CN204968533U - Straight water type aquatic plant integrated mechanical device that gathers - Google Patents
Straight water type aquatic plant integrated mechanical device that gathers Download PDFInfo
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- CN204968533U CN204968533U CN201520385048.9U CN201520385048U CN204968533U CN 204968533 U CN204968533 U CN 204968533U CN 201520385048 U CN201520385048 U CN 201520385048U CN 204968533 U CN204968533 U CN 204968533U
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- network chain
- girder
- cross hatch
- lower semi
- standing grain
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Abstract
The utility model discloses a straight water type aquatic plant integrated mechanical device that gathers, its characterized in that: including support, lower semi -girder, pulling device, network chain mechanism and trimming means, the arm root and the rotate bracket connection of lower semi -girder. Network chain mechanism includes a network chain driving shaft, a plurality of network chain driven shaft and the cross hatch body, and cross hatch body winding parcel is on network chain driving shaft and network chain driven shaft. Trimming means includes disc, the stationary knife of bevel gear mechanism, a gear, area round pin axle and moves the sword. Pulling device lies in the down top of the semi -girder arm tip cross hatch body, and what set firmly on dialling standing grain pivot and the pivot of this group standing grain dials the charging tray frame, dials the standing grain pivot and rotates the supporting under on the semi -girder. Upwards stretch out a lift platform on the support, be equipped with on this lift platform and rotate actuating mechanism, gallows and steel -cable drawing mechanism. This scheme straight water type aquatic plant in the shallow water waters that can gather, it is efficient, convenient to use.
Description
Technical field
The utility model relates to horticultural machinery technical field, is specially a kind of very water type water plants and gathers integrated mechanical devices.
Background technology
Along with the fast development of economy, eco-environmental pressure increases, and therefore ecological environmental protection is subject to higher attention with the sustainable development of agricultural.Water plants has that good solid soil gathers carbon and beautifies the environment, the function of purifying water body, and wherein very water type water plants has more good appreciation effect, has a extensive future in ecological, environmental protective and agricultural development.
Need in growing process or at the end of life cycle to prune, the cauline leaf under picking shears, keeping growth potential, beautify the environment or reclaim the nutriment of Extraction and enrichment.Common cauline leaf device of gathering has rice/wheat combine, rape combined harvester, corn combine, leaf vegetables grain header etc., compared to manually gathering, there is very high efficiency, but these recovering devices cannot in the water body of loke shore limit gathering for water plants cauline leaf.
More existingly beat for water plants such as weter hyacinth, large drifts the heavy mechanical equipment that flood gathers, operations such as can gathering to water plants, extrude, pack and pulverize, but need to be loaded on expensive large-scale special vessel and use, the draft of large vessel is large, therefore generally can only operation in the waters of the depth of water more than 2 meters, be less than in the depth of water in the shallow waters of 2 meters and cannot navigate by water and operation at all, the water plants type of gathering also mainly is applicable to the type water plants that swims.Very water type water plants major part is grown in the shallow waters within 2 meters, and therefore cannot apply big machinery device and gather, its method of gathering mainly or manually carries out push-and-pull operation with cutter, cut etc., and with collections such as nail palladiums, pruning efficiency is extremely low, and speed is very slow.There is shallow waters in existing many agriculture park, ecological wetland and region, lakeside, need middle-size and small-size very water type water plants integrated mechanical devices of gathering badly to be equipped on medium-sized/small-sized vessel and to carry out shallow water area operation, significantly improve the pruning harvest efficiency of very water type water plants in shallow waters.
Summary of the invention
The utility model provides a kind of very water type water plants to gather integrated mechanical devices, and the very water type water plants can gathered in shallow waters, efficiency is high, easy to use.
For achieving the above object, the technical solution adopted in the utility model is: a kind of very water type water plants is gathered integrated mechanical devices, comprises support, lower semi-girder, dials standing grain device, network chain mechanism and clipping device; The arm roots of described lower semi-girder is connected with holder pivots, and turning cylinder is to level.
