CN104620889A - Underwater grass planting device - Google Patents
Underwater grass planting device Download PDFInfo
- Publication number
- CN104620889A CN104620889A CN201510057656.1A CN201510057656A CN104620889A CN 104620889 A CN104620889 A CN 104620889A CN 201510057656 A CN201510057656 A CN 201510057656A CN 104620889 A CN104620889 A CN 104620889A
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- Prior art keywords
- sleeve
- pressure cylinder
- field planting
- push rod
- linking arm
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- 244000025254 Cannabis sativa Species 0.000 title abstract description 8
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 85
- 230000001360 synchronised effect Effects 0.000 claims abstract description 22
- 238000003032 molecular docking Methods 0.000 claims description 8
- 229910000639 Spring steel Inorganic materials 0.000 claims description 4
- 239000000463 material Substances 0.000 claims description 4
- 244000058871 Echinochloa crus-galli Species 0.000 abstract 2
- 235000015225 Panicum colonum Nutrition 0.000 abstract 2
- 239000010802 sludge Substances 0.000 abstract 1
- 241000196324 Embryophyta Species 0.000 description 18
- 238000010586 diagram Methods 0.000 description 16
- 238000000034 method Methods 0.000 description 7
- 238000009434 installation Methods 0.000 description 5
- 241000251468 Actinopterygii Species 0.000 description 1
- 241000195493 Cryptophyta Species 0.000 description 1
- 240000002853 Nelumbo nucifera Species 0.000 description 1
- 235000006508 Nelumbo nucifera Nutrition 0.000 description 1
- 235000006510 Nelumbo pentapetala Nutrition 0.000 description 1
- 240000007594 Oryza sativa Species 0.000 description 1
- 235000007164 Oryza sativa Nutrition 0.000 description 1
- 235000014676 Phragmites communis Nutrition 0.000 description 1
- 240000004661 Sporobolus indicus Species 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000007423 decrease Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 235000013305 food Nutrition 0.000 description 1
- 235000015097 nutrients Nutrition 0.000 description 1
- 235000009566 rice Nutrition 0.000 description 1
Classifications
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01C—PLANTING; SOWING; FERTILISING
- A01C11/00—Transplanting machines
- A01C11/003—Transplanting machines for aquatic plants; for planting underwater, e.g. rice
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- Life Sciences & Earth Sciences (AREA)
- Soil Sciences (AREA)
- Environmental Sciences (AREA)
- Transplanting Machines (AREA)
Abstract
The invention relates to an underwater grass planting device and belongs to the field of crop cultivation. The underwater grass planting device comprises a fixed planting grid device and a fixed planting device. The fixed planting device comprises a fixed planting sleeve, a pressing cylinder connecting arm, a fixed planting cusp sleeve, a fixed planting pressing cylinder, a synchronous connecting rod, a sleeve connecting arm, a connecting frame, a push rod, a casing pipe, a casing pipe lock nut and a cusp sleeve locking nut. The fixed planting grid device comprises an indicating lamp, a chain plate, a chain plate connecting shaft and a cotter pin. According to the underwater grass planting device, water grass can be planted under water such as lakes and shoals, the underwater grass planting efficiency is improved, aqua-plant seedlings with seedling raising blocks can be neatly planted in sludge at the bottom of water, the underwater grass planting device is suitable for small-area underwater water grass planting or planting is completed by much labor and has the advantage of being more convenient than bare-handed planting, and especially in the situation that water is deep, the underwater grass planting device is higher in efficiency, safer and capable of lowering the labor intensity.
Description
Technical field
The present invention relates to one and plant careless device under water, belong to crop genetics field.
Background technology
Administer in the method in lake by adopting Ecological Measures, a Main Means plants pasture and water exactly in lake, pasture and water both can draw the nutrient that lake water kind overflows, and the effect of " beautifying " lake environment can be reached, it returns zooplankton simultaneously provides sanctuary, various aquatic fish, birds have had food source and part of taking shelter, and life just can be recovered gradually in such lake.In addition, the pasture and water taking root lakebed can also the bed mud in set lake.Need have emergent aquactic plant and submerged plant in the pasture and water of lakebed plantation, emergent aquactic plant generally comprises lotus, reed, hay grass, iris etc., and submerged plant comprises Huang Sicao, black algae.
There is no effective instrument in lakebed plantation pasture and water at present, the invention provides a kind of with low cost, be easy to manually-operated and plant careless device under water.
Summary of the invention
The invention provides one and plant careless device under water, solve the pasture and water utilizing the seedling of seedling block, in the problem of shoal, lake place plantation.
