TWM595387U - Mushroom cultivation rack - Google Patents

Abstract

This creation is a mushroom cultivation frame, which includes a vertical frame and a plurality of bearing portions, the vertical frame has a plurality of supporting rods located on the same imaginary vertical surface, and the supporting portions extend out from the supporting rods, wherein, The joints of the receiving parts and the supporting rods are defined as contacts, and the contacts are arranged in an array, the array has a plurality of parallel rows and a plurality of parallel columns, and each row has a plurality of spaced contacts Point, each column also has a plurality of contacts arranged at intervals, the angle between the rows and the columns is 50∘ to 90∘. In this way, the mushroom cultivation rack can increase the exposure of mushroom packs, accelerate the color change of mushrooms, and promote the growth rate and yield of mushrooms, increase the utilization rate of planting space, and facilitate harvesting.

Description

Mushroom cultivation frame

This creation is related to the cultivation frame, especially a mushroom cultivation frame.

Mushroom farmers now use space bags (or mushroom bags) to grow mushrooms. However, in addition to the medium nutrients in the space bags, the growth factors of mushrooms also include external conditions such as moisture, temperature and humidity in the cultivation environment. However, in order to improve the space utilization rate, when general mushroom farmers plant mushrooms, the space bags are generally arranged closely on a horizontal shelf, or placed on the ground, so that the mushrooms can only grow towards the front, back or top of the space bag. The planting method not only reduces the growth rate and yield of mushrooms, but also because the overall air circulation is poor, it may result in poor growth of the whole mushrooms due to local heat concentration. If the space packs are arranged more scattered in order to increase the production of mushrooms , It will occupy a huge space and increase the cost of planting. In addition, if the space bag is placed on the ground, it is quite inconvenient for the personnel to bend over when harvesting. Therefore, how to improve the above-mentioned deficiencies becomes a technical problem to be solved by those skilled in the art.

The purpose of this creation is to provide a mushroom cultivation rack, which can increase the exposure of mushroom bales, accelerate the color change of mushrooms, and promote the growth rate and yield of mushrooms, while improving space utilization to reduce planting costs. Another purpose of this creation is to provide a mushroom cultivation frame that can improve the convenience of harvesting.

In order to achieve the above purpose, the mushroom cultivation frame of the present invention includes a vertical frame and a plurality of receiving portions, the vertical frame has a plurality of supporting rods located on the same imaginary vertical surface, and the supporting portions are horizontally extended by the supporting rods Out, where the connection between the receiving part and the supporting rods is defined as a contact, the contacts are arranged in an array, the array has a plurality of parallel rows and a plurality of parallel columns, each row has a majority The contacts arranged at intervals, each column also has a plurality of contacts arranged at intervals, the angle between the rows and the columns is 50∘ to 90∘; by this, the mushroom cultivation rack can increase the exposure of Accelerate the color change of mushrooms, and promote the growth rate and harvest volume of mushrooms. At the same time, it can improve the space utilization rate to reduce the cost of planting, and can also improve the convenience of harvesting.

The technical content and features of this creation are described in detail below with a preferred embodiment and drawings. As shown in FIG. 1, it is a mushroom cultivation frame 1 provided by a preferred embodiment of this creation. The rack 1 includes a stand 10 and a plurality of receiving portions 20 extend from the stand 10.

The stand 10 includes a plurality of poles 12, a base 15, and a top base 16 located on the same imaginary elevation S. The imaginary elevation S is approximately perpendicular to the ground, and the poles 12 are approximately perpendicular to the ground. The base 15 is connected to a bottom end 13 of the supporting rods 12, and the top base 16 is connected to a top end 14 of the supporting rods 12, whereby the stand 10 can be fixed to the ground by the base 15.

The receiving portions 20 extend laterally from the supporting rods 12 and are respectively located on two sides of the imaginary vertical surface S, and the extending direction of each of the receiving portions 20 is approximately perpendicular to the imaginary vertical surface S, that is, the The receiving portion 20 is perpendicular to the supporting rods 12, and each receiving portion 20 has a recess 21 with an upward opening for the space bag 30 for planting mushrooms, as shown in FIG. 3.

It should be noted that, in this embodiment, the receiving portions 20 are made of angle iron (or angle steel), and the cross section is V-shaped, as shown in FIG. 3, in other embodiments, the The receiving portion 20 may have other changes, for example: the receiving portion 20 is made of other materials such as plastic, and its cross-section may be U-shaped; or the depression of the receiving portion 20 is a hollow portion penetrating up and down, as long as The receiving portion 20 can be used for placing a space bag that is approximately cylindrical.

