KR20130015644A - Peanut with cover function. garlic. potato. Seedling transplanter - Google Patents

Abstract

PURPOSE: A seedling transplanter with a tilling function is provided to easily put soil into the well for seeds using a shovel. CONSTITUTION: A seedling transplanter comprises a transparent transplanting pipe(6), a handle(1) which is formed with a water hose nipple on the rear end, a support stand which is formed with a one-touch water valve in the middle thereof, a working distance control plate for controlling tension and relaxation, square tongs which carry out transplantation and seeding, a soil collecting board(13), and a soil collecting shovel(12).

Description

Peanut with cover function. garlic. potato. Seedling transplanter {omitted}

(1) It is powerless.

(2) It is small in volume and light in weight.

(3) Technical cover is possible.

(4) Peanut, garlic, potato, yulmu, soybean, corn, fertilizer can be fertilized.

(5) Water hose can be connected and used, one-touch adjustment method

(6) One-touch completion of three steps of sowing, transplanting, watering, and covering by installing square transplant tongs and soil collection shovel.

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Although several seedling transplanters developed in the past are commercially available for production, they do not have the technical function of erasing the entire batch from sowing to cover, so they have always been dissatisfied with the expectation of farmers since they have stayed in fragmentary work. In addition, the conventional conical graft tongs and (sa) (figure 4) saga seedling pots are unreasonable in shape, and the blades of the tongs acting in the soil are brought into contact with each other to open and close the soil. The soil reflexes into the seedling graft to easily fill the space for seedlings or seeds to settle.

Therefore, the worker has to pierce hard enough in consideration of such a phenomenon so that the seed or pot is placed at the target depth.

Even so, there is little cover. In order to solve these difficulties, the present invention is designed to solve the above problems, so that the jaws of the graft are overlapped so that the soil does not easily flow into the graft. (12) Put the soil into the pit with elasticity to finish the cover smoothly.

In addition, the one-touch water valve is installed on the support so that it can be used effectively for the seeding planter.

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자모양의 구부린 (1)손잡이를 만들고 파이프 말미에는 텝을내어 (2)물호스 닛불을 체결하여 들어오는 물이 (5)주지지파이프를 통하여 (11)이식 4각주 바가지안으로 유도 되도록 하였으며 손잡이 바로 밑에 작업자의 손안에 쉽게 들어올 수 있는거리에 (3)작동레버를 준비하였으며 (3)작동레버의 앞쪽에는 (4)작동 거리조절 장볼트를 연결되게하고 후미에는 (18)원터치 물벨브와 연결판으로 이어지게 하고 (4)작동거리조절 장볼트 말부에는 (9)작동조절판이 (8)작동조절낫트로 달려있으면서 작업자의 장력을 (10)작동걸쇠에 연결해주고 또한 (14)작동연결판을 통하여 (11)이식기 사각주바가지 내부에 구성한

자형태의 (13)복토흙 모음판의 5 형상의 날개가 앞으로 밀고나가게 하면서 그곳의 흙을 전방으로 끌어서 전후로 탄성이 있는 (12)복토삽 안쪽으로 밀어모아 준다. (이러한 작동은 작업자가 미리 심고자하는 모종이나 종자를 (6)종자 모종이식 투명파이프를 통하여 (11)이식사각주 바가지 최하부에 도착시켜 놓은 상황에서 본 고안의 이식기를 목적하는 지점에 투삽하고난 직후에 실시하는 것이다.) 이후에 작업자는 이식기 전체를 들어올리면서 동시에 잡고있든 (3)작동레버를 놓게되며 (13)복토 흙모음판은 원위치로 복귀하게 되고 (12)복토삽안에 잡혀있든 흙이 (11)이식사각주 바가지가 낸 홈속의 종자나 모종위에 쏟아지면서 복토를 이루는 것이다. 복토되는 흙의량은 작업자가 조절할 수도 있지만 (11)이식사각주 바가지가 바닥에 남긴 홈의 공간에 80％～90％정도로 채워지도록 고안되었고 이런 결과는 고안자가 수많은 실험을 통하여 얻은것이며 이렇게 복토가 되도록 한다고 하여 종래의 이식기에 비하여 이중적 동작을 하지 않을뿐드러 원터치로서 물주기. 파종. 이식. 복토까지 마무리 짓는것이다. 또한 (도면4)의 (가)와 (나)에서 보는바와 같이 종래의 원추형 이식기의 집게와 새로고안된 사각이식기 집게와 도시하여 비교하고 있는바 원추형 집게는 잇빨이 맞닿음으로 이루어져 있어서 작동시에 레버를 조금만 닿겨도 하부에서 최상부까지 삼각형으로 벌어짐으로서 마른흙이나 모래가 금시에 안으로 밀려들어가서 (도면4)의 (나)에서 보느바와 같이 종자A가 위로 솟구쳐서 콩종류조차도 복토가 잘되지 않고있어서 농민들로부터 많은 불평을 받은것이 실상이다. 그러나 (도면4)의 (가)에서 보는바와 같이 새로 고안된 이식기 집게는 사각겹치기 집게로서 초기 작동시에는 흙이 집게안으로 밀려들 수 가 없어서 종자B는 목적한 깊이에 그대로 유지되어 안정적 파종을 할 수 있다. 또 양쪽 그림에서 턱을 계속 벌린경우 (나)에서는 G의 흙이 죄측으로 수평 이동을 하여 파종홈이 헤벌어짐으로 되지만 (가)의 경우에는 G부분의 흙이 (12)복토삽에 갇이면서 상승하였다가 파종홈을 되메우기 하게된다. 모든 작물의 모종폿트는 사각형으로 이식기 집게는 원추형 보다는 사각 사다리꼴이 안정적이다.The present invention (design) is a non-powered yet concise structure as shown in (Fig. 1) (5) water injection and the top of the main pipe

