CN207820614U - Clipping device for crisp red Japanese plum - Google Patents
Clipping device for crisp red Japanese plum Download PDFInfo
- Publication number
- CN207820614U CN207820614U CN201820170645.3U CN201820170645U CN207820614U CN 207820614 U CN207820614 U CN 207820614U CN 201820170645 U CN201820170645 U CN 201820170645U CN 207820614 U CN207820614 U CN 207820614U
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- sliding block
- spring
- sliding
- gear
- supporting rod
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Abstract
The utility model discloses a kind of easy to operate, time saving and clipping devices for crisp red Japanese plum laborsaving and that can substantially reduce labor intensity.This is used for the clipping device of crisp red Japanese plum, including supporting rod, mobile power, for the bag body of holding movable power supply, it is provided with shoulder strap on the bag body, it is internal that the mobile power is placed on bag, the supporting rod is hollow-core construction, the upper end of the supporting rod is provided with shear, when trimming crisp red Japanese plum using the clipping device, entire cutting-off process operating personnel are without firmly, it is time saving and laborsaving, and mobile power is to bear in the back of operating personnel, the lighter in weight of entire supporting rod, it can hold for a long time, significantly reduce the labor intensity of operating personnel.It is suitble to promote and apply in planting accessories field.
Description
Technical field
The utility model is related to a kind of clipping devices for crisp red Japanese plum, belong to planting accessories field.
Background technology
Crisp red Lee is one of Japanese plum kind.Crisp red plum fruit is in circular or nearly spheroidal, and fruit is smaller, average
15~25 grams of single fruit weight, 40 grams of maximum single fruit weight.Pericarp aubergine, pulp yellow or even band sheet are red.Suture just, stitches ditch
Shallow, fruit dot yellow is closeer, uniform in size.Fruit powder is thick, and canescence, meat is crisp, sweet, and soluble solid 12.7~
13.27%, total Soluble Sugar 10%, total acid 0.56%, 2.6 milligrams/100 grams of Victoria C, the small freestone of core, edible rate 96.8% is late-maturing
(mid-August).In crisp red Japanese plum growth course, it is often necessary to be trimmed to crisp red Japanese plum, currently, for crisp red Japanese plum
Trimming is mostly directly to be carried out using the longer scissors of shear arm, while ladder carries out less important work, entire to trim process very
Inconvenience, operating personnel need climing up the ladder, climbing down ladder repeatedly, and when encountering thicker branch, since shear arm is longer
Firmly difficult, it is difficult to be cut, repeated multiple times can just complete, and time-consuming and laborious, labor intensity of operating staff is big.
Utility model content
The utility model is intended to provide a kind of easy to operate, time saving and laborsaving and can substantially reduce being used for for labor intensity
The clipping device of crisp red Japanese plum.
The technical solution of the utility model is as follows：This is used for the clipping device of crisp red Japanese plum, including supporting rod, mobile electricity
Source, the bag body for holding movable power supply, are provided with shoulder strap on the bag body, and it is internal that the mobile power is placed on bag, described
Supporting rod is hollow-core construction, and the upper end of the supporting rod is provided with shear, and the shear includes matrix, described matrix
Bottom be fixed on the upper end of supporting rod, tool is set on the front inner wall of the cavity there are one hollow cavity in described matrix
It is equipped with the first sliding groove, the first sliding block is provided in the first sliding groove, the first bullet is respectively arranged at left and right sides of first sliding block
One end of spring, the first spring is fixed on the side wall of the first sliding groove, and the other end of the first spring is fixed on the first sliding block, described
The length direction of first spring is identical as the extending direction of the first sliding groove, when the first sliding block is located in the middle part of the first sliding groove, first
Spring is in nature elongation state, and the rear side inner wall mulberry of the cavity is provided with second sliding slot, is provided in the second sliding slot
Second sliding block is respectively arranged with second spring at left and right sides of second sliding block, and one end of second spring is fixed on the second cunning
On the side wall of slot, the other end of second spring is fixed on the second sliding block, the length direction and second sliding slot of the second spring
Extending direction it is identical, when the second sliding block is located in the middle part of second sliding slot, second spring is in nature elongation state, described first
Sliding slot is parallel to each other with second sliding slot and the extending direction of the first sliding groove and the upper surface of matrix are parallel to each other, first sliding block
Rotation axis is provided between the second sliding block, the both ends of the rotation axis pass through bearing phase with the first sliding block, the second sliding block respectively
Even, the central axis of the rotation axis and the extending direction of the first sliding groove are orthogonal, and bracket is provided with below the rotation axis,
