CN207287246U

CN207287246U - A kind of agricultural uses heavy duty detergent fertilizer thawing apparatus

Info

Publication number: CN207287246U
Application number: CN201721101761.1U
Authority: CN
Inventors: 李佳馨
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-08-31
Filing date: 2017-08-31
Publication date: 2018-05-01
Anticipated expiration: 2027-08-31

Abstract

A kind of thawing apparatus is the utility model is related to, more particularly to a kind of agricultural uses heavy duty detergent fertilizer thawing apparatus.Fertilizer quickly can be melted into the agricultural heavy duty detergent fertilizer thawing apparatus in water the technical problem to be solved by the present invention is to provide a kind of.In order to solve the above-mentioned technical problem, the utility model provides such a agricultural heavy duty detergent fertilizer thawing apparatus, includes collection frame, bottom plate, side plate, top plate, connecting plate, grinding mechanism, linkage mechanism and rabbling mechanism；Side plate is vertically fixed in bottom plate, and top plate is fixed at the top of side plate in the horizontal direction, and connecting plate is vertically fixed in top plate bottom, and grinding mechanism is fixed in connecting rod and side plate.The utility model, which has reached, quickly to melt the effect in water by fertilizer.

Description

A kind of agricultural uses heavy duty detergent fertilizer thawing apparatus

Technical field

A kind of thawing apparatus is the utility model is related to, more particularly to a kind of agricultural uses heavy duty detergent fertilizer thawing apparatus.

Background technology

Fertilizer refers to provide nutrient necessary to one or more kinds of plants, improves soil property, improves soil fertilizer A kind of material of power level, is one of material base of agricultural production.It is water-soluble that fertilizer includes ammonium phosphate fertilizers, a great number of elements Property fertilizer, secondary nutrients, bio-feritlizer, organic fertilizer, multidimensional field energy concentrated organic fertilizer etc..

Usually apply fertilizer expect when, the fertilizer that has some larger particles in fertilizer, which is poorly soluble, causes crops can not absorb it Nutrient, it is therefore desirable to the fertilizer of larger particles is melted in water, then the water that has fertilizer will be melted takes away and pour crops, the method energy Crops are made quickly to absorb the nutrient in fertilizer.

It is usually manually directly to spread fertilizer to crops that existing fertilizer, which melts, and the chemical fertilizer of some bulky grains is not readily dissolved in The shortcomings that water, the method is low in the presence of efficiency is melted, and can not meet production requirement, and hand labor intensity is big, therefore there is an urgent need for research and development It is a kind of fertilizer quickly to be melted into the agricultural heavy duty detergent fertilizer thawing apparatus in water.

Utility model content

(1) technical problems to be solved

The utility model is low in the presence of efficiency is melted in order to overcome the artificial fertilizer that melts, and can not meet production requirement, and manually The shortcomings that labor intensity is big, quickly can melt fertilizer in water the technical problem to be solved by the present invention is to provide a kind of Agricultural uses heavy duty detergent fertilizer thawing apparatus.

(2) technical solution

In order to solve the above-mentioned technical problem, the utility model provides such a agricultural heavy duty detergent fertilizer thawing dress Put, include collection frame, bottom plate, side plate, top plate, connecting plate, grinding mechanism, linkage mechanism and rabbling mechanism；Side plate is along vertically Direction is fixed in bottom plate, and top plate is fixed at the top of side plate in the horizontal direction, and connecting plate is vertically fixed in top plate bottom, grinds Grinding machine structure is fixed in connecting rod and side plate, and linkage mechanism is fixed in bottom plate and side plate；Rabbling mechanism is fixed at the top of bottom plate, and is stirred Mechanism is mixed immediately below grinding mechanism；Rabbling mechanism is sequentially connected by linkage mechanism and grinding mechanism；Collection frame is positioned over At the top of bottom plate.

