CN204669949U - A kind ofly test special edible fungus culturing layer frame - Google Patents

Abstract

A kind of edible fungus cultivation layer frame dedicated to experiments, comprising several layers of horizontal cultivation bed surfaces, spacing is left between the upper and lower adjacent cultivation bed surfaces, feet are arranged under the bottommost layer of cultivation bed surfaces, and the cultivation bed surfaces are described as follows: Several load-bearing bars are arranged around the bed surface, and the cultivation bed surface and the load-bearing bars are connected and fixed through load-bearing joints; the cultivation bed surface is provided with long-side support bars and wide-side support bars, and the long-side support bars and the wide-side support The pole is connected and fixed by bed joints or load-bearing joints. The utility model is simple in structure, flexible and convenient, can be quickly disassembled and assembled, has low production cost, is sturdy and beautiful, can be reused, and is suitable for the experimental special layer frame used in the cultivation of different kinds of edible fungi.

Description

A special edible fungus cultivation shelf for experiments

technical field

The utility model relates to a special edible fungus cultivation shelf for experiments, which belongs to the technical field of edible fungi cultivation facilities.

Background technique

At present, the artificial cultivation of edible fungi is carried out in a relatively controllable environment. Plastic cultivation bags or plastic cultivation bottles are placed on the bed frame to increase the unit space volume ratio, save floor space, and improve equipment utilization. The edible fungus cultivation bed frame used in the experiment is often referred to as the production bed frame, first welded with metal pipes or plates, or built into a frame with bamboo wood, and then combined with metal, bamboo chips, wood boards, etc. to form a bed surface. This kind of bed frame requires specialized personnel to construct and assemble, which is costly, time-consuming, and has a single style. Once assembled, it is difficult to move, change and disassemble. In addition, different types of edible fungi need to be selected during the experiment. Therefore, the utilization rate of the equipment is low, the floor area is large, and the cost of the experiment is greatly increased.

Utility model content

In order to solve the above-mentioned existing problems, the utility model discloses a special edible fungus cultivation shelf for experiments, and the specific technical scheme is as follows:

An edible fungus cultivation layer frame dedicated to experiments, comprising several layers of horizontal cultivation bed surfaces, spacing is left between the upper and lower adjacent cultivation bed surfaces, feet are provided under the bottommost cultivation bed surface, and the cultivation bed surface is described as follows: Several load-bearing bars are arranged around the bed surface, and the cultivation bed surface and the load-bearing bars are connected and fixed through load-bearing joints.

The cultivation bed surface is provided with long-side support rods and wide-side support rods, and the long-side support rods and wide-side support rods are connected and fixed through bed surface joints or load-bearing joints.

The cultivation bed surface is in a rectangular shape, the four corners of the cultivation bed surface are respectively provided with vertical load-bearing bars, and the cultivation bed surface is provided with several parallel long-side support rods and several parallel wide-side support rods. The long-side support rod and the wide-side support rod are horizontal and perpendicular to each other, and the two ends of the wide-side support rod are respectively provided with load-bearing rods.

The load-bearing joints of the four corners of the topmost cultivation bed surface are three-way three-way joints, and the three-way three-way joints are inserted with load-bearing rods, long-side support rods and wide-side support rods. The load-bearing joints at the four corners are three-way four-way joints, and the three-way four-way joints are inserted with long-side support rods, wide-side support rods and vertical load-bearing rods, or long-side support rods, wide-side support rods and Up and down vertical load-bearing poles and feet.

The long-side support rods and wide-side support rods inside the several layers of cultivation bed surfaces are all connected by bed surface joints, the bed surface joints are two-way four-way joints, and the long-side support rods inside the several layers of cultivation bed surfaces All are fixedly connected with the wide-side support rods located around the cultivation bed surface of the corresponding layer through hooks.

The clasp is in the shape of a ring with a notch, and the wide-side support rod is snapped into the clasp from the notch.

A connecting plate is arranged between the adjacent vertical insertion holes of the bed surface joint and the load-bearing joint. The outer wall of the adjacent vertical socket hole is fixed.

When the utility model is in use, plastic cultivation bottles or plastic cultivation bags with edible fungi are placed on the cultivation beds of each layer.

The height of the load-bearing rods of the utility model can be selected arbitrarily, and load-bearing rods of different heights are selected to meet the requirements of different kinds of edible fungi on the spacing between the upper and lower adjacent cultivation bed surfaces.

