JP3172152U - Garden pot - Google Patents

Abstract

The present invention provides a pot for planting that is formed in a form that can be flattened and that can improve drainage without leaking water from the bottom surface. A pot having a bottom peripheral edge of a pot main body L formed in a bottomless bag shape with a synthetic resin film material having a rectangular shape and a bottom forming gusset portion folded inwardly in a mountain shape. Between the upper periphery of the bottom member N made of a synthetic resin film material which is a bottom forming portion, a water-permeable portion M made of a net-like film material made of a synthetic resin having water permeability is formed in a band shape over the entire circumference. In addition to being provided continuously, it is configured to be stabilized in a flat folded state. [Selection] Figure 1

Description

  The present invention relates to a pot for planting various kinds of plants such as seedlings, vegetables, plants and flowers.

  Conventionally, there are various types of planting bots such as a bottomed cylindrical shape, a bottomed box shape, or a shape in which a large number of pots are combined vertically and horizontally. However, all of them had a three-dimensional shape and could not be flattened.

  Such a three-dimensional shape requires a large space for storage management as a pot for planting, and is inevitably caused to cause significant burden on transportation and sales.

There is a utility model registration “planting pot” configured to solve the above-described problems and enable flattening (see Patent Document 1). This is the same as the inventor and the applicant.

Then, as shown in FIG. 7, the front member 1 and the back member 2 having the same size as the front member 1 are matched, and the joining edges 3 based on heat welding are formed on both side edges of the matching. A suspended peripheral surface portion 4 for continuously extending along the entire lower edge of the pot main body A with respect to the lower edge of the pot main body A composed of the synthetic resin film material, A bottom forming gusset portion that is continuous with the lower edge of the peripheral surface portion 4 and folded inwardly in a chevron shape (in the state of use as shown, it is expanded and serves as the bottom portion of the pot Therefore, the bottom member B made of a synthetic resin net-like film material having water permeability for forming the bottom of the pot is hidden by heat welding. It is configured to be joined based on That.

In the case of a planting bot configured as described above, since it is a form that can be flattened, it occurred in the case of the “pot having a three-dimensional shape” as described above, “a large space is required for storage management, The problem of “significant burden on transportation and sales” is solved. And since the whole part near a bottom part including a bottom face is the bottom member B made of a synthetic resin net-like film material, drastic improvement of drainage is achieved.

Utility Model Registration No. 3163105

  In the case of the “pot for planting” described in the above-mentioned patent document, there is no practical problem in itself, and the unique form enabling flattening exhibits extremely excellent characteristics in storage management. . And since the whole bottom part including a bottom surface has water permeability, improvement of drainage is aimed at and it contributes to prevention of root rot etc. with respect to the planted plant.

  However, it has been found that the advantage of good water permeability becomes a drawback depending on the usage form. That is, with the watering, the bottom surface of the pot is always wet, so that there may be a situation where it flows out immediately after watering.

That is, when it is directly placed on a table or a shelf, a situation occurs in which the placement portion is wetted by the water that has flowed out. Therefore, a tray is required to prevent this. However, in the case of, for example, a planting display for business purposes, laying a saucer on all the plants causes a problem that it is cumbersome and expensive to display.

  The present invention is intended to provide a pot for planting that has been improved to a type that can eliminate such problems of the prior art.

In the present invention, the lower peripheral edge of the pot main body A formed into a bottomless bag shape with a rectangular synthetic resin film material and the bottom portion folded inwardly in a chevron shape as described in claim 1 A water-permeable portion made of a synthetic resin-made net-like film material having water permeability between the upper peripheral edge of a bottom member N made of a synthetic resin film material that is used to form the bottom of a pot having a gusset portion 15 The present invention relates to a planting pot configured such that M is continuously provided in a belt shape over the entire circumference and the whole is held in a flat folded state.

  According to the present invention, as described in claim 2, the lower peripheral edge of the pot main body A formed into a bottomless bag shape with a synthetic resin film material having a rectangular shape, and the bottom portion formed inwardly into a chevron shape A water-permeable portion made of a synthetic resin-made net-like film material having water permeability between the upper peripheral edge of a bottom member N made of a synthetic resin film material that is used to form the bottom of a pot having a gusset portion 15 M is continuously provided in a belt shape over the entire circumference, and the continuous formation of the water passing portion M is performed by using a net-like film material made of synthetic resin having water permeability from the lower peripheral edge of the pot main body A. The present invention relates to a planting pot configured to be formed by collectively polymerizing the entire bottom member N, and further configured to be maintained in a flat folded state.

  According to the present invention, a pot main body L formed in a bottomless bag shape with a synthetic resin film material having a rectangular shape, and a bottom forming gusset portion folded inward in a mountain shape Between the bottom member N made of a synthetic resin film material which is the bottom forming portion of the pot having 15, a water-permeable portion M made of a net-like film material made of synthetic resin having water permeability is formed in a band shape. When the bottom member N is opened and the bottom portion is formed by opening the gusset portion 15, the above-mentioned through-passage is formed. The water pot M relates to a planting pot configured to be positioned slightly above the bottom surface.

  According to the present invention, as described in claim 4, the pot main body portion L, the water passage portion M, and the bottom member N are joined to each other on the basis of thermal welding. The described planting pot is an embodiment.

