KR20230121337A - Potting apparatus - Google Patents

Abstract

Disclosed is a potting apparatus in the present invention which efficiently performs bed soil crushing, bed soil filling in a pot flowerpot, and the transfer of the pot flowerpot. The potting apparatus comprises: a pot flowerpot accommodating unit (110) which accommodates a plurality of pot flowerpots (10) compressed, overlapped and arranged in a vertical direction; a pot flowerpot injection unit (120) which is formed on an end side surface of the pot flowerpot accommodating unit (110) to fall the pot flowerpots (10) by individual unit by a self-load; a pot flowerpot transfer unit (130) which grips the pot flowerpots (10) falling from the pot flowerpot injection unit (120) by size and rotates the same to rotate and transfer the same to a bed soil injection location (B); a bed soil injection unit (140) which injects gardening bed soil with proper amounts into the pot flowerpots (10) transferred to the bed soil injection location (B); a pressurizing unit (150) which pressurizes the bed soil of the pot flowerpots (10) with a constant height; a bed soil crushing unit (160) which crushes bed soil injected from a unit bed soil bag; a chain bucket elevation unit (170) which elevates and transfers the bed soil crushed by the bed soil crushing unit (160) to the bed soil injection unit (140) by unit amount; a pot flowerpot removing unit (180) which leaves the pot flowerpots (10), rotated and transferred when the bed soil is injected by the bed soil injection unit (140), from the pot flowerpot transfer unit (130); and a conveyor (190) which sequentially conveys the pot flowerpots (10) left by the pot flowerpot removing unit (180).

Description

Potting device {POTTING APPARATUS}

The present invention efficiently performs bed soil pulverization, filling of pot pots, and transfer of pot pots, filling pot pots of various sizes with pot soil, and selectively providing pulverized bed soil for large and small use, , It relates to a potting device that enables recyclability of bed soil not filled in pot pots and enables easy lifting of unit bed soil bags.

As is well known, in order to fill a large amount of pot pots with an appropriate amount of pot soil for planting flowers, a pot bed soil filling device is being used.

As a prior art related to this, Korean Patent Publication No. 10-1822747 pot bed soil filling device has a main body 10 formed of a frame and a guide rail 21 provided on the upper part of the main body 10 to horizontally move the pot p. A port transfer device 20 including a ), a port supply device 30 provided above the first position 21a of the guide rail 21 and automatically supplying ports p to the first position 21a one by one , An upper soil discharge port 41 formed above the second position 21b of the guide rail is provided, and a certain amount of upper soil is provided to discharge through the upper soil discharge port 41, from the first position 21a to the second position 21b. Including the topsoil supply device 40 for supplying and filling an appropriate amount of topsoil into the port (p) transferred to , so that the port of the replenishment port loading table can be automatically replenished with the port loading table when the loading amount of the port is less than the standard value.

However, stable transport of the port is limited due to vibration during transport by the guide rail, and the size change operation is cumbersome by coupling or separating the inner and outer cylinders of the supplementary port loading station to load ports of various sizes.

Korean Patent Registration No. 10-1822747 (Pot bed soil filling device, 2018.02.14) Korean Registered Patent Publication No. 10-1080272 (Pot supply device and medium filling machine equipped with the same, 2011.11.09)

The technical problem to be achieved by the spirit of the present invention is to efficiently perform bed soil pulverization, filling of pot pot pots, and transfer of pot pot pots, filling pot pots of various sizes with pot soil, and crushing for large and small use. It is an object of the present invention to provide a potting device capable of selectively providing a potted bed soil, recyclable bed soil not filled in a pot pot, and easily raising a unit bed soil bag.