The bracket is fixed on the rotating shaft by bearing, and driving motor, the output end of the driving motor are provided on the bracket
It is provided with driving wheel, driven wheel is fixedly installed in the rotation axis, the driving wheel is connected with driven wheel by drive mechanism,
The middle part fixing sleeve of the rotation axis is equipped with first gear, is provided with second gear above described matrix, described matrix it is upper
Surface setting is fluted, and the extending direction of the groove is identical as the extending direction of the first sliding groove and the bottom of groove connects with cavity
Logical, the first gear is connected with second gear by connecting plate, and first gear, second gear pass through bearing and connecting plate
It is connected, further includes chain without a head, the chain without a head bypasses first gear and second gear, the outside of the chain without a head successively
Be provided with sawtooth, described matrix upper surface is provided with baffle, and the middle part setting of the baffle has the gap, the width in the gap with
Groove it is of same size, and the lower end in gap extends to groove, is embedded cored inside the connecting plate, is embedded in the baffle
There are electromagnet, the electromagnet, driving motor to be connected respectively with mobile power by electric wire, switch be provided on the electric wire,
When the switch is closed, driving motor drives driving wheel rotation, driving wheel that driven wheel rotation, driven wheel is driven to drive rotation shaft rotation
Dynamic, rotation axis drives first gear rotation, first gear to drive chain rotation without a head, and simultaneously electromagnet is powered, electromagnet
To in connecting plate iron core generate suction so that connecting plate towards baffle move, connecting plate during being moved towards baffle,
First sliding block is slided along the first sliding groove, and the second sliding block is slided along second sliding slot, when chain without a head is moved in gap, electromagnet
Active force that first spring acts on the first sliding block is equal to the suction of iron core and second spring acts on the second sliding block
The sum of active force.
Further, the lower part of the supporting rod is provided with non-slip mat.
Further, the switch is arranged in supporting rod lower part.
The beneficial effects of the utility model：This is used for the clipping device of crisp red Japanese plum when in use, and operator holds support
Shear is stretched to and needs the branch trimmed by the lower end of bar, and to need the branch trimmed be in baffle and connecting plate it
Between, then closure switch, driving motor drive driving wheel rotation, driving wheel that driven wheel rotation, driven wheel is driven to drive rotation axis
It rotates, rotation axis drives first gear rotation, first gear to drive chain rotation without a head, and chain without a head can drive without a head when rotating
The sawtooth high-speed mobile of the outside setting of chain, while electromagnet is powered, electromagnet generates suction to the iron core in connecting plate, makes
It obtains connecting plate to move towards baffle, connecting plate during moving towards baffle, gradually repair with needs by the sawtooth of high-speed mobile
For the branch cut close to after sawtooth is contacted with branch, high-speed mobile sawtooth cuts branch, and then branch is cut off, and works as saw
When tooth is moved to after cutting off branch in gap, since electromagnet acts on the first sliding block to the suction of iron core equal to the first spring
On active force and second spring act on the sum of the active force on the second sliding block, therefore, sawtooth cannot continue to move to, at this point,
Disconnect switch, electromagnet disappears to the suction of iron core, the first sliding block under the action of the first spring, the second sliding block is in second spring
Under the action of return to initial position and carry out cutting operation next time, entire cutting-off process operating personnel are time saving and save without firmly
Power, and mobile power is to bear at the back of operating personnel, and the lighter in weight of entire supporting rod can be held, greatly for a long time
The big labor intensity for alleviating operating personnel.
Description of the drawings
Fig. 1 is the structural schematic diagram of the clipping device described in the utility model for crisp red Japanese plum；
Fig. 2 is the left side view of the shear of the clipping device described in the utility model for crisp red Japanese plum；
Fig. 3 is the schematic cross-section of the shear of the clipping device described in the utility model for crisp red Japanese plum；
Fig. 4 is the sectional view along A-A of Fig. 3；
Reference sign in figure：Supporting rod 101, mobile power 102, bag body 103, shoulder strap 104, shear 105, base
Body 10501, cavity 10502, the first sliding groove 10503, the first sliding block 10504, the first spring 10505, second sliding slot 10506,
Two sliding blocks 10507, sawtooth 10508, rotation axis 10509, bracket 10510, driving motor 10511, driving wheel 10512, driven wheel
10513, first gear 10514, second gear 10515, groove 10516, connecting plate 10517, chain without a head 10518, baffle
10519, gap 10520, iron core 10521, electromagnet 10522, switch 106, non-slip mat 107.