According to the present invention, as described in claim 5, the pot main body portion L, the water passage portion M, and the bottom member N are each composed of two members: a member constituting the front side portion and a member constituting the back side portion. In addition to being configured in a piece-by-piece configuration, each side edge portion is joined on the basis of thermal welding, and based on the solidification property of the thermal welding portion, the entire configuration is configured to be stable in a flat state. The plant pot according to any one of claims 1 to 4 is an embodiment.

  According to the present invention, as described in claim 6, the pot for planting according to any one of claims 1 to 5, which is configured to have a dark color such as black or black-green as a whole, is an embodiment. .

According to the present invention, as described in claim 7, the water passing part M is formed by a walif (registered trademark) which is a special nonwoven fabric in which split fiber nets manufactured from stretched films are arranged in the vertical and horizontal directions. The plant pot according to any one of claims 1 to 6 configured as described above is an embodiment.

According to the present invention, as described in claim 8, the handle 17 is provided symmetrically in the longitudinal direction at the center of the upper edge of the front portion and the rear portion of the pot main body L. The pot for planting in any one is made into the embodiment.

  As described in claim 9, the present invention is configured such that a plurality of pots for planting are formed in a continuous state by connecting a plurality of pot main bodies L at their side edges. The plant pot according to claim 8 is an embodiment.

  The pot according to the present invention has a configuration as described in claim 1, that is, a lower peripheral edge of the pot main body A formed into a bottomless bag shape with a synthetic resin film material having a rectangular shape, and a mountain shape inside. A net-like film material made of synthetic resin having water permeability between the bottom edge N of the synthetic resin film material which is the bottom forming portion of the pot having the bottom forming gusset 15 which is folded in Since the manufactured water-passing part M is continuously connected in a strip shape over the entire circumference, and the whole is held in a flat folded state, the pot product itself is made of a film so that it is further folded from the flat state. It can be transported, sold, exhibited, etc. in a very compact state. Therefore, as compared with a pot that has been handled in a state in which a three-dimensional shape is maintained as in the prior art, its management is remarkably facilitated and space-saving is achieved.

  Furthermore, since the pot according to the present invention can be flattened and folded as described above, it can be used as an appendix for magazine insertion, which has never been considered before. At the same time, the present invention can be manufactured by simple cutting and heat welding without using an expensive manufacturing formwork, so that the product cost is remarkably reduced based on the ease of manufacturing.

  Furthermore, based on the presence of the water passing part M made of a net-like film material, the water management is good and the water management which is considered to be the most difficult in plant cultivation is achieved very well. Further, since the water passing portion M is provided above the bottom member N, the pot according to the present invention does not leak the flood water from the bottom portion. Even if it is placed, it does not cause a situation that the surface of the table is wetted.

  At the time of mounting, since the bottom part is deformed according to the installation location (because the deformation that fits even if there is unevenness in the installation location is naturally performed), the mounting state is remarkably stable. Because of its low center of gravity, its stability in the mounted state is ensured, so it is hard to fall down even in strong winds and unstable installation places compared to conventional three-dimensional plant pots It will have the outstanding effects as mentioned.

And since the pot which concerns on this invention is what the pot main-body part L and the bottom part N formed with the film material made from a synthetic resin, since it is excellent in heat conductivity and the temperature in soil is raised, a plant, a vegetable, etc. Can be promoted or problems such as freezing in cold regions can be solved. At the same time, since it is formed of a synthetic resin film material as described above, its surface is made smooth, and thus insects and the like are prevented from entering the surface.

  According to the present invention having the configuration as described above, plants are easily cultivated in places where the sun is more than half a day, such as a condominium veranda, a house entrance, and a clothes drying place. Therefore, it is very easy and simple to enjoy the joy of eating fresh vegetables by growing it as a home garden in such a place.

  The pot according to the present invention has a configuration as described in claim 2, that is, a lower peripheral edge of the pot main body A formed into a bottomless bag shape with a synthetic resin film material having a rectangular shape, and a mountain shape inside. A net-like film material made of synthetic resin having water permeability between the bottom edge N of the synthetic resin film material which is the bottom forming portion of the pot having the bottom forming gusset 15 which is folded in The produced water-permeable portion M is continuously provided in a strip shape over the entire circumference, and the continuous formation of the water-permeable portion M is made of a net-like film material made of synthetic resin having water permeability. From the lower peripheral edge of the portion A to the entire bottom member N, it is configured to be formed by batch polymerization, and further, the entire configuration is configured to be held in a flat folded state. The same effect as the case of item 1 will be produced.

  At the same time, the continuous formation of the water-permeable portion M is performed by polymerizing the water-permeable synthetic resin net-like film material from the lower peripheral edge of the pot main body A to the entire bottom member N. Since it forms so that it forms according to making it, since formation of the part M for water flow is formed in the stable state, it is set as the bottom part member N double structure, Therefore Strength improvement is achieved.

  The pot according to the present invention is configured as in claim 3, that is, a pot main body L formed in a bottomless bag shape with a synthetic resin film material having a rectangular shape, and is folded inwardly in a mountain shape. Between the bottom member N made of a synthetic resin film material, which is the bottom forming portion of the pot having the bottom forming gusset 15, a water-permeable portion made of a synthetic resin-made net-like film material having water permeability M is configured to be formed in a band shape, and is configured to be stabilized in a flat folded state at both side edge portions. Further, the bottom member N is formed by opening its gusset portion 15 to form a bottom surface. In this case, since the water passing portion M is configured to be positioned slightly above the bottom surface, the same effects as those of the first aspect can be obtained.

