Special conduit drainage type base plate for unmanned container flower selling and placing device

Abstract

The invention provides a conduit drainage type chassis special for an unmanned container flower selling and placing device, the chassis is composed of an upper cover (1) and a lower shell (2), the upper cover is provided with a water receiving hole (101), the lower shell is provided with a water receiving opening (201), a shunting channel (204), a water collecting channel (205) and a side drainage hole (206), a retraction cavity (202) is arranged in the water receiving opening, and the bottom of the retraction cavity is provided with a mounting hole (203) for mounting a self-locking T-shaped sawtooth bandage.

Description

Technical Field

[0001] Container Flower Sales Techniques Background Art

[0002] At present, traditional container flowers all have direct drainage at the bottom of the container, which cannot be implemented in unmanned sales scenes such as residential areas, restaurants and shopping malls. This greatly reduces the chance of contact with customers and is not conducive to the business promotion of merchants and the convenience of customers in growing flowers. Summary of the invention

[0003] The present invention of the duct drainage chassis is a shell body composed of an upper cover (1) and a lower shell (2). The upper cover is provided with a water receiving hole (101), the side wall is provided with a drainage connection hole (102), the lower shell is provided with an annular water receiving port (201), the inner circle of the water receiving port is provided with a retraction cavity (202) of a self-locking T-shaped sawtooth binding (3), the bottom of the retraction cavity is provided with a T-shaped sawtooth binding installation hole (203), the outer periphery of the water receiving port is connected with a diversion channel (204), the end of the diversion channel is connected with an annular water collection channel (205) on the outer periphery, the side wall is provided with a side discharge hole (206) connected with the water collection channel, the upper cover and the lower shell are sealed after being bonded together to prevent water from leaking, the side discharge hole (206) of the lower shell is closely connected with a through hole joint (4), and the outer side of the through hole joint is connected with a drainage duct (5). When in use, the following installation process is required: first, pass the self-locking T-shaped serrated strap (3) from top to bottom through the strap installation hole (203), with the T head in the retraction cavity, and use a strong waterproof leak-proof adhesive tape (6) to stick the mouth of the retraction cavity (202) to make the retraction cavity waterproof. The adhesive tape (6) in the retraction cavity will also play a role in sticking the T head of the strap. If the container flower (7) is: A. a flat-bottomed container, directly place the container seat on the upper cover surface, and the drainage of the container The opening (702) is opposite to the water receiving hole (101) of the upper cover, and the contact range (103) between the bottom plane (701) of the container and the upper cover (1) is marked. At this time, the container flowers (7) should be temporarily removed, and a permeable mesh cloth (9) larger than the water receiving hole (101) of the upper cover but smaller than the bottom plane (701) of the container is used to cover the water receiving hole. A sealant such as glass glue is applied to the inner circumference of the contact range (103) marked on the upper cover and several points around the permeable mesh cloth (9). Adhesive sealant (8), then put the container flower (7) back to the original marked position, let it stand for 1 to 2 days, and test if no water comes out, the operation is completed; B. For the container with feet, first measure the water receiving distance (704) between the drain port (702) and the bottom of the container foot (703), cover the water receiving hole with a permeable mesh (9) larger than the water receiving hole (101) of the upper cover, and then use a mesh with an inner diameter larger than the container drain port (702) and the water receiving hole (101) of the upper cover. ) A tubular object (11) such as a glue tube is installed, the height of which is consistent with the water connection distance (704), and adhesive sealants (8) such as glass glue are applied to both ends, and one end is pressed on the permeable cloth (9) at the water receiving hole of the upper cover, and then the drainage port (702) of the container flowers is facing the other end of the tubular object (11). After the seat is placed stably, an adhesive sealant (8) such as glass glue is applied to the bottom of the container foot (703), and the container is left to stand for 1 to 2 days. If no water is seen during the test, the installation is completed. The container flowers installed with the catheter drainage chassis can be accurately watered. The method is to use a graduated pot to measure the amount of water poured out minus the amount of water discharged by the catheter. After several verifications, there is no need to drain. The drainage catheter (5) and the through-hole joint (4) can be removed, and the side drainage hole (206) can be blocked with a T-type plug (10). BRIEF DESCRIPTION OF THE DRAWINGS

[0004] Figure 1 is a top view of the upper cover (1);

[0005] Figure 2 is a top view of the lower shell (2);

[0006] Figure 3 It is a side view of the conduit chassis after the T-shaped sawtooth tie (3) is installed and can be accurately poured.

