CN109224987A - A kind of advanced organic-inorganic compound fertilizer agitating device - Google Patents

Abstract

The invention discloses a kind of advanced organic-inorganic compound fertilizer agitating devices, including the installs case being fixedly installed on bracket and the stirring structure being set in the installs case, the first switching chamber is equipped in the installs case, the intracavitary roof of first switching connects slot equipped with external first is communicated, left and right elongation is provided with the second switching chamber through the first switching chamber in the installs case, agitator tank is rotatably equipped with by bearing in the first switching chamber, the agitator tank outer surface is circumferentially fixed to be provided with the outer gear ring protruded into the second switching chamber, described first, which connects elongation to the left in the end wall of slot left side, is provided with the first sliding slot, it is slipped in the first sliding slot and trolley shoe is installed, port is equipped in the trolley shoe towards right third switching chamber.

Description

A kind of advanced organic-inorganic compound fertilizer agitating device

Technical field

The present invention relates to technical field of composite fertilizer, specifically a kind of advanced organic-inorganic compound fertilizer agitating device.

Background technique

Organic-inorganic compound fertilizer is commonly used in modern agriculture plantation, and organic-inorganic compound fertilizer was produced in preparation Need for organic fertilizer and inorganic fertilizer to be mixed in journey, and it is existing in fertilizer agitating device Setting pattern it is single, It can only realize orientation stirring, stirring efficiency bottom, mixing effect are poor, in addition, the fertilizer agitating device in existing, agitating shaft are more It is extremely difficult in later period replacement for fixed setting, there are larger drawback, need to improve.

Summary of the invention

Technical problem to be solved by the invention is to provide a kind of advanced organic-inorganic compound fertilizer agitating device, energy Enough solve the problems in above-mentioned present technology.

The present invention is achieved through the following technical solutions: a kind of advanced organic-inorganic compound fertilizer of the invention stirs Device is mixed, including the installs case being fixedly installed on bracket and the stirring structure being set in the installs case, the installation It is equipped with the first switching chamber in case, the intracavitary roof of first switching, which is equipped with, to be communicated external first and connect slot, in the installs case Left and right elongation be provided with through it is described first switching chamber second switching chamber, it is described first switching chamber in by bearing it is rotatable Agitator tank is installed, the agitator tank outer surface is circumferentially fixed to be provided with the outer gear ring protruded into the second switching chamber, described First connects on the left of slot that elongation to the left is provided with the first sliding slot in end wall, slipped in the first sliding slot be equipped with it is sliding Block is equipped with port in the trolley shoe and transfers chamber towards right third, and the third switching chamber is rotatably installed in end wall up and down There is the first Coupling Shaft, the first toe joint wheel is fixed in first Coupling Shaft, can be turned in end wall above and below the third switching chamber Dynamic the second toe joint wheel for being equipped with the mating connection of the first toe joint wheel, the intracavitary bottom wall of the third switching are communicated equipped with the 4th switching Chamber, first Coupling Shaft bottom elongation end protrudes into the 4th switching chamber and bottom end tail is fixed with first bevel gear, It is rotatably assorted between the second switching chamber and the 4th switching chamber and the second Coupling Shaft is installed, at the top of second Coupling Shaft Elongation end protrudes into the 4th switching chamber and top end tail is fixed with second bevel gear, the elongation of second Coupling Shaft bottom End is protruded into the second switching chamber and bottom end tail is fixed with the third toe joint wheel being cooperatively connected with the outer gear ring, described It is extended up and down in the installs case on the left of first sliding slot and is provided with the second sliding slot, in the second sliding slot inner left wall It communicating and is provided with the sliding slot of third, the third, which slips to slip in slot, is equipped with the sliding arm protruded into the described second sliding slot, The first electricity favourable turn, both sides of the face above and below the first electricity favourable turn are fixedly installed in the sliding arm in the second sliding slot Power is equipped with third hand tap gear respectively, is rotatably assorted between the second sliding slot and the 4th switching chamber and is equipped with third Coupling Shaft, is fixed with the 4th bevel gear in the third Coupling Shaft in the second sliding slot, in the 4th switching chamber The third Coupling Shaft on be fixed with the second bevel gear be cooperatively connected the 5th bevel gear, the stirring structure packet It includes and connects the sliding the cover being coupled of slot and the agitating shaft being coupled with the bonnet lock, the cover with described first It is equipped with the 5th switching chamber in lid, passes through bearing in the 5th switching chamber and transfer block, the cover left side is rotatably installed Port is equipped in end face towards a left side and the 6th switching chamber that is connected with the 5th switching chamber, the transfer block outer round surface fixes Equipped with the 4th toe joint wheel being located in the 6th switching chamber, the bracket is equipped with tourelle, and the tourelle includes Peace connects chamber and scroll wheel.