In order to achieve the above object, an embodiment of the present invention is a pot pot accommodating portion for accommodating a plurality of pot pots arranged in overlapping and compressed in the vertical direction; A pot pot input unit which is formed on the longitudinal side of the pot pot receiving part and drops the pot pot plants by their own weight in individual units; a pot pot transfer unit that grips and rotates the pot pot plants falling from the pot pot plant input unit according to size and rotationally transfers them to the bed soil insertion position; a top soil input unit for injecting an appropriate amount of top soil for horticulture into the pot plant pot transferred to the top soil input position; a pressure unit that presses the bed soil of the pot planter to a certain height; a bed soil pulverizer that pulverizes the bed soil introduced from the unit bed soil bag; a chain bucket lifting unit that lifts and transfers the upper soil crushed by the upper soil crushing unit to the upper soil input unit by unit amount; a pot pot remover removing the pot potted plant from the pot pot transfer part after the top soil is fed and rotated by the top soil input unit; It provides a potting device comprising a; and a conveyor for sequentially transporting the pot potted plants separated by the pot potted plant removal unit.

Here, the pot pot accommodating part, the front is open, both side plates are bent corresponding to the shape of the pot pot and are formed to surround the side surface of the pot pot, and the side plate is coupled to the rear plate to rotate hingedly to the diameter of the pot pot can evolve accordingly.

In addition, the pot pot input unit, among the plurality of pot pot plants that are compressed and overlapped, the first clip that strokes back and forth to support the upper skirt of the bottom pot plant pot, and the skirt of the lowest pot pot down in conjunction with the backward stroke of the first clip. A second clip that strokes up and down to push out, and a third clip that strokes back and forth to support the skirt of the next lowest pot plant on the lowest pot plant in conjunction with the backward stroke of the first clip, and the stroke of the first clip and the above. It may be composed of a first cylinder that slides back and forth in mutually opposite directions by interlocking the stroke of the third clip, and a second cylinder that lifts and slides the third clip in conjunction with the first cylinder.

In addition, the pot plant input unit, a first frame extending from the first clip and coupled to the first cylinder, a stroke pin that strokes back and forth a predetermined distance by the first cylinder, and extending from the third clip to the stroke It may further include a third frame sliding forward and backward by a pin, a fixed frame guiding the front and rear stroke of the stroke pin, and a coil spring interposed between the first frame and the third frame.

In addition, the pot pot transfer unit is formed to be spaced apart from the upper end of the rotation support plate and the rotation support plate having a plurality of wings for respectively supporting and supporting the fallen pot plant pots, and to grip the side of the pot plant pot by size in a scissor structure It may be composed of a grip plate, a rotary motor that sequentially rotates the pot potted plant dropping position, bedrock inputting position, potting soil pressing position, and pot potting away position by interlocking the rotating support plate and the gripping plate.

In addition, the grip plate is fastened to the first grip frame and the second grip frame, which are laminated and divided into a scissor structure, and the arc-shaped control holes of the first grip frame and the second grip frame, so as to be connected to the first grip frame. and an adjuster for adjusting the grip width of the second grip frame.

In addition, the pressurizing unit includes a disc having a hollow covering the upper end of the pot plant pot by lifting and sliding, and a cone pressing tool that presses through the hollow to form a conical groove in the central region of the pot plant pot, It can be composed of a cylinder that lifts and slides the conical pressing member.

In addition, an upper soil transfer unit may be further included at a lower end of the upper soil input unit or the pressing unit to collect residual upper soil and return the upper soil to the chain bucket elevating unit.

In addition, the bed soil grinding unit includes a receiving body for accommodating the bed soil, a cover for opening and closing the upper end of the receiving body, a crushing blade formed inside the receiving body for rotating and pulverizing the bed soil by rotation of the motor, and the chain. It may be composed of a first opening and closing opening formed on one side of the receiving body and a second opening and closing opening formed on the other side of the receiving body so as to communicate with the bucket elevation unit.

In addition, the cover includes a hook fastened to a hook formed on an upper edge of the receiving body, a safety bar coupled to the hook, and facing the hook to stroke the hook back and forth, and to bring the hook into close contact with the hook. A handle including a coil spring that elastically pulls the safety bar may be further included.