[0007] Specific implementation method [Example of installation of a conduit drainage chassis of a flat-bottomed container flower unmanned vending device]

[0008] 1. Required Materials

[0009] 1. Print out one top cover (1) according to the 3D drawing;

[0010] 2. Print out the lower shell (2) according to the 3D drawing, one piece;

[0011] 3. T-shaped serrated strap: nylon strap 7mm*250mm, one piece;

[0012] 4. Through-hole connector: One piece with inner diameter 3.4*outer diameter 6mm of rubber elbow through-hole connector;

[0013] 5. Drainage catheter: silicone tube with inner diameter of 6mm*15cm, one piece;

[0014] 6. Strong leak-proof adhesive tape, diameter 30mm, one piece;

[0015] 7. Container flowers: Plant blue snow flowers in simple flower pots with holes, with a bottom diameter of 150mm per pot;

[0016] 8. Adhesive sealant: one glass glue;

[0017] 9. Water-permeable cloth: non-woven cloth with a diameter of 120 mm, one sheet;

[0018] 10. T-type plug: T-type silicone plug with a diameter of 6mm*10mm.

[0019] 2.) Auxiliary tools

[0020] 1. A piece of all-purpose glue;

[0021] 2. A glass glue gun;

[0022] 3. A marker pen.

[0023] 3. Implementation steps

[0024] 1. Use universal glue to seal and bond the upper cover (1) and the lower shell (2) to form a shell structure. Before bonding, make sure that the drainage connection hole (102) on the side wall of the upper cover is connected to the side drainage hole (206) of the lower shell;

[0025] 2. The nylon tape (3) passes through the strap mounting hole (203) of the lower shell from top to bottom, and the T-head remains in the retraction cavity (202);

[0026] 3. Use strong sealing tape (6) to seal the mouth of the upper shell retraction cavity;

[0027] 4. Press the rubber elbow through-hole connector (4) into the drainage hole on the side wall of the housing;

[0028] 5. Put the silicone hose (5) on the other end of the rubber elbow joint. The drainage direction of the elbow joint and the silicone hose can be slightly adjusted;

[0029] 6. Place the drainage port (702) of the flower container (7) on the upper cover surface with the water receiving hole (101) of the upper cover, mark the contact area (103) with a marker pen, and then remove it;

[0030] 7. Cover the water receiving hole (101) of the upper cover with a permeable cloth (9);

[0031] 8. Install the glass glue gun with glass glue (8) and apply an appropriate amount of glass glue on the inner circumference of the contact range (103) marked in the previous step and on several points on the edge of the water-permeable cloth (9);

[0032] 9. Put the flower container (7) back into the marked contact area (103) and press it tightly onto the glass glue;

[0033] 10. After standing for 1 to 2 days, check that no water is coming out of other parts of the base except the drainage hole when water is poured, and the installation is complete; 11. After the precise watering amount is determined and no drainage is required, the rubber elbow through-hole connector (4) and the silicone hose (5) can be removed, and replaced with a T-shaped plug (10) to seal the drainage connection hole (102) of the upper cover and the side drainage hole (206) of the lower shell, and then the unmanned vending device can be put on the shelf.

Claims

1. A special conduit drainage chassis for an unmanned container flower vending device, comprising an upper cover (1) and a lower shell (2), characterized in that: The upper cover (1) has a water receiving hole (101), and the lower shell (2) has a corresponding annular water receiving port (201) connected to the diversion channel (204) and then connected to the water collecting channel (205) and finally opened to the side drainage hole (206). The inner circle of the water receiving port of the lower shell has a retraction cavity (202), and the bottom of the retraction cavity has a mounting hole (203) that can pass a T-shaped serrated strap (3).

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