipe on 41 one end top of flat spin sediment transport pipe Flat spin sediment transport pipe 41 is fixed on the bracket 46 at 1 top of storage sand device assembly, with flat spin sediment transport pipe 41 by feed inlet 42 The flat spin sediment transport pipe driving motor 44 that the other end is fixedly connected, the electricity being fixedly connected with flat spin sediment transport pipe feed inlet 42 Gate valve 1 is controlled, in the present embodiment, flat spin sediment transport pipe discharge port 43 is equal as the quantity of automatically controlled gate valve 1 It is 4.

As shown in figure 33, resevoir sand tank assembly 1 is by resevoir sand tank 1, resevoir sand tank 2 12, resevoir sand tank 3 13 and 14 groups of emergency staircase At resevoir sand tank 1, resevoir sand tank 2 12 and resevoir sand tank 3 13 are mutually superimposed, and resevoir sand tank 3 13 connects in bottom and flat ground It connects, 2 12 bottom of resevoir sand tank is fixedly connected with 3 13 top of resevoir sand tank, and one 11 bottom of resevoir sand tank and 2 12 top of resevoir sand tank are fixed Connection, one 11 top of resevoir sand tank offer two feed inlets 111, and feed inlet 111 is matched with flat spin sediment transport pipe discharge port 43, Emergency staircase 14 is fixedly connected on 3 13 tail end of resevoir sand tank 1, resevoir sand tank 2 12 and resevoir sand tank, resevoir sand tank 1, resevoir sand tank 2 12 It is fixedly connected with the front end of resevoir sand tank 3 13 with mounting rack assembly 3, without bottom plate, resevoir sand tank 1 is four for the bottom of resevoir sand tank 1 Cube, two no-top plate of resevoir sand tank and bottom plate, two top of resevoir sand tank are tetragonal body, and two lower part of resevoir sand tank is cubic prismoid, store up sand Tank three includes three tank body 132 of resevoir sand tank mounting seat 131 and resevoir sand tank, and bottom is installed with resevoir sand tank in three tank body of resevoir sand tank, 132 top 131 top of seat is fixedly connected, three tank body of resevoir sand tank, 132 no-top plate and bottom plate, the formation four directions wide at the top and narrow at the bottom of three tank body of resevoir sand tank 132 Prismoid, that is, square-shaped hopper, three tank body of resevoir sand tank, 132 lower part self-assembling formation, four discharge ports, discharge port are fixedly connected with automatically controlled insert Plate valve 3 1327.

As shown in Figure 33-39, resevoir sand tank 1 is isolated into four storehouses by metal plate, respectively storehouse A1 112, storehouse B1 113, Storehouse C1 114 and storehouse D1 115, storehouse A1 112, storehouse B1 113, storehouse C1 114 and storehouse D1 115 top offer feed inlet 111； Resevoir sand tank two is isolated into four storehouses, respectively storehouse A2 121, storehouse B2 122, storehouse C2 123 and storehouse D2 124, storehouse A2 by metal plate 121, it is cubic prismatoid that the top of storehouse B2 122, storehouse C2 123 and storehouse D2 124, which are tetragonal body lower part,；Three tank body 132 of resevoir sand tank It is made of two square-shaped hopper tank bodies, each square-shaped hopper tank body is isolated into two storehouses, respectively storehouse A3 by metal plate 1321, storehouse B3 1322, storehouse C3 1323 and storehouse D3 1324, storehouse A3 1321, storehouse B3 1322, storehouse C3 1323 and storehouse D3 1324 For prismatoid, storehouse A3 1321, storehouse B3 1322, storehouse C3 1323 and storehouse D3 1324 are wide at the top and narrow at the bottom, storehouse A3 1321, storehouse B3 1322, four discharge ports are formed at the lower part of storehouse C3 1323 and storehouse D3 1324, each discharge port is provided with automatically controlled gate valve three 1327, four automatically controlled gate valves 3 1327 are fixedly connected with discharge port, and four automatically controlled gate valves 3 1327 are also electrically connected with power source It connects；Storehouse A1 112,121 storehouse A3 1321 of storehouse A2 and up and down, storehouse B1 113, storehouse B2 122 and storehouse B3 1322 up and down, Up and down, storehouse D1 115, storehouse D2 124 and storehouse D3 1324 are up and down by storehouse C1 114, storehouse C2 123 and storehouse C3 1323.

