JP3092792U - Flowerpot set - Google Patents

Abstract

(57) [Summary] (with correction) [Problem] To automatically supply water to a flowerpot from the bottom of the pot. SOLUTION: The pot comprises a flowerpot 1, a water supply tray 5 set in the pot 1, and a water supply bottle 6 for replenishing the water supply tray with water. A bottle supporting portion 33 is provided which can support the portion 61 facing the water supply tray 5. If the mouth 61 of the water supply bottle 6 is lower than the water level of the water supply tray 5 due to the atmospheric pressure, the outflow of water from the bottle is prevented, and if the water level becomes lower than the mouth 61, water is discharged from the bottle. 5 is supplied.

Description

[Detailed description of the device]

[0001]

[Field of Invention]

  The present invention is a plant pot, a water tray for dipping the bottom of the pot, and a water supply pot for supplying water to the water tray. It relates to a flowerpot set consisting of

[0002]

[Problems to be solved by conventional techniques and devices]

  When watering the flower pot, immediately after planting the seeds, vigorously with rain dew etc. When sprinkled with water, the seeds will be exposed from the soil and will not grow.   Also, when water is applied to the grown potted plant from above, the lens effect of water droplets attached to the leaves is increased. There is a problem that leaves burn depending on the fruits.   From the above point, when watering a flower pot, it is desirable to suck up water from the bottom of the pot. Yes.   In this invention, a water pot and a water bottle for receiving the bottom of the pot were added to the flower pot and turned upside down. A plant pot that can be watered from the pot bottom by automatically supplying water from the bottle to the dish. To clarify the situation.

[0003]

[Means for solving the problem]

  The flowerpot set of the present invention comprises a flowerpot (1) and a water tray arranged to receive the bottom of the pot. (5) and a water bottle (6) for supplying water to the water tray (5) A plant pot set capable of sucking water from the water supply tray (5) through the hole (21), Place the inverted water bottle (6) in the wooden pot (1) and place the mouth (61) of the bottle on the water tray (5). It has a bottle support (33) that can support it.

[0004]

[Action and effect]

  Set it so that the bottom of the bowl (2) is immersed in the watering dish (5) containing water. Water supply Turn the water bottle (6) upside down and place it on the bottle support (33) on the flowerpot (1). 6) is supported, and the mouth portion (61) of the water bottle (6) is dipped in the water tray (5). Water tray (5 At the atmospheric pressure acting on the water surface of), the outflow of water in the water bottle (6) is blocked, Water will not overflow from the water tray (5).   The water in the water tray (5) is sucked into the soil in the bowl (2) from the hole (21) at the bottom of the bowl by capillary action. Raised to lower the water level in the water tray (5). The water level of the water tray (5) is that of the water bottle (6). If it is lower than the mouth (61), water will flow out from the water bottle (6) and the water level of the water tray (5) will rise. Go up. If the water level becomes higher than the mouth (61) of the water bottle (6), then again the water bottle (6) The outflow of water from the ceases. In this way, the water level of the water tray (5) is the mouth of the water bottle (6). Whenever the water level becomes lower than (61), the water flows out from the water bottle (6) and the water level in the water tray (5) rises. It can be kept within a certain range.   Place the water bottle (6) upside down on the bottle support (33) on the flowerpot (1). Therefore, a separate member for supporting the water bottle (6) is unnecessary.

[0005]

[Embodiment of device]

  FIG. 1 shows a plant of the present invention comprising a flowerpot (1), a water supply plate (5) and a water supply bottle (6). An example of a wooden pot set is shown.   The flowerpot set of the example is for use as a teaching material in an elementary school, It is formed so that it can be stacked for convenience of transportation and storage, and it is lightweight and cost-effective. It is made of synthetic resin in consideration of downsizing.   The flowerpot (1) has a pot part (2) and a base part continuous with the upper end of the pot part and surrounding the pot part (2) ( 3), and the pot part (2) and the base part (3) are integrally molded.

[0006]   The bowl portion (2) has a quadrangular opening at the top, and the inside gradually narrows toward the bottom.   The bowl (2) is provided with a plurality of slit-shaped holes (21) (21) extending from the bottom wall to the side wall. The upper end of the hole (21) is located above the upper end of the water supply tray (5) described later.   The convex portion (22) for positioning with respect to the water tray (5) is located outside near each corner on the bottom of the bowl. It is formed to be raised.   As shown in FIG. 5, holes (23) and (24) are formed in the bottom and the peripheral surface of the convex portion (22).