Further technical solution is equipped with the downward inserting groove of port, the inserting groove left hand end wall in the transfer block In be symmetrically arranged with third and slip slot, the third, which slips to slip in slot, is equipped with locking bar, and the locking bar inner top is equipped with left and right and passes through The spiral hole worn is fitted with spiral bar in the spiral hole, and the third, which is slipped, is fixed with the second electricity in slot inner roof wall Favourable turn, the two spiral bar inner ends in left and right are connected by power with the second electricity favourable turn left and right sides end face respectively, and left and right Two spiral bar outboard ends are rotatably assorted far from the end wall of the inserting groove with the sliding slot of the third connect respectively.

Further technical solution, the agitating shaft top end surface are fixed with the grafting matched with the inserting groove Block, grafting block left and right sides end surface symmetric are provided with the locked groove of port outwardly, and the agitating shaft is stirred equipped with multiple groups Arm.

Further technical solution, be equipped in the cover bottom end face be connected to the inserting groove and port downwards the Two-way access slot.

Further technical solution, the first sliding slot inner roof wall, which communicates, is provided with the 6th switching chamber, the trolley shoe Top end surface is fixed with toe joint item, is rotatably equipped with and the toe joint in the 6th switching chamber by the 4th Coupling Shaft Article be cooperatively connected the 5th toe joint wheel, the 5th toe joint wheel front end face be equipped with cone gear ring, the second sliding slot with it is described It is rotatably assorted between 6th switching chamber and the 5th Coupling Shaft is installed,

It is fixed in the 5th Coupling Shaft in the second sliding slot and is cooperatively connected with the third hand tap gear of upside The 6th bevel gear, it is described 6th switching chamber in the 5th Coupling Shaft on be fixed with and it is described cone gear ring be cooperatively connected 7th bevel gear.

Further technical solution, the third, which is slipped in the sliding arm bottom end face in slot, is equipped with permanent magnet, institute It states third and slips slot inner bottom wall and be equipped with calutron with the permanent magnetism mates, set in inner wall on the right side of the second sliding slot Connect slot, it is described connect to slip in slot the block that connects being fixedly connected with the sliding arm is installed, it is described to connect slot inner bottom wall Equipped with the spring element for connecting block and offseting.

Further technical solution, the upward stir chamber of port is equipped in the agitator tank, and the stir chamber inner bottom wall is set There is the defeated slot of row, solenoid valve is equipped in the defeated slot of row, is equipped with the row being connected to the defeated slot of the row in the installs case bottom end face Defeated pipe.

Further technical solution, described first connects to be equipped in end wall on the right side of slot and communicates external third and connect slot, institute State third connect in slot slip the link block being fixedly connected with the cover right end face is installed, the third connects bottom in slot Wall is fixed with hydraulic cylinder, and the hydraulic stem of the hydraulic cylinder is fixedly connected with the link block bottom end face.

Further technical solution, the peace, which connects chamber and is respectively arranged at four angles of bracket bottom, not to be had, and each described Peace, which connects, is rotatably equipped with the scroll wheel in chamber.

