JPH0216611Y2 - - Google Patents

Description

[Detailed Description of the Invention] Industrial Application Field This invention relates to a greenhouse in which a plurality of pot supports are provided in a plurality of tiers.

Prior Art and its Problems Conventional pot supports used in greenhouses are not provided with water pans, and in conventional greenhouses, water poured into flower pots held on upper pot supports is No special consideration has been taken to direct the water to the water collection pan located at the bottom of the greenhouse. Therefore, if water poured into a flower pot supported by an upper pot support falls onto a plant planted in a flower pot supported by a lower pot support, and the upper plant becomes infected with an infectious disease. There is a problem in that the disease may infect the plants in the lower tier and have a negative impact on the plants in the lower tier.

This idea prevents water poured into the upper flowerpot from falling onto the plants planted in the lower flowerpot.
Furthermore, the purpose is to provide a greenhouse that can be easily drained.

Means for Solving the Problems The greenhouse according to this invention is a greenhouse in which a plurality of pot supports are provided in multiple tiers, and at least the pot supports in the upper tier than the bottom tier are provided with water trays. A water collection tray is provided at the bottom of the greenhouse, and the pot support is inclined so that one side of the water tray is located lower than the other side, and the pot support is tilted to catch water overflowing from one side of the water tray and to collect water from the bottom. A gutter having a drainage hole is disposed below one side of the water tray, and a water flow member is provided for guiding water from the drainage hole to the water collection tray.

EXAMPLE Figures 2 and 3 show pot supports for use in greenhouses. The pot support 1 includes left and right rising portions 2a arranged at intervals in the left-right direction and having a substantially inverted U shape when viewed from the left-right direction, and front and rear horizontal portions 2b connecting corresponding lower ends of the two rising portions 2a.
A pot support member support frame 2 consisting of a pot support member support frame 2, a horizontal bar-shaped member 3 fixed between the front and rear vertical parts of each rising part 2a at the upper part of each rising part 2a, and horizontal rod-shaped members 3 provided at equal intervals between both rising parts 2a. and a horizontal part 4a that is parallel to the horizontal bar-shaped member 3 at the same height position as the horizontal bar-shaped member 3, and a front and rear vertical part that extends downward from both ends of the horizontal part 4a and whose lower ends are fixed to the front and rear horizontal parts 2b of the support frame 2, respectively. 4b, supported by both horizontal bar-shaped members 3 and horizontal portions 4a of both auxiliary support members 4, and at an intermediate position between horizontal bar-shaped member 3 and horizontal portion 4a, and both horizontal portions 4a. A pair of front and rear annular pot holder members 6 and 7 each constituting a substantially annular pot holder 5 when viewed from the plane at an intermediate position, and between the left side comrades and the right side comrades of the front and rear horizontal portions 2b of the support frame 2, respectively. It is equipped with a rod-shaped member 8 for supporting a water tray that is stopped across, and a horizontally long rectangular water tray 9 whose both sides are received by both rod-shaped members 8, respectively.

The lower portion of the vertical portion of each rising portion 2a is bent into a horizontal U shape projecting outward. A portion of each rising portion 2a above the horizontal rod-shaped member 3 serves as a handle portion 10.

Each pot support member 6, 7 has three curved portions 6a, 7a extending in the left-right direction and bent into a semicircular arc shape when viewed from a plane at equal intervals in the length direction. Corresponding curved portions 6a of both bowl receiving members 6, 7,
7a are formed so as to protrude outward from each other, and the pot holder 5 is constituted by the two corresponding curved parts 6a and 7a. Each pot holder 5 has
The flowerpot A is fitted as shown by the chain line in FIG.

Both ends of each water tray supporting rod member 8 are fixed to the front and rear horizontal portions 2b of the support frame 2 from below.

On both sides of the bottom of the water tray 9, there are downward protrusions 11 that protrude immediately inside each water tray support rod-shaped member 8.
Left and right movement prevention members 11 each having an L-shaped cross section and extending in the front-rear direction are fixed. The protrusion length of the downward protrusion 11a is set to such a length that its lower end does not protrude further downward than the lower end of the rod-shaped member 8.

The surface of each member of the pot support 1 is coated with white resin to provide corrosion resistance and aesthetic appearance.