Preferably, grinding mechanism includes grinding frame, first rotating shaft, first gear, the first belt pulley, the second shaft, electricity Machine, second gear, first bevel gear, second bevel gear, web plate, the 3rd shaft, first bearing seat and second bearing seat；Grind frame Connecting plate bottom is fixed in, and grinds arch and offers the feed inlet entered for fertilizer；Web plate is fixed in grinding frame bottom, the One bearing block, second bearing seat are vertically fixed in grinding frame both sides successively；First rotating shaft is pivotally connected with second bearing seat, and Extend to side plate direction；3rd shaft is pivotally connected with first bearing seat, and is extended to side plate direction；First rotating shaft, the 3rd shaft are equal Mixing roll is connected with, and mixing roll is in grinding frame；First gear is fixed in one end that first rotating shaft leans on proximal panel, the second cone Gear is fixed in one end that the 3rd shaft leans on proximal panel, and motor is fixed in side plate close to the side of grinding frame, second shaft one end It is sequentially connected with the output terminal of motor；First belt pulley, second gear, first bevel gear are fixed in the second shaft, and successively Two gears are between the first belt pulley and first bevel gear；First belt pulley and linkage mechanism are sequentially connected, first gear with Second gear engages, and first bevel gear is engaged with second bevel gear.

Preferably, linkage mechanism include 3rd bearing seat, the 4th shaft, third hand tap gear, the 4th bevel gear, the 5th turn Axis, the first flat belt, the second belt pulley, the second flat belt, the 3rd belt pulley and fourth bearing seat；3rd bearing seat is fixed in side Plate is pivotally connected close to the side of grinding mechanism, the 4th shaft one end with 3rd bearing seat；Second belt pulley, third hand tap gear are solid successively The 4th shaft is connected to, and the second belt pulley is between the second belt pulley and 3rd bearing seat；Second belt pulley is flat by first Belt is connected with the first pulley drive, and fourth bearing seat is fixed at the top of bottom plate, the 5th shaft one end and fourth bearing seat pivot Connect；3rd belt pulley is fixed in the 5th shaft, and the 3rd belt pulley is sequentially connected by the second flat belt and rabbling mechanism；4th Bevel gear is fixed at the top of the 5th shaft, and the 4th bevel gear engages with third hand tap gear.

Preferably, rabbling mechanism include stirring frame, support base, 5th bearing seat, the 4th belt pulley, 6th bearing seat, Outlet pipe, the 6th shaft and agitating vane；Support base is vertically fixed at the top of bottom plate, and stirring frame is fixed in support base top Portion；Outlet pipe is fixed in the valve that stirring frame is provided with control current disengaging close to the side of collection frame, and on outlet pipe；6th Bearing block is fixed in stirring frame bottom, and 5th bearing seat is fixed at the top of bottom plate；6th shaft one end is pivotally connected with 5th bearing seat, The other end is pivotally connected with 6th bearing seat and extends into stirring frame；4th belt pulley is fixed in the 6th shaft, and is located at the 5th axis Between bearing and 6th bearing seat, the 4th belt pulley is connected by the second flat belt with the 3rd pulley drive；Agitating vane is consolidated The 6th shaft is connected to, and agitating vane is located in stirring frame.

Operation principle：When fertilizer is melted, appropriate water is poured into rabbling mechanism, then will need what is melted Fertilizer is poured into grinding mechanism, and the operating of control grinding mechanism, so that fertilizer in grinding mechanism be ground, and then makes fertilizer Drop into the form of a powder in rabbling mechanism, so fertilizer is melted into faster in water, at the same time grind mechanism and pass through Linkage mechanism driving rabbling mechanism operating, so that fertilizer powder is stirred by rabbling mechanism with water, and then accelerates fertilizer and water Fusion, after waiting fertilizer to be melted into completely in water, control rabbling mechanism fertilizer water is poured into collection frame, so as to be dissolved in the fertilizer of water Nutrient is easier to be absorbed by crops, and then improves crop yield.