In addition, since the bottom member N is configured to include a bottom forming gusset 15 that is folded inwardly in a chevron shape, by opening the gusset 15, a sufficiently wide bottom surface is formed. Since the entire bottom surface, which is a large area, is made of a synthetic resin film material, it has a good waterproof effect and leaks from the bottom when watered. This will prevent the occurrence of such a situation.

  Furthermore, since the water passing portion M is continuously provided above the bottom member N and the water passing portion M is positioned slightly above the bottom surface of the bottom member N, excess water is used when watering. Moisture is received by the bottom member N as stored water, and is prevented from flowing out directly. And this is gradually absorbed by the plant and evaporates from the ground surface, but if the stored water is too much, it is evaporated from the water passing part M, and the stored water has an adverse effect on the roots. It will be prevented beforehand. In other words, the bottom part has a water storage effect, but the roots stretch out for moisture, absorb nutrients from the tip of the root, and when the moisture in the upper part decreases, The portion in the bottom member N functions as a regulating pond for supplying water to the pot main body L.

  Since the pot according to the present invention is configured as described in claim 4, that is, the pot main body L, the water passing portion M, and the bottom member N are joined on the basis of thermal welding, It can be done very easily and automatically.

The pot according to the present invention is configured as described in claim 5, that is, the pot main body portion L, the water passing portion M, and the bottom member N are respectively composed of a member constituting the front side portion and a back side portion. It is configured in a two-sheet combination with the constituent members, and by joining these both side edge portions based on thermal welding, the whole can be stabilized in a flat state based on the solidification property of the thermal welding portion. Since it comprised so that it might be shown, the reinforcement objective in the both-sides edge part at the time of making this three-dimensional is achieved with the stabilization in the said flat state.

  In other words, the thermal welding is responsible for joining in pot formation, and at the same time, stabilization in the flat state and reinforcement when three-dimensionalized as a pot (because the joining line is formed based on thermal welding, hardening This will contribute to the achievement of reinforcement.

The pot according to the present invention has the structure as described in claim 6, that is, the whole is formed of a synthetic resin film material by making the whole into a dark color such as black or black-green. In addition to the benign heat conductivity, the absorption of solar heat is further improved and the temperature in the pot can be increased on the basis of the dark color such as black or black-green. Therefore, the growth of plants, vegetables, etc. is promoted, or the solution of problems such as freezing in cold regions is further enhanced.

  The pot according to the present invention has a structure as described in claim 7, that is, a wallet (registered) which is a special nonwoven fabric in which split fiber nets manufactured from a stretched film are arranged in the vertical and horizontal directions as the water passing portion M. Therefore, the pot for planting is provided with toughness without impairing water permeability, air permeability and flexibility.

  The pot according to the present invention is configured as described in claim 8, that is, by arranging the handle 17 symmetrically in the front-rear direction at the center of the upper edge of the front and back portions of the pot main body L. The carrying or moving operation can be performed very easily and simply by holding the handle 7.

The pot according to the present invention is configured as described in claim 9, that is, a plurality of pots for planting are formed in a connected state by connecting a plurality of pot main bodies L at their side edges. By configuring, it is possible to facilitate and speed up the management, such as collective movement for a plurality of pots, and at the same time, it is easy to secure an orderly arrangement.

  2 and 3 show an embodiment of the present invention, and the present invention is formed into a bag shape that can be flattened as a whole. Note that the cross-sectional view of FIG. 3 is slightly opened for easy understanding, but is actually kept in a close-matching state so as to form a single sheet.

  L is a pot main body formed of a rectangular synthetic resin film material. The front member 10 and the rear member 12 having the same size as the front member 10 are matched with each other, and the polymerization is performed. By forming the joining edge 13 based on thermal welding at the side edge, stabilization in the polymerized state is achieved, and a bottomless bag-like form is formed.

  M is a water passage portion, and is connected to the lower edge of the pot main body L in a strip shape. Then, the water passing portion M is formed of a synthetic resin net material having water permeability, for example, a net material having a stretchable mesh formed by crossing and integrating a large number of monofilament synthetic resin filaments. In principle. And although the vertical width of the said water flow part M is desirable about 3 centimeters, this shall be arbitrarily set in consideration of the size of the whole pot.

  By the way, although it is the above-mentioned part M for water flow, it is a special non-woven fabric in which split fiber nets manufactured from stretched films are arranged in the vertical and horizontal directions, except for the above-described simple mesh material. Registered trademark) ”may be used. In other words, the “Warif (registered trademark)” is a product owned by Nippon Oil Plastic Co., Ltd., a special non-woven fabric in which split fiber nets manufactured from stretched films are arranged in the vertical and horizontal directions, and meshed. The structure has high breathability and strength. And based on its mesh structure, it is “thin, lightweight, and has good ventilation”, “strength in both length and width, well-balanced, strong waist”, “excellent shape and excellent shapeability”, “others” It is a material with characteristics such as “Excellent processability such as combination with materials” and “Excellent water retention and chemical resistance”. Therefore, by using such “warif”, the pot for planting is provided with toughness without impairing water permeability, air permeability and flexibility. The present invention may be carried out using such a Warif (registered trademark).

