KR102632707B1 - A Seed Kit - Google Patents

Abstract

The present invention improves the overall structure of the kit into a bag-like form, making it extremely easy to carry and store, and furthermore, safely stores the capsules containing the seeds, but also maintains the condition of the seeds filled in the seed capsules without taking out the stored seed capsules. Seeds for vegetation and ecology observation tools that maximize convenience of use and efficiency due to ease of handling, use, maintenance, and repair resulting from a structure that is differentiated from existing ones, including intuitive grasp of information on vegetation and ecology. It relates to a kit, comprising: a case 100 in which a receiving portion 110 having a hollow interior and a cover body 120 for shielding the receiving portion are integrally assembled; and a plurality of seed capsules (S ) are mounted individually, and are composed of a support 200 that guides the seeds to be placed in an independent space so that the varieties of individual seeds stored in each seed capsule can be intuitively identified.

Description

Seed kit for vegetation and ecology observation materials {A Seed Kit}

The present invention relates to a teaching kit that can observe the vegetation and ecology of seeds by variety. More specifically, the overall structure of the kit has been actively improved to make it extremely easy to carry and store, as well as to make individual capsules containing seeds independent. It is stored efficiently and safely, but is differentiated from existing ones by displaying the individual seed capsules externally in a form that can be inserted and held, allowing the user to intuitively determine the status of each seed filled in the seed capsule and information such as vegetation and ecology with the naked eye. This is about a seed kit for vegetation and ecology observation tools that maximizes convenience of use and efficiency due to the ease of handling, use, maintenance, and repair that comes from the structure.

In general, seed kits consist of a case to safely store seeds packed in packs for selling and transporting seeds. These cases are available in either plastic or paper packaging, and are generally hollow inside to accommodate packs filled with seeds.

Recently, cases have been improved and sold on the market so that they can be used as flower pots for germinating seeds, beyond simple packaging purposes.

For example, Public Utility Model Publication No. 20-2011-0002849, “Commercial Sprout Cultivation Kit,” is published, and the technology allows one to easily purchase various sprout cultivation kit products on the market and to grow seeds on the kit itself. The packaging format has been simplified, and the packaging bag can replace a cultivation container, and it is a culture kit that allows sprout cultivation with a single water supply.

The culture kit puts an oxygen absorber in a seed bag made of an aluminum-coated bag to suppress the growth of rice bugs, molds, and bacteria, while maintaining the vitality and moisture content of the seed appropriately, so that the germination process takes place quickly after opening, and the culture soil contains moisture. It is made up of coco peat, peat moss, perlite, zeolite, red clay, and natural nutrients to help the seeds grow well while being stored for a long time. When the product packaging is cut, it can be used as a cultivation container, and simply pour water according to the indicated line without additional moisture supply. A feature of this product is that the amount of soil and water supplied can be indicated separately depending on the type of seed, such as enabling sprout cultivation.

Meanwhile, kits that store seeds and selectively germinate them to grow plants are also provided, and such prior art is published in Patent Publication No. 10-2023-0045166, “Plant Cultivation Apparatus.”

The prior art is a plant cultivation device that includes a tray provided in a cultivation space and on which plants are grown. In particular, the tray includes a tray basket that accommodates water or a nutrient solution; and a tray that is seated on the tray basket and has at least one removable portion formed through it. It consists of a cover, and the kit is stored and accommodated in the detachable part, and the kit is provided with at least one pot kit in which plants are planted, a capsule kit in which a capsule containing seeds is combined, or a seedling plate in which seeds are germinated.

As described above, kits that can safely transport and store seeds, selectively germinate them, and easily manage them are being continuously developed, and kits that have completed development are being manufactured and sold.

However, it is rare for seed kits to be developed and manufactured for professional teaching purposes, and even when developed, they are difficult to transport or store, and their practicality is also very low. Therefore, there is an urgent need for the development of a seed kit that is easy to transport and store, and can easily convey the status of stored seeds and information about the seeds.

Public Utility Model Publication No. 20-2011-0002849 “Commercial Sprout Culture Kit” Publication of Patent No. 10-2023-0045166 “Plant cultivation device”

The present invention was created to more actively solve the above-mentioned problems, and the main problem is to develop and provide a seed kit for educational purposes so that seed information can be effectively transmitted by moving to various places.

