CN207626020U - A kind of loosening device of digging of proportion of crop planting - Google Patents
A kind of loosening device of digging of proportion of crop planting Download PDFInfo
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- CN207626020U CN207626020U CN201721485156.9U CN201721485156U CN207626020U CN 207626020 U CN207626020 U CN 207626020U CN 201721485156 U CN201721485156 U CN 201721485156U CN 207626020 U CN207626020 U CN 207626020U
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- digging
- rotary shaft
- crawler belt
- athey wheel
- soil
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Abstract
The utility model discloses a kind of loosening devices of digging of proportion of crop planting, including two creepers undercarriage, creeper undercarriage includes crawler belt supporting steel, the first Athey wheel, the second Athey wheel, crawler belt, crawler belt supporting steel both ends are installed respectively equipped with the first Athey wheel, the second Athey wheel, and power is equipped with crawler belt between the first Athey wheel and the second Athey wheel；First is connected between first Athey wheel of two creepers undercarriage to dig rotary shaft, it is connected with second between second Athey wheel of two creepers undercarriage to dig rotary shaft, the first rotary shaft of digging digs with second and is respectively and fixedly provided with several gears of digging in rotary shaft；Crawler belt supporting steel is connected with rabble arm by bindiny mechanism, and the arrangement of rabble arm bottom is equipped with the rake teeth that loosens the soil.The utility model by two creepers undercarriage loosen the soil rake teeth to soil carry out deep layer earth moving operations, by it is all loosen the soil rake teeths to after digging soil carry out shallow-layer loosen the soil, smooth soil operation, substantially increase dig, efficiency of loosening the soil.
Description
Technical field
The utility model is related to agricultural mechanical field more particularly to a kind of loosening devices of digging of proportion of crop planting.
Background technology
With the raising of Agricultural Mechanization Degree, agricultural production, plantation links all start to use do mechanization operation, this
The labor intensity for alleviating the person of being engaged in agricultural production significantly, improves production efficiency.In agricultural production, soil is turned over
Soil, do mechanization operation can't often be realized by loosening the soil, and typically artificial or livestock is digged by the realization of the tools such as hoe, plow harrow
Operation, it is pre-planting dig, operation of loosening the soil has the function of broken, scarifying soil, the crops for being conducive to plant preferably inhale
Nutrition or moisture are received, is conducive to the root growth of crops, it may be said that be the very important agricultural operation link of proportion of crop planting.
But be all at present using artificial or livestock labor operation, labor intensity is big, may be only available for peasant's production, is unfavorable for advising greatly
Mould production operation, and production efficiency is also extremely low.
Utility model content
Place in view of the shortcomings of the prior art, the purpose of this utility model is to provide a kind of proportion of crop planting
Dig loosening device, first by all on creeper undercarriage A and creeper undercarriage B loosen the soil rake teeth respectively to soil into
Row deep layer earth moving operations, the soil after then being digged to all gears of digging by all rake teeths that loosen the soil of rabble arm bottom carry out shallow
Layer loosen the soil, smooth soil operation, in this way just as manually dig, loosen the soil operation realize to before Planting Crops soil carry out
The digging of mechanization, operation of loosening the soil.
The purpose of this utility model is achieved through the following technical solutions：
A kind of loosening device of digging of proportion of crop planting, including creeper undercarriage A and creeper undercarriage B, it is described
Creeper undercarriage A is identical with creeper undercarriage B structure, and the creeper undercarriage A and creeper undercarriage B are mutual
Parallel, the creeper undercarriage A includes crawler belt supporting steel, the first Athey wheel, the second Athey wheel, crawler belt, the crawler belt support
Steel both ends end is installed respectively equipped with the first Athey wheel, the second Athey wheel, is moved between first Athey wheel and the second Athey wheel
Force-fitting is equipped with crawler belt；Between the first Athey wheel of the creeper undercarriage A and the first Athey wheel of creeper undercarriage B
It is connected with first to dig rotary shaft, the second Athey wheel of the creeper undercarriage A and the second Athey wheel of creeper undercarriage B
Between be connected with second and dig rotary shaft；Described first, which digs, is installed with several gears of digging in rotary shaft, and described
Two, which dig, is installed with several gears of digging in rotary shaft；The crawler belt supporting steel or/and crawler belt of the creeper undercarriage A
The crawler belt supporting steel of walking mechanism B is connected with rabble arm by bindiny mechanism, and the rabble arm is mutually parallel with the second rotary shaft of digging,
The rabble arm is located at creeper undercarriage A and the rear portions creeper undercarriage B, and the rabble arm bottom arrangement is equipped with the rake teeth that loosens the soil.