Specific implementation mode
The utility model is further illustrated with reference to the accompanying drawings and detailed description.
As shown in Figures 1 to 4, which includes supporting rod 101, mobile power 102, for putting
The bag body 103 of mobile power 102 is set, shoulder strap 104 is provided on the bag body 103, the mobile power 102 is placed on a bag body
In 103, the supporting rod 101 is hollow-core construction, and the upper end of the supporting rod 101 is provided with shear 105, the shearing dress
It includes matrix 10501 to set 105, and the bottom of described matrix 10501 is fixed on the upper end of supporting rod 101, has in described matrix 10501
There are one hollow cavity 10502, the first sliding groove 10503, the first sliding groove are provided on the front inner wall of the cavity 10502
The first sliding block 10504 is provided in 10503, the left and right sides of first sliding block 10504 is respectively arranged with the first spring
10505, one end of the first spring 10505 is fixed on the side wall of the first sliding groove 10503, and the other end of the first spring 10505 is solid
It being scheduled on the first sliding block 10504, the length direction of first spring 10505 is identical as the extending direction of the first sliding groove 10503,
When the first sliding block 10504 is located at 10503 middle part of the first sliding groove, the first spring 10505 is in nature elongation state, the cavity
10502 rear side inner wall mulberry is provided with second sliding slot 10506, and the second sliding block 10507 is provided in the second sliding slot 10506,
The left and right sides of second sliding block 10507 is respectively arranged with second spring, and one end of second spring is fixed on second sliding slot
On 10506 side wall, the other end of second spring is fixed on the second sliding block 10507, the length direction of the second spring with
The extending direction of second sliding slot 10506 is identical, when the second sliding block 10507 is located at 10506 middle part of second sliding slot, at second spring
In natural elongation state, the first sliding groove 10503 is parallel to each other with second sliding slot 10506 and the extension of the first sliding groove 10503
Direction and the upper surface of matrix 10501 are parallel to each other, are provided with and turn between first sliding block, 10504 and second sliding block 10507
The both ends of moving axis 10509, the rotation axis 10509 are connected with the first sliding block 10504, the second sliding block 10507 by bearing respectively,
The central axis of the rotation axis 10509 and the extending direction of the first sliding groove 10503 are orthogonal, under the rotation axis 10509
Side is provided with bracket 10510, and the bracket 10510 is fixed on by bearing in rotation axis 10509, is set on the bracket 10510
It is equipped with driving motor 10511, the output end of the driving motor 10511 is provided with driving wheel 10512, the rotation axis 10509
On be fixedly installed driven wheel 10513, the driving wheel 10512 is connected with driven wheel 10513 by drive mechanism, the rotation
The middle part fixing sleeve of axis 10509 is equipped with first gear 10514, and the top of described matrix 10501 is provided with second gear 10515,
The upper surface setting fluted 10516 of described matrix 10501, extending direction and the first sliding groove 10503 of the groove 10516
Extending direction is identical and the bottom of groove 10516 is connected to cavity 10502, the first gear 10514 and second gear 10515
It is connected by connecting plate 10517, and first gear 10514, second gear 10515 are connected by bearing with connecting plate 10517,
Further include chain 10518 without a head, the chain 10518 without a head bypasses first gear 10514 and second gear 10515, institute successively
The outside for stating chain 10518 without a head is provided with sawtooth 10508, and 10501 upper surface of described matrix is provided with baffle 10519, described
The middle part setting of baffle 10519 has the gap 10520, and the width in the gap 10520 is of same size with groove 10516, and seam
The lower end of gap 10520 extends to groove 10516, cored 10521 is embedded inside the connecting plate 10517, the baffle 10519
It is inside embedded with electromagnet 10522, the electromagnet 10522, driving motor 10511 pass through electric wire and 102 phase of mobile power respectively
Even, it is provided with switch 106 on the electric wire, when switch 106 is closed, driving motor 10511 drives driving wheel 10512 to rotate,
Driving wheel 10512 drives driven wheel 10513 to rotate, and driven wheel 10513 drives rotation axis 10509 to rotate, and rotation axis 10509 drives
First gear 10514 rotates, and first gear 10514 drives chain 10518 without a head to rotate, and simultaneously electromagnet 10522 is powered,
Electromagnet 10522 generates suction to the iron core 10521 in connecting plate 10517 so that connecting plate 10517 is moved towards baffle 10519