The beneficial effects of the present invention are:

In use, controlling the Driven by Hydraulic Cylinder after organic fertilizer and inorganic fertilizer will be added in the stir chamber first The link block drives the cover and the agitating shaft gradually to move down, when the link block bottom end face and the third are logical When access slot inner bottom wall offsets, the cover is fully located at described first and connects in slot, and the stir chamber is covered completely, described Agitating shaft protrudes into the stir chamber, at this point, the 6th switching chamber is aligned with the described first sliding slot, then described in control First electricity favourable turn rotation can drive the 6th cone tooth after the first electricity favourable turn rotation by the third hand tap gear of upside Wheel drives the 5th Coupling Shaft and the 7th bevel gear rotation, can pass through the cone tooth after the 7th bevel gear rotation Circle drives the 5th toe joint wheel to rotate forward, and the 5th toe joint wheel can drive the trolley shoe described in after rotating forward The 6th intracavitary sliding of switching, after the second toe joint wheel is meshed with the 4th toe joint wheel, at this point, first bevel gear and institute It states the 5th bevel gear to be meshed, then controls the calutron and power on, the calutron powers on can be by the permanent magnet The pressure on top surface slide downward that the sliding arm overcomes the spring element is adsorbed, the sliding arm slide downward can make the upside The third hand tap gear and the 6th bevel gear are detached from, while the third hand tap gear of downside and the described 4th can be made to bore tooth Wheel is meshed, after the third hand tap gear is engaged with the 4th bevel gear, at this point, continue to rotate can for the first electricity favourable turn The 4th bevel gear is driven to drive the third Coupling Shaft and the 5th cone tooth by the third hand tap gear of downside Wheel rotation, the 5th bevel gear rotation latter aspect can drive the first toe joint wheel, the second toe joint by first bevel gear Wheel, the 4th toe joint wheel and transfer block rotation can drive the grafting block, agitating shaft and institute after the transfer block rotation It states mixing arm to rotate forward, so as to carry out positive stirring to the fertiliser mixtures in stir chamber, and at the same time, described the On the other hand second Coupling Shaft can be driven to drive the third toe joint by the second bevel gear after the rotation of five bevel gears Wheel rotation can drive the agitator tank to rotate backward, so as to fertilizer after the third toe joint wheel rotation by the outer gear ring Expect that mixture carries out reverse agitating function, is thus greatly improved stirring efficiency and mixing effect；

It can control the solenoid valve to open after the completion of stirring and carry out discharge；Calutron, first can be passed through after the completion of discharge The collaborative work of electricity favourable turn and the hydraulic cylinder, restores apparatus of the present invention to original state；

When needing to dismantle the agitating shaft in apparatus of the present invention, the second electricity favourable turn rotation, second electricity are controlled The locking bar can be driven to progressively disengage the locked groove by the spiral bar after favourable turn rotation, when the locking bar and the interlocking Slot is downwardly drawn out the grafting block after completely disengaging, to can realize that fast assembling-disassembling operates, be greatly improved disassembly efficiency；

Apparatus of the present invention structure is simple, high degree of automation, can by control the positive and negative rotation of the agitator tank and agitating shaft come Realize quick stirring to fertiliser mixtures, be greatly improved stirring efficiency and mixing effect, at the same to agitating shaft more It changes extremely easy when operation, is greatly improved disassembly efficiency.

Detailed description of the invention

The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.

Fig. 1 is a kind of structural schematic diagram of advanced organic-inorganic compound fertilizer agitating device of the invention.

Fig. 2 is the structural representation of stirring structure in a kind of advanced organic-inorganic compound fertilizer agitating device of the invention Figure.

Fig. 3 is the amplification structural schematic diagram in Fig. 1 at A.