  N is a bottom member for forming the bottom of the pot, and is formed of the same material as the pot main body L described above. The bottom member M includes a drooping peripheral surface portion 14a that is heat-welded 14a so as to be continuously suspended over the entire periphery of the lower edge of the belt-like water-permeable portion M, and the drooping peripheral surface. The bottom portion forming gusset portion 15 is connected to the lower edge of the portion 14 and woven in a mountain shape inside. In addition, when the bottom part N opens the gusset part 15 and forms a bottom face, the water passing part M is configured to be located slightly above the bottom face. The height position is appropriately set based on the size of the entire pot.

  The bottom member N is formed in a flat state with joint edges 16 based on thermal welding that form a straight line with joint edges 13 based on the thermal weld formed on the pot main body L described above. By forming it, it is configured so that matching stability in the flattened state is achieved.

  The joint edge 16 is formed mainly when the bottom member N is formed by superimposing two film members, but at the same time, the joint is based on such welding. Based on the formation of the edge 13 and the joining edge 16 (the joined part is solidified based on welding), ensuring the matching stability in the flattened state described above, and the side vertical center line part when three-dimensionalized The purpose of reinforcement is to be achieved (a spinal reinforcement can be obtained).

  By the way, although it is a formation means of the part M for water transmission mentioned above, in the Example mentioned above, as shown in FIG.2 and FIG.3, the synthetic resin net material which provided water permeability only to the applicable part was partially It is comprised so that it may provide. However, as shown in FIG. 4, the continuous formation of the water passing portion M is performed by connecting the net-like film material made of synthetic resin having water permeability to the bottom member N from the lower peripheral edge of the pot main body portion A. You may comprise so that it may form by polymerizing until it reaches the whole. By taking such a form, stable formation in manufacture of the water passing portion M is enabled, and at the same time, a reinforcing effect on the bottom member N is achieved.

  And the pot which concerns on this invention raises the absorption in a solar heat and raises the temperature in a pot by making the color of the pot main-body part A and the bottom part member B which comprise this into a dark color like black or black-green. It is possible to promote the growth of plants, vegetables, etc., or to solve problems such as freezing in cold regions. The present invention is preferably implemented in such a form.

  The present invention is kept flat as shown in FIGS. 2 and 3 before use as a pot during storage or transportation. In use, the required amount of planting soil is accommodated by opening as shown in FIG. 1, and the target plant is implanted. In this state, the gusset portion 15 is opened so as to be almost horizontal, and functions as the bottom surface of the pot.

FIG. 5 shows a second embodiment of the present invention, in which a handle 17 is attached symmetrically in the front-rear direction and at the center of the upper edge of the back portion of the pot main body L. It is composed. As a result, the carrying or moving operation of the pot according to the present invention can be performed very easily and simply by holding the handle 17.

FIG. 6 shows a third embodiment of the present invention, in which a plurality of pots for planting are formed in a connected state by connecting a plurality of pots at their side edge portions. It is comprised as follows. And, in this connection, in principle, this is to weld and connect at the joint edge 13 portion of the pot main body L. You may comprise so that it may weld-connect to a part collectively. In this case, it is necessary to take care not to hinder the expansion of the bottom forming gusset 15.

By adopting the above configuration, the pot according to the present invention can be easily and quickly managed, such as batch movement of a plurality of pots in a continuous state, and at the same time, ensuring the alignment state is facilitated. Will be. In the embodiment shown in FIG. 5, two pot main bodies L are connected. However, three or more pot main bodies L are connected together (series connection). It is also possible to implement.

It is a perspective view for explanation showing the use condition of the present invention. It is a front view of the present invention. FIG. 3 is an enlarged sectional view taken along line XX in FIG. 2. It is an expanded sectional view showing the other formation form of the part M for water flow. It is a front view showing the 2nd example of the present invention. It is a front view showing the 3rd example of the present invention. It is an explanatory perspective view showing a conventional example.

L Pot main part
10 Front member
12 Back member
13 Joining edge M Water passing part N Bottom member
14 Hanging part
14a heat welding
15 Bottom forming gusset
16 Joint edge
17 Handle

  The present invention relates to a pot for planting various kinds of plants such as seedlings, vegetables, plants and flowers.

  Conventionally, there are various types of planting bots such as a bottomed cylindrical shape, a bottomed box shape, or a shape in which a large number of pots are combined vertically and horizontally. However, all of them had a three-dimensional shape and could not be flattened.

  Such a three-dimensional shape requires a large space for storage management as a pot for planting, and is inevitably caused to cause significant burden on transportation and sales.

There is a utility model registration “planting pot” configured to solve the above-described problems and enable flattening (see Patent Document 1). This is the same as the inventor and the applicant.

Then, as shown in FIG. 7, the front member 1 and the back member 2 having the same size as the front member 1 are matched, and the joining edges 3 based on heat welding are formed on both side edges of the matching. A suspended peripheral surface portion 4 for continuously extending along the entire lower edge of the pot main body A with respect to the lower edge of the pot main body A composed of the synthetic resin film material, A bottom forming gusset portion that is continuous with the lower edge of the peripheral surface portion 4 and folded inwardly in a chevron shape (in the state of use as shown, it is expanded and serves as the bottom portion of the pot Therefore, the bottom member B made of a synthetic resin net-like film material having water permeability for forming the bottom of the pot is hidden by heat welding. It is configured to be joined based on That.