The bent in the shape of (1) the handle is made and a tap is made at the end of the pipe (2) the water hose nibble is fastened so that the incoming water (5) is guided through the main support pipe (11) into the transplanted four-foot gourd. (3) Prepare the operating lever at a distance that can easily be held in the operator's hand, (3) Connect the operating bolt to the front of the operating lever, and (4) Connect the length adjusting bolt to the rear and (18) to the one-touch water valve and connecting plate. (4) Working distance adjustment At the end of the long bolt, (9) The operation control plate (8) The operation control nut is connected and the operator's tension is connected to (10) the operation latch and (14) through the operation connection plate (11) Configured inside the implanter square bar

The five- shaped wings of the (13) clay soil collection board in the shape of a child are pushed forward, and the soil is pulled forward and pushed back and forth into the elastic (12) clay shovel. (This operation is performed immediately after inserting the seedlings or seeds which the operator wishes to plant in advance to the bottom of the transplanting graft of the present invention in the situation where the seedling seedlings are brought to the bottom of the graft liquor bar through the transparent pipe (11). Afterwards, the operator lifts the entire implant and grasps it at the same time (3) or releases the operating lever (13) The soil cover is returned to its original position (12) It is formed by pouring on the seed or seedling in the groove made by the transplant bar gourd. Although the amount of soil to be covered can be controlled by the worker, (11) it is designed to fill 80% to 90% of the space left by the graft gourds on the floor. By doing so, it does not perform double operation compared to the conventional implanter, and waters it as one-touch. sowing. transplantation. It is to finish the cover. In addition, as shown in (A) and (B) of (Fig. 4), the conventional conical implant forceps and the newly designed square transplanter forceps are shown and compared. Even if it touches a little, it spreads in a triangle from the bottom to the top, so that dry soil or sand is pushed in at a moment, and as shown in (b) of (b), seed A soars upward, so even bean varieties are not covered well. It is true that they have received many complaints from the people. However, as shown in (A) of Figure 4, the newly designed implant tongs are square overlapping tongs, and soil B cannot be pushed into the tongs during the initial operation so that seed B remains at the desired depth for stable sowing. have. In the case where the jaws are opened in both figures (B), the soil of G moves horizontally to the sinus side, so that the seeding groove is made thin, but in case of (A), the soil of G part is trapped in the (12) cover shovel and rises. Then, the seeding groove is filled back. Seedling pots of all crops are square, and the graft tongs are more square trapezoidal than conical.

Reduced labor shortages. Improving Agricultural Productivity. Job creation

(1) handle
(2) water hose
(3) Operation lever
(4) Working distance adjusting bolt
(5) Water injection and support pipe
(6) seeds. Seedling Transparency Pipe
(7) hold the graft pipe
(8) Operation control nat
(9) Operation control panel
(10) operation latch
(11) transplanted barbecue gourd
(12) cover shovel
(13) cover soil collection board
(14) Operation connecting plate
(15) Drain in the Graft Graft Bar
(16) Support pipe connection
(17) tension spring
(18) One Touch Water Valve

Claims (9)

A technique for cutting seedlings or seeds through a transparent transplant pipe. Water hose technology is installed on the back of the handle, watering technology. Technology that installs one-touch water valve in the middle of support and supplies water properly. The technology to install the working distance control panel and to adjust the tension and relaxation as a nat. Overlapping rectangular tongs, technology that facilitates transplantation and seed sowing while clogging soil. A technique of collecting soil by installing a 5 shape soil cover plate. The technology to complete the cover by installing the elastic type shovel. The technique of dismounting the cover shovel as necessary to adjust the depth. A soil shovel and a soil collection plate are installed on a square transplant forceps. Overall technology for completing sowing cover. .

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