Technical scheme of the present invention is: one plants careless device under water, comprises field planting grid arrangement 1, fixing device 2;
Described fixing device 2 comprises field planting sleeve 3, pressure cylinder linking arm 4, field planting tip cover 5, field planting pressure cylinder 7, synchronous connecting rod 8, sleeve connection arm 9, link 10, push rod 11, sleeve pipe 12, cannula lock jack panel 13, tip cover locking nut 14, described field planting sleeve 3 is with the sleeve elongated slot 21 of one end open, the sleeve openings end 22 of sleeve elongated slot 21 is connected with the sleeve connection arm opening 27 of sleeve connection arm 9, the breach of sleeve openings end 22 can hold pasture and water seedling leaf 48, pasture and water seedling 6 is planted on seedling block 47, described sleeve connection arm 9 is connected (according to the needs of field planting rice shoot distance with the link elongated slot 28 of link 10, regulate the installation site of link elongated slot 28 and sleeve connection arm 9, different field planting distance can be realized), the sleeve pipe linkage section 36 of described sleeve pipe 12 is connected with the link screwed hole 29 of link 10, one end of described field planting pressure cylinder 7 with osculum 33(in the process releasing pasture and water seedling 6, water in field planting sleeve 3 can be discharged by osculum 33, reduce the water body caused in pasture and water seedling 6 push muddy), the pressure cylinder section of strutting 30 of described field planting pressure cylinder 7 is with pressure cylinder breach 32, having one to press described in seedling shoulder 31(on described pressure cylinder breach 32 side presses seedling shoulder 31 in release pasture and water seedling 6 process, be pressed on seedling block 47, promote pasture and water seedling 6 descending, the described pressure cylinder section of strutting 30 is in pasture and water seedling 6 push, strut the tip sleeve spring plate 34 of field planting tip cover 5, pressure cylinder breach 32 is towards the gap between described two tip sleeve spring plates 34, tip sleeve spring plate 34 is avoided to weigh pasture and water seedling 6 wounded), described field planting pressure cylinder 7 penetrates field planting sleeve 3 from sleeve openings end 22 and (retains certain interval between field planting sleeve 3 and field planting pressure cylinder 7, field planting pressure cylinder 7 freely up and down can be slided in field planting sleeve 3, the breach of the sleeve openings end 22 of described field planting sleeve 3 can hold pasture and water seedling leaf 48, pasture and water seedling leaf 48 is avoided to be damaged by pressure), described field planting pressure cylinder 7 is connected with pressure cylinder linking arm 4, be bolted between the pressure cylinder linking arm 4 being arranged in sleeve pipe 12 both sides, the pressure cylinder linking arm 4 of sleeve pipe 12 both sides is when connecting, the pressure cylinder linking arm breach 24 of pressure cylinder linking arm 4 is docking together, synchronous connecting rod 8 is connected with pressure cylinder linking arm 4 through the linking arm locating hole 25 of multiple pressure cylinder linking arms 4 of sleeve pipe 12 side that (described linking arm locating hole 25 can ensure the uniformity of multiple pressure cylinder linking arm 4 installation sites in sleeve pipe 12 side, when described pressure cylinder linking arm 4 welds together with field planting pressure cylinder 7, distinguish different directions, be positioned at the pressure cylinder linking arm 4 of field planting sleeve 3 both sides, its pressure cylinder linking arm breach 24 direction is contrary), described field planting sleeve 3 is with bush whorl end 20, field planting tip cover 5 is with tip external threading section 35, field planting tip cover 5 forms double nut with tip cover locking nut 14, realize being fastenedly connected between field planting tip cover 5 and field planting sleeve 3, an end face of tip cover locking nut 14 is pressed on field planting tip and overlaps 5 ends, push rod 11 is through sleeve pipe 12, the push rod linkage section 38 of push rod 11 is connected with pressure cylinder linking arm 4 through the pressure cylinder linking arm elongated slot 23 of pressure cylinder linking arm 4 that (described pressure cylinder linking arm elongated slot 23 can ensure that two pressure cylinder linking arms 4 easily assemble, and the installation site of spacing to two pressure cylinder linking arms 4 can planted according to pasture and water seedling 6 adjusts), one end of cannula lock jack panel 13 is pressed on link 10, the other end of cannula lock jack panel 13 is connected with the sleeve pipe linkage section 36 of sleeve pipe 12, cannula lock jack panel 13 screws afterwards and link 10 forms double nut, realize the function of locking,
Described field planting grid arrangement 1 comprises indicator lamp 15, carrier bar 16, carrier bar connecting axle 17, split pin 18(plant in the process of pasture and water under water, water can be caused to become muddy, adopt field planting grid arrangement 1 can indicating positions, what pasture and water were planted is more neat, and the installation site of indicator lamp 15 adjusts according to pasture and water seedling field planting distance), wherein indicator lamp 15 is arranged on the carrier bar elongated slot 44 of carrier bar 16, carrier bar connecting axle 17 end is through the connecting axle installing hole 42 at carrier bar 16 two, split pin 18 is through the split pin installing hole 45 of carrier bar connecting axle 17 end, described carrier bar elongated slot 44 is with cable-through hole 43, the supply lines being used to indicate lamp 15 passes through, the two ends of described carrier bar connecting axle 17 are with connecting axle shoulder 46, described connecting axle shoulder 46 leans against on carrier bar 16 and (ensures that the distance between both sides carrier bar 16 does not change, described field planting grid arrangement 1 intermediate plate quantity is according to wanting pasture and water planting number to determine, the existence of field planting grid arrangement 1 ensure that pasture and water plantation is neat).
The sleeve pipe lengthening section 37 of described sleeve pipe 12, with internal thread, realizes by sleeve pipe lengthening section 37 is screwed in sleeve pipe linkage section 36; Described push rod linkage section 38 is with external screw thread, lengthen push rod lengthening section 41 with internal thread, push rod linkage section 38 is threaded connection with the lengthening push rod lengthening section 41 lengthening push rod 19, push rod 11 one end is with push rod handle 39, lengthen push rod linkage section 40 with external screw thread, lengthen push rod linkage section 40 to penetrate in the pressure cylinder linking arm elongated slot 23 of pressure cylinder linking arm 4, and be tightened by bolts (lengthening realizing push rod 11 uses, and adapts to the requirement of different water depth).
The trough rim of described sleeve elongated slot 21 is with rounded corners (rounded corners can reduce push away in seedling process, the scuffing of field planting sleeve 3 pairs of pasture and water seedling leaves 48).
The sleeve openings end 22 of described sleeve elongated slot 21 is welded to connect with the sleeve connection arm opening 27 of sleeve connection arm 9; Described sleeve connection arm 9 is connected with link elongated slot 28 bolt of link 10, and bolt, through link elongated slot 28, is fastened on the sleeve connection arm screwed hole 26 of sleeve connection arm 9; Synchronous connecting rod 8 is welded to connect with pressure cylinder linking arm 4 through the linking arm locating hole 25 of multiple pressure cylinder linking arms 4 of sleeve pipe 12 side.
The internal diameter of the described pressure cylinder section of strutting 30 is greater than the external diameter (seedling block 47 can touch pressure seedling shoulder 31) of seedling block 47, the internal diameter that the external diameter of the pressure cylinder section of strutting 30 is less than field planting sleeve 3 (can slide smoothly in field planting sleeve 3,), just to the gap between the tip sleeve spring plate 34 of field planting tip cover 5, (multiple tip sleeve spring plates 34 of described field planting tip cover 5 form tip for the direction of pressure cylinder breach 32, easily penetrate in mud in pasture and water planting process, the tip of described tip sleeve spring plate 34, towards inner side, avoids pasture and water seedling 6 to drop in loading procedure).