In order to be better achieved the utility model, the utility model loosening device of digging further includes operation shell, the behaviour
Make the shoe that shell is fixedly connected on the crawler belt supporting steel and creeper undercarriage B of creeper undercarriage A by chassis support structure
Between band supporting steel, the rabble arm is connected to operation hull outside by arc curved boom；The operation enclosure interior, which is equipped with, to be driven
Room and diesel engine, the power output shaft of the diesel engine are digged rotary shaft be connected by power by gear engagement mechanism and first.
In order to realize that the first dig rotary shaft, the second rotary shaft of digging can be rotated by Diesel Driven, the diesel oil
The power output shaft of machine respectively by gear engagement mechanism and first dig rotary shaft, second dig rotary shaft be connected by power.
The rotary shaft structure technology scheme of digging of the utility model preferred first is as follows：Described first dig it is solid in rotary shaft
Dingan County includes several gears of digging equipped with dig gear set A, the gear set A that digs of a row；Described first digs rotary shaft
On all gear uniform intervals arrangements of digging, spacing distance is the width of gear of digging.
The rotary shaft structure technology scheme of digging of the utility model preferred second is as follows：Described second dig it is solid in rotary shaft
Dingan County includes several gears of digging equipped with dig gear set B, the gear set B that digs of a row；Described second digs rotary shaft
On all gear uniform intervals arrangements of digging, spacing distance is the width of gear of digging, and described second digs in rotary shaft
All gears of digging correspond the first clearance space position digged between the two neighboring gear of digging of rotary shaft.
The utility model gear structure technical solution of preferably digging is as follows：The gear of digging includes hollow shaft and tipping bucket
Tooth, is provided with axle sleeve inside the hollow shaft, and the axle sleeve of the hollow shaft is fixedly installed in first by pin and digs rotary shaft or
Two dig outside rotary shaft, and along hollow shaft exterior circumference, uniformly arrangement is equipped with several tipping bucket teeth outside the hollow shaft.
Preferably, the arc-shaped shovel body shape of the tipping bucket tooth of the gear of digging, along hollow shaft outside the hollow shaft
Uniformly arrangement is equipped with eight tipping bucket teeth to exterior circumference.
Preferably, all rake teeths that loosen the soil uniformly are arranged setting in rabble arm bottom, the rake teeth that loosens the soil include rake teeth handle and
Rake teeth knife, the rake teeth handle have angle with rake teeth knife, and the rake teeth knife of the rake teeth that loosens the soil is digged rotary axis direction towards second.
Preferably, the crawler belt supporting steel of the creeper undercarriage A or/and the crawler belt supporting steel of creeper undercarriage B
It is provided with fabrication hole.
The utility model compared with the prior art, has the following advantages and advantageous effect：
(1) the utility model by all rake teeths that loosen the soil on creeper undercarriage A and creeper undercarriage B respectively to soil
Earth carries out deep layer earth moving operations, at the same the soil after being digged to all gears of digging by all rake teeths that loosen the soil of rabble arm bottom into
Row shallow-layer loosens the soil, smooth soil operation, is realized in this way to the soil before Planting Crops just as operation of manually digging, loosen the soil
Carry out the digging of mechanization, operation of loosening the soil.
(2) the utility model second dig in rotary shaft it is all dig gear with first dig in rotary shaft all turn over
Native gear arranged in dislocation, the first all gear mesh soil of digging digged in rotary shaft carry out in front of loosening device of entirely digging
After earth moving operations, dig in front of loosening device first dig in rotary shaft it is all dig gear not to the soil of clearance space into
Row earth moving operations, all gears of digging that loosening device rear second of entirely digging is digged in rotary shaft will and then can be right
First the do not dig soil of clearance space of rotary shaft of digging carries out earth moving operations, it is ensured that loosening device of digging advance it is primary just
Earth moving operations can be carried out to whole soil between two creepers undercarriage of loosening device of digging.