Specific embodiment

As shown in Figure 1-3, a kind of advanced organic-inorganic compound fertilizer agitating device of the invention, including be fixedly installed on Installs case 10 on bracket 9 and the stirring structure being set in the installs case 10 are equipped with first turn in the installs case 10 Chamber 11 is connect, first switching 11 inner roof wall of chamber connects slot 8 equipped with external first is communicated, left and right elongation in the installs case 10 It is provided with the second switching chamber 13 through the first switching chamber 11, is rotatably pacified in the first switching chamber 11 by bearing Equipped with agitator tank 19,19 outer surface of agitator tank is circumferentially fixed to be provided with the outer gear ring protruded into the second switching chamber 13 18, described first, which connects elongation to the left in 8 left side end wall of slot, is provided with the first sliding slot 31, slips in the first sliding slot 31 Trolley shoe 37 is installed, port is equipped in the trolley shoe 37 towards right third switching chamber 29, about 29 chamber of third switching First Coupling Shaft 27 is rotatably installed in end wall, the first toe joint wheel 28 is fixed in first Coupling Shaft 27, it is described The second toe joint wheel 30 that first toe joint wheel 28 is cooperatively connected rotatably is installed in third switching about 29 end wall of chamber, described the Three switching 29 inner bottom walls of chamber are communicated equipped with the 4th switching chamber 23, and the 27 bottom elongation end of the first Coupling Shaft protrudes into described 4th turn It connects in chamber 23 and bottom end tail is fixed with first bevel gear 26, between the second switching chamber 13 and the 4th switching chamber 23 Be rotatably assorted and the second Coupling Shaft 14 be installed, the 14 top elongation end of the second Coupling Shaft protrude into it is described 4th switching chamber 23 in and Top end tail is fixed with second bevel gear 24, and the 14 bottom elongation end of the second Coupling Shaft protrudes into the second switching chamber 13 And bottom end tail is fixed with the third toe joint wheel 12 being cooperatively connected with the outer gear ring 18, first sliding 31 left side of slot Elongation is provided with the second sliding slot 43 up and down in the installs case 10, communicates and is provided in second sliding 43 inner left wall of slot Third slips slot 48, and the third, which slips to slip in slot 48, is equipped with the sliding arm 46 protruded into the described second sliding slot 43, institute It states and is fixedly installed with the first electricity favourable turn 45 in the sliding arm 46 in the second sliding slot 43, the first electricity favourable turn about 45 two Power is equipped with third hand tap gear 44 respectively for side end face, rotates and matches between the second sliding slot 43 and the 4th switching chamber 23 Conjunction is equipped with third Coupling Shaft 51, is fixed with the 4th bevel gear in the third Coupling Shaft 51 in the second sliding slot 43 50, it is described 4th switching chamber 23 in the third Coupling Shaft 51 on be fixed with and the second bevel gear 24 be cooperatively connected 5th bevel gear 25, the stirring structure include with described first connect the sliding the cover 52 being coupled of slot 8 and with it is described The agitating shaft 64 of 52 lock fit of the cover installation is equipped with the 5th switching chamber in the cover 52, passes through in the 5th switching chamber Bearing is rotatably equipped with transfer block 54, be equipped in 52 left end face of the cover port towards a left side and with the 5th switching chamber The 6th switching chamber 53 being connected, 54 outer round surface of transfer block are fixed with the 4th in the 6th switching chamber 53 Toe joint wheel 60, the bracket 9 are equipped with tourelle, and the tourelle includes that peace connects chamber 91 and scroll wheel 92.

Valuably, it is equipped with the downward inserting groove of port in the transfer block 54, is symmetrically set in the inserting groove left hand end wall There is third to slip slot 55, the third, which slips to slip in slot 55, is equipped with locking bar 56, and 56 inner top of locking bar is equipped with left and right and passes through The spiral hole worn, is fitted with spiral bar 57 in the spiral hole, and the third, which is slipped, is fixed with the in 55 inner roof wall of slot Two electricity favourable turns 58, two 57 inner ends of spiral bar in left and right connect with the second electricity 58 left and right sides end face power of favourable turn respectively It connects, and two 57 outboard ends of spiral bar in left and right slip slot 55 with the third respectively and rotate far from the end wall of the inserting groove It is cooperatively connected.

Valuably, 64 top end surface of agitating shaft is fixed with the grafting block 62 matched with the inserting groove, described 62 left and right sides end surface symmetric of grafting block is provided with the locked groove 63 of port outwardly, and the agitating shaft 64 is equipped with multiple groups mixing arm 65。

Valuably, be equipped in 52 bottom end face of the cover be connected to the inserting groove and port downwards second connect slot 61。

Valuably, the described first sliding 31 inner roof wall of slot, which communicates, is provided with the 6th switching chamber 36,37 top of trolley shoe End face is fixed with toe joint item, is rotatably equipped with and the toe joint in the 6th switching chamber 36 by the 4th Coupling Shaft 34 Article be cooperatively connected the 5th toe joint wheel 33,33 front end face of the 5th toe joint wheel be equipped with cone gear ring 32, the second sliding slot It is rotatably assorted between 43 and the 6th switching chamber 36 and the 5th Coupling Shaft 41 is installed,

It is fixed in the 5th Coupling Shaft 41 in the second sliding slot 43 and matches with the third hand tap gear 44 of upside The 6th bevel gear 42 of connection is closed, is fixed with and the cone tooth in the 5th Coupling Shaft 41 in the 6th switching chamber 36 The 7th bevel gear 35 that circle 32 is cooperatively connected.

