CN111406466A

CN111406466A - Agricultural seed is with cultivating basin

Info

Publication number: CN111406466A
Application number: CN202010391252.7A
Authority: CN
Inventors: 李耀威
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-05-11
Filing date: 2020-05-11
Publication date: 2020-07-14

Abstract

The invention discloses a cultivating pot for agricultural seeds, which structurally comprises a cultivating pot, a grid net, a leakage hole and an outer limiting pot, wherein the cultivating pot is placed in the outer limiting pot, the grid net and the leakage hole are of an integrated structure, the bottom of garlic seeds can be lengthened and enlarged and can grow in an inner grid, an inner guide angle can guide the whole guide to separate the individual parts, the radian of the swing angle can pull the fixing force of an arc head, a synchronizing ring can synchronously separate the rest parts, an inner ring of the garlic head is extruded to make the whole ring on the same horizontal plane in the process of growing and inclining the garlic head, a rubber protective layer is used for separating the contact surfaces of a resisting block and the garlic head, the contact surfaces of the resisting block and the garlic head are assisted by a core pulling ring to adjust the horizontal plane and pull back, the force borne by one end is used for synchronizing the connected parts, an inner node ball can play a role of buffering, the arc strip can pull the length required by the outer layer, when the inner ring is activated, the force will be wrapped to some extent and spread.

Description

Agricultural seed is with cultivating basin

Technical Field

The invention belongs to the field of agriculture, and particularly relates to a cultivation pot for agricultural seeds.

Background

In order to improve the survival rate of agricultural garlic seeds, garlic is cultivated and shaped from the seeds in a cultivating pot, then the garlic is transplanted to external soil to have a certain basic state, and the growth space of the garlic is expanded.

Based on the discovery of the inventor, the existing agricultural seed cultivation pot mainly has the following defects, such as:

the garlic is in a shape of heavy bottom and light top after growing, and when the growth level of the lower core body is inclined in a cultivation pot with limited space, the upper half part of the garlic is inclined to one side along with the lower core body and pressed on the peripheral garlic.

Therefore, it is necessary to provide a cultivation pot for agricultural seeds.

Disclosure of Invention

In order to solve the problem that the garlic is heavy at the bottom and light at the top after growing in the above-mentioned technology, when the growth level of the lower core body is inclined in the cultivation pot with limited space, the upper half part of the garlic is inclined to one side along with the lower core body, and the garlic is pressed on the peripheral garlic.

The invention relates to an aim and an effect of a cultivation pot for agricultural seeds, which are achieved by the following specific technical means:

the structure of the utility model comprises a culture pot, a grid, a leak hole and an outer limit pot.

The cultivation basin is placed inside the outer limit basin, the grid and the leakage holes are of an integrated structure, and the grid is installed inside the outer limit basin.

As a further improvement of the invention, the culture pot comprises a lower through hole, a shaping block, a shell and an internal grid, wherein the lower through hole penetrates through the shell, the lower through hole and the internal grid are of an integrated structure, the shaping block is arranged on the inner wall of the shell, and the lower through hole is in a conical funnel shape.

As a further improvement of the invention, the shaping block comprises a synchronizing ring and a resisting block, the synchronizing ring penetrates through the inside of the resisting block, the resisting blocks are uniformly distributed in a circular ring structure, and the synchronizing ring is in a circular ring structure.

As a further improvement of the invention, the resisting block comprises a guide angle and an interlayer, the interlayer is arranged on the outer surface of the guide angle, and the guide angle is of a triangular structure.

As a further improvement of the invention, the guide angle comprises a lower supporting angle, three arc extending heads, three outer wrapping angles and a swinging and pushing angle, wherein the swinging and pushing angle is overlapped on the upper surface of the lower supporting angle, the arc extending heads and the swinging and pushing angle are of an integrated structure, the outer wrapping angles wrap the outer surface of the swinging and pushing angle, and the arc extending heads are of a semi-arc structure.

