KR100468411B1 - Manure and Seed Syringe - Google Patents

Abstract

PURPOSE: A manure and seed syringe is provided to allow a user to firstly put a manure or seed into the soil according to a dropping movement of the syringe and then, to secondly cover the dug soil thereonto again using a rotation wing according to a raising movement thereof. CONSTITUTION: A planting equipment with the manure and seed syringe includes: a pouring device, having an upper opening to be selectively input with a manure or seed, a cover for the opening, and a storage tank which has a supply outlet on its bottom, corresponding to the opening; an outer tube, temporarily storing the manure or seed, supplied from the storage tank; a syringe, arranged inside the outer tube and having a feeder for putting the manure or seed into the soil; wherein the storage tank has a bottom of a funnel shape so as to smoothly feed the manure or seed to the supply outlet. The outer tube of the syringe includes: a cover(132); an upper outer tube(134); an intermediate outer tube(136); a lower outer tube(138); and an inputting member(140).

Description

Fertilizer and Seed Injector {Manure and Seed Syringe}

The present invention relates to an injector for sowing fertilizers or seeds, and more particularly to a fertilizer or seed injector capable of injecting fertilizers or seeds into the ground to a certain depth and covering the soil.

Conventionally, fertilizers or seeds (seeds) were placed in containers, and farmers carried them by hand while holding and spraying a bunch of hands, which was harmful to the human body and had a bad effect on skin or health. .

In order to improve the above problems, one of the prior art "fertilizer seed injector" has been registered Korean Utility Publication No. 20-0296914 (registration date: November 22, 2002).

1 is a cross-sectional view of a conventional fertilizer seed injector. A conventional injector is described as follows.

First, as shown in FIG. 1, the injector is inserted into the soil and pulls the lever 2 of the handle 1 to open the switch 12 connected to the connecting rod 4, whereby fertilizer or seed is injected. Then, the lever (2) is returned to its original position by the spring (8) and the fertilizer or seed is supplied from the tube (7) connected to the connector (6) of the body (5) and the switch (12) through the input pipe (11) Is delivered to.

The spring 8 can adjust the strength of the elasticity by the elastic adjustment ring 10, the control plate 13 can adjust the amount of fertilizer or seed supplied.

However, the conventional injector is to be able to inject fertilizer or seeds by first plugging the handle to the ground and the second lever to inject the fertilizer or seed, there was a structural inconvenience because the second operation to inject the fertilizer or seed.

In addition, the amount of fertilizer or seed is controlled by adjusting the interval of the throttle plate, but since the throttle plate is always open, the fertilizer or seeds are filled in the inner space of the input tube so that the amount of fertilizer or seeds is injected into the ground. There was a difficult problem.

The present invention has been made to solve the problems of the prior art, the object of the present invention is to inject the fertilizer or seed into the ground by the primary lowering operation of the injector, the soil dug by the secondary lifting operation to the rotary wing It is to provide a fertilizer and seed injector that can be refilled by.

1 is a cross-sectional view of a conventional seed injector,

Figure 2 is a perspective view of the injector and reservoir of the present invention,

3 is an exploded perspective view of the injector of the present invention,

4 to 7 is a cross-sectional view showing a state of use of the present invention.

<Description of Symbols for Major Parts of Drawings>

100: injection device 110: reservoir

120: injector 130: outer cylinder

134: upper outer cylinder 136: intermediate outer cylinder

138: lower outer cylinder 140: input member

150: supply unit 152: push shaft

154: guide block 155: first spring

156: supply shaft 158: supply member

159: intermediate support member 160: second spring

162: seed manure member 163: push rod

166: guide member 167: third spring

170: tube 172: lever

180: Bolt

The present invention for realizing the object of the present invention is an injection device for injecting fertilizer or seed into the ground, the opening is formed in the upper portion so that the fertilizer or seed is selectively stored, the opening is opened and closed by a lid, An injection device formed of a reservoir having a supply hole formed in a bottom surface of the reservoir corresponding to the opening; An outer cylinder portion for temporarily storing fertilizer and seeds supplied from the reservoir; An injector which is installed inside the outer cylinder part and comprises a supply part for injecting fertilizer or seeds; The reservoir is a conventional injection device for injecting fertilizer and seeds into the ground, characterized in that the bottom surface is formed in a funnel shape so that the fertilizer or seeds can be smoothly supplied to the supply port, the outer cylinder portion of the injector A cover with a cover hole formed therein; Is installed in the lower part of the cover, The upper outer cylinder is formed with a guide groove of the shape; The middle outer passage is installed in the lower portion of the upper outer cylinder; The lower outer passage is installed in the lower portion of the intermediate outer cylinder; Consists of an input member installed in the lower portion of the lower outer cylinder.