(3) the utility model supplies power to the first Athey wheel, the second Athey wheel by diesel engine or gasoline engine, and first carries out
Belt wheel, the second Athey wheel both will drive loosening device of digging integrally to walk in power transmission to crawler belt, and the first Athey wheel, second carry out
Belt wheel again by power transmission to first dig rotary shaft, second dig in rotary shaft, provide driving of digging for each gear of digging
Power, reasonable structural arrangement have saved power transmission component, realize the effect of functional diversities.
(4) the utility model is digged the arc-shaped shovel body shape of tipping bucket tooth of gear, and tipping bucket tooth along hollow shaft outside
Circumference, when arrangement, ensure the shovel body of all tipping bucket teeth downward, and to dig gear rotation when, the shovel body of all tipping bucket teeth
Can earth moving operations downward, improve efficiency of digging.
(5) the utility model loosens the soil the rake teeth handle of rake teeth and rake teeth knife has angle, and the rake teeth knife court for the rake teeth that loosens the soil
It digs rotary axis direction to second, when loosening device of digging is walked forward, the rake teeth knife of all rake teeths that loosen the soil can be to soil
Carry out operation of loosening the soil.
(6) the utility model rabble arm is limited with arc curved boom at link position hinged, while arc curved boom and operation shell
Body limits at link position to be hinged, when the rake teeth that loosens the soil of rabble arm bottom encounters barrier (such as stone) for being not easy to loosen the soil,
Rabble arm can raise a part and be continued on stepping barrier, as long as setting corresponding early warning resistance, you can ensure all loosen the soil
Rake teeth, which can successfully loosen the soil, operates and smoothly stepped barrier.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the partial structural diagram of Fig. 1；
Fig. 3 is the structural schematic diagram of gear of digging.
Wherein, entitled corresponding to the reference numeral in attached drawing：
1- crawler belt supporting steels, the first Athey wheels of 2-, the second Athey wheels of 3-, 4- first dig rotary shaft, and 5- second is turned over
Native rotary shaft, 6- dig gear, 61- axle sleeves, 62- tipping bucket teeth, 7- fabrication holes, 8- crawler belts, and 9- operates shell, 10- arcs
Shape curved boom, 11- rabble arms, 12- loosen the soil rake teeth.
Specific implementation mode
The utility model is described in further detail with reference to embodiment：
Embodiment one
As shown in Figure 2 to 3, the loosening device of digging of a kind of proportion of crop planting, including creeper undercarriage A and crawler belt
Walking mechanism B, creeper undercarriage A is identical with creeper undercarriage B structure, creeper undercarriage A and crawler travel machine
Structure B is mutually parallel, and creeper undercarriage A includes crawler belt supporting steel 1, the first Athey wheel 2, the second Athey wheel 3, crawler belt 8, crawler belt row
The 1 both ends end of crawler belt supporting steel for walking mechanism A is installed respectively equipped with the first Athey wheel 2, the second Athey wheel 3, the first Athey wheel 2 with
Power cooperation is equipped with crawler belt 8 between second Athey wheel 3.Creeper undercarriage B similarly includes that crawler belt supporting steel 1, first is carried out
Belt wheel 2, the second Athey wheel 3, crawler belt 8, the 1 both ends end of crawler belt supporting steel of creeper undercarriage B is installed respectively to be carried out equipped with first
Belt wheel 2, the second Athey wheel 3, power, which coordinates, between the first Athey wheel 2 and the second Athey wheel 3 is equipped with crawler belt 8.In this way, pine of digging
Native device realizes whole walking at creeper undercarriage A and creeper undercarriage B side by side parallel walkings effect.Crawler travel machine
It is connected with first between the first Athey wheel 2 of structure A and the first Athey wheel 2 of creeper undercarriage B to dig rotary shaft 4, crawler belt row
It walks to be connected with second between the second Athey wheel 3 of mechanism A and the second Athey wheel 3 of creeper undercarriage B and dig rotary shaft 5.The
One, which digs, is installed with several gears 6 of digging in rotary shaft 4, and second, which digs, is installed with several in rotary shaft 5 and turns over
Native gear 6.The crawler belt supporting steel 1 of creeper undercarriage A or/and the crawler belt supporting steel 1 of creeper undercarriage B pass through bindiny mechanism
It is connected with rabble arm 11, rabble arm 11 is mutually parallel with the second rotary shaft 5 of digging, and rabble arm 11 is located at creeper undercarriage A and crawler belt row
Walk the rear portions mechanism B, the first of the present embodiment rotary shaft 4 of digging is the front of loosening device of entirely digging, and second digs rotary shaft 5
For the rear for loosening device of entirely digging, then rabble arm 11 is located in second and digs that (i.e. rabble arm 11 is located at crawler belt row at rotary shaft 5 rear
Walk mechanism A and the rear portions creeper undercarriage B).The arrangement of 11 bottom of rabble arm is equipped with the rake teeth 12 that loosens the soil.