In addition, another problem of the present invention is to provide a seed kit that can safely transport and store seeds.

In addition, another problem of the present invention is to provide a seed kit that fills a capsule with a set shape and stores it safely, but also allows the state of the seeds filled in the capsule to be intuitively determined without opening the capsule.

In addition, the present invention provides a seed kit that has extremely excellent manufacturing and production efficiency, is easy to transport and store due to its lightness and cushioning, and can be disposed of without burden if its function as a kit is lost. It is a problem to be solved.

In order to achieve the above-mentioned problem, the configuration proposed by the present invention is as follows.

The seed kit of the present invention includes a case 100 in which a receiving portion 110 having a hollow interior and a cover body 120 for shielding the receiving portion are integrally assembled; a plurality of seed capsules ( S) is mounted individually, and is characterized by being composed of a support 200 that guides the mounting in an independent space so that the variety of the individual seed stored in each seed capsule can be intuitively identified.

In addition, the receiving portion 110 includes a support portion 111 of a set shape on which the support 200 is seated and supported; a front portion 112 bent at a right angle at the front of the support portion; and a rear portion bent at a right angle at the rear of the support portion. (113); and, side portions 114 bent at right angles on both sides of the support portion; and, while coupled to the front portion, a handle 115 that penetrates the cover body 200 and is exposed to the outside to allow the user to hold it; Includes.

In addition, the side portion 114 includes a first side portion 114-1 that is bent at a right angle on the side of the support portion 111 to form a wall; and a second side portion that is folded inward from the first side portion and overlaps the first side portion. (114-2); Includes.

In addition, the cover body 120 includes a blocking portion 121 that is bent at a right angle on one side of the receiving portion 110 and is made of a plane corresponding to the support portion 111 of the receiving portion; It includes an overlapping portion 122 that overlaps the portion 112; and a wing portion 123 that is bent at right angles on both sides of the blocking portion and overlaps the inside of the side portion 114 of the receiving portion.

In addition, the overlapping portion 122 includes a fitting piece 122-1 extending from both sides and folded at a right angle, and the fitting piece 122-1 allows the cover body 120 to shield the receiving portion 110. In one state, it is inserted into the space between the first side portion 114-1 and the second side portion 114-2 of the receiving portion to temporarily restrain the cover body to the receiving portion.

In addition, the support 200 includes a mounting portion 210 made of a flat surface with a set area; and each side of the mounting portion is bent downward at a right angle to space the mounting portion from the support portion 111 of the receiving portion 110 at a set height. Includes standing wings (220).

In addition, the mounting portion 210 has a plurality of mounting holes 211 that penetrate up and down to individually support the seed capsules (S) vertically; and seed capsules to intuitively guide the variety of the seed capsule stored in each mounting hole. Includes a description unit 212 that provides a space to write the variety.

On the other hand, the mounting hole 211 includes a cut part 211-1 formed at a set length on one side, and the cut part 211-1 is cut by the user's selection to form a vertically placed seed capsule (S) It further includes contributing to expanding the observation range of the seeds stored in the seed capsule by inducing external exposure of the seed capsule inserted into the mounting hole by tilting and mounting it in the incised space.

In addition, the mounting hole 211 forms a cushion portion 211-2 having a certain elasticity by bending the mounting portion 210 on both sides based on the cut portion 211-1, and the cushion portion 211-2 (211-2) further includes contributing to improving the support capacity of the seed capsule (S) tilted and mounted on the cutout portion (211-1) and suppressing vibration that occurs during transportation.

On the other hand, the support 200 includes an auxiliary support 230 disposed between the receiving part 110 and the support 200 to support the lower side of the seed capsule (S), and the auxiliary support 230 is located at the front A handle 115 that penetrates the receiving part 110 and is exposed to the outside is provided so that the front and rear positions are variable depending on the user's operation using the handle, and the seed capsule is tilted at a set angle according to the moved position and stored in the seed capsule. It further includes expanding the observation range of seeds.

According to the present invention, which consists of the above-described configuration, as each seed is filled into each capsule, mixing is prevented and stored safely, and the supporter individually accommodates and supports the seed capsules, thereby eliminating the problem of the capsules colliding with each other and being damaged during transportation. It is fundamentally preventable, and as the support is safely housed in a case equipped with a handle, it has the advantage of being able to move to various places and effectively convey information about the seed.