In addition, the chain bucket elevating unit includes a plurality of buckets for sequentially pumping up the upper soil supplied from the upper soil crushing unit by unit amount, chain rings coupled to left and right sides of the buckets, and upper and lower ends of the chain rings, respectively. It may be composed of a sprocket and an electric motor for rotationally driving the sprocket.

In addition, the pot pot removal unit, a separation bar for pushing the rear surface of the pot pot plant transported to the pot pot separation position by the pot plant transfer unit to the conveyor, a rotation pin for rotating the separation bar, and the rotation pin as the center It may be composed of a rotating cylinder that strokes the pressure pin back and forth to rotate the release bar.

In addition, a lift may be formed on the front surface of the upper soil pulverizer to raise the input position of the upper soil pulverizer by loading a unit upper soil bag.

According to the present invention, the pulverization of the potted soil, the filling of the potted soil, and the transfer of the potted plant are efficiently performed, and the potted pots of various sizes can be filled with potted soil, and the pulverized potting soil can be selectively provided for both large and small amounts of use. It has the effect of enabling recyclability of the potting soil not filled in the pot pot, and making it easy to raise the unit potting bag.

1 is according to the prior art
2 and 3 each show a perspective view of a potting device according to an embodiment of the present invention.
Figure 4 shows a side view of the potting device of Figure 2;
5 is a plan view of the potting device of FIG. 2;
Figure 6 shows a front view of the potting device of Figure 2;
7 to 10 are separate views of the pot pot input unit and the pot pot transfer unit of the potting device of FIG. 2 .
FIG. 11 shows a cross-sectional structure of the potting device of FIG. 2 .

Hereinafter, embodiments of the present invention having the above-described characteristics will be described in more detail with reference to the accompanying drawings.

The potting device according to an embodiment of the present invention is formed on the longitudinal side of the pot pot accommodating portion 110 and the pot pot accommodating portion 110 for accommodating a plurality of pot pot plants 10 that are compressed and overlapped in the vertical direction, The pot pot plant input unit 120 for dropping the pot flower pot 10 by its own weight by individual units, and the pot pot plant 10 falling from the pot pot plant input unit 120 is gripped and rotated by size to provide a bed soil input position (B) The pot pot transfer unit 130 that rotates and transfers the top soil to the pot plant pot transfer unit 130, the top soil input unit 140 that puts an appropriate amount of horticultural top soil into the pot plant pot 10 transferred to the top soil input position (B), and the top soil of the pot plant pot 10 at a constant level. The pressurizing unit 150 pressurizes the upper soil, the upper soil crushing unit 160 crushes the upper soil input from the unit upper soil bag, and lifts and transfers the upper soil crushed by the upper soil crushing unit 160 to the upper soil input unit 140 by unit amount. a chain bucket elevating unit 170, a pot pot plant removal unit 180 for removing the pot plant pot 10, which is rotated and transported by the bed soil input unit 140, from the pot pot plant transfer unit 130, and the pot pot plant Including the conveyor 190 for sequentially transporting the pot potted plant 10 separated by the removal unit 180, the main point is to efficiently perform bed soil pulverization, pot pot pot filling, and pot pot transfer. .

Hereinafter, with reference to FIGS. 2 to 10, the potting device having the above-described configuration will be described in detail.

First, the pot pot accommodating portion 110 accommodates a plurality of pot pots 10 arranged in a vertically compressed and overlapping manner.

Specifically, as shown in FIG. 7, the pot pot accommodating portion 110 is open to identify the amount of pot pot input, and both side plates 111 are bent corresponding to the shape of the pot pot 10. It is formed to surround the side of the pot pot 10, and the side plate 111 is hingedly coupled to the back plate 112 to be deployed according to the diameter of the pot pot 10.

Here, the deployment angle of the side plate 111 may be limited by a pair of angle adjusting spheres 113, for example. Each angle adjuster 113 may be composed of a stopper 113a in close contact with the side plate 111 and a fixture 113c for fixing the front-rear fastening position of the stopper 113a in the stopper groove 113b.