In the case of a planting bot configured as described above, since it is a form that can be flattened, it occurred in the case of the “pot having a three-dimensional shape” as described above, “a large space is required for storage management, The problem of “significant burden on transportation and sales” is solved. And since the whole part near a bottom part including a bottom face is the bottom member B made of a synthetic resin net-like film material, drastic improvement of drainage is achieved.

Utility Model Registration No. 3163105

  In the case of the “pot for planting” described in the above-mentioned patent document, there is no practical problem in itself, and the unique form enabling flattening exhibits extremely excellent characteristics in storage management. . And since the whole bottom part including a bottom surface has water permeability, improvement of drainage is aimed at and it contributes to prevention of root rot etc. with respect to the planted plant.

  However, it has been found that the advantage of good water permeability becomes a drawback depending on the usage form. That is, with the watering, the bottom surface of the pot is always wet, so that there may be a situation where it flows out immediately after watering.

That is, when it is directly placed on a table or a shelf, a situation occurs in which the placement portion is wetted by the water that has flowed out. Therefore, a tray is required to prevent this. However, in the case of, for example, a planting display for business purposes, laying a saucer on all the plants causes a problem that it is cumbersome and expensive to display.

  The present invention is intended to provide a pot for planting that has been improved to a type that can eliminate such problems of the prior art.

According to the present invention, the lower peripheral edge of the pot main body L formed in a bottomless bag shape with a synthetic resin film material having a rectangular shape and the bottom portion folded inwardly in a chevron shape as described in claim 1 A water-permeable portion made of a synthetic resin-made net-like film material having water permeability between the upper peripheral edge of a bottom member N made of a synthetic resin film material that is used to form the bottom of a pot having a gusset portion 15 The present invention relates to a planting pot configured such that M is continuously provided in a belt shape over the entire circumference and the whole is held in a flat folded state.

According to the present invention, the lower peripheral edge of the pot main body L formed in a non-bottom bag shape with a synthetic resin film material having a rectangular shape and the bottom portion folded inwardly in a chevron shape as described in claim 2 A water-permeable portion made of a synthetic resin-made net-like film material having water permeability between the upper peripheral edge of a bottom member N made of a synthetic resin film material that is used to form the bottom of a pot having a gusset portion 15 M is continuously provided in a belt shape over the entire circumference, and the continuous formation of the water passing portion M is performed by using a net-like film material made of synthetic resin having water permeability from the lower peripheral edge of the pot main body A. The present invention relates to a planting pot configured to be formed by collectively polymerizing the entire bottom member N, and further configured to be maintained in a flat folded state.

According to the present invention, a pot main body L formed in a bottomless bag shape with a synthetic resin film material having a rectangular shape, and a bottom forming gusset portion folded inward in a mountain shape Between the bottom member N made of a synthetic resin film material which is the bottom forming portion of the pot having 15, a water-permeable portion M made of a net-like film material made of synthetic resin having water permeability is formed in a band shape. together constitute the so that, when forming the bottom open that gusseted portion 15 the bottom member N, the water passage for unit M is, the plants pots configured to be positioned slightly above the said bottom surface Related.

  According to the present invention, as described in claim 4, the pot main body portion L, the water passage portion M, and the bottom member N are joined to each other on the basis of thermal welding. The described planting pot is an embodiment.

According to the present invention, as described in claim 5, the pot main body portion L, the water passage portion M, and the bottom member N are each composed of two members: a member constituting the front side portion and a member constituting the back side portion. In addition to being configured in a piece-by-piece configuration, each side edge portion is joined on the basis of thermal welding, and based on the solidification property of the thermal welding portion, the entire configuration is configured to be stable in a flat state. The plant pot according to any one of claims 1 to 4 is an embodiment.

  According to the present invention, as described in claim 6, the pot for planting according to any one of claims 1 to 5, which is configured to have a dark color such as black or black-green as a whole, is an embodiment. .

According to the present invention, as described in claim 7, the water passing part M is formed by a walif (registered trademark) which is a special nonwoven fabric in which split fiber nets manufactured from stretched films are arranged in the vertical and horizontal directions. The plant pot according to any one of claims 1 to 6 configured as described above is an embodiment.

According to the present invention, as described in claim 8, the handle 17 is provided symmetrically in the longitudinal direction at the center of the upper edge of the front portion and the rear portion of the pot main body L. The pot for planting in any one is made into the embodiment.

  As described in claim 9, the present invention is configured such that a plurality of pots for planting are formed in a continuous state by connecting a plurality of pot main bodies L at their side edges. The plant pot according to claim 8 is an embodiment.

The pot according to the present invention is configured as in claim 1, that is, a lower peripheral edge of the pot main body L formed in a bottomless bag shape with a synthetic resin film material having a rectangular shape, and a mountain shape inside A net-like film material made of synthetic resin having water permeability between the bottom edge N of the synthetic resin film material which is the bottom forming portion of the pot having the bottom forming gusset 15 which is folded in Since the manufactured water-passing part M is continuously connected in a strip shape over the entire circumference, and the whole is held in a flat folded state, the pot product itself is made of a film so that it is further folded from the flat state. It can be transported, sold, exhibited, etc. in a very compact state. Therefore, as compared with a pot that has been handled in a state in which a three-dimensional shape is maintained as in the prior art, its management is remarkably facilitated and space-saving is achieved.