Valuably, the third, which is slipped, is equipped with permanent magnet 47 in sliding 46 bottom end face of arm in slot 48, and described the Three sliding 48 inner bottom walls of slot are equipped with the calutron 49 matched with the permanent magnet 47, the second sliding 43 right side inner wall of slot In be equipped with and connect slot 38, it is described connect slipped in slot 38 be equipped be fixedly connected with the sliding arm 46 connect block 40, it is described 38 inner bottom wall of slot is connected to be equipped with and the spring element 39 for connecting block 40 and offseting.

Valuably, the upward stir chamber 20 of port is equipped in the agitator tank 19,20 inner bottom wall of stir chamber is equipped with row Defeated slot is equipped with solenoid valve 21 in the defeated slot of row, is equipped with the row being connected to the defeated slot of the row in 10 bottom end face of installs case Defeated pipe 22.

Valuably, it described first connects to be equipped in 8 right side end wall of slot and communicates external third and connect slot 15, the third is logical It is slipped in access slot 15 and the link block 16 being fixedly connected with 52 right end face of the cover is installed, the third connects bottom in slot 15 Wall is fixed with hydraulic cylinder 17, and the hydraulic stem of the hydraulic cylinder 17 is fixedly connected with 16 bottom end face of link block.

Valuably, the peace, which connects chamber 91 and is respectively arranged at 9 four angles of bracket bottom, does not have, and each peace connects chamber 91 In the scroll wheel 92 is rotatably installed, the mobile carrying of the present apparatus can be met by the scroll wheel 92.

When original state, the hydraulic cylinder 17 is in the open state, and the link block 16 drives 52 maximum journey of the cover Degree connects slot 8 far from described first, and the stir chamber 20 is connected to outside, and the solenoid valve 21 is in close state, described Grafting block 59 is inserted into the inserting groove, and the locking bar 56 is connect with 63 lock fit of locked groove, and the trolley shoe 37 is left Side end face offsets with the described first sliding 31 inner left wall of slot, and the second toe joint wheel 30 is fully located at the described first sliding slot slot In 31, under the press of the spring element 39, sliding 46 top end surface of arm offsets with the described second sliding 43 inner roof wall of slot, The third hand tap gear 44 of upside is meshed with the 6th bevel gear 42, the third hand tap gear 44 of downside and described the Four bevel gears 50 are detached from cooperation, while the first bevel gear 26 is located remotely from each other with the 5th bevel gear 25.