FIG. 1 shows a greenhouse equipped with the pot supports described above. Inside the greenhouse 20, pot supports 1 are placed on top and bottom 2.
They are placed side by side, two on each tier. Greenhouse 2
0 has a rectangular parallelepiped shape, and includes four pillars 21 made of extruded aluminum, a lower frame 22 provided at the lower end,
An upper frame 23 and a lower frame 22 provided at the upper end of the support column 21
a water collection plate 2 disposed inside and held by the lower frame 21;
4. A mesh plate 25 arranged above the water collection dish and supported by the lower frame 21, a glass plate 26 fitted into the upper frame 23, between the front columns 21 at the center of the height and between the rear columns 21 The front and middle crosspieces 27 made of extruded aluminum are fixed in between, and between the left column 21 and the right column 2 at the center of the height.
1, a support member 29 with an L-shaped cross section extending in the front-rear direction, and a supporting member 29 with an L-shaped cross section that is attached to the left and right middle bars 28 in an inwardly protruding manner and extends in the front-rear direction.
The cross section is approximately U, with a drainage hole 30a being opened at the center of the length of the bottom surface.
A gutter-cum-supporting member 30, a chain 21 for guiding water from the drainage hole 30a to the water collecting plate 24, a chain 21 for lower water flow that guides water from the drainage hole 30a to the water collecting plate 24, a chain 21 for lower water flow, a chain 21 for guiding water from the drainage hole 30a to the water collecting plate 24, a chain 21 for lower water flow, a chain 21 for lower water flow, and a chain 21 for lower water flow between the front and rear middle crosspieces 27 and both upper and lower frames 22, 23 on both front and rear sides, and a right side middle on the right side. Crosspiece 28 and upper and lower frames 2
2 and 23, respectively, and a glass plate 33 fitted between the left side center beam 28 and both the upper and lower frames 22, 23 on the left side.

A heater (not shown) is provided inside the water collecting tray 24. The gutter/support member 30 is attached to the middle crosspiece 27 so that the upper edges of both side walls thereof are located at a lower position than the upper edge of the vertical wall of the support member 29. The upper end of the chain 31 for lower water flow is fixed to the gutter and support member 30 by a horizontal pin 34 passing through the chain 31 within the gutter and support member 30, and the lower end of the chain 31 for lower water flow is near the mesh plate 25. It extends to

The two lower pot supports 1 are placed on the left and right halves of the mesh board 25. Chain 31 for water flow down
The lower part of is located between both pot supports 1. In the pot support 1 on the left side of the upper stage, the inner part of the front and rear horizontal members 2b of the support frame 2 immediately inside the position where the left and right rod-like members 8 are fixed is connected to the upper edge of the vertical wall of the left support member 29 and the gutter. By being received by the upper edge of the left side wall of the supporting member 30, it is supported by the supporting members 29, 30 in a state where it is tilted downward to the right and does not move from side to side. The pot support 1 on the upper right side is connected to the support member 2 on the right side.
9 and the gutter-cum-supporting member 30 in a state where it is tilted downward to the left and is supported so as not to move from side to side.

In the greenhouse 20, water poured into the flower pot A supported by the upper pot support 1 flows into the gutter/support member 30 through the water tray 9, and flows through the water flow down chain 3.
1 and is guided to the water collection plate 24. Therefore, water poured into the upper flowerpot A will not fall onto the plants planted in the lower flowerpot A, so even if the upper plant is infected with an infectious disease, the infectious disease will not spread to the lower flowerpot. become less susceptible to infection. Water from the flower pots A supported by each pot support 1 flows into the water collecting tray 24, so that water can be easily drained.

Effects of the invention In the greenhouse according to this invention, water from the flower pots held in the upper pot support flows through the water tray of the pot support to the gutter/support member, and is collected by the water flow down member. guided to the plate. For this reason, water poured into the upper flower pots will not fall onto the plants planted in the lower flower pots, and therefore, even if the upper plants are infected with an infectious disease, the infectious disease will spread to the lower plants. become less susceptible to infection. Water poured into the flower pots supported by each pot support flows into the water collection tray, making it easy to drain water.

[Brief explanation of the drawing]

The drawings show an embodiment of this invention,
Fig. 1 is a partially cutaway front view showing the greenhouse, Fig. 2 is an enlarged perspective view showing the pot support, and Fig. 3 is the same as Fig. 2.
FIG. 3 is a partially enlarged sectional view taken along the line. DESCRIPTION OF SYMBOLS 1...Pot support, 9...Water tray, 20...Greenhouse, 24...Water collection plate, 29...Support member, 30...
... Gutter/support member, 30a... Drain hole, 31... Chain for water flow down.

Claims (1)

[Scope of utility model registration request] In a greenhouse in which a plurality of pot supports are provided in multiple stages, at least the pot support 1 located at the upper stage than the lowest stage is provided with a water tray 9, and a water collection tray 24 is provided at the bottom of the greenhouse. , the pot support 1 is inclined so that one side of the water tray 9 is located lower than the other side, and a gutter 30 receives water overflowing from one side of the water tray 9 and has a drainage hole 30a at the bottom. is arranged below one side of the water tray 9, and the drain hole 30a
Water flow member 3 for guiding water from the water collection plate 24 to the water collection plate 24
A greenhouse with 1.