Claims

1. a kind of automatic sand delivering system, including the storage sand device assembly connecting with basis, storage sand device assembly bottom is opened up There is discharge port, which is characterized in that further include:

2. automatic sand delivering system according to claim 1, it is characterised in that: it further include flashing device, the flashing device It is fixedly connected with the sand pocket handling apparatus.

3. automatic sand delivering system according to claim 1 or 2, which is characterized in that the storage sand device assembly includes:

4. automatic sand delivering system according to claim 3, it is characterised in that: the resevoir sand tank one is individually formed storehouse A1, institute State resevoir sand tank two and be individually formed storehouse A2, three tank body of resevoir sand tank is individually formed storehouse A3, storehouse A1, storehouse A2 and storehouse A3 up and down, The discharge port is provided with automatically controlled gate valve two, and the automatically controlled gate valve two is fixedly connected with the discharge port, described automatically controlled slotting Plate valve two is also electrically connected with power source, and the spiral goes out sandpipe feed inlet and matches with the discharge port, and the spiral goes out sandpipe and goes out The external sand blender of material mouth, the spiral goes out sandpipe and the resevoir sand tank mounting seat is angled, and the spiral goes out sandpipe One end height be lower than the other end height.

5. automatic sand delivering system according to claim 3, it is characterised in that:

The resevoir sand tank one is isolated into four storehouses, respectively storehouse A1, storehouse B1, storehouse C1 and storehouse D1, the storehouse A1, storehouse by metal plate The feed inlet is offered at the top of B1, storehouse C1 and storehouse D1；

6. automatic sand delivering system according to claim 5, it is characterised in that: the spiral go out sandpipe quantity be 2, one The spiral that the spiral goes out sandpipe goes out sandpipe feed inlet and matches with the discharge port of the storehouse A3 and storehouse B3, another spiral shell The spiral for screwing out sandpipe goes out sandpipe feed inlet and matches with the discharge port of the storehouse C3 and storehouse D3, and two spirals go out The other end of sandpipe is connect with fracturing blender truck, and the spiral goes out the external sand blender of sandpipe discharge port, and two spirals go out sandpipe Angled with the resevoir sand tank mounting seat, the height that two spirals go out one end of sandpipe is lower than the height of the other end Degree.

7. automatic sand delivering system according to claim 3, it is characterised in that:

The resevoir sand tank one is isolated into three storehouses, respectively storehouse A1, storehouse B1 and storehouse C1, the storehouse A1, storehouse B1 and storehouse by metal plate The feed inlet is offered at the top of C1；

Three tank body of resevoir sand tank is made of two square-shaped hopper tank bodies, one of them described square-shaped hopper tank body by metal plate every From at two storehouses, respectively storehouse A3 and storehouse B3, it is storehouse C3 that another described square-shaped hopper tank body, which individually becomes a storehouse, described Storehouse A3 and storehouse B3 is cubic prismatoid, and the storehouse C3 is cubic prismoid, and the storehouse A3, storehouse B3 and storehouse C3 are wide at the top and narrow at the bottom, described The discharge port of three discharge ports of lower part formation of storehouse A3, storehouse B3 and storehouse C3, the storehouse A3 and storehouse B3 are provided with automatically controlled Gate valve three, the discharge port of the storehouse C3 are provided with automatically controlled gate valve four, two automatically controlled gate valve three and electricity Control gate valve four is fixedly connected with the discharge port respectively, two automatically controlled gate valve three and automatically controlled gate valves four Also it is electrically connected with power source；

8. automatic sand delivering system according to claim 7, it is characterised in that: the spiral assembly that shakes out is gone out by two spirals Sandpipe composition, the spiral that a spiral goes out sandpipe go out the discharge port of sandpipe feed inlet Yu the storehouse A3 and storehouse B3 Match, the spiral that another spiral goes out sandpipe goes out sandpipe feed inlet and matches with the discharge port of the storehouse C3, the spiral The external sand blender of sandpipe discharge port out, two spirals go out sandpipe and the resevoir sand tank mounting seat is angled, and two The height that spiral described in root goes out one end of sandpipe is lower than the height of the other end.