Described network chain mechanism comprises a network chain driving shaft, some network chain driven shafts and cross hatch body, described network chain driving shaft and network chain driven shaft are horizontally disposed with successively, network chain driving shaft and a part of network chain driven shaft rotating support are on support and be positioned at same plane, another part network chain driven shaft rotating support is on lower semi-girder and be positioned at same plane, network chain driving shaft and each network chain driven shaft are in transmission connection through chain-wheel mechanism, cross hatch body is wound around and is wrapped on described network chain driving shaft and network chain driven shaft, drive each network chain driven shaft to rotate when network chain driving shaft rotates, thus drive cross hatch body to move from the arm end of lower semi-girder to holder orientation.
Described clipping device comprises bevel gear mechanism, first gear mechanism, with the disk of bearing pin, stationary knife and moving knife, the disk of described band bearing pin is the disk in card outer rim with a bearing pin, the driving gear of described bevel gear mechanism is coaxial with a network chain driven shaft of network chain mechanism, driven gear is connected through the first gear mechanism transmission with the central shaft of the disk of band bearing pin, described stationary knife is fixedly connected on lower semi-girder arm end, moving knife is slidably connected at lower semi-girder arm end, moving knife slide time and stationary knife jointly complete cutting work, and stationary knife and moving knife are positioned at the below of cross hatch body, moving knife handle of a knife is offered an elongated slot, the length direction of elongated slot is perpendicular to the glide direction of moving knife, the bearing pin effect end of the disk with bearing pin stretches in elongated slot and slides and be rotationally connected, and the card of the disk of band bearing pin is parallel to the glide direction of moving knife, when being with the disk of bearing pin to rotate under network chain driven shaft drives, bearing pin effect end band moving knife moves back and forth.
Described group of standing grain device is positioned at the top of lower semi-girder arm end cross hatch body, comprise the material toggling plate rail dialled and standing grain rotating shaft and this group of standing grain rotating shaft set firmly, dial standing grain axis of rotation to be bearing on lower semi-girder, and be connected through one first chain-wheel mechanism and one second gear mechanism transmission with a network chain driven shaft.
Described support protrudes upward a hoistable platform, this hoistable platform is provided with rotating drive mechanism, suspension bracket and steel-wire rope traction mechanism, the network chain driving shaft of described rotating drive mechanism and network chain mechanism is in transmission connection through one second chain-wheel mechanism; Described suspension bracket is provided with pulley, and a steel wire rope is set around on this pulley, and this steel wire rope one end is positioned on lower semi-girder, and the other end is positioned steel-wire rope traction mechanism output.
Further, described material toggling plate rail comprises at least two disc material toggling dishes, these two material toggling dish intervals are arranged to be fixed on and are dialled in standing grain rotating shaft, the center of circle of disk is fixed on dials in standing grain rotating shaft, card is perpendicular to dialling standing grain rotating shaft, and the outer rim of each material toggling dish is along protruding three rod for stiring materials of disk plane, and these three rod for stiring materials are uniform along disk circumference, all connect through a connecting rod between every corresponding rod for stiring materials of adjacent material toggling dish, this connecting rod is parallel to dials standing grain rotating shaft.
Further, described lower semi-girder and support are provided with some carrying pressure pins, in order to the cross hatch body of support network chain mechanism, this some carrying pressure pin is all parallel to the wire side of the cross hatch body of institute's support, and this some carrying pressure pin all tilts to cross hatch body moving direction with its bar appearance and arranges.
Further, described rotating drive mechanism is motor or internal combustion engine, and this motor or internal combustion engine are in transmission connection through a worm reducer and described second chain-wheel mechanism and network chain driving shaft.
Further, described steel-wire rope traction mechanism comprises handle and Worm and worm-wheel gearing, and the input of this Worm and worm-wheel gearing connects described handle, and output connects described steel wire rope.
