CN207612845U - A kind of no the matrix hydroponic field planting basket - Google Patents

Abstract

The utility model discloses a matrix-free hydroponic planting basket, which comprises an outer wall, an upper cover, a seedling-raising groove and a growth groove, the upper cover is located above the outer wall, the upper cover is movably connected with the outer wall, and the seedling-raising groove is located on the outer wall Inside, the growth trough is located below the outer wall and is fixedly connected to it, the seedling trough is located at the center of the outer wall, and the seedling trough includes at least two assemblies, a seedling trough transmission device and a seedling sun visor, and the seedling sun visor Located above the assembly, the transmission device of the seedling raising tank is connected with the assembly in transmission. The utility model has the advantages of convenient cultivation, strong adaptability and convenient picking.

Description

A substrate-free hydroponic planting basket

technical field

The utility model relates to soilless cultivation equipment, in particular to a matrix-free hydroponic planting basket.

Background technique

Soilless cultivation is a new type of cultivation method, which includes hydroponics and matrix cultivation. Soilless cultivation can be carried out in extreme environments and indoors. The soilless cultivation equipment in the prior art is rich and varied, among which the planting basket is favored by family vegetable growers as a product with good aesthetics. However, the planting basket in the prior art is usually fixed, and seedlings need to be raised elsewhere. , and then the seedlings are transplanted into the planting basket, which is inconvenient and unfavorable for plant growth. In addition, the size of the planting basket cannot be adjusted, the adaptability is poor, the planting time is long, and it is inconvenient to pick. It is troublesome to cultivate after picking.

Utility model content

Aiming at the defects and deficiencies of the prior art, the purpose of this utility model is to provide a substrate-free hydroponic planting basket which is convenient for cultivation, strong adaptability and convenient for picking.

In order to achieve the above object, the technical solution adopted by the utility model is: a substrate-free hydroponic planting basket, comprising an outer wall, a loam cake, a seedling tank and a growth trough, the loam cake is located above the outer wall, and the loam cake and the outer wall Flexible connection, the seedling trough is located inside the outer wall, the growth trough is located below the outer wall and fixedly connected to it, the seedling trough is located at the center of the outer wall, and the seedling trough includes at least two assemblies, a seedling trough transmission device and The sunshade for seedling cultivation, the sunshade for seedling cultivation is located above the assembly, and the transmission device for the seedling cultivation tank is connected to the assembly in transmission.

Further, the outer wall is a circular outer wall.

Further, the assembly includes a combination block of a seedling-raising water tank and a rotation shaft of a combination block of a water tank for raising seedlings, the combination block of a water tank for raising seedlings is connected to the rotation shaft of a combination block of a water tank for raising seedlings, and the rotation shaft of a combination block of a water tank for raising seedlings is connected with a transmission device of a seedling-raising tank .

Further, the combination block of the seedling raising water tank is connected with the rotating shaft of the combination block of the seedling raising water tank through a connecting column of the seedling raising water tank.

Further, a water inlet tank is arranged above the connecting column of the seedling raising water tank, and the two ends of the water inlet tank are respectively connected with the combination block of the water tank for raising seedlings and the rotating shaft of the combination block of the water tank for raising seedlings.

Further, a water inlet channel is provided in the rotating shaft of the combination block of the seedling raising water tank, and the water inlet channel is connected with the water inlet tank.

Further, the lower end of the rotating shaft of the combination block of the seedling raising water tank is provided with a first driven gear. Drive connection.

Further, the seedling trough transmission device includes a first rotation knob, a first driving gear, a first driving rotation shaft and a first transmission internal gear, the first transmission internal gear is located below the inner ring of the outer wall, and the first transmission internal gear A transmission internal gear is movably connected with the outer wall, the first rotation knob is located above the first driving rotation shaft and is fixedly connected to it, the first driving gear is located below the first driving rotation shaft and is fixedly connected to it, and the first rotation knob is located below the first driving rotation shaft and is fixedly connected to it. A driving gear meshes with the first transmission internal gear, and the first driving rotating shaft is locked on the upper cover through the first rotating knob.