Described tip sleeve spring plate 34 material is spring steel (can repeatedly strut and can not fracture).
Operation principle of the present invention is:
User is assembled in advance field planting grid arrangement 1 first, and according to the field planting grid arrangement 1 of the length assembling sufficient length of planting area, according to the plantation interval of setting, regulate indicator lamp 15 in the installation site of carrier bar elongated slot 44, indicator lamp 15 can by storage battery power supply.After assembling field planting grid arrangement 1, lay at the selected bottom, depth of water place can use boats and ships to pull or field planting grid arrangement 1 rolled and put aboard ship, then launch to place in water.
After putting field planting grid arrangement 1 well, just can start to plant pasture and water.Push rod 11 is upwards mentioned by user, field planting sleeve 3 is made to vacate one section of space, the seedling block 47 of pasture and water seedling is had to put in the elongated slot of field planting sleeve 3 by long, successively all seedling blocks 47 are all put into all sleeve elongated slots 21 li, then sleeve pipe 12 is held, firmly pasture and water planting unit 2 is inserted in water-bed mud, after arriving desired depth, extrude push rod 11, the pasture and water seedling of 3 li, field planting sleeve pressure is released field planting sleeve 3 and field planting tip cover 5, in press-in mud, mention sleeve pipe 12 again, whole fixing device 2 is extracted, then pasture and water seedling is reloaded, repeat above-mentioned steps, pasture and water plantation can be completed.
When fixing device is inserted in water, with reference to the position of indicator lamp 15.
Whole notch length being highly less than field planting pressure cylinder 7 of pasture and water seedling.
The invention has the beneficial effects as follows:
Realize planting pasture and water under water in lake, shoal etc., improve the efficiency of planting grass under water, the pasture and water seedling of band seedling block can more fitly be planted in underwater mud by the present invention, the pasture and water plantation under water of applicable small size, or utilize many manpowers to complete plantation, have than free-hand plantation advantage more easily, especially when water is deep, efficiency is higher, safer, decreases labour intensity.
Accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present invention;
Fig. 2 is fixing device schematic diagram of the present invention;
Fig. 3 is field planting grid arrangement schematic diagram of the present invention;
Fig. 4 is that push rod of the present invention lengthens assembling schematic diagram;
Fig. 5 is field planting sleeve schematic diagram of the present invention;
Fig. 6 is pressure cylinder linking arm schematic diagram of the present invention;
Fig. 7 is sleeve connection arm schematic diagram of the present invention;
Fig. 8 is link schematic diagram of the present invention;
Fig. 9 is pressure cylinder schematic diagram of the present invention;
Figure 10 is field planting tip of the present invention cover schematic diagram;
Figure 11 is the schematic diagram of sleeve pipe of the present invention;
Figure 12 is push rod schematic diagram of the present invention;
Figure 13 is lengthening push rod schematic diagram of the present invention;
Figure 14 is carrier bar schematic diagram of the present invention;
Figure 15 is connecting axle schematic diagram of the present invention;
Figure 16 is pasture and water seedling schematic diagram;
Each label in figure: 1-field planting grid arrangement, 2-fixing device, 3-field planting sleeve, 4-pressure cylinder linking arm, 5-field planting tip cover, 6-pasture and water seedling, 7-field planting pressure cylinder, 8-synchronous connecting rod, 9-sleeve connection arm, 10-link, 11-push rod, 12-sleeve pipe, 13-cannula lock jack panel, 14-tip cover locking nut, 15-indicator lamp, 16-carrier bar, 17-carrier bar connecting axle, 18-split pin, 19-lengthens push rod, 20-bush whorl end, 21-sleeve elongated slot, 22-sleeve openings end, 23-pressure cylinder linking arm elongated slot, 24-pressure cylinder linking arm breach, 25-linking arm locating hole, 26-sleeve connection arm screwed hole, 27-sleeve connection arm opening, 28-link elongated slot, 29-link screwed hole, the 30-pressure cylinder section of strutting, 31-presses seedling shoulder, 32-pressure cylinder breach, 33-osculum, 34-tip sleeve spring plate, 35-tip external threading end, 36-sleeve pipe linkage section, 37-sleeve pipe lengthening section, 38-push rod linkage section, 39-push rod handle, 40-lengthens push rod linkage section, 41-lengthens push rod lengthening section, 42-connecting axle installing hole, 43-cable-through hole, 44-carrier bar elongated slot, 45-split pin installing hole, 46-connecting axle shoulder, 47-seedling block, 48-pasture and water seedling leaf.