As shown in Fig. 2, first digs and be installed with a row in rotary shaft 4 and dig gear set A, the gear set A that digs includes
Several gears 6 of digging；First all 6 uniform intervals of gear of digging digged in rotary shaft 4 arrange, and spacing distance is to dig
The width of gear 6.Second, which digs, is installed with a row in rotary shaft 5 and digs gear set B, and the gear set B that digs includes several
It digs gear 6；Second all 6 uniform intervals of gear of digging digged in rotary shaft 5 arrange, and spacing distance is gear 6 of digging
Width.The second all gears 6 of digging digged in rotary shaft 5 correspond first and dig that rotary shaft 4 is two neighboring to dig
Clearance space position between gear 6, i.e., the second all gears 6 and first of digging digged in rotary shaft 5 are digged in rotary shaft 4
All 6 arranged in dislocation of gear of digging, that is to say, that the second all 6 faces of gear of digging for digging in rotary shaft 5 are located at first
Clearance space position between all gears 6 of digging of rotary shaft of digging 4；First digs rotation in front of entire loosening device of digging
All in shaft 4 dig after gears 6 carry out earth moving operations to soil, due to first dig in rotary shaft 4 dig gear 6 it
Between there are clearance spaces, then all gears 6 of digging that first digs in rotary shaft 4 of digging in front of loosening device are not empty to interval
Between soil carry out earth moving operations；What entire loosening device rear second of digging was digged in rotary shaft 5 all digs gear 6 immediately
Can to first dig rotary shaft 4 do not dig clearance space soil carry out earth moving operations, it is ensured that loosening device of digging
Advance once can carry out earth moving operations to whole soil between two creepers undercarriage of loosening device of digging.
As shown in figure 3, gear 6 of digging includes hollow shaft and tipping bucket tooth 62, it is provided with axle sleeve 61 inside hollow shaft, hollow shaft
Axle sleeve 61 is fixedly installed in the first rotary shaft 4 or the second of digging by pin and digs outside rotary shaft 5, along hollow outside hollow shaft
Uniformly arrangement is equipped with several tipping bucket teeth 62 to axis exterior circumference.The present embodiment preferably dig gear 6 tipping bucket tooth 62 it is arc-shaped
Shovel body shape, along hollow shaft exterior circumference, uniformly arrangement is equipped with eight tipping bucket teeth 62 outside hollow shaft.
All rake teeths 12 that loosen the soil of the present embodiment are uniformly arranged setting in 11 bottom of rabble arm, and the rake teeth 12 that loosens the soil includes rake teeth handle
With rake teeth knife, rake teeth handle has angle with rake teeth knife, and the rake teeth knife of the rake teeth 12 that loosens the soil is digged 5 direction of rotary shaft towards second.
In order to mitigate the overall weight of entire loosening device of digging, the crawler belt supporting steel 1 or/and shoe of creeper undercarriage A
Crawler belt supporting steel 1 with walking mechanism B is provided with fabrication hole 7.
Embodiment two
As shown in FIG. 1 to 3, the loosening device of digging of a kind of proportion of crop planting, including creeper undercarriage A, crawler belt
Walking mechanism B and operation shell 9, creeper undercarriage A is identical with creeper undercarriage B structure, creeper undercarriage A and
Creeper undercarriage B is mutually parallel, and creeper undercarriage A includes crawler belt supporting steel 1, the first Athey wheel 2, the second Athey wheel 3, carries out
The 1 both ends end of crawler belt supporting steel of band 8, creeper undercarriage A is installed respectively equipped with the first Athey wheel 2, the second Athey wheel 3, the
Power cooperation is equipped with crawler belt 8 between one Athey wheel 2 and the second Athey wheel 3.Creeper undercarriage B similarly includes that crawler belt supports
It installs respectively the 1 both ends end of crawler belt supporting steel of steel 1, the first Athey wheel 2, the second Athey wheel 3, crawler belt 8, creeper undercarriage B
Equipped with the first Athey wheel 2, the second Athey wheel 3, between the first Athey wheel 2 and the second Athey wheel 3, power, which coordinates, is equipped with crawler belt 8.