Next, the pot pot input unit 120 is formed on the longitudinal side of the pot pot accommodating part 110 to drop the pot pot plants 10 by their own weight in individual units, sequentially inserting the individual pot pot plants 10 into pot pot plants. It is provided to the transfer unit 130.

Specifically, referring to FIG. 8, the pot pot input unit 120 strokes back and forth to support the upper skirt 11a of the lowermost pot pot 11 among the plurality of pot pot plants 10 that are compressed and overlapped, so that the pot pot plant is placed at the bottom. The first clip 121 in the shape of a two-bladed fork to control the fall of (11) and formed on the upper end of the first clip 121, in conjunction with the backward stroke of the first clip 121, the lowest pot pot 11 ) The second clip 122, which up and down strokes to push the skirt of the first clip 121 downward through the space between the first clip 121, and the lowermost pot next to the lowermost pot pot 11 in conjunction with the backward stroke of the first clip 121 The stroke of the 2-blade fork-shaped third clip 123 and the first clip 121 that control the fall of the lowermost pot pot 12 by stroke back and forth to support the skirt 12a of the pot pot plant 12, and The first cylinder 124 that slides back and forth in mutually opposite directions so as to sequentially drop the stacked pot plant pots 10 by interlocking the stroke of the third clip 123 and interlocking with the first cylinder 124 It may be composed of a second cylinder 125 that lifts and slides the three clips 123.

Therefore, as shown in (a) of FIG. 9, the skirt 11a of the lowermost pot pot 11 is supported by the forward stroke of the first clip 121, and the second clip 122 moves up and waits. And, after the third clip 123 waits for a backward stroke, as shown in (b), the lowermost pot pot 11 is allowed to fall by the backward stroke of the first clip 121, 1 In conjunction with the backward stroke of the clip 121, the third clip 123 makes a forward stroke to support the skirt 12a of the subsequent lowest pot pot 12, and the second clip 122 makes a downward stroke to the lowest pot pot ( The upper skirt 11a of 11) is pushed downward to separate it from the next lowermost pot plant pot 12, so that individual pot plants can be sequentially dropped.

On the other hand, referring to FIGS. 8 and 9, for the interlocking configuration of the first clip 121, the second clip 122, and the third clip 123, the pot pot input unit 120, the first A first frame 126 extending from the clip 121 and bent and coupled to the first cylinder 124, a stroke pin 127 that strokes back and forth a certain distance by the first cylinder 124, and a third clip ( 123) and a third frame 128 that slides back and forth by the stroke pin 127, a fixed frame 129 that guides the front and rear stroke of the stroke pin 127, the first frame 126 and the third frame 128. It is composed of a coil spring (not shown) interposed between the frames 128, and when the first cylinder 124 moves the first frame 126 backward, the stroke pin 127 moves forward, so that the third frame 128 moves forward. By advancing, the third clip 123 is advanced to support the skirt 12a of the next lowermost pot pot plant 12, and the lowermost pot pot plant is lowered through the second clip 122 by the descent of the second cylinder 125. (11) can be pushed down.

Next, the pot pot transfer unit 130 grips the pot pot plants 10 that fall from the pot pot input unit 120 by size, that is, by diameter, and sequentially rotates them by 90 ° so that the upper soil input position (B) and the upper soil pressing position ( It rotates and transfers to C) and the pot pot release position (D).

Specifically, referring to FIGS. 7 and 10, the pot plant pot transfer unit 130 includes a rotating support plate 131 having a plurality of wings for respectively supporting and supporting the dropped pot plant pots 10, and a rotating support plate 131. It is formed spaced apart from the upper end of, and the grip plate 132 grips the side of the pot pot 10 by size in a scissor structure, the rotation support plate 131 and the grip plate 132 are linked to the pot pot falling position (A) ), a rotation motor 133 that sequentially rotates the bed soil insertion position (B), the bed soil pressurization position (C), and the pot pot separation position (D).