In addition, the present invention allows the state of the seeds filled in the seed capsule to be effectively observed without removing the seed capsule from the case as a part of the seed capsule is exposed to the outside of the support while the seed capsule is safely mounted on the support. It has an excellent advantage as a teaching aid because you can immediately receive information about the seeds filled in each seed capsule through the information section provided.

In addition, the present invention has extremely excellent manufacturing and production efficiency due to the fact that all components except the seed capsule are made of paper and are folded to form a case, and are easy to transport and store due to lightness and cushioning, and can be used as a kit. It is very effective as it can be disposed of without burden if its function is lost.

Figures 1 and 2 are perspective views of a seed kit constructed according to a preferred embodiment of the present invention.
Figure 3 is an exploded perspective view of the seed kit proposed by the present invention.
Figures 4 and 5 are development diagrams of the seed kit proposed by the present invention.
Figures 6 to 8 are diagrams showing the state of use of the seed kit proposed by the present invention.

Hereinafter, the configuration of the present invention and its operations and effects will be described collectively with reference to the accompanying drawings.

The advantages and features of the present invention and methods for achieving them will become clear by referring to the embodiments described in detail below along with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, and may be implemented in various different forms. The present embodiments are merely provided to ensure that the disclosure of the present invention is complete, and are provided by those skilled in the art in the technical field to which the present invention pertains. It is provided to fully inform those who have the scope of the invention, and the present invention is only defined by the scope of the claims. In addition, the same reference numerals refer to the same elements throughout the specification.

The present invention relates to a kit for teaching aids that can observe the vegetation and ecology of seeds by variety.

Above all, the present invention improves the overall structure of the kit into a bag-like form, making it extremely easy to carry and store, and furthermore, it safely stores the capsules containing the seeds and allows the seeds filled in the seed capsules to be stored without removing the stored seed capsules. Vegetation and ecology observation tool that maximizes convenience and efficiency of use due to ease of handling, use, maintenance, and repair resulting from its differentiated structure from existing structures, including the ability to intuitively grasp information such as status, vegetation, and ecology. Please note that this is related to the dragon seed kit.

Figures 1 and 2 are a perspective view of a seed kit constructed according to a preferred embodiment of the present invention, Figure 3 is an exploded perspective view of the seed kit proposed by the present invention, and Figures 4 and 5 are a seed kit proposed by the present invention. It is a development diagram, and Figures 6 to 8 are diagrams of the state of use of the seed kit proposed by the present invention.

The seed kit proposed by the present invention includes a plurality of seed capsules (S) for accommodating seeds for each variety, a supporter (200) for individually holding and supporting the seed capsules; and a supporter that accommodates the support and allows the user to easily carry it. It consists of a case 100 provided in the form of a bag.

The seed capsule (S) is made in the form of a test tube and consists of a tube body that accommodates a set amount of seeds; and a cover that shields the upper part of the tube body. The tube body has a set diameter and a set height, and may be made of a transparent plastic material or glass material so that the state of the seeds filled inside can be observed without opening the cover.

The tube body and the cover are tightly coupled to each other to exert a set level of sealing force, so that the contained seeds are safely stored for a long period of time.

The case 100 is manufactured in the form of a bag by folding cardboard several times, and is composed of a receiving portion 110 having a hollow interior and a cover body 120 that shields the receiving portion.

The receiving portion 110 includes a support portion 111 that becomes the floor surface with the hollow interior facing upward when the case 100 is placed on the floor and the cover body 120 is opened. And, the front wall of the support portion. It is composed of a front part 112, which becomes the back wall of the support part, and a rear part 113, which becomes the rear wall of the support part; and a side part 114, which becomes the left and right sides walls of the support part, and is installed on the front part here to help the user's grip. It may be configured to include a guiding handle 115.

The support part 111 is made of a plate of a set shape with a set area, and the front part 112 is formed to extend from the front of the support to a width corresponding to the horizontal width of the support and is bent upward at a right angle from the front of the support. forming a wall for the front, and the rear portion 113 is formed to extend from the rear of the support to a width corresponding to the horizontal width of the support and is bent upward at a right angle from the rear of the support to form a wall for the rear, The side portions 114 extend to a width corresponding to the vertical width of the support portion on the left and right sides of the support portion, respectively, and are bent upward at a right angle from the side surface of the support portion to form a wall for the side surface.