As a further improvement of the invention, the synchronizing ring comprises a glue protective layer, a core pulling ring and five fixing rings, wherein the glue protective layer is arranged in the direction of the inner ring of the core pulling ring, the fixing rings and the core pulling ring are positioned on the same axial center, and the fixing rings are uniformly distributed in a ring shape.

As a further improvement of the core pulling ring, the core pulling ring comprises an edge pasting arc, a main force block and a connecting strip, wherein the edge pasting arc is connected with the connecting strip, the connecting strip penetrates through the inside of the main force block, the edge pasting arc is connected with the main force block, and the edge pasting arc is made of rubber materials and has certain toughness.

As a further improvement of the invention, the welting arc comprises a node ball, an extension colloid and an arc strip, the node ball is embedded in the extension colloid, the extension colloid is connected with the arc strip, the arc strip is of an arc structure, and the node ball is of a spherical structure.

Compared with the prior art, the invention has the following beneficial effects:

1. the bottom of its garlic seed will grow the grow, be located built-in check inside and grow, inside guide angle will guide holistic direction, let the point of interlayer spaced apart atress, separate individual position, the radian of its pendulum pushing angle self will be dragged the fixed force who prolongs the arc head, extend the installation area who links up the position, let its more firm atress, its synchronizing ring will open remaining position in step, in-process at the garlic head growth slope, extrude its inner ring, let its whole circle be on the same horizontal plane.

2. By the contact surface of gluing protective layer spaced-apart support piece and garlic, carry out supplementary core and pull ring adjustment horizontal plane and pull back, when the large tracts of land atress of main power piece was moved about to some extent, the power that receives one end was synchronous to linking up the position, and inside node ball will play the effect of buffering, and the arc strip will pull and open the required length of outer layer, when synchronous inner ring activity, will carry out the parcel to a certain extent and exert the expansion to the power.

Drawings

FIG. 1 is a schematic view showing the structure of a cultivation pot for agricultural seeds according to the present invention.

FIG. 2 is a left side view of the inner structure of the culture pot of the present invention.

Fig. 3 is a schematic top view of a shape block according to the present invention.

Fig. 4 is a left-view internal structure diagram of a resisting block of the present invention.

FIG. 5 is a schematic view of an elevation view of an internal structure of a lead angle of the present invention.

FIG. 6 is a front view of an inner structure of a synchronizer ring according to the present invention.

Fig. 7 is a front view of an internal structure of a core-pulling ring according to the present invention.

FIG. 8 is a schematic view of a front view of an interior structure of a welt arc according to the present invention.

In the figure: the culture pot-101, the grid-202, the leak hole-303, the outer limit pot-404, the lower port-11, the shaping block-22, the outer shell-33, the inner grid-44, the synchronizing ring-w 11, the resisting block-w 22, the leading angle-s 01, the interlayer-s 02, the lower supporting angle-001, the arc extension head-002, the outer wrapping angle-003, the swinging and pushing angle-004, the glue sheath layer-g 1, the core pulling ring-g 2, the fixing ring-g 3, the welt arc-m 10, the main force block-m 02, the joint strip-m 30, the joint ball-221, the extension colloid-222 and the arc strip-223.

Detailed Description

The invention is further described below with reference to the accompanying drawings:

example 1:

as shown in figures 1 to 5:

the invention provides a cultivation pot for agricultural seeds, which structurally comprises a cultivation pot 101, a grid 202, a leakage hole 303 and an outer limit pot 404.

The cultivation pot 101 is placed inside the outer limit pot 404, the grid 202 and the leakage holes 303 are of an integrated structure, and the grid 202 is installed inside the outer limit pot 404.