In use, being controlled described hydraulic after organic fertilizer and inorganic fertilizer will be added in the stir chamber 20 first Cylinder 17 drives the link block 16 that the cover 52 and the agitating shaft 64 is driven gradually to move down, when 16 bottom of link block When end face and the third connect 15 inner bottom wall of slot and offset, the cover 52 is fully located at described first and connects in slot 8, and by institute Stir chamber 20 is stated to cover completely, the agitating shaft 64 protrudes into the stir chamber 20, at this point, the 6th switching chamber 53 with it is described First sliding slot 31 aligns, and then controls 45 rotation of the first electricity favourable turn, can pass through after 45 rotation of the first electricity favourable turn The third hand tap gear 44 of upside drives the 6th bevel gear 42 to drive the 5th Coupling Shaft 41 and the 7th cone Gear 35 rotates, and can drive the 5th toe joint wheel 33 is positive to turn after the 7th bevel gear 35 rotation by the cone gear ring 32 Dynamic, the 5th toe joint wheel 33 can drive the trolley shoe 37 towards sliding in the 6th switching chamber 53 after rotating forward, when After the second toe joint wheel 30 is meshed with the 4th toe joint wheel 60, at this point, first bevel gear 26 and the 5th bevel gear 25 are meshed, and then control the calutron 49 and power on, and the calutron 49, which powers on, to be adsorbed by the permanent magnet 47 The sliding arm 46 overcomes the pressure on top surface slide downward of the spring element 39, and sliding 46 slide downward of arm can make the upside The third hand tap gear 44 and the 6th bevel gear 42 be detached from, while can make downside the third hand tap gear 44 with it is described 4th bevel gear 50 is meshed, after the third hand tap gear 44 is engaged with the 4th bevel gear 50, at this point, first electricity Favourable turn 45 continues to rotate can drive the 4th bevel gear 50 that the third is driven to turn by the third hand tap gear 44 of downside Spindle 51 and the 5th bevel gear 25 rotation, the 5th bevel gear 25 rotation latter aspect can pass through first bevel gear 26 The first toe joint wheel 28, the second toe joint wheel 30, the 4th toe joint wheel 60 and the transfer block 54 is driven to rotate, the transfer block The grafting block 59, agitating shaft 64 and the mixing arm 65 can be driven to rotate forward after 54 rotations, so as to stir chamber 20 In fertiliser mixtures carry out positive stirring, and at the same time, on the other hand can pass through after the 5th bevel gear 25 rotation The second bevel gear 24 drives second Coupling Shaft 14 that the third toe joint wheel 12 is driven to rotate, the third toe joint wheel 12 The agitator tank 19 can be driven to rotate backward by the outer gear ring 18 after rotation, so as to reversely be stirred fertiliser mixtures It mixes, can control the solenoid valve 21 to open after the completion of stirring and carry out discharge；Calutron 49, the can be passed through after the completion of discharge The collaborative work of one electricity favourable turn 45 and the hydraulic cylinder 17, restores apparatus of the present invention to original state；

When needing to dismantle the agitating shaft 64 in apparatus of the present invention, 58 rotation of the second electricity favourable turn is controlled, described the The locking bar 56 can be driven to progressively disengage the locked groove 63 by the spiral bar 57 after two electricity favourable turns, 58 rotation, when the lock Bar 56 and the locked groove 63 are downwardly drawn out the grafting block 59 after completely disengaging.

The beneficial effects of the present invention are:

In use, controlling the Driven by Hydraulic Cylinder after organic fertilizer and inorganic fertilizer will be added in the stir chamber first The link block drives the cover and the agitating shaft gradually to move down, when the link block bottom end face and the third are logical When access slot inner bottom wall offsets, the cover is fully located at described first and connects in slot, and the stir chamber is covered completely, described Agitating shaft protrudes into the stir chamber, at this point, the 6th switching chamber is aligned with the described first sliding slot, then described in control First electricity favourable turn rotation can drive the 6th cone tooth after the first electricity favourable turn rotation by the third hand tap gear of upside Wheel drives the 5th Coupling Shaft and the 7th bevel gear rotation, can pass through the cone tooth after the 7th bevel gear rotation Circle drives the 5th toe joint wheel to rotate forward, and the 5th toe joint wheel can drive the trolley shoe described in after rotating forward The 6th intracavitary sliding of switching, after the second toe joint wheel is meshed with the 4th toe joint wheel, at this point, first bevel gear and institute It states the 5th bevel gear to be meshed, then controls the calutron and power on, the calutron powers on can be by the permanent magnet The pressure on top surface slide downward that the sliding arm overcomes the spring element is adsorbed, the sliding arm slide downward can make the upside The third hand tap gear and the 6th bevel gear are detached from, while the third hand tap gear of downside and the described 4th can be made to bore tooth Wheel is meshed, after the third hand tap gear is engaged with the 4th bevel gear, at this point, continue to rotate can for the first electricity favourable turn The 4th bevel gear is driven to drive the third Coupling Shaft and the 5th cone tooth by the third hand tap gear of downside Wheel rotation, the 5th bevel gear rotation latter aspect can drive the first toe joint wheel, the second toe joint by first bevel gear Wheel, the 4th toe joint wheel and transfer block rotation can drive the grafting block, agitating shaft and institute after the transfer block rotation It states mixing arm to rotate forward, so as to carry out positive stirring to the fertiliser mixtures in stir chamber, and at the same time, described the On the other hand second Coupling Shaft can be driven to drive the third toe joint by the second bevel gear after the rotation of five bevel gears Wheel rotation can drive the agitator tank to rotate backward, so as to fertilizer after the third toe joint wheel rotation by the outer gear ring Expect that mixture carries out reverse agitating function, is thus greatly improved stirring efficiency and mixing effect；