Embodiment
Embodiment 1: as illustrated in figs. 1-16, one plants careless device under water, comprises field planting grid arrangement 1, fixing device 2;
Described fixing device 2 comprises field planting sleeve 3, pressure cylinder linking arm 4, field planting tip cover 5, field planting pressure cylinder 7, synchronous connecting rod 8, sleeve connection arm 9, link 10, push rod 11, sleeve pipe 12, cannula lock jack panel 13, tip cover locking nut 14, described field planting sleeve 3 is with the sleeve elongated slot 21 of one end open, the sleeve openings end 22 of sleeve elongated slot 21 is connected with the sleeve connection arm opening 27 of sleeve connection arm 9, the breach of sleeve openings end 22 can hold pasture and water seedling leaf 48, pasture and water seedling 6 is planted on seedling block 47, described sleeve connection arm 9 is connected with the link elongated slot 28 of link 10, the sleeve pipe linkage section 36 of described sleeve pipe 12 is connected with the link screwed hole 29 of link 10, one end of described field planting pressure cylinder 7 is with osculum 33, the pressure cylinder section of strutting 30 of described field planting pressure cylinder 7 is with pressure cylinder breach 32, one is had to press seedling shoulder 31 on described pressure cylinder breach 32 side, described field planting pressure cylinder 7 penetrates field planting sleeve 3 from sleeve openings end 22, described field planting pressure cylinder 7 is connected with pressure cylinder linking arm 4, be bolted between the pressure cylinder linking arm 4 being arranged in sleeve pipe 12 both sides, the pressure cylinder linking arm 4 of sleeve pipe 12 both sides is when connecting, the pressure cylinder linking arm breach 24 of pressure cylinder linking arm 4 is docking together, synchronous connecting rod 8 is connected with pressure cylinder linking arm 4 through the linking arm locating hole 25 of multiple pressure cylinder linking arms 4 of sleeve pipe 12 side, described field planting sleeve 3 is with bush whorl end 20, field planting tip cover 5 is with tip external threading section 35, field planting tip cover 5 forms double nut with tip cover locking nut 14, realize being fastenedly connected between field planting tip cover 5 and field planting sleeve 3, an end face of tip cover locking nut 14 is pressed on field planting tip and overlaps 5 ends, push rod 11 is through sleeve pipe 12, the pressure cylinder linking arm elongated slot 23 that the push rod linkage section 38 of push rod 11 passes pressure cylinder linking arm 4 is connected with pressure cylinder linking arm 4, one end of cannula lock jack panel 13 is pressed on link 10, the other end of cannula lock jack panel 13 is connected with the sleeve pipe linkage section 36 of sleeve pipe 12, cannula lock jack panel 13 screws afterwards and link 10 forms double nut, realize the function of locking,
Described field planting grid arrangement 1 comprises indicator lamp 15, carrier bar 16, carrier bar connecting axle 17, split pin 18; Wherein indicator lamp 15 is arranged on the carrier bar elongated slot 44 of carrier bar 16, carrier bar connecting axle 17 end is through the connecting axle installing hole 42 at carrier bar 16 two, split pin 18 is through the split pin installing hole 45 of carrier bar connecting axle 17 end, described carrier bar elongated slot 44 is with cable-through hole 43, the supply lines being used to indicate lamp 15 passes through, the two ends of described carrier bar connecting axle 17 are with connecting axle shoulder 46, and described connecting axle shoulder 46 leans against on carrier bar 16.
The sleeve pipe lengthening section 37 of described sleeve pipe 12, with internal thread, realizes by sleeve pipe lengthening section 37 is screwed in sleeve pipe linkage section 36; Described push rod linkage section 38 is with external screw thread, lengthen push rod lengthening section 41 with internal thread, push rod linkage section 38 is threaded connection with the lengthening push rod lengthening section 41 lengthening push rod 19, push rod 11 one end is with push rod handle 39, lengthen push rod linkage section 40 with external screw thread, lengthen push rod linkage section 40 to penetrate in the pressure cylinder linking arm elongated slot 23 of pressure cylinder linking arm 4, and be tightened by bolts.
The trough rim of described sleeve elongated slot 21 is with rounded corners.
The sleeve openings end 22 of described sleeve elongated slot 21 is welded to connect with the sleeve connection arm opening 27 of sleeve connection arm 9; Described sleeve connection arm 9 is connected with link elongated slot 28 bolt of link 10, and bolt, through link elongated slot 28, is fastened on the sleeve connection arm screwed hole 26 of sleeve connection arm 9; Synchronous connecting rod 8 is welded to connect with pressure cylinder linking arm 4 through the linking arm locating hole 25 of multiple pressure cylinder linking arms 4 of sleeve pipe 12 side.
The internal diameter of the described pressure cylinder section of strutting 30 is greater than the external diameter of seedling block 47, and the external diameter of the pressure cylinder section of strutting 30 is less than the internal diameter of field planting sleeve 3, and the direction of pressure cylinder breach 32 is just to the gap between the tip sleeve spring plate 34 of field planting tip cover 5.
Described tip sleeve spring plate 34 material is spring steel.
Embodiment 2: as illustrated in figs. 1-16, one plants careless device under water, comprises field planting grid arrangement 1, fixing device 2;
Described fixing device 2 comprises field planting sleeve 3, pressure cylinder linking arm 4, field planting tip cover 5, field planting pressure cylinder 7, synchronous connecting rod 8, sleeve connection arm 9, link 10, push rod 11, sleeve pipe 12, cannula lock jack panel 13, tip cover locking nut 14, described field planting sleeve 3 is with the sleeve elongated slot 21 of one end open, the sleeve openings end 22 of sleeve elongated slot 21 is connected with the sleeve connection arm opening 27 of sleeve connection arm 9, the breach of sleeve openings end 22 can hold pasture and water seedling leaf 48, pasture and water seedling 6 is planted on seedling block 47, described sleeve connection arm 9 is connected with the link elongated slot 28 of link 10, the sleeve pipe linkage section 36 of described sleeve pipe 12 is connected with the link screwed hole 29 of link 10, one end of described field planting pressure cylinder 7 is with osculum 33, the pressure cylinder section of strutting 30 of described field planting pressure cylinder 7 is with pressure cylinder breach 32, one is had to press seedling shoulder 31 on described pressure cylinder breach 32 side, described field planting pressure cylinder 7 penetrates field planting sleeve 3 from sleeve openings end 22, described field planting pressure cylinder 7 is connected with pressure cylinder linking arm 4, be bolted between the pressure cylinder linking arm 4 being arranged in sleeve pipe 12 both sides, the pressure cylinder linking arm 4 of sleeve pipe 12 both sides is when connecting, the pressure cylinder linking arm breach 24 of pressure cylinder linking arm 4 is docking together, synchronous connecting rod 8 is connected with pressure cylinder linking arm 4 through the linking arm locating hole 25 of multiple pressure cylinder linking arms 4 of sleeve pipe 12 side, described field planting sleeve 3 is with bush whorl end 20, field planting tip cover 5 is with tip external threading section 35, field planting tip cover 5 forms double nut with tip cover locking nut 14, realize being fastenedly connected between field planting tip cover 5 and field planting sleeve 3, an end face of tip cover locking nut 14 is pressed on field planting tip and overlaps 5 ends, push rod 11 is through sleeve pipe 12, the pressure cylinder linking arm elongated slot 23 that the push rod linkage section 38 of push rod 11 passes pressure cylinder linking arm 4 is connected with pressure cylinder linking arm 4, one end of cannula lock jack panel 13 is pressed on link 10, the other end of cannula lock jack panel 13 is connected with the sleeve pipe linkage section 36 of sleeve pipe 12, cannula lock jack panel 13 screws afterwards and link 10 forms double nut, realize the function of locking,
Described field planting grid arrangement 1 comprises indicator lamp 15, carrier bar 16, carrier bar connecting axle 17, split pin 18; Wherein indicator lamp 15 is arranged on the carrier bar elongated slot 44 of carrier bar 16, carrier bar connecting axle 17 end is through the connecting axle installing hole 42 at carrier bar 16 two, split pin 18 is through the split pin installing hole 45 of carrier bar connecting axle 17 end, described carrier bar elongated slot 44 is with cable-through hole 43, the supply lines being used to indicate lamp 15 passes through, the two ends of described carrier bar connecting axle 17 are with connecting axle shoulder 46, and described connecting axle shoulder 46 leans against on carrier bar 16.