Wherein, cultivate basin 101 includes lower opening 11, shape piece 22, shell 33, built-in check 44, lower opening 11 runs through inside shell 33, lower opening 11 and built-in check 44 structure as an organic whole, shape piece 22 is installed in shell 33 inner wall, lower opening 11 is the toper and leaks hopper-shaped, lower opening 11 lets the water energy of top have a big export, can not pile up in the bottom, and shell 33 has restricted the inner space, and shape piece 22 contradicts soil and agricultural product.

The fixed block 22 comprises a synchronizing ring w11 and a resisting block w22, the synchronizing ring w11 penetrates through the resisting block w22, the resisting blocks w22 are uniformly distributed in a circular ring structure, the synchronizing ring w11 is in a circular ring structure, the synchronizing ring w11 connects the connecting parts together, and the resisting block w22 resists against objects in a self-form.

The resisting block w22 comprises a leading angle s01 and a partition s02, the partition s02 is installed on the outer surface of the leading angle s01, the leading angle s01 is of a triangular structure, the leading angle s01 guides the whole tendency, and the partition s02 separates the parts of the individual.

Wherein, lead angle s01 includes hold in the palm angle 001 down, prolongs arc head 002, wraps up angle 003 outward, the pendulum pushes away angle 004 and folds in holding in the palm angle 001 upper surface down, it pushes away angle 004 structure as an organic whole with the pendulum to prolong arc head 002, wrap up angle 003 outward and wrap up in the pendulum and push away angle 004 surface, the pendulum pushes away angle 004 and is equipped with threely, it is half arc structure to prolong arc head 002, it extends the installation area who links up the position to prolong arc head 002, lets its more firm atress, and the pendulum pushes away angle 004 when letting outer atress, has certain direction, and outer angle of wrapping up wraps up the protection to the position of inside.

The specific use mode and function of the embodiment are as follows:

in the invention, garlic seeds and soil are placed in a culture pot 101, the bottom of the garlic seeds is expanded and positioned in an internal grid 44 to grow by culturing for a certain time, the bottom of the internal grid 44 is narrowed by a fixed block 22, garlic heads at the bottom can be propped against the surface of the fixed block 22 to grow, the large-area garlic heads are held by a propping block w22, an internal guide angle s01 guides the whole direction, a separation layer s02 separates stress points, when the guide angle s01 is supported, the garlic heads can be propped against an external wrapping angle 003, so that pressure is applied to the inside, the radian of a swinging angle 004 of the swinging angle pulls the fixing force of an arc delaying head 002 to buffer to a certain degree, when the swinging angle is propped against a lower supporting angle 001, the swinging is maximally downwards, the swinging is stopped, and when the propping block w22 at one end is stressed by a synchronous ring 11 connected on the propping block w22, the synchronous ring w11 will be synchronous to the rest parts, so that the interference position rings of the garlic bulbs can be in the same horizontal plane.

Example 2:

as shown in fig. 6 to 8:

wherein, synchronizer ring w11 includes gluey sheath g1, the core pulls ring g2, solid power ring g3, gluey sheath g1 locates the core and pulls ring g2 inner ring direction, solid power ring g3 pulls ring g2 with the core and is located the same axis, it is equipped with five to glue sheath g1, solid power ring g3 is ring shape evenly distributed, the atress fixed point of the fixed inner ring of solid power ring g3, the core is pulled ring g2 and is synchronous to linking the position with the power that one end born, glues sheath g1 and plays spaced effect to outside object and linking position.

Wherein, ring g2 is dragged including hem arc m10, main power piece m02, connects a m30 to the core, hem arc m10 with connect a m30 and be connected, connect a m30 to run through inside main power piece m02, hem arc m10 is connected with main power piece m02, hem arc m10 is made by rubber material, has certain toughness, hem arc m10 plays the effect of dragging the return with the linking position of atress, connects a m30 to change according to the swing of power.