In addition, the grip plate 132 consists of the first grip frame 132a and the second grip frame 132b, which are stacked and divided up and down in a scissor structure, and the first grip frame 132a and the second grip frame 132b. It is fastened to the arc-shaped control hole 132c and is composed of an adjuster 132d for adjusting the grip width of the first grip frame 132a and the second grip frame 132b corresponding to the diameter of the pot plant 10. can

Next, referring to FIGS. 2 and 11 , the pot plant pot 140 is formed in the form of a hopper, and the pot plant pot 10 is rotated and transferred to the bed soil input position B by the pot plant pot transfer unit 130. An appropriate amount of soil for gardening provided from the bucket elevation unit 170 is dropped by its own weight and put in. Meanwhile, the upper soil input unit 140 may be configured to vibrate so that the upper soil does not adhere to the inside of the upper soil input unit 140 so that the upper soil falls smoothly.

Next, the pressing unit 150 pressurizes the top soil of the pot flower pot 10 rotated and transferred to the top soil pressing position C by the pot pot transfer unit 130 to a certain height to flatten the top soil of the pot flower pot 10. let it choose

Specifically, as shown enlarged in FIG. 6, the pressing unit 150 presses the pot pot plant pot ( It is composed of a cone presser (not shown) forming a conical groove in the central region of the bed soil of 10), a disk 151, and a cylinder 152 that lifts and slides the cone presser. A cone-shaped groove is created to facilitate planting, and the surface of the soil can be flattened by the disc 151.

On the other hand, at the lower end of the above-mentioned upper soil input unit 140 or pressing unit 150, the upper soil conveying unit collects the remaining upper soil that has fallen through the inclined plate 155a by its own weight and returns it to the chain bucket lifting unit 170. By further including 155, it is possible to recycle the soil not filled in the pot pot 10.

Next, the bed soil crushing unit 160 pulverizes the bed soil introduced from the unit bed soil bag, and provides it to the chain bucket elevating unit 170.

Specifically, referring to FIG. 11 , the upper soil grinding unit 160 includes a receiving body 161 for accommodating the upper soil, a cover 162 for opening and closing the upper end of the receiving body 161, and the receiving body 161. A pulverizing blade 163 formed inside to rotate and pulverize the soil by the rotation of the motor, a first opening/closing opening 164 formed on one side of the receiving body 161 to communicate with the chain bucket elevation 170, and It is composed of a second opening and closing opening 165 formed on the other side of the main body 161, and through the first opening and closing opening 164, a large amount of topsoil to be filled in the pot planter 10 is provided to the chain bucket elevation part 170, Through the second opening/closing opening 165, a small amount of bed soil for separate use may be provided.

On the other hand, as shown enlarged in FIG. 3, the cover 162 is coupled to the hook 162a, which is fastened to the ring 162b formed on the upper edge of the receiving body 161, and the hook 162a, and the ring 162b. A safety bar 162c that strokes the hook 162a back and forth against the ) and a coil spring (not shown) that elastically pulls the safety bar 162c so as to bring the hook 162a into close contact with the ring 162b. A handle may be further included to prevent the lid 162 from being opened when the upper soil is pulverized, and to easily open the lid 162 by pulling the safety bar 162c when the upper soil is pulverized.

In addition, although not shown, a lift formed on the front surface of the upper soil crushing unit 160 to load a unit upper soil bag and raise the input position of the upper soil crushing unit 160 with the cover 162 open, It is also possible to easily raise unit bed soil bags.

Next, the chain bucket elevating unit 170 lifts and transfers the upper soil crushed by the upper soil crushing unit 160 to the upper soil input unit 140 by unit amount.

Specifically, as shown in FIG. 11 , the chain bucket elevating unit 170 includes a plurality of buckets 171 for sequentially pumping up the upper soil supplied from the upper soil crushing unit 160 by unit amount, and the bucket 171 It consists of a pair of chainrings 172 coupled to the left and right of, sprockets 173 fastened to the upper and lower ends of the chainrings 172, respectively, and an electric motor (not shown) for rotationally driving the sprocket 173. , The upper soil supplied by the opening of the first opening/closing port 164 may be pumped up by the bucket 171 and supplied to the upper soil input unit 140 .