Here, the side portion 114 is divided into a first side portion 114-1 extending from the support portion 111 and a second side portion 114-2 extending further from the first side portion. is bent upward at a right angle from the side of the support portion 111 to primarily form a side wall, and the second side portion is completely folded in the direction from the first side portion to the support portion and overlaps the inner surface of the first side portion to form a double wall. I do it.

The front portion 112 and the rear portion 113 include guide pieces 116 extending from both left and right ends, and the guide pieces are bent at a right angle at each end of the front portion or the rear portion. For example, when the front and rear portions are bent upward while the guide pieces 116 are bent at a right angle from the front portion 112 and the rear portion 113, the guide pieces are disposed on both left and right sides of the support portion 111. When the first side portion 114-1 is bent with the guide pieces 116 disposed on both left and right sides of the support portion 111 in this way, the inner surface of the first side portion comes into contact with the outer surface of the guide piece, and then the second side portion 114 When -2) is bent, the inner surface of the second side part comes into contact with the inner surface of the guide piece. In other words, the first side portion 114-1 and the second side portion 114-2 surround the guide piece 116, and thus the front portion, rear portion, and side portion are firmly fixed to each other.

Meanwhile, the second side portion 114-2 further includes a fitting protrusion 114-3 formed at an end, and the support portion 111 has a fitting groove so that the fitting protrusion 114-3 can be interposed and fixed. It may be configured to further include (111-1).

As described above, when the first side portion 114-1 is vertically bent at both ends of the support portion 111 and the second side portion 114-2 is completely folded to form a double wall, the fitting formed on the second side portion The protrusion (114-3) is inserted into the fitting groove (111-1) of the support portion so that the side wall stands more firmly, and as a result, the front, rear, and side portions are firmly fixed to each other.

The handle 115 penetrates the cover 200 while being coupled to the front portion 112 and is exposed to the outside, thereby allowing the user to hold it. The handle 115 may be made of a plastic material for durability and grip, and is installed in an arch shape on the front part 112 to enable the user to hold it stably.

The cover body 120 includes a blocking portion 121 that shields the inner space of the receiving portion 110 and protects it from the outside; and an overlapping portion 122 that becomes the front wall of the cover body; and a side wall of the cover body. It consists of a pair of wing parts (123).

The blocking portion 121 is made of cardboard of a shape corresponding to the support portion 111 so as to completely shield the inner space of the receiving portion 110, and extends and protrudes from the rear portion 113 of the receiving portion to be accommodated by folding. The internal space of the wealth is opened or closed.

The overlapping portion 122 is formed to extend from the front of the blocking portion 121 to a width corresponding to the horizontal width of the blocking portion and is bent downward at a right angle from the front of the blocking portion to form a cover surface for the front, and the wing portion ( 123) is formed to extend to a width corresponding to the vertical width of the blocking unit, respectively, on the left and right sides of the blocking unit, and is bent downward at a right angle from the side of the blocking unit to form a cover surface for the side.

As described above, the cover body 120 bends the overlapping portion 122 and the wing portion 123 downward to form a wall along the perimeter of the blocking portion 121, and in this state, the blocking portion is folded to form the receiving portion 111. When shielding the opening part of the wing part, it enters the inner space of the receiving part and is placed inside the side part 114, and the overlapping part 122 is placed in close contact with the outside of the front part 112. The overlapping portion 122 includes a horizontally cut slot at the center, and the handle 115 is exposed through the slot to allow the user to hold it while restraining the front portion and the overlapping portion to some extent.

The overlapping portion 122 includes a fitting piece 122-1 extending from both sides and folded at a right angle, and the fitting piece 122-1 is in a state where the cover body 120 shields the receiving portion 110. It is inserted into the space between the first side portion 114-1 and the second side portion 114-2 of the receiving portion to temporarily restrain the cover body to the receiving portion.

The support 200 is assembled by fitting into the receiving portion 110, and is guided to hold a plurality of seed capsules (S) individually and in a form that allows the variety of seeds stored in each seed capsule to be intuitively recognized.