[0007]   The pedestal part (3) has a rectangular shape when viewed from above, and gradually moves from the upper edge of the bowl part (2) to the lower side. It has a substantially trapezoidal shape with a wide hem.   A space between the bowl part (2) and the base part (3) is gradually expanded downward and its lower end is opened to a substantially square ring. It is a fitting space (11) and the upper part of the flowerpot of the same shape is placed in the fitting space (11). Can be fitted and stacked.   Insert holes (12) are formed in the four corners of the upper surface of the base (3), and vine plants are placed in the insert holes (12). The lower end of the column (not shown) around which it is wound is fitted.

[0008]   The four corners of the base (3) are the legs (34), and the lower ends of the legs are from the bottom of the bowl (2). It has reached a slightly lower position, and can support the bowl (2) with it slightly floating from the ground.   Two sets of large openings (31) (31) facing each other with the bowl (2) sandwiched between each leg (34) (34) , (32) and (32) are provided.   The openings (31) and (31) formed on the wall surface along the lateral direction of the base (3) have a substantially U shape. However, the upper part is open.

[0009]   Handles (4) and (4) are provided on the upper portions of the U-shaped openings (31) and (31) so that they can be undulated.   As shown in FIG. 4, the handle (4) is entirely made of synthetic resin, and has both ends of the grip (41). The mounting arms (42) (42) are projectingly provided on the Round shafts (43) and (44) extending inward and outward orthogonal to (42) are provided in a protruding manner. The handle (4) is outward Bearing the round shafts (43) (43) on the left and right inner surfaces (31a) (31a) of the opening (31) of the base (3) facing each other. The holes (35) (35) are rotatably fitted and attached to the flowerpot (1). In the bearing hole (35) The groove hole (35) is continuous downward, the lower end of the groove hole (35) is open, and the upper end is the round shaft (43). It is connected to the bearing hole (35) with a width slightly smaller than the diameter.   Insert the round shaft (43) (43) of the handle (4) from the lower end of the slot (35), and use the elastic deformation of the resin to slot the slot. Forcibly slide (35) into the bearing hole (35).   The grip (41) is arranged so that the second finger to the fifth handle (4) of the child are arranged side by side on the grip (41). The length is

[0010]   The handle (4) can be stored in the opening (31) by tilting it so that the grip (41) faces down. In this state, the handle (4) does not extend beyond the outer surface of the leg portions (34) (34). Also, take The hand (4) hits the stopper (37) in the vicinity of the bearing hole (35) when the hand (4) is tilted, and is inserted into the empty space. Intrusion into the space (11) is prevented.   When the handle (4) is rotated around the pivotal support and raised, the grip (41) comes out from the upper end of the base (3). It will be in a high position, and between the grip part (41) and the upper part of the base part (3), from the second finger to the fifth finger of the child. There is formed a gap S into which the grip portion (41) can be inserted while being gripped.

[0011]   The water tray (5) is larger than the outer peripheral contour of the bottom of the bowl (2) and the outer peripheral contour of the lower end of the stand (3). It is formed by providing a peripheral wall (53) on the outer peripheral edge of a rectangular bottom plate (52) which is slightly smaller than the above.   The bottom plate (52) of the water supply tray (5) is fitted into the holes (23) on the bottom surface of each convex portion (22) of the bowl portion (2). The four minor axes (51) are formed upward.   Fit the short shaft (51) into the hole (23) with some room, and place the water tray (5) under the bowl (2). Once set, the peripheral wall (53) of the water tray (5) will fit into the empty space between the bowl (2) and the base (3). Enter the space (11).   The height of the peripheral wall (53) is lower than the upper end of the slit-shaped hole (21) of the bowl (2).

[0012]   Insert the water bottle (6) upside down into the opening (31) on the handle (4) side of the stand (3). To be done.   The width of the opening (31) is slightly larger than the width of the body of the water bottle (6). The lower part (6) is turned upside down and the lower part is inserted from the opening (31) into the fitting space (11). It is possible to make it upside down by the opening edge of the opening (31) and the side wall surface of the bowl (2). It can hold a water bottle (6).   That is, the bottle supporting part (33) is constituted by the opening part (31) and the side wall of the bowl part (2). There is.