Dynamic, during being moved towards baffle 10519, the first sliding block 10504 slides connecting plate 10517 along the first sliding groove 10503, the
Two sliding blocks 10507 are slided along second sliding slot 10506, when chain 10518 without a head is moved in gap 10520, electromagnet 10522
Active force and the second spring effect that first spring 10505 acts on the first sliding block 10504 are equal to the suction of iron core 10521
The sum of active force on the second sliding block 10507.When in use, operator holds the lower end of supporting rod 101 to the clipping device, will
Shear 105 stretches to the branch for needing to trim, and so that the branch trimmed is needed to be in baffle 10519 and connecting plate 10517
Between, then closure switch 106, driving motor 10511 drive driving wheel 10512 to rotate, and driving wheel 10512 drives driven wheel
10513 rotations, driven wheel 10513 drive rotation axis 10509 to rotate, and rotation axis 10509 drives first gear 10514 to rotate, the
One gear 10514 drives chain 10518 without a head to rotate, and chain 10518 without a head can drive the outside of chain 10518 without a head when rotating
10508 high-speed mobile of sawtooth of setting, while electromagnet 10522 is powered, electromagnet 10522 is to the iron core in connecting plate 10517
10521 generate suction so that connecting plate 10517 is moved towards baffle 10519, and connecting plate 10517 is moved towards baffle 10519
During, the sawtooth 10508 of high-speed mobile is gradually close after sawtooth 10508 is contacted with branch with the branch that needs are trimmed,
High-speed mobile sawtooth 10508 cuts branch, and then branch is cut off, and is moved to after sawtooth 10508 cuts off branch
When in gap 10520, since electromagnet 10522 acts on the first sliding block to the suction of iron core 10521 equal to the first spring 10505
Active force and second spring on 10504 act on the sum of the active force on the second sliding block 10507, and therefore, sawtooth 10508 cannot
It continues to move to, at this point, disconnect switch 106, electromagnet 10522 is to the disappearance of the suction of iron core 10521, and the first sliding block 10504 is the
Under the action of one spring 10505, the second sliding block 10507 returns to initial position under the action of second spring and cut next time
Operation, entire cutting-off process operating personnel are time saving and laborsaving without exerting oneself, and mobile power 102 is born in operating personnel
Back, the lighter in weight of entire supporting rod 101 can hold for a long time, significantly reduce the labor intensity of operating personnel.
Personnel hold in order to facilitate the operation and Operation switch 106, the lower part of the supporting rod 101 are provided with non-slip mat 107,
The switch 106 is arranged in 101 lower part of supporting rod.
Claims (3)
1. the clipping device for crisp red Japanese plum, it is characterised in that：Including supporting rod (101), mobile power (102), for putting
The bag body (103) of mobile power (102) is set, shoulder strap (104) is provided on the bag body (103), the mobile power (102) is put
It sets in bag body (103), the supporting rod (101) is hollow-core construction, and the upper end of the supporting rod (101) is provided with shear
(105), the shear (105) includes matrix (10501), and the bottom of described matrix (10501) is fixed on supporting rod (101)
Upper end, tool is there are one hollow cavity (10502) in described matrix (10501), on the front inner wall of the cavity (10502)
It is provided with the first sliding groove (10503), the first sliding block (10504), first sliding block are provided in the first sliding groove (10503)
(10504) the first spring (10505) is respectively arranged at left and right sides of, one end of the first spring (10505) is fixed on the first cunning
On the side wall of slot (10503), the other end of the first spring (10505) is fixed on the first sliding block (10504), first spring
(10505) length direction is identical as the extending direction of the first sliding groove (10503), is slided when the first sliding block (10504) is located at first
When in the middle part of slot (10503), the first spring (10505) is in nature elongation state, and the rear side inner wall mulberry of the cavity (10502) sets
It is equipped with second sliding slot (10506), the second sliding block (10507), second sliding block are provided in the second sliding slot (10506)
(10507) second spring is respectively arranged at left and right sides of, one end of second spring is fixed on the side wall of second sliding slot (10506)
On, the other end of second spring is fixed on the second sliding block (10507), the length direction and second sliding slot of the second spring
(10506) extending direction is identical, and when the second sliding block (10507) is located in the middle part of second sliding slot (10506), second spring is in
Natural elongation state, the first sliding groove (10503) and second sliding slot (10506) be parallel to each other and the first sliding groove (10503)