Because grinding mechanism include grinding frame, first rotating shaft, first gear, the first belt pulley, the second shaft, motor, Second gear, first bevel gear, second bevel gear, web plate, the 3rd shaft, first bearing seat and second bearing seat；Grinding frame is consolidated Connecting plate bottom is connected to, and grinds arch and offers the feed inlet entered for fertilizer；Web plate is fixed in grinding frame bottom, and first Bearing block, second bearing seat are vertically fixed in grinding frame both sides successively；First rotating shaft is pivotally connected with second bearing seat, and to Side plate direction extends；3rd shaft is pivotally connected with first bearing seat, and is extended to side plate direction；First rotating shaft, the 3rd shaft are solid Mixing roll is connected to, and mixing roll is in grinding frame；First gear is fixed in one end that first rotating shaft leans on proximal panel, the second cone tooth Wheel be fixed in the 3rd shaft lean on proximal panel one end, motor be fixed in side plate close to grinding frame side, second shaft one end with The output terminal of motor is sequentially connected；First belt pulley, second gear, first bevel gear are fixed in the second shaft, and second successively Gear is between the first belt pulley and first bevel gear；First belt pulley and linkage mechanism are sequentially connected, first gear and the Two gears engage, and first bevel gear is engaged with second bevel gear；When fertilizer is ground, it would be desirable to which the fertilizer of grinding falls Enter into grinding frame, control motor rotates, so that the output terminal of motor drives the second shaft to rotate, and then drives the first belt Wheel, second gear, first bevel gear rotate, and the first belt pulley of rotation drives linkage mechanism operating, the second gear band of rotation Dynamic first gear rotates, so as to drive first rotating shaft and mixing roll to rotate, the first bevel gear of rotation drives second bevel gear to turn It is dynamic, so as to drive the 3rd shaft and mixing roll to rotate, thus by the grinding on the mixing roll in first rotating shaft and the 3rd shaft Roller is engaged, and the fertilizer in mixing roll is sufficiently ground into powder, is filtered after waiting the grinding of fertilizer powder qualified by web plate Into rabbling mechanism, thus by grinding, mechanism pulverizes fertilizer so that fertilizer can be melted into water faster.

Because linkage mechanism include 3rd bearing seat, the 4th shaft, third hand tap gear, the 4th bevel gear, the 5th shaft, First flat belt, the second belt pulley, the second flat belt, the 3rd belt pulley and fourth bearing seat；3rd bearing seat is fixed in side plate Close to the side of grinding mechanism, the 4th shaft one end is pivotally connected with 3rd bearing seat；Second belt pulley, third hand tap gear are affixed successively In the 4th shaft, and the second belt pulley is between the second belt pulley and 3rd bearing seat；Second belt pulley passes through the first flat skin Band is connected with the first pulley drive, and fourth bearing seat is fixed at the top of bottom plate, and the 5th shaft one end is pivotally connected with fourth bearing seat； 3rd belt pulley is fixed in the 5th shaft, and the 3rd belt pulley is sequentially connected by the second flat belt and rabbling mechanism；4th cone Gear is fixed at the top of the 5th shaft, and the 4th bevel gear engages with third hand tap gear；When rabbling mechanism to be driven operates, turn The first dynamic belt pulley drives the second pulley rotation by the first flat belt, so that drive third hand tap gear to rotate, and then band Dynamic 4th bevel gear rotates, and the 4th bevel gear of rotation drives the 5th shaft and the 3rd pulley rotation, so that the 3rd belt pulley Rabbling mechanism is driven to operate by the second flat belt, thus by linkage mechanism driving rabbling mechanism operating so that work(in device Rate consumption greatly reduces, and has reached energy-saving and environment-friendly effect.

Because rabbling mechanism includes stirring frame, support base, 5th bearing seat, the 4th belt pulley, 6th bearing seat, water outlet Pipe, the 6th shaft and agitating vane；Support base is vertically fixed at the top of bottom plate, and stirring frame is fixed at the top of support base； Outlet pipe is fixed in the valve that stirring frame is provided with control current disengaging close to the side of collection frame, and on outlet pipe；6th axis Bearing is fixed in stirring frame bottom, and 5th bearing seat is fixed at the top of bottom plate；6th shaft one end is pivotally connected with 5th bearing seat, separately One end is pivotally connected with 6th bearing seat and extends into stirring frame；4th belt pulley is fixed in the 6th shaft, and is located at 5th bearing Between seat and 6th bearing seat, the 4th belt pulley is connected by the second flat belt with the 3rd pulley drive；Agitating vane is affixed In the 6th shaft, and agitating vane is located in stirring frame；When water and fertilizer powder are stirred, the 3rd belt pulley of rotation 4th pulley rotation is driven by the second flat belt, so as to drive the 6th shaft and agitating vane to rotate, and then by stirring frame In water and fertilizer powder be stirred so that fertilizer is thoroughly melted into water, is waited after being stirred, control valve open so that The rich water that melting has fertilizer is flowed in collection frame from outlet pipe to be used easy to peasant.