[0013]   The capacity of the water bottle (6) is the water bottle (6) with the water bottle (6) containing water inverted. When facing the inside, the water level of the water supply tray (5) is higher than the mouth (61) of the water supply bottle (6). At this time, the water from the water bottle (6) will be discharged by the atmospheric pressure acting on the water surface of the water tray (5). The capacity to stop the outflow of.   As the water supply bottle (6) of the example, a transparent resin bottle for drink having a capacity of 500 mml is diverted. It is a thing.   The bottle support part (33) can support the water bottle (6) upside down. In the embodiment, the support band (7) is used to support the water bottle (6) more stably. Can be   The support band (7) is made of synthetic resin and the body of the water bottle (6) has a little room. It is curved in a U shape that fits in a closed state, and hook portions (71) (71) are formed at both ends. The hooks (71) (71) are attached to the mounting arms (42) (42) of the handle (4) at the tips of the inward round shafts (44) (4). It can be rotatably forcibly fitted and attached to 4) by elastic deformation of resin.

[0014]   Then, the watering tray (5) containing water is set on the bottom of the bowl (2). Water supply containing water Turn the bottle (6) upside down and place it in the recess (31) of the base (3) as shown by the chain double-dashed line in FIG. Set and immerse the mouth (61) of the water bottle (6) in the water tray (5). Water surface of water tray (5) The water pressure in the water bottle (6) is blocked by the atmospheric pressure acting on the water bottle (6). No water overflows from 5).   The water in the water supply tray (5) is filled with the slit-like holes (21) in the bowl (2) and the holes in the protrusions (22) on the bottom of the bowl. (23) (24) is sucked up into the bowl (2) and the water level of the water supply tray (5) becomes low. Water tray If the water level in (5) becomes lower than the mouth (61) of the water bottle (6), water will flow from the water bottle (6). Water flows out and the water level in the water tray (5) rises, and the water level is higher than the mouth (61) of the water bottle (6). When it goes low, the water flow from the water bottle (6) stops again. In this way, the water tray (5) Whenever the water level in the water bottle becomes lower than the mouth (61) of the water bottle (6), the water comes from the water bottle (6). It can flow out and keep the water level of the water supply tray (5) within a certain range.

[0015]   As described above, the water in the water supply tray (5) is not limited to the slit-like holes (21) on the side surface of the bowl (2). , The water tray (5) is also sucked up from the holes (23) and (24) of the convex portion (22) on the bottom of the bowl (2). Water can be sucked up until the water level reaches the bottom of the water supply tray (5).   The upper end of the slit-like hole (21) of the bowl (2) is located above the peripheral wall (51) of the water tray (5). Because there is, that is, it is higher than the water surface of the water tray (5), the upper part of the hole (21) is ventilated. It becomes a hole and can prevent root rot.   As described above, a long sidewall extending upward from the bottom of the bowl (2) is inclined upwards. If the hole (21) is opened and used as both the water supply hole and the ventilation hole, injection-mold the flowerpot (1). The mold shape can be simplified. If the ventilation hole and the water supply hole are separated, the shape of the mold The shape becomes complicated.

[0016]   The water bottle (6) is fitted upside down into the opening (31) of the base (3) to support it. Since it is only fitted to the holding band (7) with a margin, You can remove it from the flowerpot (1) simply by lifting the tor (6), and the water bottle (6) It is easy to replenish the water and re-set the water bottle (6) in the flowerpot (1).

[0017]   The pedestal part (3) whose upper end is connected to the bowl part (2) surrounds the bowl part (2) and forms a hem. Since it is made, the overall stability of the flowerpot (1) is good and it is hard to fall down.

[0018]   When carrying the flower pot (1), the handle (4) can be gripped and carried.   Raise the handle (4) and put your fingers in the gap S between the grip (41) and the top of the bowl (2). Fit the 2nd to 5th fingers and attach the grip (41) to make a fist with these 4 fingers and 1st finger. Since you can grip it tightly, you can support and carry the flower pot stably without slipping your fingers. You can   If the handle (4) is tilted down and stored in the opening (31) of the base (3), there is nothing on the upper edge of the bowl (2). There are no protrusions for use, and the appearance is good.   In addition, the upper part of a flower pot of the same shape is fitted between the pot part (2) and the base part (3) to be stacked and stored. Even if the handle (4) (4) is housed in the openings (31) (31), the handle (4) will get in the way. It never happens.

[0019]   With the handle (4) tilted down and housed in the opening (31), the handle (4) is placed on the base (3). Familiar with THine, the presence of the handle (4) is not conspicuous, and the handle (4) is used when carrying the flowerpot There is a risk of not doing it. For this reason, the handle (4) has a different color from the flowerpot (1). (4) can be made conspicuous, and the design of the flowerpot including the handle (4) can be changed. You can

[0020]   The above description of the embodiments is for the purpose of explaining the present invention, and is for a utility model registration contract. It should not be construed to limit the invention described in the scope of the invention or to reduce the scope. or The configuration of each part of the present invention is not limited to the above-mentioned embodiment, and the technology described in the scope of claims for utility model registration. Of course, various modifications are possible within the surgical range.

