CN203243693U

CN203243693U - High-frequency rice transplanter

Info

Publication number: CN203243693U
Application number: CN 201320180838
Authority: CN
Inventors: 张开忠
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-04-12
Filing date: 2013-04-12
Publication date: 2013-10-23
Anticipated expiration: 2023-04-12

Abstract

The utility model discloses a high-frequency rice transplanter. A claying plate is fixedly mounted between paired base plates; a central shaft is fixed on the base plates through a support and movably sleeved with a rotating shaft; four supporting rods on the same section of the rotating shaft are surrounded and fixedly mounted on the rotating shaft radially; seedling separation claws are fixed at the front ends of the rice transplanting sleeves in pairs; the supporting rods are sleeved with the rice transplanting sleeves; limiting blocks are arranged on supporting rods at two ends of a stroke of each rice transplanting sleeve; electromagnets are fixed on the supporting rods respectively; and rice transplanting sleeves corresponding to the supporting rods are fixedly connected through connection arms. The high-frequency rice transplanter has the advantages as follows: the expenditure on purchase of rice transplanting discs is saved, the expenditure on seeds is greatly saved, and the work efficiency is also greatly improved.

Description

A kind of high frequency rice transplanter

Technical field

The utility model relates to the technical field of farm machinery, more particularly relates to the technical field of rice transplanter.

Background technology

Along with the reach of science, farm machinery is also slowly being popularized, agricultural friends are slowly freed from heavy manual labor, it is that rice transplanter is under the energetically promotion of governments at all levels that the spy adds, its utilization rate has obtained improving greatly, but also there is following some weak point in it: 1, adopt existing rice transplanter to carry out operation, at first must adopt special-purpose seedling-cultivating tray to grow seedlings, and in the seedling growth process, also need to control its growing height, be beneficial to the needs of machine rice transplantation; 2, because the rice shoot of machine rice transplantation is less, after rice shoot was inserted into earth, the time of the required adaptation earth of its normal growth was longer, thereby had compressed the normal growth cycle of rice shoot, had reduced crop yield; 3, adopt the seedling dish to cultivate rice shoot, normally four to five seeds are accumulated in and carry out together seedling, and obviously, the seedling seed consumption of this method is larger, has improved planting cost; 4, can only leave a small amount of water in the rice seedling bed of employing machine rice transplantation, this just need to bleed off the rich water that contains a large amount of fertilizer in the field, has the phenomenon of the middle fertilizer of wasting water; 5, adopt existing mechanical type rice transplanting, the arm of machinery is the seedling bar position of having clamped rice shoot, is easy to like this seedling bar of rice shoot is fractureed; 6, present rice transplanter is self-powered system mostly, and its knot letter is also very complicated, and not only manufacturing cost is high, and maintenance cost is also high, and maintenance difficulty is also very large, must ask the technical professional to keep in repair, therefore, extremely be not beneficial in the vast rural area of China and promote.

The utility model content

The purpose of this utility model provides a kind of simple in structure in order to solve above-mentioned deficiency exactly, and maintenance difficulty is low, and use matches with existing tractor, itself need not dynamical system, and low cost of manufacture is easy for operation, save seed, improve crop yield, operating efficiency is high

And the high frequency rice transplanter that rice transplanting is effective.

The technical solution that the utility model adopts in order to solve the problems of the technologies described above is as follows:

A kind of high frequency rice transplanter, it includes support, base plate, claying board, central shaft, rotating shaft, pole, the rice transplanting sleeve, seedling-distributing claw, electromagnet, storage battery and seedling dish, described base plate arranges in pairs, claying board is fixedly mounted between the paired base plate, described central shaft is fixed on the base plate by support, the rotating shaft activity is nested with on central shaft, pole on the same cross section of described rotating shaft is four and is emitting shape around being fixedly mounted in the rotating shaft, seedling-distributing claw is fixed on the front end of rice transplanting sleeve in pairs, the rice transplanting sleeve is nested with on pole, and the pole at rice transplanting cover barrel stroke two ends is provided with limited block, described electromagnet is separately fixed on each pole, and be fixedly linked by linking arm with the upper corresponding rice transplanting sleeve of each pole, the end face of described central shaft and rotating shaft is respectively arranged with the conduction ring plate, electromagnet is electrically connected by the conduction ring plate that this central shaft and rotating shaft end face arrange, described rotating shaft is counterclockwise rotates, described seedling dish is fixed on the base plate by column, offer seedling sowing hole at this seedling dish, this seedling sowing hole is corresponding with each seedling-distributing claw respectively.

The described minute seedling-transplanting device that is comprised of pole, rice transplanting sleeve, seedling-distributing claw and electromagnet is arranged along the axially even distribution six of rotating shaft.

Described seedling dish is positioned at minute seedling-transplanting device upside that is comprised of pole, rice transplanting sleeve, seedling-distributing claw and electromagnet.

The described conduction ring plate that is positioned on the central shaft is curved, is provided with projection in this curved conduction ring plate lower end.

Be installed with driving pulley on the described central shaft.

The beneficial effect that the utility model adopts above-mentioned technical solution to reach is: 1, the utility model will be separated seedlings or planting and being in the same place that the rice transplanting two procedures organically engages, and simulate to greatest extent rice transplantation by hand and move, operating efficiency is high, has solved well the problems of at present existing rice transplanter; 2, this equipment does not need to carry out seedling with seedling-cultivation plate in advance, has saved and has bought the spending of seedling dish, but still adopted traditional method of raising seedling to carry out seedling, and one to two seed of its needs can be cultivated a strain seedling, the expense of greatly having saved seed; 3, its rice transplanting action is by electromagnet and rice transplanting sleeve and seedling-distributing claw phase cooperation, and the root that equipment is clamped rice shoot by seedling-distributing claw carries out the rice transplanting operation, in the situation that do not damage rice shoot, has effectively guaranteed accuracy and the validity of rice transplanting; 4, adopt the rice transplanting of this device, but also operation of deep water do not need to bleed off in vain the rich water that fertilizer was executed in the field, kept the source of manure; 5, the needed rice shoot height of this device operation is 26-45 centimetres, and the rice shoot root in this period is fully grown, and the ability that adapts to field earth is stronger, can Fast Growth after the rice transplanting, improve output; 6, this device uses its electric power by matching to merge with the dynamical system such as existing tractor, can greatly reduce the cost of manufacture of this equipment, repairs also very convenient.