9. automatic sand delivering system according to claim 3, it is characterised in that: the resevoir sand tank one is isolated into two by metal plate A storehouse, respectively storehouse A1 and storehouse B1 offer the feed inlet at the top of the storehouse A1 and storehouse B1；

10. automatic sand delivering system according to claim 9, it is characterised in that: the spiral assembly that shakes out is gone out by two spirals Sandpipe composition, the spiral that a spiral goes out sandpipe go out sandpipe feed inlet and match with the discharge port of the storehouse A3, separately The spiral that a piece spiral goes out sandpipe goes out sandpipe feed inlet and matches with the discharge port of the storehouse B3, and the spiral is shaked out The external sand blender of pipe discharge port, two spirals go out sandpipe and the resevoir sand tank mounting seat is angled, two institutes The height for stating one end that spiral goes out sandpipe is lower than the height of the other end.

11. according to automatic sand delivering system described in claim 3 or 5 or 7 or 9, it is characterised in that:

Three tank body of resevoir sand tank, storehouse A3, storehouse B3, storehouse C3 and storehouse D3 the discharge port top be provided with slanting baffle.

12. automatic sand delivering system according to claim 1 or claim 2, which is characterized in that the sand pocket handling apparatus includes:

Bindiny mechanism, the bindiny mechanism connect in the middle part of the main body frame with the top movable of right angle setting frame respectively.

13. automatic sand delivering system according to claim 12, it is characterised in that: the flashing device is filled by the rain cover Bindiny mechanism is set to be fixedly connected with the main body frame.

14. automatic sand delivering system according to claim 1 or 2, which is characterized in that the bag-breaking device includes:

Mounting rack, the mounting rack are fixedly connected with the mounting rack pedestal；

Funnel, the funnel are fixedly connected with the mounting rack；

It is fixedly connected inside metal mesh, the metal mesh and the funnel；

Broken bag cone, the broken bag cone are fixedly connected with the interior periphery of the funnel.

15. automatic sand delivering system according to claim 1 or 2, it is characterised in that: the vertical spin sediment transport Guan Weiyi root Pipe, the bottom of the vertical spin sediment transport pipe is fixedly connected and is connected to the other end of the short flat spin sediment transport pipe, described The vertical spin sediment transport pipe discharge port on the top of vertical spin sediment transport pipe be fixedly connected with one end of the oblique sediment transport pipe and Connection.

16. automatic sand delivering system according to claim 1 or 2, it is characterised in that: the vertical spin sediment transport pipe is by two Pipe composition, respectively vertical spin sediment transport pipe one and vertical spin sediment transport pipe two, the bottom of the vertical spin sediment transport pipe one Side offers the vertical spin sediment transport pipe feed inlet, and the vertical spin sediment transport pipe feed inlet and the short flat spin are defeated Sandpipe discharge port is fixedly connected and is connected to, and the top of the vertical spin sediment transport pipe one is fixedly installed with the vertical spin sediment transport Pipe driving motor, the top of the vertical spin sediment transport pipe one offer hole, and the hole fixed configurations have flange one, described vertical The lower part of spiral transferring sandpipe two offers the hole, and the hole fixed configurations have flange two, and the flange one and flange two match And be fixedly connected, the flange one and flange two are hollow flange, and middle part has and the matched channel in the hole, the vertical spin The top of sediment transport pipe two is fixedly installed with the vertical spin sediment transport pipe driving motor, the top of the vertical spin sediment transport pipe two The vertical spin sediment transport pipe discharge port is offered, one end of the vertical spin sediment transport pipe discharge port and the oblique sediment transport pipe is solid Fixed connection and connection.