TWM574387U - Fastening structure for quick-release hydroponic water tray - Google Patents

Abstract

The utility model relates to a hydroponic cultivation device, which comprises a cassette device, a planting water tray and a main frame structure, wherein the planting water tray and the main frame body form a quick-disconnecting structure, and the main frame body structure comprises a card hole perforating hole, Side outlet pipe and side inlet pipe. The plant water tray structure comprises a water tray through hole, and the joint with the main frame body is a 卡 type card slot shape, and the main frame structure is clamped up and down through the ㄈ type card slot. The latching device comprises a piercing column, the piercing through hole of the piercing penetrating into the main frame body and the water tray perforating hole of the planting water tray, thereby closely clamping the main frame body and planting Water tray structure. The planting water tray is provided with an inlet and outlet channel between the sputum type card slots, and the irrigation water nutrient solution can enter the planting water tray through the inlet and outlet water passage from the main frame body structure. Through the card device, the quick release method of the plant water tray and the main frame structure has a close fastening function.

Description

Fastening structure for quick release hydroponic storage tray

This creation is related to the fastening structure used for quick-disconnecting hydroponic storage trays, especially when it is improved in conventional hydroponic irrigation, when the planting tray is too large and difficult to transport when installed.

In recent years, the cultivation of agricultural crops has been affected by poor natural environment and climate instability, causing many crops to suffer from uncontrollable factors such as natural disasters, pests and environmental pollution, especially fruits and vegetables, in order to improve this part, so Plant cultivation equipment with LED artificial light sources in an indoor controllable environment has received increasing attention.

Such cultivation equipment generally uses hydroponic method to plant the plant. As shown in Fig. 1, it has a planting basin covered with a floating device (usually styrofoam), and the planting sponge is placed in the hole of the floating device. Among them, planting and planting in sponges, such large planting pots have the disadvantages of excessive volume, high cost, and difficulty in transportation during installation.

The present invention provides a fastening structure for a quick-disconnecting hydroponic storage tray, in particular, a problem of improving the size of the conventional hydroponic planting basin, high cost, and difficulty in transportation during installation. The use of the planting water tray and the main frame body to form a 卡-shaped card slot structure, the main frame structure is clamped up and down through the ㄈ type card slot, and another card 榫 device comprises a penetrating column body, the penetrating column body is worn The hole that penetrates the main frame body penetrates the perforation hole and the water tray of the planting water tray penetrates the perforation, thereby tightly clamping the main frame body and The planting water tray structure has an inlet and outlet water passage between the ㄈ type card slots, and the irrigation water nutrient solution can enter the plant water tray through the inlet and outlet water passage from the main frame body structure. Through the card device, the quick release method of the plant water tray and the main frame structure has a close fastening function.

01‧‧‧Watering tray

02‧‧‧Main frame

03‧‧‧Carton device

04‧‧‧With a cylinder

05‧‧‧With holes in the water tray

06‧‧‧With holes in the water tray

07‧‧‧Main frame body hole

08‧‧‧The main body side outlet pipe

09‧‧‧Side side water inlet pipe

10‧‧‧Sponge substrate

11‧‧‧Paulyl substrate

12‧‧‧ plants

13‧‧‧plant roots

14‧‧‧Nuclear

15‧‧‧ middle cylinder

16‧‧‧Lighting group

17‧‧‧Water storage basin

18‧‧‧ moving wheels

Figure 1 is a conventional hydroponic method.

Figure 2 is a schematic diagram of the hydroponic cultivation equipment.

The third figure is a three-dimensional position diagram of the combination of the creation card device and the main frame body and the planting water tray.

Figure 4 is a partial perspective cross-sectional view showing the combination of the present cassette and the main frame and the planting water tray.

Fig. 5 is a schematic view showing a partial penetration of the present card stacking device combined with the main frame body and the planting water tray.

Please refer to Figure 2, Figure 3, Figure 4 and Figure 5. This creation provides a fastening structure for quick-disconnecting hydroponic storage trays, especially in hydroponic cultivation equipment with artificial light sources. The card body device 03 of the main frame body 02 and the planting water tray 01, wherein the structure of the main frame body 02 comprises a card through hole 07, a side outlet pipe 08 and a side inlet pipe 09. The structure of the planting water tray 01 comprises a perforating hole 05 on the water tray and a perforating hole 06 under the water tray, and the joint with the main frame body 02 is a 卡-type card slot type, and is clamped up and down through the 卡 type card slot. Main frame 02 structure.

The latching device 03 includes a penetrating cylinder 04 that penetrates into the main frame through hole 07 and the water tray of the planting water tray through the perforating hole 05 and the water tray through hole 06. The structure of the main frame body 02 and the planting water tray 01 is tightly clamped, and an inlet and outlet water passage is arranged between the ㄈ type card slots, and the irrigation water nutrient solution can enter the planting water tray 01 from the structure of the main frame body 02 through the inlet and outlet water passages. Inside. Through the card 榫 device 03, the quick release method of the planting water tray 01 and the main frame body 02 has a close-knit purpose. of.

The latching device 03 includes one or more piercing cylinders 04 for fastening the quick-disconnecting water tray, and the latching device 03 can be mounted on the main frame body 02 through the side grooves to slide up and down. Does not fall off.

In summary, it is only a preferred embodiment of the present invention, and is not intended to limit the present invention. All other equivalent modifications or substitutions that have been made without departing from the spirit of the present invention are included in the scope of the patent application described below. .

Claims (5)

The invention relates to a fastening structure for a quick-disconnecting hydroponic water storage tray, which mainly comprises: a water storage tray body, the water storage tray body is composed of a bottom plate and a plurality of side walls, and the side walls are connected to the periphery of the bottom plate. a main frame body, the main frame body is coupled to the water storage tray body, the main frame body is provided with at least one through hole; a clamping device, the The clamping device is in the shape of a slot type, and at least one of the through holes is disposed on the upper edge and the lower edge of the clamping device, and at least one clamping device holds the main frame or the a water storage tray body; a fastening structure, the fastening structure is a latching device, the latching device comprises at least one or more piercing cylinders, and the penetrating cylinder body can be disposed through the clamping device and the clamping device The hole is formed in the main frame body, so that the fastening structure forms a tight and firm structure with the main frame body and the water storage tray body. The scope of the patent application to item 1 wherein the one or a plurality of the lifting means of the quick-release latch structure for hydroponic storage disc, the retaining structure is provided. The patentable scope of application of the recesses means for quick release latch structure hydroponic storage disc, wherein the retaining structure is provided with one or a plurality of the first item. The scope of the patent application may be item 3 of the groove of the quick-release latch structure for hydroponic storage disc, or wherein a plurality of projections provided on the apparatus main frame, the projecting means The devices are joined to each other and slide up and down without falling off. The scope of the patent application of paragraph 1 for the quick-release latch structure hydroponic storage disk, wherein the cartridge through the exit thereof may be cylindrical or polygonal.