The control mode of the utility model is controlled by manually starting and turning off the switch, the wiring diagram of dynamical element with The offer of power supply belongs to the common knowledge of this area, and the utility model is mainly used to protect mechanical device, so this practicality It is new not to be explained control mode and wiring arrangement.

(3) beneficial effect

The utility model is by grinding being engaged for mechanism and rabbling mechanism so that the fertilizer of bulky grain can be sufficiently melted into In water, consequently facilitating crops absorb the nutrient in fertilizer, rabbling mechanism is driven to operate by linkage mechanism so that the device work( Rate consumption significantly reduces, and has reached energy-saving and environment-friendly effect, by grinding being engaged for mechanism, rabbling mechanism and linkage mechanism, The problem of thawing efficiency solved manually present in thawing fertilizer is low, can not meet production requirement, and hand labor intensity is big.

Brief description of the drawings

Fig. 1 is the main structure diagram of the utility model.

Fig. 2 is the main structure diagram that the utility model grinds mechanism.

Fig. 3 is the main structure diagram of the utility model linkage mechanism.

Fig. 4 is the main structure diagram of the utility model rabbling mechanism.

Mark in attached drawing for：1- collection frames, 2- bottom plates, 3- side plates, 4- top plates, 5- connecting plates, 6- grindings mechanism, 61- Feed inlet, 62- grinding frames, 63- first rotating shafts, 64- first gears, the first belt pulleys of 65-, the second shafts of 66-, 67- motors, 68- second gears, 69- first bevel gears, 610- second bevel gears, 611- web plates, the 3rd shafts of 612-, 613- clutch shaft bearings Seat, 614- second bearing seats, 615- mixing rolls, 7- linkage mechanisms, 71- 3rd bearing seats, the 4th shafts of 72-, 73- triconodonts Wheel, the 4th bevel gears of 74-, the 5th shafts of 75-, the first flat belts of 76-, the second belt pulleys of 77-, the second flat belts of 78-, 79- the Three belt pulleys, 710- fourth bearing seats, 8- rabbling mechanisms, 81- stirring frames, 82- support bases, 83- 5th bearing seats, 84- the 4th Belt pulley, 85- 6th bearing seats, 86- valves, 87- outlet pipes, the 6th shafts of 88-, 89- agitating vanes.

Embodiment

The utility model is further described with reference to the accompanying drawings and examples.

Embodiment 1

A kind of agricultural uses heavy duty detergent fertilizer thawing apparatus, as shown in Figs 1-4, includes collection frame 1, bottom plate 2, side plate 3, top Plate 4, connecting plate 5, grinding mechanism 6, linkage mechanism 7 and rabbling mechanism 8；Side plate 3 is vertically fixed in bottom plate 2,4 edge of top plate Horizontal direction is fixed in the top of side plate 3, and connecting plate 5 is vertically fixed in 4 bottom of top plate, and grinding mechanism 6 is fixed in connection Bar and side plate 3, linkage mechanism 7 are fixed in bottom plate 2 and side plate 3；Rabbling mechanism 8 is fixed in the top of bottom plate 2, and rabbling mechanism 8 Immediately below grinding mechanism 6；Rabbling mechanism 8 is sequentially connected by linkage mechanism 7 and grinding mechanism 6；Collection frame 1 is positioned over bottom plate 2 tops.