  Furthermore, since the pot according to the present invention can be flattened and folded as described above, it can be used as an appendix for magazine insertion, which has never been considered before. At the same time, the present invention can be manufactured by simple cutting and heat welding without using an expensive manufacturing formwork, so that the product cost is remarkably reduced based on the ease of manufacturing.

  Furthermore, based on the presence of the water passing part M made of a net-like film material, the water management is good and the water management which is considered to be the most difficult in plant cultivation is achieved very well. Further, since the water passing portion M is provided above the bottom member N, the pot according to the present invention does not leak the flood water from the bottom portion. Even if it is placed, it does not cause a situation that the surface of the table is wetted.

  At the time of mounting, since the bottom part is deformed according to the installation location (because the deformation that fits even if there is unevenness in the installation location is naturally performed), the mounting state is remarkably stable. Because of its low center of gravity, its stability in the mounted state is ensured, so it is hard to fall down even in strong winds and unstable installation places compared to conventional three-dimensional plant pots It will have the outstanding effects as mentioned.

And since the pot which concerns on this invention is what the pot main-body part L and the bottom part N formed with the film material made from a synthetic resin, since it is excellent in heat conductivity and the temperature in soil is raised, a plant, a vegetable, etc. Can be promoted or problems such as freezing in cold regions can be solved. At the same time, since it is formed of a synthetic resin film material as described above, its surface is made smooth, and thus insects and the like are prevented from entering the surface.

  According to the present invention having the configuration as described above, plants are easily cultivated in places where the sun is more than half a day, such as a condominium veranda, a house entrance, and a clothes drying place. Therefore, it is very easy and simple to enjoy the joy of eating fresh vegetables by growing it as a home garden in such a place.

The pot according to the present invention has a configuration as described in claim 2, that is, a lower peripheral edge of the pot main body L formed in a bottomless bag shape with a synthetic resin film material having a rectangular shape, and a mountain shape inside. A net-like film material made of synthetic resin having water permeability between the bottom edge N of the synthetic resin film material which is the bottom forming portion of the pot having the bottom forming gusset 15 which is folded in The produced water-permeable portion M is continuously provided in a strip shape over the entire circumference, and the continuous formation of the water-permeable portion M is made of a net-like film material made of synthetic resin having water permeability. From the lower peripheral edge of the portion A to the entire bottom member N, it is configured to be formed by batch polymerization, and further, the entire configuration is configured to be held in a flat folded state. The same effect as the case of item 1 will be produced.

  At the same time, the continuous formation of the water-permeable portion M is performed by polymerizing the water-permeable synthetic resin net-like film material from the lower peripheral edge of the pot main body A to the entire bottom member N. Since it forms so that it forms according to making it, since formation of the part M for water flow is formed in the stable state, it is set as the bottom part member N double structure, Therefore Strength improvement is achieved.

The pot according to the present invention is configured as in claim 3, that is, a pot main body L formed in a bottomless bag shape with a synthetic resin film material having a rectangular shape, and is folded inwardly in a mountain shape. Between the bottom member N made of a synthetic resin film material, which is the bottom forming portion of the pot having the bottom forming gusset 15, a water-permeable portion made of a synthetic resin-made net-like film material having water permeability M is configured to be formed in a band shape , and when the bottom member N is opened with its gusset 15 to form a bottom surface, the water passing portion M is positioned slightly above the bottom surface. Since it comprised, there exists an effect similar to the case of Claim 1.

In addition, since the bottom member N is configured to include a bottom forming gusset 15 that is folded inwardly in a chevron shape, by opening the gusset 15, a sufficiently wide bottom surface is formed. Since the entire bottom surface, which is a large area, is made of a synthetic resin film material, it has a good waterproof effect and leaks from the bottom when watered. This will prevent the occurrence of such a situation.

  Furthermore, since the water passing portion M is continuously provided above the bottom member N and the water passing portion M is positioned slightly above the bottom surface of the bottom member N, excess water is used when watering. Moisture is received by the bottom member N as stored water, and is prevented from flowing out directly. And this is gradually absorbed by the plant and evaporates from the ground surface, but if the stored water is too much, it is evaporated from the water passing part M, and the stored water has an adverse effect on the roots. It will be prevented beforehand. In other words, the bottom part has a water storage effect, but the roots stretch out for moisture, absorb nutrients from the tip of the root, and when the moisture in the upper part decreases, The portion in the bottom member N functions as a regulating pond for supplying water to the pot main body L.

  Since the pot according to the present invention is configured as described in claim 4, that is, the pot main body L, the water passing portion M, and the bottom member N are joined on the basis of thermal welding, It can be done very easily and automatically.

The pot according to the present invention is configured as described in claim 5, that is, the pot main body portion L, the water passing portion M, and the bottom member N are respectively composed of a member constituting the front side portion and a back side portion. It is configured in a two-sheet combination with the constituent members, and by joining these both side edge portions based on thermal welding, the whole can be stabilized in a flat state based on the solidification property of the thermal welding portion. Since it comprised so that it might be shown, the reinforcement objective in the both-sides edge part at the time of making this three-dimensional is achieved with the stabilization in the said flat state.