The input member is a plurality of pieces that are spread and retracted in the lower portion; It is formed on the outer side of the piece is composed of a rotary wing that can cover the soil.

A feed shaft of the injector, which is inserted into a cover hole of the cover and which may be further provided with a handle; A guide block integrated with the push shaft and provided with a guide pin guided to the guide groove of the upper outer cylinder; A first spring installed between the cover and the guide block to support the guide block downward; A supply member integrally formed with a lower portion of the supply shaft positioned below the guide block and having a seed space formed to supply fertilizer or seeds; An intermediate support member installed on the upper portion of the intermediate outer cylinder to guide the supply shaft and prevent backflow of fertilizer or seeds; A second spring installed between the guide block and the intermediate support member to support the guide block upward; and a seed manure member installed below the intermediate outer cylinder to guide only the seed in the seed space while guiding the supply member; ; A push rod connected to a lower portion of the supply member and capable of pushing a fertilizer or seed positioned in the input member by the lowering of the supply member; A guide member installed in the lower outer cylinder and guiding the movement of the push rod; A third spring is installed between the supply member and the guide member to elastically support the supply member.

The push rod has a first inclined surface capable of primarily pushing a piece of the input member to the outside; A second inclined surface that is secondly pushed is formed after the first inclined surface.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the drawings.

Figure 2 is a perspective view of the injector and the reservoir of the present invention, Figure 3 is an exploded perspective view of the injector of the present invention, Figure 4 to Figure 7 is a cross-sectional view showing a state of use of the present invention.

As shown in FIG. 2, the injection device 100 of the present invention includes a reservoir 110 capable of selectively storing fertilizer or seeds, and an injector capable of injecting fertilizer or seeds supplied from the reservoir 110. 120).

The reservoir 110 has an opening 111 formed at an upper portion thereof to selectively store fertilizer or seeds, and the opening 111 is opened and closed by a lid 112 and corresponds to the opening 111. The supply port 113 is formed in the bottom surface of 110.

The shape of the bottom surface on which the supply port 113 is formed is formed in a funnel shape so that fertilizer or seeds can be smoothly supplied to the supply port 113.

One end of the tube 170 capable of supplying fertilizer or seeds is connected to the supply port 113, and the other end of the tube 170 is connected to the outer cylinder 130, and the tube 170 is connected to the supply port 113. ) Is preferably installed to rotate 360 °, the pipe 170 is preferably a corrugated pipe. In addition, the reservoir 110 is provided with a shoulder strap 114, the user can be carried on the shoulder.

As shown in FIG. 3, the injector 120 is largely composed of an outer cylinder 130 and a supply unit 150 which is installed to be liftable inside the outer cylinder 130.

The outer cylinder portion 130 has a cover 132 having a cover hole 131 formed thereon, an upper outer cylinder 134 formed with a guide groove 133 is installed at the lower portion of the cover 132, the upper outer cylinder An intermediate outer cylinder 136 is installed at a lower portion of the 134, and a lower outer cylinder 138 installed at a lower portion of the intermediate outer cylinder 136 is installed, and an input member 140 installed at a lower portion of the lower outer cylinder 138. ) Is installed.

Each cover 132, the upper outer cylinder 134, the intermediate outer cylinder 136, the lower outer cylinder 138 and the input member 140 are each screwed in a vertical position.

The guide groove 133 is formed of an oblique section and a vertical section " "In shape.

The input member 140 is formed with a plurality of pieces 142 to be opened and retracted in the lower portion, is formed on the outer side of the piece 142 is formed a rotary wing 144 that can cover the soil. .