The number of plastic cultivation bottles or plastic cultivation bags placed on the direction of the long-side support rods of the utility model is greater than that of plastic cultivation bottles or plastic cultivation bags placed on the wide-side support rods. The aisles left are parallel, which is convenient for picking and placing plastic cultivation bottles or plastic cultivation bags on the edible fungus cultivation shelf.

In the utility model, the two ends of the long-side support rod are inserted into the bed surface joint or the load-bearing joint, or are clamped on the wide-side support rod through hooks, which can maintain a fixed position and will not move arbitrarily. The two ends of the wide-side support rod The load-bearing joints are all inserted into the load-bearing joints, and the load-bearing joints are all connected and fixed with the load-bearing rods, so the wide-side support rods can also maintain a stable and fixed position without moving.

In the utility model, the bed surface joint is a two-way four-way joint, and the wide-side support rod directly passes through the bed surface joint, and the size of the bed surface grid is adjusted by adjusting the distance between adjacent bed surface joints.

The utility model is simple in structure, flexible and convenient, can be quickly disassembled and assembled, has low manufacturing cost, is sturdy and beautiful, can be reused, and is suitable for the experimental special layer frame used in the cultivation of different kinds of edible fungi.

Description of drawings

Fig. 1 is a structural representation of the utility model,

Figure 2 is a view from the direction A of Figure 1,

Fig. 3 is a view from direction B of Fig. 1,

Fig. 4 is a C-C cross-sectional partial view in Fig. 3,

List of reference signs: 1—load-bearing joint, 2—load-bearing rod, 3—bed surface joint, 4—leg, 5—long side support rod, 6—wide side support rod, 7—hook.

Detailed ways

Below in conjunction with accompanying drawing and specific embodiment, further illustrate the utility model. It should be understood that the following specific embodiments are only used to illustrate the utility model but not to limit the scope of the utility model.

Fig. 1 is the structural representation of the present utility model, as can be seen from the figure, the special-purpose edible mushroom cultivation shelf of this experiment, comprises the cultivation bed surface of several layers of levels, leaves the space between the described up and down adjacent cultivation bed surface, the bottom A support foot 4 is arranged below the one-layer cultivation bed surface, and several load-bearing bars 2 are arranged around the described cultivation bed surface, and the described cultivation bed surface and the load-bearing bars 2 are connected and fixed through load-bearing joints 1 . When the utility model is in use, stand on the ground by the legs 4, and the legs 4 will support the bottom layer of the cultivation bed without contacting the ground. The load-bearing rods 2 longitudinally support the cultivation bed surface, and the cultivation bed surface of each layer is fixed on the fixed height of the longitudinal support rods through the load-bearing joint 1.

Fig. 2 is the A-direction view of Fig. 1, that is, the top view, as can be seen from the figure, the cultivation bed surface is provided with a long-side support rod 5 and a wide-side support rod 6, and the long-side support rod 5 and the wide-side support rod 6 pass through The bed joint 3 or the load-bearing joint 1 are connected and fixed. The long-side support rods 5 and the wide-side support rods 6 form the grid state of each bed surface, which can support and be used to place a certain number of plastic cultivation bottles or plastic cultivation bags while saving materials.

The cultivation bed surface is in a rectangular shape, the four corners of the cultivation bed surface are respectively provided with vertical load-bearing bars 2, and the cultivation bed surface is provided with several parallel long-side support rods 5 and several parallel wide-side support rods. The side support rods 6, the long side support rods 5 and the wide side support rods 6 are horizontal and perpendicular to each other, and the two ends of the wide side support rods 6 are respectively provided with load-bearing rods 2 . The rectangular shape is easy to install and disassemble, and when placed indoors, it is easy to splice each other and effectively use the indoor space.

Fig. 3 is the B direction view of Fig. 1, i.e. the side view, as can be seen from the figure, the load-bearing joints 1 of the four corners of the cultivation bed surface of the top layer are three-way three-way joints, and the three-way three-way joints are inserted with Load-bearing bar 2, long-side support bar 5 and wide-side support bar 6, the load-bearing joints 1 of the four corners of the cultivation bed surface of other layers select three-way four-way joints, and the three-way four-way joints are inserted with long-side support bars 5. The wide-side support bar 6 and the up-and-down vertical load-bearing bar 2, or the long-side support bar 5, the wide-side support bar 6, the up-down vertical load-bearing bar 2 and the legs 4. The long-side support rods 5 and the wide-side support rods 6 inside the several layers of cultivation beds are all connected by bed joints 3, the bed joints 3 are two-way four-way joints, and the inside of the several layers of cultivation beds The long-side support rods 5 are all fixedly connected with the wide-side support rods 6 positioned around the cultivation bed surface of the corresponding layer through hooks 7 . The load-bearing joint 1 and the bed surface joint 3 are used to connect and fix the long-side support bar 5, the wide-side support bar 6 and the load-bearing bar 2.