Grinding mechanism 6 includes grinding frame 62, first rotating shaft 63, first gear 64, the first belt pulley 65, the second shaft 66th, motor 67, second gear 68, first bevel gear 69, second bevel gear 610, web plate 611, the 3rd shaft 612, clutch shaft bearing Seat 613 and second bearing seat 614；Grinding frame 62 is fixed in 5 bottom of connecting plate, and grinds the top of frame 62 and offer and enter for fertilizer Feed inlet 61；Web plate 611 is fixed in 62 bottom of grinding frame, and first bearing seat 613, second bearing seat 614 are successively along vertical side 62 both sides of frame are ground to being fixed in；First rotating shaft 63 is pivotally connected with second bearing seat 614, and is extended to 3 direction of side plate；3rd shaft 612 are pivotally connected with first bearing seat 613, and extend to 3 direction of side plate；First rotating shaft 63, the 3rd shaft 612 are connected with mixing roll 615, and mixing roll 615 is in grinding frame 62；First gear 64 be fixed in first rotating shaft 63 lean on proximal panel 3 one end, second Bevel gear 610 is fixed in one end that the 3rd shaft 612 leans on proximal panel 3, and motor 67 is fixed in side plate 3 close to the one of grinding frame 62 Side, 66 one end of the second shaft and the output terminal of motor 67 are sequentially connected；First belt pulley 65, second gear 68, first bevel gear 69 are fixed in the second shaft 66 successively, and second gear 68 is between the first belt pulley 65 and first bevel gear 69；First skin Belt wheel 65 is sequentially connected with linkage mechanism 7, and first gear 64 is engaged with second gear 68, first bevel gear 69 and second bevel gear 610 engagements.

Linkage mechanism 7 includes 3rd bearing seat 71, the 4th shaft 72, third hand tap gear 73, the 4th bevel gear the 74, the 5th Shaft 75, the first flat belt 76, the second belt pulley 77, the second flat belt 78, the 3rd belt pulley 79 and fourth bearing seat 710；The Three bearing blocks 71 are fixed in side plate 3 close to the side of grinding mechanism 6, and 72 one end of the 4th shaft is pivotally connected with 3rd bearing seat 71；The Two belt pulleys 77, third hand tap gear 73 are fixed in the 4th shaft 72 successively, and the second belt pulley 77 positioned at the second belt pulley 77 with Between 3rd bearing seat 71；Second belt pulley 77 is sequentially connected by the first flat belt 76 and the first belt pulley 65, fourth bearing Seat 710 is fixed in the top of bottom plate 2, and 75 one end of the 5th shaft is pivotally connected with fourth bearing seat 710；3rd belt pulley 79 is fixed in the 5th Shaft 75, and the 3rd belt pulley 79 is sequentially connected by the second flat belt 78 with rabbling mechanism 8；4th bevel gear 74 is fixed in The top of five shaft 75, and the 4th bevel gear 74 engages with third hand tap gear 73.

Rabbling mechanism 8 includes stirring frame 81, support base 82,5th bearing seat 83, the 4th belt pulley 84,6th bearing seat 85th, outlet pipe 87, the 6th shaft 88 and agitating vane 89；Support base 82 is vertically fixed in the top of bottom plate 2, stirring frame 81 It is fixed in the top of support base 82；Outlet pipe 87 is fixed in stirring frame 81 close to the side of collection frame 1, and is provided with outlet pipe 87 Control the valve 86 of current disengaging；6th bearing seat 85 is fixed in 81 bottom of stirring frame, and 5th bearing seat 83 is fixed in bottom plate 2 and pushes up Portion；6th shaft, 88 one end is pivotally connected with 5th bearing seat 83, and the other end is pivotally connected with 6th bearing seat 85 and prolongs into stirring frame 81 Stretch；4th belt pulley 84 is fixed in the 6th shaft 88, and between 5th bearing seat 83 and 6th bearing seat 85, the 4th belt Wheel 84 is sequentially connected by the second flat belt 78 with the 3rd belt pulley 79；Agitating vane 89 is fixed in the 6th shaft 88, and stirs Blade 89 is located in stirring frame 81.

Operation principle：When fertilizer is melted, appropriate water is poured into rabbling mechanism 8, then will need to melt Fertilizer be poured into grinding mechanism 6 in, control grinding mechanism 6 operate so that will grinding mechanism 6 in fertilizer be ground, and then Fertilizer is dropped into the form of a powder in rabbling mechanism 8, so fertilizer is melted into faster in water, at the same time grinder Structure 6 drives rabbling mechanism 8 to operate by linkage mechanism 7, so that fertilizer powder is stirred by rabbling mechanism 8 with water, Jin Erjia Fast fertilizer is merged with water, and after waiting fertilizer to be melted into completely in water, control rabbling mechanism 8 pours into fertilizer water in collection frame 1, so that The fertilizer nutrient for being dissolved in water is easier to be absorbed by crops, and then improves crop yield.