The supply unit 150 is inserted into the cover hole 131 of the cover 132, the push shaft 152, the handle 151 can be further installed, integral with the push shaft 152 and the upper outer cylinder A guide block 154 in which a guide pin 153 is installed to be guided to the guide groove 133 of 134 is installed in the upper outer cylinder 134, and between the cover 132 and the guide block 154. A first spring 155 is installed to support the guide block 154 downwardly, and the seed space 157 is integrated into the lower portion of the supply shaft 156 to supply fertilizer or seeds to the lower portion of the guide block 154. The formed supply member 158 is positioned, the intermediate support member 159 is installed on the upper portion of the intermediate outer cylinder 136 to guide the supply shaft 156 to prevent backflow of fertilizer or seeds, the guide block The guide block 154 is supported upward between the 154 and the intermediate support member 159. The second spring 160 is installed, the seed filter member 162 is installed at the lower portion of the intermediate outer cylinder 136 to guide only the seed of the seed space 157 while guiding the supply member 158, The lower portion of the supply member 158 is coupled to the push rod 163 that can push the fertilizer or seed located in the input member 140 by the lowering of the supply member 158, the lower outer cylinder 138 is a push rod 163 Guide member 166 is installed to guide the movement of the third spring 167 between the supply member 158 and the guide member 166 elastically supporting the supply member 158 corrugated pipe 161 ) Are piled up and installed.

Since the handle 151 has a screw thread formed at a lower portion thereof, the handle 151 is screwed with the push shaft 152, and a plurality of handles 151 may be coupled according to a user's intention.

Upper and lower portions of the intermediate outer cylinder 136 are provided with an intermediate support member 159 and a seed manure member 162, and the lower outer cylinder 138 is provided with a guide member 166 by bolts 180, respectively.

One side of the intermediate outer cylinder 136 is provided with a lever 172 may be provided with a fertilizer or seed from the reservoir 110.

The seed manure member 162 is formed with an inclined surface toward the center so that the fertilizer or seeds are collected in the center.

The seed space 157 is provided with a supply member 158 formed in various sizes, so that a small space is sesame, a medium space is a bean, and a large space is preferably a fertilizer.

The push rod 163 is formed with a first inclined surface 168 for first pushing the piece 142 of the input member 140 to the outside, the first inclined surface (168) below the first inclined surface (168) 168 is followed by a second inclined surface 169 that can push the piece 142 secondarily.

Hereinafter, the operation description of the present invention is as follows.

Figure 4 is a view showing a state of use of the first fertilizer is injected, Figure 5 is a cross-sectional view showing a state in which the seed is supplied to the upper portion of the input member by the lowering operation of the push shaft, Figure 6 is a lifting operation of the push shaft A cross-sectional view showing a use state in which seeds placed on the top of the input member are moved to the bottom of the input member, and FIG. 7 is a cross-sectional view showing a use state in which seeds placed on the bottom of the input member are introduced into the soil.

First, as shown in FIG. 2, the reservoir 110 is filled with a certain amount of fertilizer or seeds, and the tube 170 is connected to the outer cylinder 130. When the lever 172 is opened, the fertilizer or seed is supplied to the inside of the intermediate outer tube 136 through the tube 170.

As shown in FIGS. 4 to 7, the fertilizer or seed located in the seed manure member 162 of the intermediate barrel 136 grabs the handle 151 and lowers the push shaft 152 for the first time. 158 by the fertilizer or seed passes through the side of the guide member 166 in the outer barrel 136 is located on top of the input member 140.

Then, when the push shaft 152 is raised and lowered, the fertilizer or seed is positioned below the input member 140.

In the above process, the first and second springs 155 and 160 positioned above and below the guide block 154 always support the guide block 154 up and down so that the guide block 154 is a guide groove 133. It is located in the middle of the diagonal section and vertical section.

The lowering operation of the push shaft 152 is when the user inserts the handle 151 to the ground in the state that the guide pin 153 of the guide block 154 is located in the middle of the guide groove 133, the outer cylinder portion 130 Digging deep into the ground. Subsequently, as the guide pin 153 is positioned at the end of the vertical section of the guide groove 133 by the lowering operation of the push shaft 152, the pusher 163 opens the plurality of pieces 142 and fertilizer or seeds. Is injected into the soil.