Further, described lower semi-girder is provided with two backplates, these two backplates perpendicular to cross hatch body wire side and be positioned at the both sides of cross hatch body direct of travel, in order to protect cross hatch body.
Utility model works principle is: during use, support is positioned on ship, lower semi-girder can rotate up and down around support, the arm end of lower semi-girder is made to stretch in the water body outside ship, support protrudes upward a hoistable platform, the network chain driving shaft of rotating drive mechanism and network chain mechanism is in transmission connection, and drives network chain driving shaft to rotate; Suspension bracket is provided with pulley, and a steel wire rope is set around on this pulley, and one end is positioned on lower semi-girder, and the other end is positioned steel-wire rope traction mechanism output, holds handle and rotates, can draw folding and unfolding steel wire rope, thus controls transferring or packing up of lower semi-girder.
Network chain driving shaft drives each network chain driven shaft to rotate when rotating, thus drive cross hatch body to move from the arm end of lower semi-girder to holder orientation, the stationary knife of clipping device and moving knife are all positioned at lower semi-girder arm end, when being with the disk of bearing pin to rotate under network chain driven shaft drives, bearing pin effect end band moving knife moves back and forth, jointly complete cutting work with stationary knife, the water plants cauline leaf cut down is delivered on support through cross hatch body.
Dial the top that standing grain device is positioned at lower semi-girder arm end cross hatch body, dial the rotation rotarily driving material toggling plate rail of standing grain rotating shaft, thus the water plants cauline leaf pruned by clipping device is transferred on the cross hatch body of network chain mechanism, water plants cauline leaf moves to holder orientation under cross hatch body drives, and finally enters the subsequent treatment mechanism that support connects.
Because technique scheme is used, the utility model compared with prior art has following advantages:
The utility model can be loaded in pruning medium-sized/small-sized vessel carrying out very water type water plants cauline leaf in shallow waters and gather, and structure is simple, and efficiency is high, easy to use, and adaptability is good.
Accompanying drawing explanation
Fig. 1 is that a kind of very water type water plants of the utility model is gathered the front sectional view of integrated mechanical devices embodiment.
Fig. 2 is the A-A cutaway view of Fig. 1.
Fig. 3 is the vertical view of the hoistable platform in Fig. 1.
Fig. 4 is the left view of Fig. 1.
Fig. 5 is the B position detail drawing of Fig. 4.
Fig. 6 is the lower semi-girder down state figure of Fig. 1.
In above accompanying drawing: 1, support; 2, lower semi-girder; 3, standing grain device is dialled; 4, network chain mechanism; 5, clipping device; 6, network chain driving shaft; 7, network chain driven shaft; 8, cross hatch body (not shown); 9, bevel gear mechanism; 10, the first gear mechanism; 11, the disk of bearing pin is with; 12, stationary knife; 13, moving knife; 14, standing grain rotating shaft is dialled; 15, material toggling plate rail; 16, the first chain-wheel mechanism; 17, the second gear mechanism; 18, hoistable platform; 19, rotating drive mechanism; 20, suspension bracket; 21, steel-wire rope traction mechanism; 22, the second chain-wheel mechanism; 23, pulley; 24, material toggling dish; 25, rod for stiring materials; 26, connecting rod; 27, pressure pin is carried; 28, worm reducer; 29, handle; 30, Worm and worm-wheel gearing; 31, backplate; 32, steel wire rope.
Embodiment
Below in conjunction with drawings and Examples, the utility model is further described:
Embodiment: shown in Fig. 1-6, a kind of very water type water plants is gathered integrated mechanical devices, comprises support 1, lower semi-girder 2, dials standing grain device 3, network chain mechanism 4 and clipping device 5; Arm roots and the support 1 of described lower semi-girder 2 are rotationally connected, and turning cylinder is to level.