The trough rim of described sleeve elongated slot 21 is with rounded corners.
The sleeve openings end 22 of described sleeve elongated slot 21 is welded to connect with the sleeve connection arm opening 27 of sleeve connection arm 9; Described sleeve connection arm 9 is connected with link elongated slot 28 bolt of link 10, and bolt, through link elongated slot 28, is fastened on the sleeve connection arm screwed hole 26 of sleeve connection arm 9; Synchronous connecting rod 8 is welded to connect with pressure cylinder linking arm 4 through the linking arm locating hole 25 of multiple pressure cylinder linking arms 4 of sleeve pipe 12 side.
The internal diameter of the described pressure cylinder section of strutting 30 is greater than the external diameter of seedling block 47, and the external diameter of the pressure cylinder section of strutting 30 is less than the internal diameter of field planting sleeve 3, and the direction of pressure cylinder breach 32 is just to the gap between the tip sleeve spring plate 34 of field planting tip cover 5.
Described tip sleeve spring plate 34 material is spring steel.
Embodiment 3: as illustrated in figs. 1-16, one plants careless device under water, comprises field planting grid arrangement 1, fixing device 2;
Described fixing device 2 comprises field planting sleeve 3, pressure cylinder linking arm 4, field planting tip cover 5, field planting pressure cylinder 7, synchronous connecting rod 8, sleeve connection arm 9, link 10, push rod 11, sleeve pipe 12, cannula lock jack panel 13, tip cover locking nut 14, described field planting sleeve 3 is with the sleeve elongated slot 21 of one end open, the sleeve openings end 22 of sleeve elongated slot 21 is connected with the sleeve connection arm opening 27 of sleeve connection arm 9, the breach of sleeve openings end 22 can hold pasture and water seedling leaf 48, pasture and water seedling 6 is planted on seedling block 47, described sleeve connection arm 9 is connected with the link elongated slot 28 of link 10, the sleeve pipe linkage section 36 of described sleeve pipe 12 is connected with the link screwed hole 29 of link 10, one end of described field planting pressure cylinder 7 is with osculum 33, the pressure cylinder section of strutting 30 of described field planting pressure cylinder 7 is with pressure cylinder breach 32, one is had to press seedling shoulder 31 on described pressure cylinder breach 32 side, described field planting pressure cylinder 7 penetrates field planting sleeve 3 from sleeve openings end 22, described field planting pressure cylinder 7 is connected with pressure cylinder linking arm 4, be bolted between the pressure cylinder linking arm 4 being arranged in sleeve pipe 12 both sides, the pressure cylinder linking arm 4 of sleeve pipe 12 both sides is when connecting, the pressure cylinder linking arm breach 24 of pressure cylinder linking arm 4 is docking together, synchronous connecting rod 8 is connected with pressure cylinder linking arm 4 through the linking arm locating hole 25 of multiple pressure cylinder linking arms 4 of sleeve pipe 12 side, described field planting sleeve 3 is with bush whorl end 20, field planting tip cover 5 is with tip external threading section 35, field planting tip cover 5 forms double nut with tip cover locking nut 14, realize being fastenedly connected between field planting tip cover 5 and field planting sleeve 3, an end face of tip cover locking nut 14 is pressed on field planting tip and overlaps 5 ends, push rod 11 is through sleeve pipe 12, the pressure cylinder linking arm elongated slot 23 that the push rod linkage section 38 of push rod 11 passes pressure cylinder linking arm 4 is connected with pressure cylinder linking arm 4, one end of cannula lock jack panel 13 is pressed on link 10, the other end of cannula lock jack panel 13 is connected with the sleeve pipe linkage section 36 of sleeve pipe 12, cannula lock jack panel 13 screws afterwards and link 10 forms double nut, realize the function of locking,
Described field planting grid arrangement 1 comprises indicator lamp 15, carrier bar 16, carrier bar connecting axle 17, split pin 18; Wherein indicator lamp 15 is arranged on the carrier bar elongated slot 44 of carrier bar 16, carrier bar connecting axle 17 end is through the connecting axle installing hole 42 at carrier bar 16 two, split pin 18 is through the split pin installing hole 45 of carrier bar connecting axle 17 end, described carrier bar elongated slot 44 is with cable-through hole 43, the supply lines being used to indicate lamp 15 passes through, the two ends of described carrier bar connecting axle 17 are with connecting axle shoulder 46, and described connecting axle shoulder 46 leans against on carrier bar 16.
The sleeve pipe lengthening section 37 of described sleeve pipe 12, with internal thread, realizes by sleeve pipe lengthening section 37 is screwed in sleeve pipe linkage section 36; Described push rod linkage section 38 is with external screw thread, lengthen push rod lengthening section 41 with internal thread, push rod linkage section 38 is threaded connection with the lengthening push rod lengthening section 41 lengthening push rod 19, push rod 11 one end is with push rod handle 39, lengthen push rod linkage section 40 with external screw thread, lengthen push rod linkage section 40 to penetrate in the pressure cylinder linking arm elongated slot 23 of pressure cylinder linking arm 4, and be tightened by bolts.
The trough rim of described sleeve elongated slot 21 is with rounded corners.
