JP4995928B2 - Seeding machine - Google Patents

Description

  The present invention relates to a seeder used for agriculture and horticulture.

  Conventional agriculture includes large-scale single-variety large-scale cultivation, labor-saving cultivation with large-scale equipment related to water, fertilizer, sunshine, disease, insect control, sowing, seedling, harvesting, and year-round cultivation with facilities using electricity and fuel. Well done.

  Therefore, the purpose of the sowing machine is mainly for farmers to sow large quantities of seeds accurately and quickly sowing the seeding interval and quantity. Besides, the main purpose is large-scale cultivation by labor saving, such as reducing fatigue and interlocking with farm equipment. Many things are seen.

  As a result, many of the conventional seeders require a power source such as a suction method, vacuum method, and rotary method in order to perform stable seeding, and it is necessary to constantly put more seeds in the seeder than necessary and apply pressure. There is also.

JP 2001-0669815 A JP2004-49150

  The current social situation is that the last one is a 10 cc seed seeder from a sowing machine that seeds 1 liter by home garden boom, vegetable, fruit tree, tree owner system, rental garden, soil saturday farming of urban residents inheriting local farmland There is a need for a seeder that can accurately sow up to a grain, and a small, lightweight and inexpensive seeder that does not require a power source.

  Conventional agriculture is large-scale cultivation of single varieties with large machines, labor-saving cultivation with automation equipment and facilities, year-round cultivation of facilities using electric power and fuel, etc. The farm equipment has also been reduced in size and weight by direct seeding cultivation (not raising seedlings), mixed cultivation (drying and insect damage countermeasures), cultivation with a longer harvest period, cultivation of pest crops for pests, and the like.

  For this reason, it is desired to solve problems such as that a small amount of seeds cannot be produced with a conventional seeder, a large amount of residual amount is produced, an alignment state of seeds that fall immediately is not known, and an arrangement cannot be corrected.

  In order to solve the problem, there are a gravity method, a suction method, a vacuum method, and the like in which many seeds are put in a container to stabilize the pressure. However, if there are few seeds, sowing becomes extremely unstable.

  In the present invention, the seeds that fall now and the following fallen are separated so that the arrangement of the seeds that fall now can be seen, and if the arrangement is bad, the seeds can be sown after reworking. Continue sowing by dividing.

  In other words, it is possible to visualize the seeds that fall now by separating the seeds that are seeded now and the seeds that will be seeded next time, and it is easier to see if the upper part of the falling seeds is placed on the lens.

  By visualizing the seeds that are currently seeded, it is possible to confirm and correct the seed alignment, so that seeds can be accurately sown without gravity power.

  There are advantages such as not using gravity and power, small size and light weight, sowing even a small amount of seeds, seeing the situation of seeds before dropping, and reworking before seeding.

FIG. 1 is an exploded view of one embodiment of the present invention. FIG. 2 is an operation situation diagram of one embodiment of the present invention.

  A small amount of seeds can be manually sown exactly with the interval quantity.

In the present invention, as shown in FIG. 1, the prototype is a circular cylinder and can be an ellipse . Make it larger than the tube type placement hole. 5 Inner cylinder is 6 kinds of arrangement holes that are slightly larger than the seeds to be sown, and the thickness of 5 inner cylinder is about the size of the seeds. 5 Inner cylinder 7 The entire or upper part of the outer cylinder is made transparent or visible, and the upper part of the six kinds of arrangement holes is made into a lens shape to make it easier to see. When you want to sow multiple seeds from a single hole, enlarge the 6 inner cylinder seed placement hole and 8 outer cylinder seed hole

  Assembling completed drawing, seeds are stored in 2 seed cylinders with 1 grip in FIG. 2A, 3 seed gates are turned up, 2 seed cylinders are tilted upward, seeds are poured into 5 inner cylinders and dropped into 6 seed placement holes For the remaining seeds, tilt the 5 inner cylinder in the opposite direction, return it to the 2 seed cylinder, turn the grip, turn the 3 seed gate down and check the state of the 6 seed placement holes that stop the seeds from flowing out. For example, the 7 outer cylinders are fixed in accordance with the object to be seeded, the 1 grip is pushed in, the 6 placement holes and the 8 seed pots are aligned, and the seeds are dropped to complete the seeding.

  Turn the seed gate up and repeat the same action to expand the sowing area.

  It is widely used in home gardens, small variety cultivated farmers and rental gardens, and can also be applied to sowing seed pots.

1 Grip 2 Seed cylinder 3 Seed gate 4 Guide 5 Inner cylinder 6 Seed hole 7 Outer cylinder 8 Seed hole 9 Spring A State before sowing B State at sowing

Claims (1)

All or the upper part of the inner cylinder 5 and the outer cylinder 7 are transparent or made visible, and seed seed holes 8 are provided in the outer cylinder 7 at the same interval as the seed arrangement holes 6 of the inner cylinder 5, and seeds that have flowed out into the inner cylinder 5. Is poured into the seed placement hole 6, the seed placement hole 6 is confirmed, the seed placement hole 6 and the seed dredging hole 8 are combined, and the seed is dropped and seeded.

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