Described network chain mechanism 4 comprises a network chain driving shaft 6, some network chain driven shafts 7 and cross hatch body 8, described network chain driving shaft 6 and network chain driven shaft 7 are horizontally disposed with successively, network chain driving shaft 6 and a part of network chain driven shaft 7 rotating support are on support 1 and be positioned at same plane, another part network chain driven shaft 7 rotating support is on lower semi-girder 2 and be positioned at same plane, network chain driving shaft 6 and each network chain driven shaft 7 are in transmission connection through chain-wheel mechanism, cross hatch body 8 is wound around and is wrapped on described network chain driving shaft 6 and network chain driven shaft 7, drive each network chain driven shaft 7 to rotate when network chain driving shaft 6 rotates, thus drive cross hatch body 8 to move from the arm end of lower semi-girder 2 to support 1 direction.
Described clipping device 5 comprises bevel gear mechanism 9, first gear mechanism 10, disk 11 with bearing pin, stationary knife 12 and moving knife 13, the disk 11 of described band bearing pin is the disk in card outer rim with a bearing pin, the driving gear of described bevel gear mechanism 9 is coaxial with a network chain driven shaft 7 of network chain mechanism 4, driven gear is in transmission connection through the first gear mechanism 10 with the central shaft of the disk 11 of band bearing pin, first gear mechanism 10 can be roller gear structure, described stationary knife 12 is fixedly connected on lower semi-girder 2 arm end, moving knife 13 is slidably connected at lower semi-girder 2 arm end, when moving knife 13 slides and stationary knife 12 jointly complete cutting work, and stationary knife 12 and moving knife 13 are positioned at the below of cross hatch body 8, moving knife 13 handle of a knife offers an elongated slot, the length direction of elongated slot is perpendicular to the glide direction of moving knife 13, the bearing pin effect end of the disk 11 with bearing pin stretches in elongated slot and slides and be rotationally connected, and the card of the disk 11 of band bearing pin is parallel to the glide direction of moving knife 13, to make when being with the disk 11 of bearing pin to rotate under network chain driven shaft 7 drives, bearing pin effect end band moving knife 13 moves back and forth.
Described group of standing grain device 3 is positioned at the top of lower semi-girder 2 arm end cross hatch body 8, comprise the material toggling plate rail 15 dialled and standing grain rotating shaft 14 and this group of standing grain rotating shaft 14 set firmly, dial standing grain rotating shaft 14 rotating support on lower semi-girder 2, and be in transmission connection through one first chain-wheel mechanism 16 and one second gear mechanism 17 with a network chain driven shaft 7, the second gear mechanism 17 can be cylindrical gear mechanism.
Described support 1 protrudes upward a hoistable platform 18, this hoistable platform 18 is provided with rotating drive mechanism 19, suspension bracket 20 and steel-wire rope traction mechanism 21, and described rotating drive mechanism 19 is in transmission connection through one second chain-wheel mechanism 22 with the network chain driving shaft 6 of network chain mechanism 4; Described suspension bracket 20 is provided with pulley 23, and a steel wire rope 32 is set around on this pulley 23, and this steel wire rope 32 one end is positioned on lower semi-girder 2, and the other end is positioned steel-wire rope traction mechanism 21 output.
Material toggling plate rail 15 comprises at least two disc material toggling dishes 24, these two material toggling dish 24 intervals are arranged to be fixed on and are dialled in standing grain rotating shaft 14, the center of circle of disk is fixed on dials in standing grain rotating shaft 14, card is perpendicular to dialling standing grain rotating shaft 14, the outer rim of each material toggling dish 24 is along protruding three rod for stiring materials 25 of disk plane, these three rod for stiring materials 25 are uniform along disk circumference, all connect through a connecting rod 26 between every corresponding rod for stiring materials 25 of adjacent material toggling dish 24, and this connecting rod 26 is parallel to dials standing grain rotating shaft 14.
Lower semi-girder 2 and support 1 are provided with some carrying pressure pins 27, in order to the cross hatch body 8 of support network chain mechanism 4, this some carrying pressure pin 27 is all parallel to the wire side of the cross hatch body 8 of institute's support, and this some carrying pressure pin 27 all tilts to cross hatch body 8 moving direction with its bar appearance and arranges.