The sleeve openings end 22 of described sleeve elongated slot 21 is welded to connect with the sleeve connection arm opening 27 of sleeve connection arm 9; Described sleeve connection arm 9 is connected with link elongated slot 28 bolt of link 10, and bolt, through link elongated slot 28, is fastened on the sleeve connection arm screwed hole 26 of sleeve connection arm 9; Synchronous connecting rod 8 is welded to connect with pressure cylinder linking arm 4 through the linking arm locating hole 25 of multiple pressure cylinder linking arms 4 of sleeve pipe 12 side.
Embodiment 4: as illustrated in figs. 1-16, one plants careless device under water, comprises field planting grid arrangement 1, fixing device 2;
Described fixing device 2 comprises field planting sleeve 3, pressure cylinder linking arm 4, field planting tip cover 5, field planting pressure cylinder 7, synchronous connecting rod 8, sleeve connection arm 9, link 10, push rod 11, sleeve pipe 12, cannula lock jack panel 13, tip cover locking nut 14, described field planting sleeve 3 is with the sleeve elongated slot 21 of one end open, the sleeve openings end 22 of sleeve elongated slot 21 is connected with the sleeve connection arm opening 27 of sleeve connection arm 9, the breach of sleeve openings end 22 can hold pasture and water seedling leaf 48, pasture and water seedling 6 is planted on seedling block 47, described sleeve connection arm 9 is connected with the link elongated slot 28 of link 10, the sleeve pipe linkage section 36 of described sleeve pipe 12 is connected with the link screwed hole 29 of link 10, one end of described field planting pressure cylinder 7 is with osculum 33, the pressure cylinder section of strutting 30 of described field planting pressure cylinder 7 is with pressure cylinder breach 32, one is had to press seedling shoulder 31 on described pressure cylinder breach 32 side, described field planting pressure cylinder 7 penetrates field planting sleeve 3 from sleeve openings end 22, described field planting pressure cylinder 7 is connected with pressure cylinder linking arm 4, be bolted between the pressure cylinder linking arm 4 being arranged in sleeve pipe 12 both sides, the pressure cylinder linking arm 4 of sleeve pipe 12 both sides is when connecting, the pressure cylinder linking arm breach 24 of pressure cylinder linking arm 4 is docking together, synchronous connecting rod 8 is connected with pressure cylinder linking arm 4 through the linking arm locating hole 25 of multiple pressure cylinder linking arms 4 of sleeve pipe 12 side, described field planting sleeve 3 is with bush whorl end 20, field planting tip cover 5 is with tip external threading section 35, field planting tip cover 5 forms double nut with tip cover locking nut 14, realize being fastenedly connected between field planting tip cover 5 and field planting sleeve 3, an end face of tip cover locking nut 14 is pressed on field planting tip and overlaps 5 ends, push rod 11 is through sleeve pipe 12, the pressure cylinder linking arm elongated slot 23 that the push rod linkage section 38 of push rod 11 passes pressure cylinder linking arm 4 is connected with pressure cylinder linking arm 4, one end of cannula lock jack panel 13 is pressed on link 10, the other end of cannula lock jack panel 13 is connected with the sleeve pipe linkage section 36 of sleeve pipe 12, cannula lock jack panel 13 screws afterwards and link 10 forms double nut, realize the function of locking,
Described field planting grid arrangement 1 comprises indicator lamp 15, carrier bar 16, carrier bar connecting axle 17, split pin 18; Wherein indicator lamp 15 is arranged on the carrier bar elongated slot 44 of carrier bar 16, carrier bar connecting axle 17 end is through the connecting axle installing hole 42 at carrier bar 16 two, split pin 18 is through the split pin installing hole 45 of carrier bar connecting axle 17 end, described carrier bar elongated slot 44 is with cable-through hole 43, the supply lines being used to indicate lamp 15 passes through, the two ends of described carrier bar connecting axle 17 are with connecting axle shoulder 46, and described connecting axle shoulder 46 leans against on carrier bar 16.
The sleeve pipe lengthening section 37 of described sleeve pipe 12, with internal thread, realizes by sleeve pipe lengthening section 37 is screwed in sleeve pipe linkage section 36; Described push rod linkage section 38 is with external screw thread, lengthen push rod lengthening section 41 with internal thread, push rod linkage section 38 is threaded connection with the lengthening push rod lengthening section 41 lengthening push rod 19, push rod 11 one end is with push rod handle 39, lengthen push rod linkage section 40 with external screw thread, lengthen push rod linkage section 40 to penetrate in the pressure cylinder linking arm elongated slot 23 of pressure cylinder linking arm 4, and be tightened by bolts.
The trough rim of described sleeve elongated slot 21 is with rounded corners.