Because grinding mechanism 6 includes grinding frame 62, first rotating shaft 63, first gear 64,65, second turns of the first belt pulley Axis 66, motor 67, second gear 68, first bevel gear 69, second bevel gear 610, web plate 611, the 3rd shaft 612, first axle Bearing 613 and second bearing seat 614；Grinding frame 62 is fixed in 5 bottom of connecting plate, and grind the top of frame 62 offer for fertilizer into The feed inlet 61 entered；Web plate 611 is fixed in 62 bottom of grinding frame, and first bearing seat 613, second bearing seat 614 are successively along vertical Direction is fixed in 62 both sides of grinding frame；First rotating shaft 63 is pivotally connected with second bearing seat 614, and is extended to 3 direction of side plate；3rd turn Axis 612 is pivotally connected with first bearing seat 613, and is extended to 3 direction of side plate；First rotating shaft 63, the 3rd shaft 612 are connected with grinding Roller 615, and mixing roll 615 is in grinding frame 62；First gear 64 is fixed in one end that first rotating shaft 63 leans on proximal panel 3, the Two bevel gears 610 are fixed in one end that the 3rd shaft 612 leans on proximal panel 3, and motor 67 is fixed in side plate 3 close to the one of grinding frame 62 Side, 66 one end of the second shaft and the output terminal of motor 67 are sequentially connected；First belt pulley 65, second gear 68, first bevel gear 69 are fixed in the second shaft 66 successively, and second gear 68 is between the first belt pulley 65 and first bevel gear 69；First skin Belt wheel 65 is sequentially connected with linkage mechanism 7, and first gear 64 is engaged with second gear 68, first bevel gear 69 and second bevel gear 610 engagements；When fertilizer is ground, it would be desirable to the fertilizer of grinding is poured into grinding frame 62, and control motor 67 rotates, Drive the second shaft 66 to rotate so as to the output terminal of motor 67, and then drive the first belt pulley 65, second gear 68, first to bore tooth Wheel 69 rotates, and the first belt pulley 65 of rotation drives linkage mechanism 7 to operate, and the second gear 68 of rotation drives 64 turns of first gear Dynamic, so as to drive first rotating shaft 63 and mixing roll 615 to rotate, the first bevel gear 69 of rotation drives second bevel gear 610 to rotate, So as to drive the 3rd shaft 612 and mixing roll 615 to rotate, thus by 615 and the 3rd shaft of mixing roll in first rotating shaft 63 Being engaged for mixing roll 615 on 612, enables the fertilizer in mixing roll 615 to be sufficiently ground into powder, waits the grinding of fertilizer powder to close It is filled into after lattice by web plate 611 in rabbling mechanism 8, thus by grinding, mechanism 6 pulverizes fertilizer so that fertilizer can be more Fast is melted into water.

Because linkage mechanism 7 include 3rd bearing seat 71, the 4th shaft 72, third hand tap gear 73, the 4th bevel gear 74, 5th shaft 75, the first flat belt 76, the second belt pulley 77, the second flat belt 78, the 3rd belt pulley 79 and fourth bearing seat 710；3rd bearing seat 71 is fixed in side plate 3 close to the side of grinding mechanism 6,72 one end of the 4th shaft and 71 pivot of 3rd bearing seat Connect；Second belt pulley 77, third hand tap gear 73 are fixed in the 4th shaft 72 successively, and the second belt pulley 77 is located at the second belt pulley Between 77 and 3rd bearing seat 71；Second belt pulley 77 is sequentially connected by the first flat belt 76 and the first belt pulley 65, and the 4th Bearing block 710 is fixed in the top of bottom plate 2, and 75 one end of the 5th shaft is pivotally connected with fourth bearing seat 710；3rd belt pulley 79 is fixed in 5th shaft 75, and the 3rd belt pulley 79 is sequentially connected by the second flat belt 78 with rabbling mechanism 8；4th bevel gear 74 is affixed In the top of the 5th shaft 75, and the 4th bevel gear 74 engages with third hand tap gear 73；When rabbling mechanism 8 to be driven operates, turn The first dynamic belt pulley 65 drives the second belt pulley 77 to rotate by the first flat belt 76, so as to drive 73 turns of third hand tap gear It is dynamic, and then drive the 4th bevel gear 74 to rotate, the 4th bevel gear 74 of rotation drives 79 turns of the 5th shaft 75 and the 3rd belt pulley It is dynamic, so that the 3rd belt pulley 79 drives rabbling mechanism 8 to operate by the second flat belt 78, stirred thus by the driving of linkage mechanism 7 Mix mechanism 8 to operate so that power consumption greatly reduces in device, has reached energy-saving and environment-friendly effect.