Further, the seedling sun visor includes at least two pieces, the side of each seedling sun visor is provided with a seedling sun visor rotation shaft, and the bottom of the seedling sun visor is fixedly connected with the seedling sun visor, and the seedling sun visor A second driven gear is fixedly connected above the rotating shaft, and the second driven gear is connected to the second active rotating shaft through a second transmission internal gear. The second transmission internal gear is located above the inner ring of the outer wall. The second driving internal gear is movably connected with the outer wall, and a second driving gear is arranged below the second driving rotating shaft, and the second driving gear meshes with the second driving internal gear, and the second driving rotating shaft A second active knob is arranged above, and the second active rotation shaft is clamped on the upper cover through the second active knob.

After adopting the above structure, the beneficial effects of the utility model are as follows:

(1) The utility model sets the seedling trough above the growth trough as a combined shape, and by connecting the components that make up the seedling trough with the transmission device of the seedling trough, the assembly can be dispersed through the transmission of the seedling trough transmission device. It can be pushed away by the expansion force of the plant itself, so that the planting basket can adapt to the plant, and while adapting to the volume of the plant, it can also support the leaves and rhizomes of the plant, and when the seeds are growing After sprouting in the tank, the seedling tank can be opened by actively adjusting the transmission device of the seedling tank, so that the germinated rhizomes enter the growth tank without transplanting, which is conducive to plant growth, and adopts integrated planting, which is convenient for operation.

(2) The utility model sets the seedling sun visor as a combined shape, and can close or open the seedling sun visor by actively turning the second active knob, which can be easily applied to various stages of plant growth and various plants, enhancing The applicability of the planting basket.

(3) The utility model detachably connects the growth groove with the outer wall, and only needs to remove the growth groove when picking, which is convenient for picking.

Description of drawings

Fig. 1 is the overall structural representation of the utility model;

Fig. 2 is the structural representation without loam cake in the utility model;

Fig. 3 is a structural schematic diagram of the second active rotating shaft in the utility model;

Fig. 4 is the perspective view in the utility model;

Fig. 5 is the structural representation of the assembly of the seedling-raising groove among the utility model;

Fig. 6 is a side view in the utility model;

Figure 7 is a top view of the utility model;

Fig. 8 is a bottom view of the utility model.

Detailed ways

In order to make the purpose, technical solutions and advantages of the utility model clearer, the utility model will be further described in detail below in conjunction with the accompanying drawings and specific implementation methods. It should be understood that the specific embodiments described here are only used to explain the present utility model, and are not intended to limit the present utility model.

Referring to Figures 1-8, a substrate-free hydroponic planting basket includes an outer wall 1, an upper cover 2, a seedling tank 3 and a growth tank 4, the upper cover 2 is located above the outer wall 1, and the upper cover 2 is flexibly connected with the outer wall 1, The seedling trough 3 is located inside the outer wall 1, the growth trough 4 is located below the outer wall 1 and is fixedly connected thereto, the seedling trough 3 is located at the center of the outer wall 1, and the seedling trough 3 includes at least two assemblies 31, a seedling trough transmission device 32 and a seedling sunshade The plate 33 and the sun visor 33 for seedling cultivation are located above the assembly 31 , and the transmission device 32 of the seedling raising trough is connected with the assembly 31 through transmission. Feasibly, the outer wall 1 is a circular outer wall, and outer walls of other shapes can also be used in other specific embodiments of the present utility model.