  In other words, the thermal welding is responsible for joining in pot formation, and at the same time, stabilization in the flat state and reinforcement when three-dimensionalized as a pot (because the joining line is formed based on thermal welding, hardening This will contribute to the achievement of reinforcement.

The pot according to the present invention has the structure as described in claim 6, that is, the whole is formed of a synthetic resin film material by making the whole into a dark color such as black or black-green. In addition to the benign heat conductivity, the absorption of solar heat is further improved and the temperature in the pot can be increased on the basis of the dark color such as black or black-green. Therefore, the growth of plants, vegetables, etc. is promoted, or the solution of problems such as freezing in cold regions is further enhanced.

  The pot according to the present invention has a structure as described in claim 7, that is, a wallet (registered) which is a special nonwoven fabric in which split fiber nets manufactured from a stretched film are arranged in the vertical and horizontal directions as the water passing portion M. Therefore, the pot for planting is provided with toughness without impairing water permeability, air permeability and flexibility.

  The pot according to the present invention is configured as described in claim 8, that is, by arranging the handle 17 symmetrically in the front-rear direction at the center of the upper edge of the front and back portions of the pot main body L. The carrying or moving operation can be performed very easily and simply by holding the handle 7.

The pot according to the present invention is configured as described in claim 9, that is, a plurality of pots for planting are formed in a connected state by connecting a plurality of pot main bodies L at their side edges. By configuring, it is possible to facilitate and speed up the management, such as collective movement for a plurality of pots, and at the same time, it is easy to secure an orderly arrangement.

  2 and 3 show an embodiment of the present invention, and the present invention is formed into a bag shape that can be flattened as a whole. Note that the cross-sectional view of FIG. 3 is slightly opened for easy understanding, but is actually kept in a close-matching state so as to form a single sheet.

  L is a pot main body formed of a rectangular synthetic resin film material. The front member 10 and the rear member 12 having the same size as the front member 10 are matched with each other, and the polymerization is performed. By forming the joining edge 13 based on thermal welding at the side edge, stabilization in the polymerized state is achieved, and a bottomless bag-like form is formed.

  M is a water passage portion, and is connected to the lower edge of the pot main body L in a strip shape. Then, the water passing portion M is formed of a synthetic resin net material having water permeability, for example, a net material having a stretchable mesh formed by crossing and integrating a large number of monofilament synthetic resin filaments. In principle. And although the vertical width of the said water flow part M is desirable about 3 centimeters, this shall be arbitrarily set in consideration of the size of the whole pot.

  By the way, although it is the above-mentioned part M for water flow, it is a special non-woven fabric in which split fiber nets manufactured from stretched films are arranged in the vertical and horizontal directions, except for the above-described simple mesh material. Registered trademark) ”may be used. In other words, the “Warif (registered trademark)” is a product owned by Nippon Oil Plastic Co., Ltd., a special non-woven fabric in which split fiber nets manufactured from stretched films are arranged in the vertical and horizontal directions, and meshed. The structure has high breathability and strength. And based on its mesh structure, it is “thin, lightweight, and has good ventilation”, “strength in both length and width, well-balanced, strong waist”, “excellent shape and excellent shapeability”, “others” It is a material with characteristics such as “Excellent processability such as combination with materials” and “Excellent water retention and chemical resistance”. Therefore, by using such “warif”, the pot for planting is provided with toughness without impairing water permeability, air permeability and flexibility. The present invention may be carried out using such a Warif (registered trademark).

  N is a bottom member for forming the bottom of the pot, and is formed of the same material as the pot main body L described above. The bottom member M includes a drooping peripheral surface portion 14a that is heat-welded 14a so as to be continuously suspended over the entire periphery of the lower edge of the belt-like water-permeable portion M, and the drooping peripheral surface. The bottom portion forming gusset portion 15 is connected to the lower edge of the portion 14 and woven in a mountain shape inside. In addition, when the bottom part N opens the gusset part 15 and forms a bottom face, the water passing part M is configured to be located slightly above the bottom face. The height position is appropriately set based on the size of the entire pot.

  The bottom member N is formed in a flat state with joint edges 16 based on thermal welding that form a straight line with joint edges 13 based on the thermal weld formed on the pot main body L described above. By forming it, it is configured so that matching stability in the flattened state is achieved.

  The joint edge 16 is formed mainly when the bottom member N is formed by superimposing two film members, but at the same time, the joint is based on such welding. Based on the formation of the edge 13 and the joining edge 16 (the joined part is solidified based on welding), ensuring the matching stability in the flattened state described above, and the side vertical center line part when three-dimensionalized The purpose of reinforcement is to be achieved (a spinal reinforcement can be obtained).

  By the way, although it is a formation means of the part M for water transmission mentioned above, in the Example mentioned above, as shown in FIG.2 and FIG.3, the synthetic resin net material which provided water permeability only to the applicable part was partially It is comprised so that it may provide. However, as shown in FIG. 4, the continuous formation of the water passing portion M is performed by connecting the net-like film material made of synthetic resin having water permeability to the bottom member N from the lower peripheral edge of the pot main body portion A. You may comprise so that it may form by polymerizing until it reaches the whole. By taking such a form, stable formation in manufacture of the water passing portion M is enabled, and at the same time, a reinforcing effect on the bottom member N is achieved.