Embodiment 5: as illustrated in figs. 1-16, one plants careless device under water, comprises field planting grid arrangement 1, fixing device 2;
Described fixing device 2 comprises field planting sleeve 3, pressure cylinder linking arm 4, field planting tip cover 5, field planting pressure cylinder 7, synchronous connecting rod 8, sleeve connection arm 9, link 10, push rod 11, sleeve pipe 12, cannula lock jack panel 13, tip cover locking nut 14, described field planting sleeve 3 is with the sleeve elongated slot 21 of one end open, the sleeve openings end 22 of sleeve elongated slot 21 is connected with the sleeve connection arm opening 27 of sleeve connection arm 9, the breach of sleeve openings end 22 can hold pasture and water seedling leaf 48, pasture and water seedling 6 is planted on seedling block 47, described sleeve connection arm 9 is connected with the link elongated slot 28 of link 10, the sleeve pipe linkage section 36 of described sleeve pipe 12 is connected with the link screwed hole 29 of link 10, one end of described field planting pressure cylinder 7 is with osculum 33, the pressure cylinder section of strutting 30 of described field planting pressure cylinder 7 is with pressure cylinder breach 32, one is had to press seedling shoulder 31 on described pressure cylinder breach 32 side, described field planting pressure cylinder 7 penetrates field planting sleeve 3 from sleeve openings end 22, described field planting pressure cylinder 7 is connected with pressure cylinder linking arm 4, be bolted between the pressure cylinder linking arm 4 being arranged in sleeve pipe 12 both sides, the pressure cylinder linking arm 4 of sleeve pipe 12 both sides is when connecting, the pressure cylinder linking arm breach 24 of pressure cylinder linking arm 4 is docking together, synchronous connecting rod 8 is connected with pressure cylinder linking arm 4 through the linking arm locating hole 25 of multiple pressure cylinder linking arms 4 of sleeve pipe 12 side, described field planting sleeve 3 is with bush whorl end 20, field planting tip cover 5 is with tip external threading section 35, field planting tip cover 5 forms double nut with tip cover locking nut 14, realize being fastenedly connected between field planting tip cover 5 and field planting sleeve 3, an end face of tip cover locking nut 14 is pressed on field planting tip and overlaps 5 ends, push rod 11 is through sleeve pipe 12, the pressure cylinder linking arm elongated slot 23 that the push rod linkage section 38 of push rod 11 passes pressure cylinder linking arm 4 is connected with pressure cylinder linking arm 4, one end of cannula lock jack panel 13 is pressed on link 10, the other end of cannula lock jack panel 13 is connected with the sleeve pipe linkage section 36 of sleeve pipe 12, cannula lock jack panel 13 screws afterwards and link 10 forms double nut, realize the function of locking,
Described field planting grid arrangement 1 comprises indicator lamp 15, carrier bar 16, carrier bar connecting axle 17, split pin 18; Wherein indicator lamp 15 is arranged on the carrier bar elongated slot 44 of carrier bar 16, carrier bar connecting axle 17 end is through the connecting axle installing hole 42 at carrier bar 16 two, split pin 18 is through the split pin installing hole 45 of carrier bar connecting axle 17 end, described carrier bar elongated slot 44 is with cable-through hole 43, the supply lines being used to indicate lamp 15 passes through, the two ends of described carrier bar connecting axle 17 are with connecting axle shoulder 46, and described connecting axle shoulder 46 leans against on carrier bar 16.
The sleeve pipe lengthening section 37 of described sleeve pipe 12, with internal thread, realizes by sleeve pipe lengthening section 37 is screwed in sleeve pipe linkage section 36; Described push rod linkage section 38 is with external screw thread, lengthen push rod lengthening section 41 with internal thread, push rod linkage section 38 is threaded connection with the lengthening push rod lengthening section 41 lengthening push rod 19, push rod 11 one end is with push rod handle 39, lengthen push rod linkage section 40 with external screw thread, lengthen push rod linkage section 40 to penetrate in the pressure cylinder linking arm elongated slot 23 of pressure cylinder linking arm 4, and be tightened by bolts.
Embodiment 6: as illustrated in figs. 1-16, one plants careless device under water, comprises field planting grid arrangement 1, fixing device 2;
Described fixing device 2 comprises field planting sleeve 3, pressure cylinder linking arm 4, field planting tip cover 5, field planting pressure cylinder 7, synchronous connecting rod 8, sleeve connection arm 9, link 10, push rod 11, sleeve pipe 12, cannula lock jack panel 13, tip cover locking nut 14, described field planting sleeve 3 is with the sleeve elongated slot 21 of one end open, the sleeve openings end 22 of sleeve elongated slot 21 is connected with the sleeve connection arm opening 27 of sleeve connection arm 9, the breach of sleeve openings end 22 can hold pasture and water seedling leaf 48, pasture and water seedling 6 is planted on seedling block 47, described sleeve connection arm 9 is connected with the link elongated slot 28 of link 10, the sleeve pipe linkage section 36 of described sleeve pipe 12 is connected with the link screwed hole 29 of link 10, one end of described field planting pressure cylinder 7 is with osculum 33, the pressure cylinder section of strutting 30 of described field planting pressure cylinder 7 is with pressure cylinder breach 32, one is had to press seedling shoulder 31 on described pressure cylinder breach 32 side, described field planting pressure cylinder 7 penetrates field planting sleeve 3 from sleeve openings end 22, described field planting pressure cylinder 7 is connected with pressure cylinder linking arm 4, be bolted between the pressure cylinder linking arm 4 being arranged in sleeve pipe 12 both sides, the pressure cylinder linking arm 4 of sleeve pipe 12 both sides is when connecting, the pressure cylinder linking arm breach 24 of pressure cylinder linking arm 4 is docking together, synchronous connecting rod 8 is connected with pressure cylinder linking arm 4 through the linking arm locating hole 25 of multiple pressure cylinder linking arms 4 of sleeve pipe 12 side, described field planting sleeve 3 is with bush whorl end 20, field planting tip cover 5 is with tip external threading section 35, field planting tip cover 5 forms double nut with tip cover locking nut 14, realize being fastenedly connected between field planting tip cover 5 and field planting sleeve 3, an end face of tip cover locking nut 14 is pressed on field planting tip and overlaps 5 ends, push rod 11 is through sleeve pipe 12, the pressure cylinder linking arm elongated slot 23 that the push rod linkage section 38 of push rod 11 passes pressure cylinder linking arm 4 is connected with pressure cylinder linking arm 4, one end of cannula lock jack panel 13 is pressed on link 10, the other end of cannula lock jack panel 13 is connected with the sleeve pipe linkage section 36 of sleeve pipe 12, cannula lock jack panel 13 screws afterwards and link 10 forms double nut, realize the function of locking,
Described field planting grid arrangement 1 comprises indicator lamp 15, carrier bar 16, carrier bar connecting axle 17, split pin 18; Wherein indicator lamp 15 is arranged on the carrier bar elongated slot 44 of carrier bar 16, carrier bar connecting axle 17 end is through the connecting axle installing hole 42 at carrier bar 16 two, split pin 18 is through the split pin installing hole 45 of carrier bar connecting axle 17 end, described carrier bar elongated slot 44 is with cable-through hole 43, the supply lines being used to indicate lamp 15 passes through, the two ends of described carrier bar connecting axle 17 are with connecting axle shoulder 46, and described connecting axle shoulder 46 leans against on carrier bar 16.
By reference to the accompanying drawings the specific embodiment of the present invention is explained in detail above, but the present invention is not limited to above-mentioned embodiment, in the ken that those of ordinary skill in the art possess, various change can also be made under the prerequisite not departing from present inventive concept.