In addition, referring to FIG. 2 , the chain bucket elevating unit 170 may include a tension adjusting module 174 on both sides of the chain ring 172 to prevent sagging by adjusting the tension of the chain ring 172 .

Next, the pot pot remover 180 separates the pot pot 10 from the pot pot transfer unit 130 and transfers the pot pot 10 into which the top soil has been put and rotated by the pot pot pot transfer unit 140 and provided to the conveyor 190 .

Specifically, as shown in Figure 7, the pot potted plant removal unit 180, the conveyor 190, the rear surface of the potted plant 10 transferred to the potted plant separation position (D) by the potted plant transfer unit 130 The release bar 181 that is pushed out, the rotation pin 182 that rotates the release bar 181, and the pressing pin 183 to rotate the release bar 181 around the rotation pin 182 are used in a forward and backward stroke. Consisting of a rotating cylinder 184 that does, the release bar 181 by the forward stroke of the rotating cylinder 184 can push the rear surface of the pot pot 10 to be supplied to the conveyor 190.

Next, referring to FIG. 5 , the conveyor 190 sequentially transports the potted plants 10 separated by the potted plant removal unit 180 through the circular rotation of the conveyor belt.

Therefore, by the configuration of the potting device as described above, it is possible to efficiently pulverize the potting soil, fill the potted pot with potted soil, and transfer the potted pot, and fill the potting pots of various sizes with potting soil, and use a large amount or a small amount of potting soil. It is possible to selectively provide pulverized bed soil, to recycle pot soil that is not filled in pot pots, and to easily raise unit bed soil bags.

The embodiments described in this specification and the configurations shown in the drawings are only one of the most preferred embodiments of the present invention, and do not represent all of the technical spirit of the present invention, so various equivalents that can replace them at the time of this application. It should be understood that there may be waters and variations.

110: pot pot receiving part 111: side plate
112: back plate 113: angle adjusting tool
120: pot pot input unit 121: first clip
122: second clip 123: third clip
124: first cylinder 125: second cylinder
126: first frame 127: stroke pin
128: 3rd frame 129: fixed frame
130: pot pot transfer unit 131: rotation support plate
132: grip plate 133: rotation motor
140: top soil input unit 150: pressurization unit
151: disc 152: cylinder
155: top soil conveying unit 160: top soil grinding unit
161: receiving body 162: cover
163: receiving body 164: first opening and closing
165: second opening and closing opening 170: chain bucket lifting part
171: bucket 172: chainring
173: sprocket 174: tension control module
180: pot pot removal unit 181: breakaway bar
182: rotation pin 183: pressure pin
184: rotating cylinder 190: conveyor

Claims (13)