Description of drawings

Fig. 1 is structural representation of the present utility model;

Fig. 2 is the structural representation of looking up of Fig. 1.

Embodiment

By illustrated in figures 1 and 2, a kind of high frequency rice transplanter, it includes support 1, base plate 2, claying board 3, central shaft 4, rotating shaft 5, pole 6, rice transplanting sleeve 7, seedling-distributing claw 8, electromagnet 9, storage battery 10 and seedling dish 11, described base plate 2 arranges in pairs, claying board 3 is fixedly mounted between the paired base plate 2, when work, this claying board is positioned on the earth under the horizontal plane, play the floating whole effect of earth, to make things convenient for postorder rice transplanting operation, described central shaft 4 is fixed on the base plate 2 by support 1, rotating shaft 5 activities are nested with on central shaft 4, pole 6 on the described rotating shaft 5 same cross sections is four and is emitting shape around being fixedly mounted in the rotating shaft 5, seedling-distributing claw is fixed on the front end of rice transplanting sleeve 7 in pairs, utilize this seedling-distributing claw 8 to realize the operation of separating seedlings or planting, rice transplanting sleeve 7 is nested with on pole 6, and the pole 6 at rice transplanting sleeve 7 stroke two ends is provided with limited block 12, described electromagnet 9 is separately fixed on each pole 6, and with each pole 6 on corresponding rice transplanting sleeve 7 be fixedly linked by linking arm 13, action by electromagnet 9 drives rice transplanting sleeve 7 in pole 6 mobile realization rice transplanting actions, so just well realized artificial rice transplanting action, the end face of described central shaft 4 and rotating shaft 5 is respectively arranged with conduction ring plate 14, and the conduction ring plate 14 that is positioned on the central shaft 4 is curved, be provided with projection 15 in these curved conduction ring plate 14 lower ends, electromagnet 9 is electrically connected by the conduction ring plate 14 that this central shaft 4 and rotating shaft 5 end faces arrange, when rotating shaft 5 is rotated, get electric and dead electricity by these conduction ring plate 14 control electromagnet 9, thereby reach the purpose of control electromagnet 9, in order to improve operating efficiency, by pole 6, rice transplanting sleeve 7, minute seedling-transplanting device that seedling-distributing claw 8 and electromagnet 9 form is along six rows that axially evenly distribute of rotating shaft 5, described rotating shaft 5 is counterclockwise rotates, described seedling dish 11 is fixed on the base plate 2 by column 16, offer seedling sowing hole 17 at this seedling dish 11, this seedling sowing hole 17 is corresponding with each seedling-distributing claw 8 respectively, described seedling dish 11 is positioned at by pole 6, rice transplanting sleeve 7, minute seedling-transplanting device upside that seedling-distributing claw 8 and electromagnet 9 form, during operation, seedling-distributing claw 8 is from the downside seedling taking seedling of seedling dish 11, be installed with driving pulley 18 on the described central shaft 4, this equipment provides kinetic energy by dynamical systems such as existing tractors, and the power of existing tractor and driving pulley 18 are in transmission connection and get final product.

Claims

1. high frequency rice transplanter, it is characterized in that: it includes support, base plate, claying board, central shaft, rotating shaft, pole, the rice transplanting sleeve, seedling-distributing claw, electromagnet, storage battery and seedling dish, described base plate arranges in pairs, claying board is fixedly mounted between the paired base plate, described central shaft is fixed on the base plate by support, the rotating shaft activity is nested with on central shaft, pole on the same cross section of described rotating shaft is four and is emitting shape around being fixedly mounted in the rotating shaft, seedling-distributing claw is fixed on the front end of rice transplanting sleeve in pairs, the rice transplanting sleeve is nested with on pole, and the pole at rice transplanting cover barrel stroke two ends is provided with limited block, described electromagnet is separately fixed on each pole, and be fixedly linked by linking arm with the upper corresponding rice transplanting sleeve of each pole, the end face of described central shaft and rotating shaft is respectively arranged with the conduction ring plate, electromagnet is electrically connected by the conduction ring plate that this central shaft and rotating shaft end face arrange, described rotating shaft is counterclockwise rotates, described seedling dish is fixed on the base plate by column, offer seedling sowing hole at this seedling dish, this seedling sowing hole is corresponding with each seedling-distributing claw respectively.

2. a kind of high frequency rice transplanter according to claim 1 is characterized in that: the described minute seedling-transplanting device that is comprised of pole, rice transplanting sleeve, seedling-distributing claw and electromagnet is along six rows that axially evenly distribute of rotating shaft.

3. a kind of high frequency rice transplanter according to claim 1 and 2 is characterized in that: described seedling dish is positioned at minute seedling-transplanting device upside that is comprised of pole, rice transplanting sleeve, seedling-distributing claw and electromagnet.

4. a kind of high frequency rice transplanter according to claim 1 and 2, it is characterized in that: the described conduction ring plate that is positioned on the central shaft is curved, is provided with projection in this curved conduction ring plate lower end.

5. a kind of high frequency rice transplanter according to claim 1 and 2 is characterized in that: be installed with driving pulley on the described central shaft.