Because rabbling mechanism 8 includes stirring frame 81, support base 82,5th bearing seat 83, the 4th belt pulley 84, the 6th axis Bearing 85, outlet pipe 87, the 6th shaft 88 and agitating vane 89；Support base 82 is vertically fixed in the top of bottom plate 2, stirring Frame 81 is fixed in the top of support base 82；Outlet pipe 87 is fixed in stirring frame 81 close to the side of collection frame 1, and is installed on outlet pipe There is the valve 86 of control current disengaging；6th bearing seat 85 is fixed in 81 bottom of stirring frame, and 5th bearing seat 83 is fixed in bottom plate 2 Top；6th shaft, 88 one end is pivotally connected with 5th bearing seat 83, and the other end is pivotally connected and into stirring frame 81 with 6th bearing seat 85 Extension；4th belt pulley 84 is fixed in the 6th shaft 88, and between 5th bearing seat 83 and 6th bearing seat 85, the 4th skin Belt wheel 84 is sequentially connected by the second flat belt 78 with the 3rd belt pulley 79；Agitating vane 89 is fixed in the 6th shaft 88, and stirs Blade 89 is mixed to be located in stirring frame 81；When water and fertilizer powder are stirred, the 3rd belt pulley 79 of rotation passes through second Flat belt 78 drives the 4th belt pulley 84 to rotate, so as to drive the 6th shaft 88 and agitating vane 89 to rotate, and then by stirring frame Water and fertilizer powder in 81 are stirred so that and fertilizer is thoroughly melted into water, is waited after being stirred, and control valve 86 is opened, from And make to melt the rich water for having fertilizer and flowed to from outlet pipe 87 in collection frame 1 and used easy to peasant.

Embodiment described above only expresses the preferred embodiment of the utility model, its description is more specific and detailed, But it should not be interpreted as limiting the scope of the present invention.It should be pointed out that for the common of this area For technical staff, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these are all Belong to the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.

Claims

1. a kind of agricultural uses heavy duty detergent fertilizer thawing apparatus, it is characterised in that includes collection frame (1), bottom plate (2), side plate (3), top plate (4), connecting plate (5), grinding mechanism (6), linkage mechanism (7) and rabbling mechanism (8)；Side plate (3) is vertically Bottom plate (2) is fixed in, top plate (4) is fixed at the top of side plate (3) in the horizontal direction, and connecting plate (5) is vertically fixed in top Plate (4) bottom, grinding mechanism (6) are fixed in connecting rod and side plate (3), and linkage mechanism (7) is fixed in bottom plate (2) and side plate (3)； Rabbling mechanism (8) is fixed at the top of bottom plate (2), and rabbling mechanism (8) is immediately below grinding mechanism (6)；Rabbling mechanism (8) is logical Linkage mechanism (7) is crossed to be sequentially connected with grinding mechanism (6)；Collection frame (1) is positioned at the top of bottom plate (2).