In this way, loosening device of digging realizes whole row at creeper undercarriage A and creeper undercarriage B side by side parallel walkings effect
It walks.First is connected between the first Athey wheel 2 of creeper undercarriage A and the first Athey wheel 2 of creeper undercarriage B to dig rotation
Shaft 4 is connected with second between the second Athey wheel 3 of creeper undercarriage A and the second Athey wheel 3 of creeper undercarriage B and turns over
Native rotary shaft 5.First, which digs, is installed with several gears 6 of digging in rotary shaft 4, and second digs fixed peace in rotary shaft 5
Equipped with several gears 6 of digging.
As shown in Figure 1, the crawler belt that operation shell 9 is fixedly connected on creeper undercarriage A by chassis support structure supports
Between steel 1 and the crawler belt supporting steel 1 of creeper undercarriage B, operation shell 9 is internally provided with driver's cabin and diesel engine, in driver's cabin
Portion has the control units (driver's cabin is substantially similar with common vehicle driver's cabin) such as seat, steering wheel, parking brake, brake, throttle, bavin
The power output shaft of oil machine is digged 4 be connected by power of rotary shaft by gear engagement mechanism and first.The present embodiment diesel engine moves
Power output shaft respectively by gear engagement mechanism and first dig rotary shaft 4, second dig 5 be connected by power of rotary shaft.
As shown in Figure 1 and Figure 2, it operates outside shell 9 and rabble arm 11 is connected with by arc curved boom 10, rabble arm 11 is turned over second
Native rotary shaft 5 is mutually parallel, and rabble arm 11 is located at creeper undercarriage A and the rear portions creeper undercarriage B, and the first of the present embodiment turns over
Native rotary shaft 4 is the front of loosening device of entirely digging, and the second rotary shaft 5 of digging is the rear of loosening device of entirely digging, then
Rabble arm 11 is located in second and digs 5 rear of rotary shaft (after i.e. rabble arm 11 is located at creeper undercarriage A and creeper undercarriage B
Portion), the arrangement of 11 bottom of rabble arm is equipped with the rake teeth 12 that loosens the soil.First dig all rake teeths 12 that loosen the soil of rotary shaft 4, second dig rotation
All rake teeths 12 that loosen the soil of shaft 5 carry out deep layer earth moving operations to soil respectively, and all rake teeths 12 that loosen the soil of 11 bottom of rabble arm are right
All gears 6 of digging dig after soil carry out shallow-layer loosen the soil, smooth soil operation.
As shown in Fig. 2, first digs and be installed with a row in rotary shaft 4 and dig gear set A, the gear set A that digs includes
Several gears 6 of digging；First all 6 uniform intervals of gear of digging digged in rotary shaft 4 arrange, and spacing distance is to dig
The width of gear 6.Second, which digs, is installed with a row in rotary shaft 5 and digs gear set B, and the gear set B that digs includes several
It digs gear 6；Second all 6 uniform intervals of gear of digging digged in rotary shaft 5 arrange, and spacing distance is gear 6 of digging
Width.The second all gears 6 of digging digged in rotary shaft 5 correspond first and dig that rotary shaft 4 is two neighboring to dig
Clearance space position between gear 6, i.e., the second all gears 6 and first of digging digged in rotary shaft 5 are digged in rotary shaft 4
All 6 arranged in dislocation of gear of digging, that is to say, that the second all 6 faces of gear of digging for digging in rotary shaft 5 are located at first
Clearance space position between all gears 6 of digging of rotary shaft of digging 4；First digs rotation in front of entire loosening device of digging
All in shaft 4 dig after gears 6 carry out earth moving operations to soil, due to first dig in rotary shaft 4 dig gear 6 it
Between there are clearance spaces, then all gears 6 of digging that first digs in rotary shaft 4 of digging in front of loosening device are not empty to interval
Between soil carry out earth moving operations；What entire loosening device rear second of digging was digged in rotary shaft 5 all digs gear 6 immediately
Can to first dig rotary shaft 4 do not dig clearance space soil carry out earth moving operations, it is ensured that loosening device of digging
Advance once can carry out earth moving operations to whole soil between two creepers undercarriage of loosening device of digging.