It can control the solenoid valve to open after the completion of stirring and carry out discharge；Calutron, first can be passed through after the completion of discharge The collaborative work of electricity favourable turn and the hydraulic cylinder, restores apparatus of the present invention to original state；

When needing to dismantle the agitating shaft in apparatus of the present invention, the second electricity favourable turn rotation, second electricity are controlled The locking bar can be driven to progressively disengage the locked groove by the spiral bar after favourable turn rotation, when the locking bar and the interlocking Slot is downwardly drawn out the grafting block after completely disengaging, to can realize that fast assembling-disassembling operates, be greatly improved disassembly efficiency；

Apparatus of the present invention structure is simple, high degree of automation, can by control the positive and negative rotation of the agitator tank and agitating shaft come Realize quick stirring to fertiliser mixtures, be greatly improved stirring efficiency and mixing effect, at the same to agitating shaft more It changes extremely easy when operation, is greatly improved disassembly efficiency.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection scope should be determined by the scope of protection defined in the claims.

Claims (9)

1. a kind of advanced organic-inorganic compound fertilizer agitating device, including the installs case and setting being fixedly installed on bracket Stirring structure in the installs case, it is characterised in that: the first switching chamber, the first switching chamber are equipped in the installs case Inner roof wall connects slot equipped with external first is communicated, and left and right elongation is provided with through the first switching chamber in the installs case Second switching chamber is rotatably equipped with agitator tank by bearing in the first switching chamber, and the agitator tank outer surface is circumferential It is fixedly installed the outer gear ring protruded into the second switching chamber, described first, which connects elongation to the left in the end wall of slot left side, is provided with First sliding slot slips in the first sliding slot and is equipped with trolley shoe, and port is equipped in the trolley shoe and is turned towards right third Chamber is connect, the first Coupling Shaft is rotatably installed in end wall above and below the third switching chamber, fixation is set in first Coupling Shaft There is the first toe joint wheel, the second tooth of the first toe joint wheel mating connection is rotatably installed in end wall above and below the third switching chamber Cock wheel, the intracavitary bottom wall of the third switching are communicated equipped with the 4th switching chamber, and first Coupling Shaft bottom elongation end protrudes into described In 4th switching chamber and bottom end tail is fixed with first bevel gear, turns between the second switching chamber and the 4th switching chamber Dynamic to be fitted with the second Coupling Shaft, the second Coupling Shaft top elongation end protrudes into the 4th switching chamber and top end tail It is fixed with second bevel gear, second Coupling Shaft bottom elongation end protrudes into the second switching chamber and bottom end tail is fixed Equipped with the third toe joint wheel being cooperatively connected with the outer gear ring, elongation up and down in the installs case on the left of the first sliding slot It is provided with the second sliding slot, is communicated in the second sliding slot inner left wall and is provided with the sliding slot of third, the third slips slot In slip the sliding arm protruded into the described second sliding slot be installed, fixed peace in the sliding arm in the second sliding slot Equipped with the first electricity favourable turn, first electricity is made a connection, and power is equipped with third hand tap gear to both sides of the face up and down respectively, and described second is sliding It is rotatably assorted between access slot and the 4th switching chamber and third Coupling Shaft is installed, the third in the second sliding slot turns It is fixed with the 4th bevel gear in spindle, is fixed with and described second in the third Coupling Shaft in the 4th switching chamber The 5th bevel gear that bevel gear is cooperatively connected, the stirring structure include connecting the sliding the cover being coupled of slot with described first And the agitating shaft being coupled with the bonnet lock, the 5th switching chamber is equipped in the cover, in the 5th switching chamber Transfer block is rotatably installed by bearing, be equipped in the cover left end face port towards a left side and with the 5th switching chamber The 6th switching chamber being connected, the transfer block outer round surface are fixed with the 4th toe joint in the 6th switching chamber Wheel, the bracket are equipped with tourelle, and the tourelle includes that peace connects chamber and scroll wheel.