  And the pot which concerns on this invention raises the absorption in a solar heat and raises the temperature in a pot by making the color of the pot main-body part A and the bottom part member B which comprise this into a dark color like black or black-green. It is possible to promote the growth of plants, vegetables, etc., or to solve problems such as freezing in cold regions. The present invention is preferably implemented in such a form.

  The present invention is kept flat as shown in FIGS. 2 and 3 before use as a pot during storage or transportation. In use, the required amount of planting soil is accommodated by opening as shown in FIG. 1, and the target plant is implanted. In this state, the gusset portion 15 is opened so as to be almost horizontal, and functions as the bottom surface of the pot.

FIG. 5 shows a second embodiment of the present invention, in which a handle 17 is attached symmetrically in the front-rear direction and at the center of the upper edge of the back portion of the pot main body L. It is composed. As a result, the carrying or moving operation of the pot according to the present invention can be performed very easily and simply by holding the handle 17.

FIG. 6 shows a third embodiment of the present invention, in which a plurality of pots for planting are formed in a connected state by connecting a plurality of pots at their side edge portions. It is comprised as follows. And, in this connection, in principle, this is to weld and connect at the joint edge 13 portion of the pot main body L. You may comprise so that it may weld-connect to a part collectively. In this case, it is necessary to take care not to hinder the expansion of the bottom forming gusset 15.

By adopting the above configuration, the pot according to the present invention can be easily and quickly managed, such as batch movement of a plurality of pots in a continuous state, and at the same time, ensuring the alignment state is facilitated. Will be. In the embodiment shown in FIG. 5, two pot main bodies L are connected. However, three or more pot main bodies L are connected together (series connection). It is also possible to implement.

It is a perspective view for explanation showing the use condition of the present invention. It is a front view of the present invention. FIG. 3 is an enlarged sectional view taken along line XX in FIG. 2. It is an expanded sectional view showing the other formation form of the part M for water flow. It is a front view showing the 2nd example of the present invention. It is a front view showing the 3rd example of the present invention. It is an explanatory perspective view showing a conventional example.

L Pot main part
10 Front member
12 Back member
13 Joining edge M Water passing part N Bottom member
14 Hanging part
14a heat welding
15 Bottom forming gusset
16 Joint edge
17 Handle

Claims (9)

  A pot having a bottom periphery of a pot main body (A) formed in a non-bottom bag shape with a rectangular synthetic resin film material and a bottom forming gusset (15) folded inwardly in a mountain shape A water-permeable part (M) made of a synthetic resin-made net-like film material having water permeability is placed between the upper edge of the bottom part member (N) made of a synthetic resin film material for forming the bottom part of A pot for planting constructed so as to be continuously formed in a belt-like shape and to be held in a flat folded state as a whole.   A pot having a bottom periphery of a pot main body (A) formed in a non-bottom bag shape with a rectangular synthetic resin film material and a bottom forming gusset (15) folded inwardly in a mountain shape A water-permeable part (M) made of a synthetic resin-made net-like film material having water permeability is placed between the upper edge of the bottom part member (N) made of a synthetic resin film material for forming the bottom part of In addition, the water-permeable portion (M) is continuously formed so that the water-permeable synthetic resin-made net-like film material is formed from the lower peripheral edge of the pot main body portion (A). A planting pot configured to be formed by collectively polymerizing the entire bottom member (N) and further to be maintained in a flat folded state.   Forming the bottom of the pot with a pot main body (L) formed into a bottomless bag shape with a synthetic resin film material having a rectangular shape and a bottom forming gusset (15) folded inwardly into a mountain shape Between the bottom member (N) made of the synthetic resin film material used, the water-permeable portion (M) made of a synthetic resin-made net-like film material is formed in a band shape In addition, it is configured to be stabilized in a flat folded state at both side edge portions, and when the bottom member (N) is opened with its gusset portion (15) to form the bottom surface, A pot for planting configured such that the water portion (M) is positioned slightly above the bottom surface. 4. The pot for planting according to claim 1, wherein the pot main part (L), the water passing part (M) and the bottom part member (N) are joined based on heat welding.   The pot main body part (L), the water passage part (M), and the bottom part member (N) are configured in a two-piece shape with a member constituting the front side part and a member constituting the back side part, respectively. In addition, each of the both side edge portions is joined based on thermal welding, and based on the solidification property of the thermal welding portion, the entirety thereof is configured to be stable in a flat state. The pot for planting in any one of 4.   The pot for planting according to any one of claims 1 to 5, wherein the entire plant is configured to have a dark color such as black or black-green.   The water passage part (M) is configured to be formed of Warif (registered trademark) which is a special nonwoven fabric in which split fiber nets manufactured from stretched films are arranged in the vertical and horizontal directions. The pot for planting in any one of.   The pot for planting according to any one of claims 1 to 7, wherein a handle (17) is provided symmetrically in the longitudinal direction at the center of the upper edge of the front part and the rear part of the pot main part (L). . The planted plant according to any one of claims 1 to 8, wherein a plurality of plant pots are formed in a connected state by connecting a plurality of pot main bodies (L) at their side edges. Pot.

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