The edge-attaching arc m10 comprises a node ball 221, an extending colloid 222 and an arc strip 223, the node ball 221 is embedded in the extending colloid 222, the extending colloid 222 is connected with the arc strip 223, the arc strip 223 is of an arc structure, the node ball 221 is of a sphere structure, the node ball 221 fixes the maximum stress point of the part, and the arc strip 223 has a certain pulling effect when the connecting part is stressed.

The specific use mode and function of the embodiment are as follows:

in the invention, when the synchronous ring w11 is extruded at the joint part, the contact surface of the abutting block w22 and the garlic bulb is separated by the glue protective layer g1 to play a role of protection, the core pulling ring g2 penetrating through the inside of the abutting block w22 can carry out horizontal plane adjustment and pulling back by the force fixed by the rear end fixing ring g3, the core pulling ring g2 is assisted to adjust the horizontal plane and pull back, when the main force block m02 is stressed to move in a large area, the connecting strip m30 penetrating through the inside can carry out integral force by the jointed welt arc m10, the node ball 221 in the inside can play a role of buffering, the arc strip 223 can pull the length required by the outer layer to ensure that the force of the main force block m02 can be synchronous with the connecting strip m30, thereby driving the rest parts.

The technical solutions of the present invention or similar technical solutions designed by those skilled in the art based on the teachings of the technical solutions of the present invention are all within the scope of the present invention to achieve the above technical effects.

Claims

1. The utility model provides an agricultural seed is with cultivating basin, its structure is including cultivating basin (101), graticule mesh (202), small opening (303), outer limit basin (404), its characterized in that:

cultivate basin (101) and place inside outer limit basin (404), graticule mesh (202) and small opening (303) are integrated structure, graticule mesh (202) are installed inside outer limit basin (404).

2. A cultivation pot for agricultural seeds as claimed in claim 1, wherein: the culture pot (101) comprises a lower through hole (11), a shaping block (22), a shell (33) and a built-in grid (44), wherein the lower through hole (11) penetrates through the shell (33), the lower through hole (11) and the built-in grid (44) are of an integrated structure, and the shaping block (22) is installed on the inner wall of the shell (33).

3. A cultivation pot for agricultural seeds as claimed in claim 2, wherein: the setting block (22) comprises a synchronous ring (w11) and a resisting block (w22), and the synchronous ring (w11) penetrates through the inside of the resisting block (w 22).

4. A cultivating pot for agricultural seeds according to claim 3, wherein: the block (w22) comprises a leading corner (s01) and a partition (s02), and the partition (s02) is mounted on the outer surface of the leading corner (s 01).

5. A cultivating pot for agricultural seeds according to claim 4, wherein: the lead angle (s01) comprises a lower supporting angle (001), an extension arc head (002), an outer wrapping angle (003) and a swing pushing angle (004), wherein the swing pushing angle (004) is overlapped on the upper surface of the lower supporting angle (001), the extension arc head (002) and the swing pushing angle (004) are of an integrated structure, and the outer wrapping angle (003) is wrapped on the outer surface of the swing pushing angle (004).

6. A cultivating pot for agricultural seeds according to claim 3, wherein: the synchronizer ring (w11) comprises a rubber protective layer (g1), a core pulling ring (g2) and a solid ring (g3), the rubber protective layer (g1) is arranged in the inner ring direction of the core pulling ring (g2), and the solid ring (g3) and the core pulling ring (g2) are located on the same axis.

7. A cultivating pot for agricultural seeds according to claim 6, wherein: the core pulling ring (g2) comprises a binding arc (m10), a main force block (m02) and a connecting strip (m30), the binding arc (m10) is connected with the connecting strip (m30), the connecting strip (m30) penetrates through the inside of the main force block (m02), and the binding arc (m10) is connected with the main force block (m 02).

8. A cultivation pot for agricultural seeds as claimed in claim 7, wherein: the edge pasting arc (m10) comprises a node ball (221), a extending colloid (222) and an arc strip (223), the node ball (221) is embedded in the extending colloid (222), and the extending colloid (222) is connected with the arc strip (223).