A pot pot accommodating unit for accommodating a plurality of pot pots arranged in a vertically compressed and overlapping manner;
A pot pot input unit formed on the longitudinal side of the pot pot receiving part to drop the pot pot plants by their own weight in individual units;
a pot pot transfer unit that grips and rotates the pot pot plants falling from the pot pot plant input unit according to size and rotationally transfers them to the bed soil insertion position;
a top soil input unit for injecting an appropriate amount of top soil for horticulture into the pot plant pot transferred to the top soil input position;
a pressure unit that presses the bed soil of the pot planter to a certain height;
a bed soil pulverizer that pulverizes the bed soil introduced from the unit bed soil bag;
a chain bucket lifting unit that lifts and transfers the upper soil crushed by the upper soil crushing unit to the upper soil input unit by unit amount;
a pot pot remover removing the pot potted plant from the pot pot transfer part after the top soil is fed and rotated by the top soil input unit; and
A conveyor for sequentially transporting the pot pots separated by the pot pot removal unit;
potting device.
According to claim 1,
The pot pot receiving portion,
The front side is open, and both side plates are bent corresponding to the shape of the pot planter and formed to surround the side surface of the pot planter, and the side plate is hingedly coupled to the back plate to unfold according to the diameter of the pot planter. potting device.
According to claim 1,
The pot pot input unit,
A first clip that strokes back and forth to support the upper skirt of the lowermost pot planter among a plurality of pot plants that are compressed and overlapped, and a second clip that strokes up and down to push the skirt of the lowermost pot plant downward in conjunction with the backward stroke of the first clip. A clip and a third clip that strokes forward and backward to support the skirt of the next lowermost pot pot on the lowermost pot pot in conjunction with the backward stroke of the first clip, and the stroke of the first clip and the stroke of the third clip are interlocked A potting device characterized in that it consists of a first cylinder that slides back and forth in opposite directions, and a second cylinder that lifts and slides the third clip in conjunction with the first cylinder.
According to claim 3,
The pot plant input unit includes a first frame extending from a first clip and coupled to the first cylinder, a stroke pin that strokes forward and backward by a predetermined distance by the first cylinder, and a stroke pin extending from the third clip to the stroke pin. The potting device further comprises a third frame sliding forward and backward, a fixed frame guiding the forward and backward stroke of the stroke pin, and a coil spring interposed between the first frame and the third frame.
According to claim 1,
The pot pot transfer unit,
A rotating support plate having a plurality of wings respectively supporting and supporting the fallen pot pots, a grip plate formed at an upper end of the rotating support plate and gripping the side surface of the pot planter by size in a scissor structure, the rotating support plate, and The potting device characterized in that it is composed of a rotary motor that sequentially rotates the grip plate to a pot pot dropping position, a bed soil input position, a pot pot press position, and a pot pot release position in conjunction with the grip plate.
According to claim 5,
The grip plate is fastened to the first grip frame and the second grip frame, which are laminated and divided into a scissor structure, and the arc-shaped adjustment holes of the first grip frame and the second grip frame, so that the first grip frame and the second grip frame are connected to each other. A potting device characterized in that it is composed of an adjusting tool for adjusting the grip width of the second grip frame.
According to claim 1,
The pressing part,
A disc with a hollow covering the upper end of the pot plant pot by lifting and sliding, a cone pressurizing tool that pressurizes through the hollow to form a conical groove in the central region of the soil of the pot plant pot, A potting device, characterized in that composed of a cylinder for making.
According to claim 7,
The potting device may further include an upper soil transfer unit at a lower end of the upper soil input unit or the pressing unit to collect the remaining upper soil and return the upper soil to the chain bucket elevating unit.
According to claim 1,
The top soil grinding unit,
A receiving body for accommodating the bed soil, a cover for opening and closing the upper end of the receiving body, a crushing blade formed inside the receiving body for rotating and pulverizing the bed soil by the rotation of the motor, and communicating with the elevating part of the chain bucket. A potting device, characterized in that it consists of a first opening and closing opening formed on one side of the receiving body and a second opening and closing opening formed on the other side of the receiving body.
According to claim 9,
the cover,
A hook fastened to a hook formed on an upper edge of the receiving body, a safety bar coupled to the hook and stroking the hook back and forth against the hook, and elastically gripping the safety bar to bring the hook into close contact with the hook. A potting device, characterized in that it further comprises a handle comprising a pulling coil spring.
According to claim 1,
The chain bucket elevating unit,
A plurality of buckets for sequentially pumping up the bed soil supplied from the bed soil grinding unit by unit amount, chain rings coupled to left and right sides of the buckets, sprockets fastened to upper and lower ends of the chain rings, respectively, and rotating the sprockets. A potting device, characterized in that composed of an electric motor to drive.
According to claim 1,
The pot pot removal unit,
A breakaway bar for pushing the rear surface of the pot planter transported to the pot pot release position by the pot planter transfer unit to the conveyor, a rotation pin for rotating the release bar, and a pressure pin to rotate the release bar around the rotation pin A potting device, characterized in that composed of a rotating cylinder that strokes back and forth.
According to claim 1,
The potting device further comprises a lift formed on the front surface of the upper soil pulverizer and carrying a unit upper soil bag to raise the input position of the upper soil pulverizer.