In addition, the lifting operation of the push shaft 152 lifts the handle 151 to raise the push rod 163 so that the plurality of pieces 142, which are opened by this, is lifted, and the upper outer cylinder 134 The outer cylinder portion 130 is rotated in the inclined direction of the guide groove 133 with the shaft of the push shaft 152 by the guide pin 153 installed in the guide groove 133 of the.

At this time, while the rotary blade 144 formed on the outside of the piece 142 is rotated to push the soil dug by the piece 142, whereby the soil is back filled with the dug.

On the other hand, when you want to double the amount of fertilizer or seed in one place, the handle 151 is raised and lowered twice in a state where the outer cylinder 130 is plugged into the ground.

As described above, the user can input the fertilizer or seeds to the ground by simply holding the handle 151 and repeatedly inserting and removing the desired land.

Although the preferred embodiments of the present invention have been described in detail above, those of ordinary skill in the art to which the present invention pertains may implement the present invention by various modifications or design changes without departing from the scope of the claims. In case it is regarded as the scope of the present invention.

As described above, according to the present invention, the fertilizer or the seed is injected into the ground by the primary lowering operation of the injector, and the soil dug by the secondary lifting operation can be refilled by the rotary blades.

In addition, the present invention has the advantage that the fertilizer is injected directly into the ground, which is not washed out by the oxidative evaporation and rain water of the fertilizer.

Claims (7)

delete delete An injection device formed at an upper portion of the fertilizer or seed so as to be selectively stored, the opening being opened and closed by a lid and formed of a reservoir having a supply port formed at a bottom of the reservoir corresponding to the opening; An outer cylinder portion for temporarily storing fertilizer and seeds supplied from the reservoir; An injector which is installed inside the outer cylinder part and comprises a supply part for injecting fertilizer or seeds; In the reservoir is an injection device for injecting fertilizer and seeds into the ground, characterized in that the bottom is formed in a funnel shape so that the fertilizer or seeds can be smoothly supplied to the supply port, The outer cylinder part 130 of the injector 120 includes a cover 132 having a cover hole 131 formed thereon; An upper outer cylinder 134 installed below the cover 132 and having a guide groove 133 formed thereon; An intermediate outer cylinder 136 installed below the upper outer cylinder 134; A lower outer cylinder 138 installed below the intermediate outer cylinder 136; Consists of the input member 140 is installed in the lower portion of the lower outer cylinder 138, The input member 140 is a fertilizer, characterized in that consisting of a plurality of pieces 142 that are spread and retracted in the lower portion, and a rotary blade 144 formed on the outside of the piece 142 to cover the soil And seed injectors. The method of claim 3, wherein the guide groove 133 is " Fertilizer and seed injector, characterized in that formed in the shape. delete delete The method of claim 3, wherein the supply unit 150 of the injector 120 is inserted into the cover hole 131 of the cover 132 and the push shaft 152, the handle 151 may be further installed; A guide block 154 integrated with the push shaft 152 and provided with a guide pin 153 guided to the guide groove 133 of the upper outer cylinder 134; A first spring 155 installed between the cover 132 and the guide block 154 to support the guide block 154 downward; A supply member 158 integrated with a lower portion of the supply shaft 156 positioned below the guide block 154 and having a seed space 157 formed to supply a stock or a seed; An intermediate support member 159 provided on the upper portion of the intermediate outer cylinder 136 to guide the supply shaft 156 to prevent backflow of fertilizer or seeds; A second spring 160 installed between the guide block 154 and the intermediate support member 159 to support the guide block 154 upward; A seed filter member 162 installed at a lower portion of the intermediate outer cylinder 136 to guide only the seed of the seed space 157 while guiding the supply member 158; A push rod 163 connected to the lower portion of the supply member 158 so as to push fertilizer or seeds located in the input member 140 by the lowering of the supply member 158; A guide member 166 installed at the lower outer cylinder 138 to guide movement of the push rod 163; The third spring 167 is installed between the supply member 158 and the guide member 166 to elastically support the supply member 158, and the push rod 163 is the input member 140. The first inclined surface 168 which can push the piece 142 of the surface outwardly, Fertilizer and seed injector, characterized in that the second inclined surface (169) is formed to be pushed second after the first inclined surface (168).