Extending direction and the upper surface of matrix (10501) are parallel to each other, first sliding block (10504) and the second sliding block (10507) it
Between be provided with rotation axis (10509), the both ends of the rotation axis (10509) respectively with the first sliding block (10504), the second sliding block
(10507) it is connected by bearing, the central axis and the extending direction of the first sliding groove (10503) of the rotation axis (10509) are mutual
It is perpendicular, bracket (10510) is provided with below the rotation axis (10509), the bracket (10510) is fixed on by bearing to be turned
On moving axis (10509), be provided with driving motor (10511) on the bracket (10510), the driving motor (10511) it is defeated
Outlet is provided with driving wheel (10512), and driven wheel (10513), the driving wheel are fixedly installed on the rotation axis (10509)
(10512) it is connected by drive mechanism with driven wheel (10513), the middle part fixing sleeve of the rotation axis (10509) is equipped with first
Gear (10514) is provided with second gear (10515), the upper table of described matrix (10501) above described matrix (10501)
Fluted (10516) are arranged in face, and the extending direction of the groove (10516) is identical as the extending direction of the first sliding groove (10503)
And the bottom of groove (10516) is connected to cavity (10502), the first gear (10514) passes through with second gear (10515)
Connecting plate (10517) is connected, and first gear (10514), second gear (10515) pass through bearing and connecting plate (10517)
It is connected, further includes chain without a head (10518), the chain (10518) without a head bypasses first gear (10514) and the second tooth successively
It takes turns (10515), is provided with sawtooth (10508) on the outside of the chain (10518) without a head, described matrix (10501) upper surface is set
It is equipped with baffle (10519), the middle part setting of the baffle (10519) has the gap (10520), the width of the gap (10520)
It is of same size with groove (10516), and the lower end of gap (10520) extends to groove (10516), the connecting plate
(10517) internal to be embedded cored (10521), it is embedded with electromagnet (10522), the electromagnet in the baffle (10519)
(10522), driving motor (10511) is connected by electric wire with mobile power (102) respectively, and switch is provided on the electric wire
(106), when switch (106) are closed, driving motor (10511) drives driving wheel (10512) to rotate, driving wheel (10512) band
Dynamic driven wheel (10513) rotation, driven wheel (10513) drive rotation axis (10509) to rotate, and rotation axis (10509) drives first
Gear (10514) rotates, and first gear (10514) drives chain (10518) rotation without a head, simultaneously electromagnet (10522)
It is powered, electromagnet (10522) generates suction to the iron core (10521) in connecting plate (10517) so that connecting plate (10517) court
Mobile to baffle (10519), connecting plate (10517) is during mobile towards baffle (10519), the first sliding block (10504)
It is slided along the first sliding groove (10503), the second sliding block (10507) is slided along second sliding slot (10506), when chain without a head (10518)
Be moved to gap (10520) it is interior when, electromagnet (10522) acts on the suction of iron core (10521) equal to the first spring (10505)
Active force and second spring on the first sliding block (10504) act on the sum of the active force on the second sliding block (10507).
2. being used for the clipping device of crisp red Japanese plum according to claim 1, it is characterised in that：Under the supporting rod (101)
Portion is provided with non-slip mat (107).
3. being used for the clipping device of crisp red Japanese plum according to claim 2, it is characterised in that：Switch (106) setting exists
Supporting rod (101) lower part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820170645.3U CN207820614U (en) | 2018-01-31 | 2018-01-31 | Clipping device for crisp red Japanese plum |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820170645.3U CN207820614U (en) | 2018-01-31 | 2018-01-31 | Clipping device for crisp red Japanese plum |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207820614U true CN207820614U (en) | 2018-09-07 |
Family
ID=63396026
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820170645.3U Active CN207820614U (en) | 2018-01-31 | 2018-01-31 | Clipping device for crisp red Japanese plum |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207820614U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113854026A (en) * | 2021-09-26 | 2021-12-31 | 湖北省农业科学院果树茶叶研究所 | Blueberry trimming and tree controlling method and device |
-
2018
- 2018-01-31 CN CN201820170645.3U patent/CN207820614U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113854026A (en) * | 2021-09-26 | 2021-12-31 | 湖北省农业科学院果树茶叶研究所 | Blueberry trimming and tree controlling method and device |
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