Here, the connection between the receiving parts 20 and the supporting rods 12 is defined as the contacts 22, and the contacts 22 are arranged in an array 23, as shown in FIG. 2, the array 23 has a plurality of parallel rows 24 Columns 26 that are parallel to each other have a plurality of contacts 22 arranged on each row 24 and a plurality of contacts 22 arranged on each row 26. The angle θ between the rows 24 and the columns 26 is 60∘ , And the rows 24 are equally spaced from each other, and the columns 26 are equally spaced from each other, so that the distances between the contacts 22 are equal.

With the above-mentioned structural design, the mushroom cultivation frame 1 allows space bags to be arranged in a staggered up, down, left, and right directions, which can ensure that each space bag has a predetermined appropriate distance between adjacent space bags, so that the space bags have Better air circulation, increase the exposure of the space bag (or mushroom bag), accelerate the color change of the mushrooms, and increase the growth rate and yield of the mushrooms, while preventing the heat from the space bag from escaping and causing the mushrooms The problem of poor growth is not to make space bags too scattered. It can accommodate the largest number of space bags in a limited space, greatly improving space utilization and effectively reducing planting costs. In addition, as shown in FIG. 4, since the receiving portions 20 are located on both sides of the imaginary vertical surface S, the mushroom farmers can work on both sides of the vertical frame 10, and the space bag is in a state similar to the suspended arrangement To reduce the obstacles of the planter, the vertically arranged structure is also convenient for harvesting. The harvester does not have to bend over frequently to work. Furthermore, the structure design of the mushroom cultivation frame 1 uses less material and costs compared to the traditional layered frame. Lower, overall, the mushroom cultivation rack 1 can reduce the cost of space and shelves, and can increase the mushroom output per unit space, which has great market potential.

It should be noted that in other embodiments, the angle θ between the rows 24 and the columns 26 may have other changes. For example, the angle θ may be between 50∘ and 90∘, and between 60∘ and 80. ∘ is better. In this way, although the distances between the contacts 22 are different from each other, it can still ensure that there is a certain distance between the space packages without affecting the growth of mushrooms.

The above is only a description of this creative embodiment, and should not be used to limit the scope of the patent of this creative. For example, any simple retouching or changes made to go beyond the creative spirit of the creative, for example: the base 15 and the top base 16 can be omitted, each The poles 12 are placed directly on the ground; or the imaginary elevation S is not perpendicular to the ground; or the poles are not perpendicular to the ground; or the receiving portion 20 is composed of only one of the poles 12 The side extends out; or the extension direction of the receiving portion 20 is not perpendicular to the imaginary elevation S, should be covered by the scope of the patent application for this creation.

1: mushroom cultivation frame 10: Stand 12: pole 13: bottom 14: top 15: Base 16: top seat S: Imaginary facade 20: Bearing Department 21: Depression 22: Contact 23: Array 24: OK 26: Column θ: included angle 30...Space bag

Figure 1 is a schematic diagram of creating a mushroom cultivation frame of a preferred embodiment; Figure 2 is a front view of the vertical frame of the mushroom cultivation frame of a preferred embodiment; Figure 3 is a cross-sectional view of a preferred embodiment of a space bag placed on a receiving portion; Figure 4 is a side view of the mushroom cultivation frame of a preferred embodiment.

1: mushroom cultivation frame

10: Stand

12: pole

13: bottom

14: top

15: Base

16: top seat

20: Bearing Department

22: Contact

Claims (10)

A mushroom cultivation frame, including: A stand with most struts on the same imaginary facade; and Most bearing parts are extended out by these struts; Wherein, the joints of the receiving parts and the supporting rods are defined as contacts, and the contacts are arranged in an array, the array has a plurality of parallel rows and a plurality of parallel columns, and each row has a plurality of spaced arrangements Each contact also has a plurality of contacts arranged at intervals, and the angle between the rows and the columns is 50∘ to 90∘. The mushroom cultivation frame according to claim 1, wherein the virtual elevation is perpendicular to the ground. The mushroom cultivation frame according to claim 2, wherein the poles are perpendicular to the ground. According to the mushroom cultivation frame of claim 1, the vertical frame further includes a base connected to a bottom end of the supporting rods, and the base is used to be placed on the ground. According to the mushroom cultivation frame of claim 4, the vertical frame further includes a top seat connected to a top end of the supporting rods. The mushroom cultivation frame according to claim 1, wherein the receiving portions are respectively located on two sides of the virtual facade. The mushroom cultivation frame according to claim 1, wherein the extending direction of the receiving portions is perpendicular to the virtual elevation. The mushroom cultivation frame according to claim 1, wherein the receiving portion has a depression with an opening facing upward. The mushroom cultivation frame according to claim 1, wherein the distance between each contact is equal. The mushroom cultivation frame according to claim 1, wherein the angle between the rows and the columns is 60∘ to 80∘.

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