This support 200 includes a mounting portion 210 made of a flat surface with a set area; and an Ipseol blade that is bent downward at a right angle on each side of the mounting portion to space the mounting portion from the support portion 111 of the receiving portion 110 at a set height. It is characterized by being composed of 220;

The mounting portion 210 is made of cardboard with an area corresponding to the support portion 111, and has a plurality of mounting holes 211 that penetrate the cardboard up and down to individually support the seed capsules (S) vertically; and, each mounting A description unit 212 that provides a space to write down the variety of the seed capsule to intuitively guide the type of the seed capsule stored in the hall is further configured.

The mounting hole 211 is formed through a corresponding diameter of the seed capsule (S) and supports the seed capsule very precisely and stably.

The description unit 212 refers to an area provided to write seed information. It is preferable that the base portion 212 is applied in the same number as the number of mounting holes 211, and the base portion is formed by configuring the area in a color opposite to that of the mounting portion 210 or attaching a sticker for the substrate. You can also do it.

The description unit 212 can write various information about the seeds contained in the seed capsule (S), and according to an embodiment of the present invention, the family name of the seed, the species name of the seed, the scientific name of the seed, etc. can be written.

Therefore, students can observe the shape of the seed through the seed capsule (S) mounted on the support 200, and the corresponding seed through the mounting hole 211 where the seed capsule is mounted and the corresponding base unit 212. You can receive information on the family name, species name, and scientific name.

The writing unit 212 can be printed using a printer, or the user can write it by hand.

For example, the seed capsule (S) is inserted into the mounting hole 211 of the mounting portion 210, and since the mounting portion is covered on all sides by the standing wings 220, the state of the seeds accommodated in the seed capsule can be determined. The viewing range is somewhat small.

Therefore, the present invention is configured to tilt the mounted state of the seed capsule (S) mounted on the mounting portion 210 at an angle so that the tube body of the seed capsule inserted into the mounting hole can be exposed to the outside.

In detail, the mounting hole 211 includes a cut part 211-1 formed at a set length on one side, and the cut part 211-1 is cut by the user's selection and vertically installed seed capsule (S ) is tilted into the incised space to expose the seed capsule inserted into the mounting hole to the outside, thereby contributing to expanding the observation range of the seeds stored in the seed capsule.

As described above, by forming a cut portion (211-1) that can be cut in a straight line on one side of the mounting hole 211, the seed capsule (S) can be laid down in the cut space, and the tube body of the seed capsule tilted at an angle As it is exposed to the outside, students can more smoothly observe the seeds contained in the seed capsules.

In particular, the mounting hole 211 forms a cushion portion 211-2 having a certain elasticity by bending the mounting portion 210 on both sides based on the cut portion 211-1, and the cushion portion 211-2 is formed. (211-2) is configured to contribute to improving the support capacity of the seed capsule (S) tilted and mounted on the cutout portion (211-1) and suppressing vibration that occurs during transportation.

Another embodiment of the present invention may include an auxiliary support 230 that supports the seed capsule S more stably and selectively tilts the seed capsule.

The auxiliary support 230 is disposed between the receiving portion 110 and the support 200 and supports the lower side of the seed capsule (S).

The auxiliary support 230 is provided with a handle 115 on the front that penetrates the receiving part 110 and is exposed to the outside, so that the front and rear positions are variable according to the user's operation using the handle, and while supporting the lower side of the seed capsule, Since the front and rear positions are variable, the seed capsule is tilted at a set angle depending on the moved position, thereby expanding the observation range of the seeds stored in the seed capsule.

The seed kit of the present invention, which has the above configuration, is primarily stored safely while preventing mixing as each seed is filled into each capsule, and the supporter individually accommodates and supports the seed capsules, preventing the capsules from colliding with each other and being damaged during transportation. Problems are prevented at the source, and since the support is safely housed in a case equipped with a handle, it can be moved to various places and effectively convey seed information.

In addition, while the seed capsule is safely mounted on the support, a portion of the seed capsule is exposed to the outside of the support, making it possible to effectively observe the condition of the seeds filled in the seed capsule without removing the seed capsule from the case. It is excellent as a teaching tool because you can immediately receive information about the seeds filled in each seed capsule through the information section.

In addition, all components except the seed capsule are made of paper, and because they are folded and manufactured into a case form, manufacturing and production efficiency is extremely excellent, and transport and storage are easy due to lightness and cushioning, and the function as a kit is lost. If so, it can be disposed of without burden.