As shown in figure 3, gear 6 of digging includes hollow shaft and tipping bucket tooth 62, it is provided with axle sleeve 61 inside hollow shaft, hollow shaft
Axle sleeve 61 is fixedly installed in the first rotary shaft 4 or the second of digging by pin and digs outside rotary shaft 5, along hollow outside hollow shaft
Uniformly arrangement is equipped with several tipping bucket teeth 62 to axis exterior circumference.The present embodiment preferably dig gear 6 tipping bucket tooth 62 it is arc-shaped
Shovel body shape, along hollow shaft exterior circumference, uniformly arrangement is equipped with eight tipping bucket teeth 62 outside hollow shaft.
All rake teeths 12 that loosen the soil of the present embodiment are uniformly arranged setting in 11 bottom of rabble arm, and the rake teeth 12 that loosens the soil includes rake teeth handle
With rake teeth knife, rake teeth handle has angle with rake teeth knife, and the rake teeth knife of the rake teeth 12 that loosens the soil is digged 5 direction of rotary shaft towards second.
In order to mitigate the overall weight of entire loosening device of digging, the crawler belt supporting steel 1 or/and shoe of creeper undercarriage A
Crawler belt supporting steel 1 with walking mechanism B is provided with fabrication hole 7.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
All any modification, equivalent and improvement etc., should be included in the utility model made by within the spirit and principle of utility model
Protection domain within.
Claims (10)
1. a kind of loosening device of digging of proportion of crop planting, it is characterised in that：Including creeper undercarriage A and crawler travel machine
Structure B, the creeper undercarriage A is identical with creeper undercarriage B structure, the creeper undercarriage A and crawler travel
Mechanism B is mutually parallel, the creeper undercarriage A include crawler belt supporting steel (1), the first Athey wheel (2), the second Athey wheel (3),
Crawler belt (8), crawler belt supporting steel (1) the both ends end is installed respectively equipped with the first Athey wheel (2), the second Athey wheel (3), described
Power cooperation is equipped with crawler belt (8) between first Athey wheel (2) and the second Athey wheel (3)；The first of the creeper undercarriage A
It is connected with first between Athey wheel (2) and the first Athey wheel (2) of creeper undercarriage B to dig rotary shaft (4), the crawler belt row
It walks to be connected with second between the second Athey wheel (3) of mechanism A and the second Athey wheel (3) of creeper undercarriage B and dig rotary shaft
(5)；Described first, which digs, is installed with several gears of digging (6) in rotary shaft (4), and described second digs rotary shaft (5)
On be installed with several gears of digging (6)；The crawler belt supporting steel (1) or/and crawler travel machine of the creeper undercarriage A
The crawler belt supporting steel (1) of structure B is connected with rabble arm (11) by bindiny mechanism, and the rabble arm (11) is digged rotary shaft (5) with second
It is mutually parallel, rabble arm (11) the bottom arrangement is equipped with the rake teeth that loosens the soil (12).
2. a kind of loosening device of digging of proportion of crop planting described in accordance with the claim 1, it is characterised in that：It further include operation
Shell (9), the operation shell (9) are fixedly connected on the crawler belt supporting steel (1) of creeper undercarriage A by chassis support structure
Between the crawler belt supporting steel (1) of creeper undercarriage B, the rabble arm (11) is connected to operation shell by arc curved boom (10)
(9) external.
3. the loosening device of digging of a kind of proportion of crop planting according to claim 2, it is characterised in that：The operation shell
Body (9) is internally provided with driver's cabin and diesel engine, and the power output shaft of the diesel engine is digged by gear engagement mechanism and first
Rotary shaft (4) be connected by power.
4. a kind of loosening device of digging of proportion of crop planting described in accordance with the claim 3, it is characterised in that：The diesel engine
Power output shaft respectively by gear engagement mechanism and first dig rotary shaft (4), second dig rotary shaft (5) power connect
It connects.
5. a kind of loosening device of digging of proportion of crop planting described in accordance with the claim 1, it is characterised in that：Described first turns over
It includes several gears of digging (6) that dig gear set A, the gear set A that digs of a row is installed on native rotary shaft (4)；
Described first all gear of digging (6) uniform intervals digged in rotary shaft (4) arrange, and spacing distance is gear (6) of digging
Width.