2. a kind of agricultural according to claim 1 uses heavy duty detergent fertilizer thawing apparatus, it is characterised in that grinding mechanism (6) Include grinding frame (62), first rotating shaft (63), first gear (64), the first belt pulley (65), the second shaft (66), motor (67), second gear (68), first bevel gear (69), second bevel gear (610), web plate (611), the 3rd shaft (612), first Bearing block (613) and second bearing seat (614)；Grinding frame (62) is fixed in connecting plate (5) bottom, and grinds and opened at the top of frame (62) Equipped with the feed inlet (61) entered for fertilizer；Web plate (611) is fixed in grinding frame (62) bottom, first bearing seat (613), second Bearing block (614) is vertically fixed in grinding frame (62) both sides successively；First rotating shaft (63) and second bearing seat (614) pivot Connect, and extend to side plate (3) direction；3rd shaft (612) is pivotally connected with first bearing seat (613), and is prolonged to side plate (3) direction Stretch；First rotating shaft (63), the 3rd shaft (612) are connected with mixing roll (615), and mixing roll (615) is positioned at grinding frame (62) It is interior；First gear (64) is fixed in one end that first rotating shaft (63) leans on proximal panel (3), and second bevel gear (610) is fixed in the 3rd Shaft (612) leans on one end of proximal panel (3), and motor (67) is fixed in side plate (3) close to the side of grinding frame (62), the second shaft (66) one end and the output terminal of motor (67) are sequentially connected；First belt pulley (65), second gear (68), first bevel gear (69) The second shaft (66) is fixed in successively, and second gear (68) is between the first belt pulley (65) and first bevel gear (69)； First belt pulley (65) is sequentially connected with linkage mechanism (7), and first gear (64) is engaged with second gear (68), first bevel gear (69) engaged with second bevel gear (610).

3. a kind of agricultural according to claim 2 uses heavy duty detergent fertilizer thawing apparatus, it is characterised in that linkage mechanism (7) Include 3rd bearing seat (71), the 4th shaft (72), third hand tap gear (73), the 4th bevel gear (74), the 5th shaft (75), First flat belt (76), the second belt pulley (77), the second flat belt (78), the 3rd belt pulley (79) and fourth bearing seat (710)； 3rd bearing seat (71) is fixed in side plate (3) close to the side of grinding mechanism (6), the 4th shaft (72) one end and 3rd bearing seat (71) it is pivotally connected；Second belt pulley (77), third hand tap gear (73) are fixed in the 4th shaft (72), and the second belt pulley (77) successively Between the second belt pulley (77) and 3rd bearing seat (71)；Second belt pulley (77) passes through the first flat belt (76) and first Belt pulley (65) is sequentially connected, and fourth bearing seat (710) is fixed at the top of bottom plate (2), the 5th shaft (75) one end and the 4th axis Bearing (710) is pivotally connected；3rd belt pulley (79) is fixed in the 5th shaft (75), and the 3rd belt pulley (79) passes through the second flat belt (78) it is sequentially connected with rabbling mechanism (8)；4th bevel gear (74) is fixed at the top of the 5th shaft (75), and the 4th bevel gear (74) engaged with third hand tap gear (73).

4. a kind of agricultural according to claim 3 uses heavy duty detergent fertilizer thawing apparatus, it is characterised in that rabbling mechanism (8) Include stirring frame (81), support base (82), 5th bearing seat (83), the 4th belt pulley (84), 6th bearing seat (85), water outlet Manage (87), the 6th shaft (88) and agitating vane (89)；Support base (82) is vertically fixed at the top of bottom plate (2), stirring Frame (81) is fixed at the top of support base (82)；Outlet pipe (87) is fixed in stirring frame (81) close to the side of collection frame (1), and goes out The valve (86) of control current disengaging is installed on water pipe (87)；6th bearing seat (85) is fixed in stirring frame (81) bottom, the Five bearing blocks (83) are fixed at the top of bottom plate (2)；6th shaft (88) one end and 5th bearing seat (83) are pivotally connected, the other end and the Six bearing blocks (85) are pivotally connected and the extension into stirring frame (81)；4th belt pulley (84) is fixed in the 6th shaft (88), and is located at Between 5th bearing seat (83) and 6th bearing seat (85), the 4th belt pulley (84) passes through the second flat belt (78) and the 3rd belt (79) are taken turns to be sequentially connected；Agitating vane (89) is fixed in the 6th shaft (88), and agitating vane (89) is located in stirring frame (81).