Claims (6)
1. plant careless device under water, it is characterized in that for one kind: comprise field planting grid arrangement (1), fixing device (2);
Described fixing device (2) comprises field planting sleeve (3), pressure cylinder linking arm (4), field planting tip cover (5), field planting pressure cylinder (7), synchronous connecting rod (8), sleeve connection arm (9), link (10), push rod (11), sleeve pipe (12), cannula lock jack panel (13), tip cover locking nut (14), described field planting sleeve (3) is with the sleeve elongated slot (21) of one end open, the sleeve openings end (22) of sleeve elongated slot (21) is connected with the sleeve connection arm opening (27) of sleeve connection arm (9), the breach of sleeve openings end (22) can hold pasture and water seedling leaf (48), pasture and water seedling (6) is planted on seedling block (47), described sleeve connection arm (9) is connected with the link elongated slot (28) of link (10), the sleeve pipe linkage section (36) of described sleeve pipe (12) is connected with the link screwed hole (29) of link (10), one end of described field planting pressure cylinder (7) is with osculum (33), the pressure cylinder section of strutting (30) of described field planting pressure cylinder (7) is with pressure cylinder breach (32), one is had to press seedling shoulder (31) on described pressure cylinder breach (32) side, described field planting pressure cylinder (7) penetrates field planting sleeve (3) from sleeve openings end (22), described field planting pressure cylinder (7) is connected with pressure cylinder linking arm (4), be bolted between the pressure cylinder linking arm (4) being arranged in sleeve pipe (12) both sides, the pressure cylinder linking arm (4) of sleeve pipe (12) both sides is when connecting, the pressure cylinder linking arm breach (24) of pressure cylinder linking arm (4) is docking together, synchronous connecting rod (8) is connected with pressure cylinder linking arm (4) through the linking arm locating hole (25) of multiple pressure cylinder linking arms (4) of sleeve pipe (12) side, described field planting sleeve (3) is with bush whorl end (20), field planting tip cover (5) is with tip external threading section (35), field planting tip cover (5) and tip cover locking nut (14) form double nut, realize being fastenedly connected between field planting tip cover (5) and field planting sleeve (3), an end face of tip cover locking nut (14) is pressed on field planting tip cover (5) end, push rod (11) is through sleeve pipe (12), the push rod linkage section (38) of push rod (11) is connected with pressure cylinder linking arm (4) through the pressure cylinder linking arm elongated slot (23) of pressure cylinder linking arm (4), one end of cannula lock jack panel (13) is pressed on link (10), the other end of cannula lock jack panel (13) is connected with the sleeve pipe linkage section (36) of sleeve pipe (12), cannula lock jack panel (13) screws afterwards and link (10) forms double nut, realize the function of locking,
Described field planting grid arrangement (1) comprises indicator lamp (15), carrier bar (16), carrier bar connecting axle (17), split pin (18); Wherein indicator lamp (15) is arranged on the carrier bar elongated slot (44) of carrier bar (16), carrier bar connecting axle (17) end is through the connecting axle installing hole (42) at carrier bar (16) two, split pin (18) is through the split pin installing hole (45) of carrier bar connecting axle (17) end, described carrier bar elongated slot (44) is with cable-through hole (43), the supply lines being used to indicate lamp (15) passes through, the two ends of described carrier bar connecting axle (17) are with connecting axle shoulder (46), and described connecting axle shoulder (46) leans against on carrier bar (16).
2. according to claim 1ly plant careless device under water, it is characterized in that: the sleeve pipe lengthening section (37) of described sleeve pipe (12), with internal thread, realizes by sleeve pipe lengthening section (37) is screwed in sleeve pipe linkage section (36); Described push rod linkage section (38) is with external screw thread, lengthen push rod lengthening section (41) with internal thread, push rod linkage section (38) is threaded connection with the lengthening push rod lengthening section (41) lengthening push rod (19), push rod (11) one end is with push rod handle (39), lengthen push rod linkage section (40) with external screw thread, lengthen push rod linkage section (40) to penetrate in the pressure cylinder linking arm elongated slot (23) of pressure cylinder linking arm (4), and be tightened by bolts.
3. according to claim 1 and 2ly plant careless device under water, it is characterized in that: the trough rim of described sleeve elongated slot (21) is with rounded corners.
4. according to claim 1 and 2ly plant careless device under water, it is characterized in that: the sleeve openings end (22) of described sleeve elongated slot (21) and the sleeve connection arm opening (27) of sleeve connection arm (9) are welded to connect; Described sleeve connection arm (9) is connected with link elongated slot (28) bolt of link (10), and bolt, through link elongated slot (28), is fastened on the sleeve connection arm screwed hole (26) of sleeve connection arm (9); Synchronous connecting rod (8) is welded to connect with pressure cylinder linking arm (4) through the linking arm locating hole (25) of multiple pressure cylinder linking arms (4) of sleeve pipe (12) side.
5. according to claim 1 and 2ly plant careless device under water, it is characterized in that: the internal diameter of the described pressure cylinder section of strutting (30) is greater than the external diameter of seedling block (47), the external diameter of the pressure cylinder section of strutting (30) is less than the internal diameter of field planting sleeve (3), and the direction of pressure cylinder breach (32) is just to the gap between the tip sleeve spring plate (34) of field planting tip cover (5).
6. according to claim 5ly plant careless device under water, it is characterized in that: described tip sleeve spring plate (34) material is spring steel.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510057656.1A CN104620889B (en) | 2015-02-04 | 2015-02-04 | One plants grass device under water |
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| CN201510057656.1A CN104620889B (en) | 2015-02-04 | 2015-02-04 | One plants grass device under water |
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| CN104620889B CN104620889B (en) | 2016-10-12 |
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| CN201510057656.1A Expired - Fee Related CN104620889B (en) | 2015-02-04 | 2015-02-04 | One plants grass device under water |
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| CN111296005A (en) * | 2020-03-31 | 2020-06-19 | 上海市园林设计研究总院有限公司 | Novel submerged plant planting device and planting method |
| CN117602747A (en) * | 2024-01-23 | 2024-02-27 | 河北省沧州生态环境监测中心 | Ecological restoration environment-friendly structure for polluted river water body |
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| CN104620889B (en) | 2016-10-12 |
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