Rotating drive mechanism 19 is motor or internal combustion engine, and this motor or internal combustion engine are in transmission connection with network chain driving shaft 6 through a worm reducer 28 and described second chain-wheel mechanism 22.
Steel-wire rope traction mechanism 21 comprises handle 29 and Worm and worm-wheel gearing 30, and the input of this Worm and worm-wheel gearing 30 connects described handle 29, and output connects described steel wire rope 32.
Lower semi-girder 2 is provided with two backplates 31, these two backplates 31 perpendicular to cross hatch body 8 wire side and be positioned at the both sides of cross hatch body 8 direct of travel, in order to protect cross hatch body 8.
Above-described embodiment, only for technical conceive of the present utility model and feature are described, its object is to person skilled in the art can be understood content of the present utility model and implement according to this, can not limit protection domain of the present utility model with this.All equivalences done according to the utility model Spirit Essence change or modify, and all should be encompassed within protection domain of the present utility model.
Claims (6)
1. very water type water plants is gathered an integrated mechanical devices, it is characterized in that: comprise support (1), lower semi-girder (2), dial standing grain device (3), network chain mechanism (4) and clipping device (5); Arm roots and the support (1) of described lower semi-girder (2) are rotationally connected, and turning cylinder is to level;
Described network chain mechanism (4) comprises a network chain driving shaft (6), some network chain driven shafts (7) and cross hatch body (8), described network chain driving shaft (6) and network chain driven shaft (7) are horizontally disposed with successively, network chain driving shaft (6) and a part of network chain driven shaft (7) rotating support are gone up at support (1) and are positioned at same plane, another part network chain driven shaft (7) rotating support is gone up at lower semi-girder (2) and is positioned at same plane, network chain driving shaft (6) and each network chain driven shaft (7) are in transmission connection through chain-wheel mechanism, cross hatch body (8) is wound around and is wrapped on described network chain driving shaft (6) and network chain driven shaft (7), drive each network chain driven shaft (7) to rotate when network chain driving shaft (6) rotates, thus drive cross hatch body (8) to move from the arm end of lower semi-girder (2) to support (1) direction,
Described clipping device (5) comprises bevel gear mechanism (9), first gear mechanism (10), disk (11) with bearing pin, stationary knife (12) and moving knife (13), the disk (11) of described band bearing pin is the disk in card outer rim with a bearing pin, the driving gear of described bevel gear mechanism (9) is coaxial with a network chain driven shaft (7) of network chain mechanism (4), driven gear is in transmission connection through the first gear mechanism (10) with the central shaft of the disk (11) of band bearing pin, described stationary knife (12) is fixedly connected on lower semi-girder (2) arm end, moving knife (13) is slidably connected at lower semi-girder (2) arm end, moving knife (13) slide time and stationary knife (12) jointly complete cutting work, and stationary knife (12) and moving knife (13) are positioned at the below of cross hatch body (8), moving knife (13) handle of a knife offers an elongated slot, the length direction of elongated slot is perpendicular to the glide direction of moving knife (13), the bearing pin effect end of the disk (11) with bearing pin stretches in elongated slot and slides and be rotationally connected, and the card of the disk (11) of band bearing pin is parallel to the glide direction of moving knife (13), to make when being with the disk (11) of bearing pin to rotate under network chain driven shaft (7) drives, bearing pin effect end band moving knife (13) moves back and forth,
Described group of standing grain device (3) is positioned at the top of lower semi-girder (2) arm end cross hatch body (8), comprise the material toggling plate rail (15) dialled and standing grain rotating shaft (14) and this group of standing grain rotating shaft (14) set firmly, dial standing grain rotating shaft (14) rotating support on lower semi-girder (2), and be in transmission connection through one first chain-wheel mechanism (16) and one second gear mechanism (17) with a network chain driven shaft (7);
Described support (1) protrudes upward a hoistable platform (18), this hoistable platform (18) is provided with rotating drive mechanism (19), suspension bracket (20) and steel-wire rope traction mechanism (21), and described rotating drive mechanism (19) is in transmission connection through one second chain-wheel mechanism (22) with the network chain driving shaft (6) of network chain mechanism (4); Described suspension bracket (20) is provided with pulley (23), and a steel wire rope (32) is set around on this pulley (23), and this steel wire rope (32) one end is positioned on lower semi-girder (2), and the other end is positioned steel-wire rope traction mechanism (21) output.