The present invention described above has been described with reference to an embodiment shown in the drawings, but this is merely illustrative, and various modifications and other equivalent embodiments can be made by those skilled in the art. should be clarified. Therefore, the true technical protection scope of the present invention should be interpreted in accordance with the attached claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

S. Seed Capsule 100. Seed Kit
110. Receiving part 111. Supporting part
112. Front part 113. Rear part
114. Side 115. Handle
120. Cover body 121. Blocking part
122. Overlapping part 123. Wing part
200. Support 210. Holder
211. Holding Hall 212. Ministry of Strategy and Finance
220. Standing wing 230. Auxiliary support

Claims (7)

A case 100 in which a receiving portion 110 having a hollow interior and a cover body 120 for shielding the receiving portion are integrally assembled; and a plurality of seed capsules (S) are individually mounted on the receiving portion, which is assembled by fitting the receiving portion. However, in the seed kit for teaching aids, which consists of a support 200 that is mounted and guided in an independent space so that the variety of individual seeds stored in each seed capsule can be intuitively identified,
The support 200 includes a mounting portion 210 made of a flat surface with a set area; and an Ipseol blade that is bent downward at a right angle on each side of the mounting portion to space the mounting portion from the support portion 111 of the receiving portion 110 at a set height. Includes dog (220);
The mounting portion 210 has a plurality of mounting holes 211 that penetrate up and down to individually support the seed capsules (S) vertically; and the type of seed capsule to intuitively guide the type of seed capsule stored in each mounting hole. Includes a writing unit 212 that provides a space to write,
The mounting hole 211 has a cutout portion 211-1 formed to a set length on one side, and a cushion portion 211-2 having a set elasticity is further formed by bending the mounting portion to both sides based on the cutout portion,
The cut portion (211-1) is cut by the user's selection and tilts the vertically placed seed capsule (S) into the cut space to induce external exposure of the seed capsule inserted into the mounting hole, and the cushion portion ( 211-2) is a seed kit for vegetation and ecology observation tools that improves the support capacity of the seed capsule (S) placed at an angle on the cutout and contributes to suppressing vibration that occurs during transportation.
According to paragraph 1,
The receiving part 110 is,
A support portion 111 of a set shape on which the support 200 is seated and supported;
A front portion 112 bent at a right angle in front of the support portion;
A rear portion 113 bent at a right angle at the rear of the support portion;
Side portions 114 bent at right angles on both sides of the support portion;
A handle 115 that penetrates the cover body 200 and is exposed to the outside when coupled to the front portion, thereby allowing the user to hold it;
Seed kit for vegetation and ecology observation tools including.
According to paragraph 2,
The side portion 114 is,
A first side portion 114-1 bent at a right angle on the side of the support portion 111 to form a wall;
a second side portion 114-2 that is folded inward from the first side portion and overlaps the first side portion;
Seed kit for vegetation and ecology observation tools including.
According to paragraph 1,
The cover body 120 is,
A blocking portion 121 bent at a right angle on one side of the receiving portion 110 and made of a plane corresponding to the supporting portion 111 of the receiving portion;
An overlapping portion 122 that is bent at a right angle in front of the blocking portion and overlaps the front portion 112 of the receiving portion;
Wing portions 123 that are bent at right angles on both sides of the blocking portion and overlap inside the side portions 114 of the receiving portion;
Seed kit for vegetation and ecology observation tools including.
According to clause 4,
The overlapping portion 122 includes a fitting piece 122-1 extending from both sides and folded at a right angle,
The fitting piece 122-1 is inserted into the space between the first side portion 114-1 and the second side portion 114-2 of the receiving portion while the cover body 120 shields the receiving portion 110. A seed kit for vegetation and ecology observation tools that includes temporarily restraining the cover body to the receiving part.
According to paragraph 1,
The support 200 includes an auxiliary support 230 disposed between the receiving portion 110 and the support 200 to support the lower side of the seed capsule (S),
The auxiliary support 230 is provided with a handle 115 that penetrates the receiving part 110 on the front and is exposed to the outside, so that the front and rear positions change depending on the user's operation, and the seed capsule is tilted at a set angle according to the moving position. A seed kit for vegetation and ecology observation tools that further includes expanding the observation range of seeds stored in .
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