[Submission date] September 24, 2002 (2002.9.24)

[Procedure Amendment 1]

[Document name to be amended] Statement

[Correction target item name] 0014

[Correction method] Change

[Correction content]

Then, the water supply dish (5) containing water is set on the bottom of the bowl section (2). Water was placed water bottle (6) by inversion, as shown by a chain line in FIG. 1, is set to the recessed portion of the base portion (3) (31), the mouth of water bottles (6) (61 ) In the water tray (5). The atmospheric pressure acting on the water surface of the water supply tray (5) prevents the water in the water supply bottle (6) from flowing out, so that the water does not overflow from the water supply tray (5). The water in the water tray (5) is sucked up into the bowl (2) through the slit-like holes (21) in the bowl (2) and the holes (23) (24) in the protrusions (22) on the bottom of the bowl. The water level in the water tray (5) becomes low. When the water level of the water supply tray (5) becomes lower than the mouth (61) of the water supply bottle (6), water flows out from the water supply bottle (6) and the water level of the water supply tray (5) rises, and the water level becomes If the height is higher than the mouth portion (61) of 6), the outflow of water from the water bottle (6) stops again. Thus, each time the water level of the water supply tray (5) becomes lower than the mouth (61) of the water supply bottle (6), the water flows out of the water supply bottle (6) and the water level of the water supply tray (5) is kept within a certain range. Can be kept at

[Brief description of drawings]

FIG. 1 is a perspective view of a flowerpot set.

FIG. 2 is a sectional view taken along the line AA of FIG.

FIG. 3 is a sectional view taken along the line BB of FIG.

FIG. 4 is a perspective view of a handle attachment portion and a handle of the flower pot.

FIG. 5 is a perspective view of a convex portion on the bottom surface of the pot portion.

[Explanation of symbols]

(1) flowerpot (2) Bowl (21) hole (3) Stand (31) Opening (4) Handle (5) Water tray (41) Grip (42) Mounting arm (6) Water bottle

─────────────────────────────────────────────────── ───

[Procedure amendment]

[Submission date] September 24, 2002 (2002.9.2)
4)

[Procedure Amendment 2]

[Document name to be corrected] Drawing

[Name of item to be corrected] Figure 2

[Correction method] Change

[Correction content]

[Fig. 2]

Claims (7)

[Scope of utility model registration request] 1. A flowerpot (1), a water tray (5) arranged to receive the bottom of the flowerpot (1), and a water bottle (6) for supplying water to the water tray (5). Consists of a hole in the bottom of the pot
A plant pot set capable of sucking water from a water dish (5) from (21), wherein an inverted water bottle (6) is placed in the flower pot (1) and the mouth (61) of the bottle is placed in the water dish (5). )) A flowerpot set with a bottle support (33) that can be supported by facing. 2. The flowerpot is composed of a pot portion (2) and a base portion (3) which is continuous with the upper end of the pot portion and which is formed so as to extend around the pot portion (2) and which supports the pot portion (2). The base (3) is provided with an opening (31) having an open upper end, and the lower portion of the inverted water bottle (6) is inserted into the opening (31) to insert the opening (31). ) And the side wall of the pot portion (2) form a bottle support portion (33) for supporting the water bottle (6). 3. A fitting space (11) between the bowl portion (2) and the base portion (3) is gradually expanded to the lower side and the lower end is opened. The flowerpot set according to claim 1 or 2, which can be stacked by inserting a flowerpot of the same shape into 11). 4. A support band (7), into which the water bottle (6) fits, both ends of which are supported by the upper ends of the openings (31) of the support base (3). The flowerpot set described in 3. 5. The flower pot set according to claim 1, wherein holes are provided in the side wall of the pot portion (2) for ventilation. 6. The hole (21) at the bottom of the bowl extends upward on the side wall of the bowl (2), and the upper portion of the hole (21) is a ventilation hole. The flower pot set described in Crab. 7. The water tray (5) has a plurality of short shafts for positioning.
The projection (51) is provided, and a plurality of projections (22) having holes (23) into which the short shaft (51) fits in with a margin is formed on the bottom of the pot. The flower pot described in any one.