6. the loosening device of digging of a kind of proportion of crop planting according to claim 4, it is characterised in that：Described second turns over
It includes several gears of digging (6) that dig gear set B, the gear set B that digs of a row is installed on native rotary shaft (5)；
Described second all gear of digging (6) uniform intervals digged in rotary shaft (5) arrange, and spacing distance is gear (6) of digging
Width, the described second all gears of digging (6) digged in rotary shaft (5) correspond first and dig rotary shaft (4) phase
Clearance space position between adjacent two gears of digging (6).
7. according to a kind of loosening device of digging of proportion of crop planting described in claim 1 or 5 or 6, it is characterised in that：It is described
Gear (6) of digging includes hollow shaft and tipping bucket tooth (62), and axle sleeve (61), the axle sleeve of the hollow shaft are provided with inside the hollow shaft
(61) by pin be fixedly installed in first dig rotary shaft (4) or the second rotary shaft (5) of digging it is external, edge outside the hollow shaft
Hollow shaft exterior circumference, uniformly arrangement is equipped with several tipping bucket teeth (62).
8. the loosening device of digging of a kind of proportion of crop planting according to claim 7, it is characterised in that：The tooth of digging
The arc-shaped shovel body shape of tipping bucket tooth (62) of (6) is taken turns, uniformly arranges and is equipped with along hollow shaft exterior circumference outside the hollow shaft
Eight tipping bucket teeth (62).
9. a kind of loosening device of digging of proportion of crop planting described in accordance with the claim 1, it is characterised in that：All shanks
Tooth (12) is uniformly arranged setting in rabble arm (11) bottom, and the rake teeth that loosens the soil (12) includes rake teeth handle and rake teeth knife, the rake teeth
Handle has angle with rake teeth knife, and the rake teeth knife of the rake teeth that loosens the soil (12) is digged rotary shaft (5) direction towards second.
10. a kind of loosening device of digging of proportion of crop planting described in accordance with the claim 1, it is characterised in that：The crawler belt
The crawler belt supporting steel (1) of walking mechanism A or/and the crawler belt supporting steel (1) of creeper undercarriage B are provided with fabrication hole (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721485156.9U CN207626020U (en) | 2017-11-08 | 2017-11-08 | A kind of loosening device of digging of proportion of crop planting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721485156.9U CN207626020U (en) | 2017-11-08 | 2017-11-08 | A kind of loosening device of digging of proportion of crop planting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207626020U true CN207626020U (en) | 2018-07-20 |
Family
ID=62856165
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721485156.9U Expired - Fee Related CN207626020U (en) | 2017-11-08 | 2017-11-08 | A kind of loosening device of digging of proportion of crop planting |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207626020U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110711766A (en) * | 2019-10-18 | 2020-01-21 | 任启兰 | Cadmium-contaminated soil remediation device |
| CN112753311A (en) * | 2020-12-14 | 2021-05-07 | 湖南博川农业发展有限责任公司 | Saline and alkaline land is device of digging for ecological restoration |
| CN114287199A (en) * | 2021-12-01 | 2022-04-08 | 安徽一作农业发展有限公司 | Excavator for grape planting and use method thereof |
| CN114731787A (en) * | 2022-04-14 | 2022-07-12 | 中国水稻研究所 | Soil fertility promotes and spills device with ability of digging |
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2017
- 2017-11-08 CN CN201721485156.9U patent/CN207626020U/en not_active Expired - Fee Related
Cited By (5)
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| CN110711766A (en) * | 2019-10-18 | 2020-01-21 | 任启兰 | Cadmium-contaminated soil remediation device |
| CN112753311A (en) * | 2020-12-14 | 2021-05-07 | 湖南博川农业发展有限责任公司 | Saline and alkaline land is device of digging for ecological restoration |
| CN114287199A (en) * | 2021-12-01 | 2022-04-08 | 安徽一作农业发展有限公司 | Excavator for grape planting and use method thereof |
| CN114287199B (en) * | 2021-12-01 | 2022-12-27 | 厦门市江平生物基质技术股份有限公司 | Excavator for grape planting and use method thereof |
| CN114731787A (en) * | 2022-04-14 | 2022-07-12 | 中国水稻研究所 | Soil fertility promotes and spills device with ability of digging |
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