Fig. 4 is a partial view of the cross-section taken along the line C-C in Fig. 3. It can be seen from the figure that the hook 7 is in the shape of a ring with a notch, and the wide-side support rod 6 is snapped into the hook 7 from the notch. The long side support bar 5 can be fastened and fixed on the short side by the hook 7, the position is stable, and it is convenient for installation and disassembly.

A connecting plate is arranged between the adjacent vertical insertion holes of the bed surface joint 3 and the load-bearing joint 1. The connecting plate is in the shape of an isosceles right triangle, and the two right-angled sides of the connecting plate are respectively connected with the bed surface joint 3 or the load-bearing joint 3. The outer walls of the adjacent vertical insertion holes of the joint 1 are fixed. The connecting plate support is fixed in the right-angled angle between the bed surface joint 3 or the load-bearing joint 1, which can reinforce the bed surface joint 3 and the load-bearing joint 1, and prolong the service life of the bed surface joint 3 or the load-bearing joint 1.

The technical means disclosed in the solution of the utility model are not limited to the technical means disclosed in the above technical means, but also include technical solutions composed of any combination of the above technical features.

Claims (7)

1. a kind of edible fungus cultivation layer frame special for experiment, it is characterized in that comprising several layers of horizontal cultivation bed surfaces, leaving space between the described up and down adjacent cultivation bed surfaces, described several layers of horizontal cultivation bed surfaces include The cultivation bed surface of the top layer, the cultivation bed surface of the bottom layer and the cultivation bed surfaces of other layers are provided with feet under the cultivation bed surface of the bottom layer, and several load-bearing bars are arranged around the cultivation bed surface. The cultivation bed surface and the load-bearing rod are connected and fixed through the load-bearing joint. 2. a kind of experiment special-purpose edible mushroom cultivation layer frame according to claim 1, it is characterized in that described cultivation bed surface is provided with long-side support bar and wide-side support bar, and described long-side support bar and wide-side support The pole is connected and fixed by bed joints or load-bearing joints. 3. a kind of experimental special-purpose edible mushroom cultivation layer frame according to claim 2, is characterized in that described cultivation bed surface is rectangular shape, and four corners of described cultivation bed surface are respectively provided with vertical load-bearing bars, The cultivation bed surface is provided with several parallel long-side support rods and several parallel wide-side support rods, the long-side support rods and the wide-side support rods are horizontal and vertical to each other, and the two ends of the broad-side support rods are respectively A load-bearing rod is provided. 4. according to claim 3, a kind of edible fungus cultivation shelf dedicated for experiment is characterized in that the load-bearing joints of the four corners of the topmost cultivation bed surface are three-way three-way joints, and the three-way three-way There are load-bearing rods, long-side support rods and wide-side support rods inserted in the joints. The load-bearing joints at the four corners of the cultivation bed surface of other layers use three-way four-way joints, and the three-way four-way joints are inserted with long-side support rods. , wide-side support rods and up and down vertical load-bearing rods, or long-side support rods, wide-side support rods and up-down vertical load-bearing rods and feet. 5. a kind of experiment-specific edible fungus cultivation layer frame according to claim 4 is characterized in that the long-side support bars and the wide-side support bars inside the several layers of cultivation bed surfaces are all connected by bed surface joints, and the The bed joints are two-way four-way joints, and the long-side support rods inside the several layers of cultivation beds are fixedly connected to the wide-side support rods located around the corresponding layer of cultivation bed surfaces through hooks. 6. A special edible fungus cultivation shelf for experiments according to claim 5, characterized in that the hook is in the shape of a ring with a gap, and the wide-side support rod is snapped into the hook from the gap . 7. A special edible fungus cultivation shelf for experiments according to claim 6, characterized in that a connecting plate is arranged between the adjacent vertical insertion holes of the bed surface joint and the load-bearing joint, and the connecting plate It is in the shape of an isosceles right triangle, and the two right angle sides of the connecting plate are respectively fixed to the outer walls of the adjacent vertical insertion holes of the bed surface joint or load-bearing joint.