Feasible, the assembly 31 comprises the combination block 312 of the seedling-raising water tank and the rotating shaft 313 of the combination block of the water tank for raising seedlings, the combination block 312 of the water tank for raising seedlings is connected with the rotating shaft 313 of the combination block of the water tank for raising seedlings, the rotating shaft 313 of the combination block of the water tank for raising seedlings is transmitted with the transmission device 32 of the seedling-raising tank connect. The combination block 312 of the water tank for raising seedlings is connected with the rotating shaft 313 of the combination block for the water tank for raising seedlings by the connecting column 311 of the water tank for raising seedlings. A water inlet 316 is arranged above the connecting column 311 of the water tank for raising seedlings, and the two ends of the water inlet 316 are respectively connected with the combination block 312 of the water tank for raising seedlings and the rotating shaft 313 of the combination block of the water tank for raising seedlings. Water inlet channel 314 is provided with water inlet channel 314 in the combination block rotating shaft 313 of raising seedlings, and water inlet channel 314 is connected with water inlet groove 316. The lower end of the water tank combination block rotating shaft 313 for raising seedlings is provided with the first driven gear 315, and the first driven gear 315 is fixedly connected with the water tank combination block rotating shaft 313 for growing seedlings, and the first driven gear 315 is connected with the transmission device 32 for growing seedlings. By setting the seedling trough above the growth trough as a combination, and by connecting the components that make up the seedling trough with the transmission device of the seedling trough, the assembly can be dispersed through the transmission of the seedling trough transmission device or through the growth process of the plants themselves. In this way, the planting basket can adapt to the plant, and while adapting to the volume of the plant, it can also support the leaves and rhizomes of the plant, and when the seeds grow and germinate in the seedling tank, they can The seedling trough is opened by actively adjusting the transmission device of the seedling trough, so that the germinated rhizomes enter the growth trough without transplanting, which is beneficial to plant growth, and adopts integrated planting, which is convenient for operation.

Seedling-raising trough transmission device 32 comprises the first rotating knob 321, the first driving gear 322, the first driving rotating shaft 323 and the first transmission internal gear 324, the first transmission internal gear 324 is positioned at the position below the inner ring of outer wall 1, the first transmission The inner gear 324 is movably connected with the outer wall 1, the first rotating knob 321 is located above the first driving rotating shaft 323 and is fixedly connected to it, the first driving gear 322 is located below the first driving rotating shaft 323 and is fixedly connected to it, and the first driving rotating shaft 323 is fixedly connected to it. The gear 322 meshes with the first transmission internal gear 324 , and the first active rotating shaft 323 is stuck on the upper cover 2 through the first rotating knob 321 .

Seedling sun visor 33 comprises at least two, and the side of every piece of seedling sun visor 33 is provided with seedling sun visor rotating shaft 331, and the below of seedling sun visor rotating shaft 331 is fixedly connected with seedling sun visor 33, and the seedling sun visor rotating shaft 331 The second driven gear 332 is fixedly connected to the top, and the second driven gear 332 is connected to the second driving rotation shaft 334 through the second transmission internal gear 335. The second transmission internal gear 335 is located above the inner ring of the outer wall 1. The second driving internal gear 335 is movably connected with the outer wall 1, the second driving gear 333 is arranged below the second driving rotating shaft 334, the second driving gear 333 meshes with the second driving internal gear 335, and the top of the second driving rotating shaft 334 is arranged There is a second active knob 336 , and the second active rotation shaft 334 is stuck on the upper cover 2 through the second active knob 336 . By setting the seedling sun visor in a combined shape, the seedling sun visor can be closed or opened by actively turning the second active knob, which can be easily applied to all stages of plant growth and various plants, enhancing the applicability of the planting basket .

In addition, the growth groove 4 is detachably connected with the outer wall 1, and only needs to remove the growth groove when picking, which is convenient for picking.

The above is only used to illustrate the technical solution of the utility model without limitation, other modifications or equivalent replacements made by those skilled in the art to the technical solution of the utility model, as long as they do not depart from the spirit and scope of the technical solution of the utility model , should be covered in the scope of the claims of the present utility model.