2. very water type water plants according to claim 1 is gathered integrated mechanical devices, it is characterized in that: described material toggling plate rail (15) comprises at least two disc material toggling dishes (24), these two material toggling dish (24) intervals are arranged to be fixed on and are dialled in standing grain rotating shaft (14), the center of circle of disk is fixed on dials in standing grain rotating shaft (14), card is perpendicular to dialling standing grain rotating shaft (14), the outer rim of each material toggling dish (24) is along protruding three rod for stiring materials (25) of disk plane, these three rod for stiring materials (25) are uniform along disk circumference, all connect through a connecting rod (26) between every corresponding rod for stiring materials (25) of adjacent material toggling dish (24), this connecting rod (26) is parallel to dials standing grain rotating shaft (14).
3. very water type water plants according to claim 1 is gathered integrated mechanical devices, it is characterized in that: described lower semi-girder (2) and support (1) are provided with some carrying pressure pins (27), in order to the cross hatch body (8) of support network chain mechanism (4), this some carrying pressure pin (27) is all parallel to the wire side of the cross hatch body (8) of institute's support, and this some carrying pressure pin (27) is all tilted to cross hatch body (8) moving direction with its bar appearance and arranges.
4. very water type water plants according to claim 1 is gathered integrated mechanical devices, it is characterized in that: described rotating drive mechanism (19) is motor or internal combustion engine, this motor or internal combustion engine are in transmission connection with network chain driving shaft (6) through a worm reducer (28) and described second chain-wheel mechanism (22).
5. very water type water plants according to claim 1 is gathered integrated mechanical devices, it is characterized in that: described steel-wire rope traction mechanism (21) comprises handle (29) and Worm and worm-wheel gearing (30), the input of this Worm and worm-wheel gearing (30) connects described handle (29), and output connects described steel wire rope (32).
6. very water type water plants according to claim 1 is gathered integrated mechanical devices; it is characterized in that: described lower semi-girder (2) is provided with two backplates (31); these two backplates (31) perpendicular to cross hatch body (8) wire side and be positioned at the both sides of cross hatch body (8) direct of travel, in order to protect cross hatch body (8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520385048.9U CN204968533U (en) | 2015-06-05 | 2015-06-05 | Straight water type aquatic plant integrated mechanical device that gathers |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520385048.9U CN204968533U (en) | 2015-06-05 | 2015-06-05 | Straight water type aquatic plant integrated mechanical device that gathers |
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| Publication Number | Publication Date |
|---|---|
| CN204968533U true CN204968533U (en) | 2016-01-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520385048.9U Expired - Fee Related CN204968533U (en) | 2015-06-05 | 2015-06-05 | Straight water type aquatic plant integrated mechanical device that gathers |
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| CN (1) | CN204968533U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105794396A (en) * | 2016-05-12 | 2016-07-27 | 苏州飞驰环保科技股份有限公司 | Harvesting system for high-stem emerged plants |
-
2015
- 2015-06-05 CN CN201520385048.9U patent/CN204968533U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105794396A (en) * | 2016-05-12 | 2016-07-27 | 苏州飞驰环保科技股份有限公司 | Harvesting system for high-stem emerged plants |
| CN105794396B (en) * | 2016-05-12 | 2018-04-06 | 苏州飞驰环保科技股份有限公司 | A kind of recovery system of high bar emergent aquactic plant |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160120 Termination date: 20170605 |