2. a kind of advanced organic-inorganic compound fertilizer agitating device according to claim 1, it is characterised in that: described turn It connects and is equipped with the downward inserting groove of port in block, third is symmetrically arranged in the inserting groove left hand end wall and slips slot, the third is sliding It is slipped in access slot and locking bar is installed, the locking bar inner top is equipped with the perforative spiral hole in left and right, is coupled in the spiral hole There is spiral bar, the third, which is slipped, is fixed with the second electricity favourable turn, the spiral bar inner end point of left and right two in slot inner roof wall It is connected by power with the second electricity favourable turn left and right sides end face, and the two spiral bar outboard ends in left and right are respectively with described the Three sliding slots are rotatably assorted connection far from the end wall of the inserting groove.

3. a kind of advanced organic-inorganic compound fertilizer agitating device according to claim 1, it is characterised in that: described to stir It mixes axis top end surface and is fixed with the grafting block matched with the inserting groove, end surface symmetric setting at left and right sides of the grafting block There is the locked groove of port outwardly, the agitating shaft is equipped with multiple groups mixing arm.

4. a kind of advanced organic-inorganic compound fertilizer agitating device according to claim 1, it is characterised in that: the cover Be equipped in the end surface of base be connected to the inserting groove and port downwards second connect slot.

5. a kind of advanced organic-inorganic compound fertilizer agitating device according to claim 1, it is characterised in that: described One sliding slot inner roof wall, which communicates, is provided with the 6th switching chamber, and the trolley shoe top end surface is fixed with toe joint item, and the described 6th Switching chamber in by the 4th Coupling Shaft be rotatably equipped with the toe joint article be cooperatively connected the 5th toe joint wheel, the described 5th Toe joint wheel front end face is equipped with cone gear ring, is rotatably assorted between the second sliding slot and the 6th switching chamber and is equipped with the 5th Coupling Shaft,

It is fixed in the 5th Coupling Shaft in the second sliding slot and is cooperatively connected with the third hand tap gear of upside The 6th bevel gear, it is described 6th switching chamber in the 5th Coupling Shaft on be fixed with and it is described cone gear ring be cooperatively connected 7th bevel gear.

6. a kind of advanced organic-inorganic compound fertilizer agitating device according to claim 1, it is characterised in that: described Permanent magnet is equipped in the sliding arm bottom end face in three sliding slots, the third is slipped slot inner bottom wall and is equipped with and the permanent magnetism The calutron of mates is equipped on the right side of the second sliding slot in inner wall and connects slot, it is described connect to slip in slot be equipped with What is be fixedly connected with the sliding arm connects block, and the slot inner bottom wall that connects is equipped with and the spring element for connecting block and offseting.

7. a kind of advanced organic-inorganic compound fertilizer agitating device according to claim 1, it is characterised in that: described to stir It mixes and is equipped with the upward stir chamber of port in case, the stir chamber inner bottom wall, which is equipped with, arranges defeated slot, it is equipped with solenoid valve in the defeated slot of row, The discharge pipeline being connected to the defeated slot of the row is equipped in the installs case bottom end face.

8. a kind of advanced organic-inorganic compound fertilizer agitating device according to claim 1, it is characterised in that: described One connects to be equipped in end wall on the right side of slot and communicates external third and connect slot, and the third is connected to slip in slot and is equipped with and the cover The link block that lid right end face is fixedly connected, the third connect slot inner bottom wall and are fixed with hydraulic cylinder, the liquid of the hydraulic cylinder Compression bar is fixedly connected with the link block bottom end face.

9. a kind of advanced organic-inorganic compound fertilizer agitating device according to claim 1, it is characterised in that: the peace It connects chamber and is respectively arranged at four angles of bracket bottom and do not have, and each peace connects and is rotatably equipped with the rolling in chamber Wheel.