Claims (10)

1. A substrate-free hydroponic planting basket, characterized in that: it comprises an outer wall (1), a loam cake (2), a seedling-raising groove (3) and a growth groove (4), and the loam cake (2) is positioned at the outer wall (1 ), the upper cover (2) is flexibly connected with the outer wall (1), the seedling-raising groove (3) is located inside the outer wall (1), and the growth groove (4) is located below the outer wall (1), the The seedling trough (3) is located at the center of the outer wall (1), and the seedling trough (3) comprises at least two assemblies (31), a seedling trough transmission (32) and a seedling sun visor (33), and the seedling shading The plate (33) is located above the assembly (31), and the seedling raising tank transmission device (32) is in transmission connection with the assembly (31). 2. A substrate-free hydroponic planting basket according to claim 1, characterized in that: the outer wall (1) is a circular outer wall. 3. A substrate-free hydroponic planting basket according to claim 1, characterized in that: said assembly (31) comprises a seedling raising water tank combination block (312) and a seedling raising water tank combination block rotating shaft (313), said The combination block (312) of the water tank for raising seedlings is connected with the rotation shaft (313) of the combination block for the water tank for raising seedlings, and the rotation shaft (313) of the combination block for the water tank for raising seedlings (313) is transmission-connected with the transmission device (32) of the water tank for raising seedlings. 4. A substrate-free hydroponic planting basket according to claim 3, characterized in that: the combination block of the seedling raising water tank (312) is connected with the rotating shaft (313) of the combination block of the raising water tank (313) through the connecting column (311) of the raising water tank . 5. A substrate-free hydroponic planting basket according to claim 4, characterized in that: a water inlet tank (316) is arranged above the connecting column (311) of the seedling raising water tank, and the two ends of the water inlet tank (316) Be connected with the combination block (312) of the water tank for raising seedlings and the rotating shaft (313) of the combination block for the water tank for raising seedlings respectively. 6. A substrate-free hydroponic planting basket according to claim 5, characterized in that: a water inlet channel (314) is arranged in the rotating shaft (313) of the seedling raising water tank combination block, and the water inlet channel (314 ) is connected with the water inlet tank (316). 7. A substrate-free hydroponic planting basket according to claim 6, characterized in that: a first driven gear (315) is provided at the lower end of the rotating shaft (313) of the combination block of the seedling raising water tank, and the first driven gear (315) The driven gear (315) is fixedly connected with the rotating shaft (313) of the combination block of the seedling-raising water tank, and the first driven gear (315) is in transmission connection with the transmission device (32) of the seedling-raising tank. 8. A substrate-free hydroponic planting basket according to claim 1, characterized in that: the transmission device (32) of the seedling trough comprises a first rotating knob (321), a first driving gear (322), a first The active rotation shaft (323) and the first transmission internal gear (324), the first transmission internal gear (324) is located at the position below the inner ring of the outer wall (1), and the first transmission internal gear (324) is connected to the outer wall ( 1) Flexible connection, the first rotating knob (321) is located above the first active rotating shaft (323) and fixedly connected to it, and the first driving gear (322) is located below the first active rotating shaft (323) And fixedly connected with it, the first driving gear (322) meshes with the first transmission internal gear (324), and the first driving rotating shaft (323) is stuck on the upper cover (2) through the first rotating knob (321) superior. 9. A substrate-free hydroponic planting basket according to claim 1, characterized in that: the seedling sun visor (33) comprises at least two, and the side of each seedling sun visor (33) is provided with a seedling sun visor Plate rotation shaft (331), the below of described seedling sun visor rotation shaft (331) is fixedly connected with seedling sun visor (33), and the top of described seedling sun visor rotation shaft (331) is fixedly connected with second driven gear ( 332), the second driven gear (332) is drivingly connected with the second driving shaft (334) through the second transmission internal gear (335), and the second transmission internal gear (335) is located on the outer wall (1) At the position above the inner ring, the second transmission internal gear (335) is flexibly connected with the outer wall (1), and a second driving gear (333) is arranged below the second driving rotation shaft (334), and the second driving The gear (333) meshes with the second transmission internal gear (335), and a second active knob (336) is arranged above the second active rotation shaft (334), and the second active rotation shaft (334) passes through the second The active knob (336) is stuck on the upper cover (2). 10. A substrate-free hydroponic planting basket according to claim 1, characterized in that: the growth groove (4) is detachably connected to the outer wall (1).