CN212155360U - Corner connecting piece of loading and unloading type ecological planting tower - Google Patents

Abstract

The utility model provides a corner connector of loading and unloading formula ecological planting tower, the spacer is the same sheet that is right angled triangle of two tandem arrangements's shape, respectively be equipped with the tongue-and-groove that is used for installing the stationary blade on two right-angle sides of right angled triangle, two both sides that are the cross stationary blade respectively are equipped with the tenon that corresponds with the tongue-and-groove on the spacer, two stationary blades inlay between two spacers of tandem arrangement, be equipped with the tongue-and-groove that is used for installing the crossbeam connection piece equally on the extension section of two right-angle sides on the spacer, four crossbeam connection piece shapes are the same cross that is, its both sides are equipped with the tenon that corresponds with the tongue-and-groove on the spacer right-angle side extension section, more than four crossbeam connection pieces, lower two are a set of, inlay respectively on the extension section. The utility model has the advantages that on-the-spot loading and unloading are convenient, and is connected simply firmly with the crossbeam, have that the dead weight is light, the installation is fast, makes the limited part of length found out high-rise planting tower, is convenient for produce, transport, installation.

Description

Corner connecting piece of loading and unloading type ecological planting tower

Technical Field

The utility model relates to an agricultural planting device, in particular to a detachable angle connecting piece of a connecting component of an ecological planting tower, namely the detachable ecological planting tower.

Background

The contradiction between the world population and the cultivated land area is becoming more and more serious nowadays, and the food and vegetable supply is limited by the cultivated land area. The limited cultivated land area can not bear the burden of human beings on the food and vegetables. Especially, the contradiction is more prominent in urban areas. However, with the continuous progress of science and technology, people want to gradually overcome the contradiction of insufficient cultivated land area, on one hand, the yield per unit area is improved, and on the other hand, the mode of three-dimensional planting and the like is adopted to meet the increasing demand of people for food. Nowadays, ecological fermented compost raw materials and three-dimensional planting methods are relied on to become the direction of modern agriculture. The method not only utilizes resources, but also reduces pollution, produces grains and vegetables, changes waste into valuables and saves land. Such production methods are constantly being explored. The method has wide use value for regions with little land and more people, rural regions with less water and modern cities. But for stereoscopic planting and vertical planting, a plurality of problems which need to be developed and overcome exist. The traditional stereoscopic planting facilities have a plurality of defects, and the stereoscopic planting is continuously perfected along with the development of a large number of new technologies and the application of new materials. Particularly, the three-dimensional planting tower is always of an integral structure, great troubles are brought to assembly and transportation, and the popularization of the three-dimensional planting tower is influenced. The planting tower which can be assembled and disassembled at any time is difficult to realize due to the lack of standard connecting components. The utility model discloses provide a connecting elements to the structure of the ecological planting tower of formula of can loading and unloading promptly.

Disclosure of Invention

The utility model aims at providing a corner connector of loading and unloading formula ecological planting tower to the defect that exists among the prior art. The utility model discloses a: the cross beam connecting piece, the positioning piece and the fixing piece are characterized in that the positioning piece is two pieces of right-angled triangular sheets which are arranged in the front and back direction and have the same shape, two right-angled edges of the right-angled triangle of the positioning piece are respectively provided with a mortise A for installing the fixing piece, the two fixing pieces are in a cross shape, two sides of each fixing piece are respectively provided with a tenon A corresponding to the mortise A on the positioning piece, the two fixing pieces are respectively embedded between the two positioning pieces which are arranged in the front and back direction, the two right-angled edges of the positioning piece are respectively provided with the same extension sections, the mortise B used for installing the cross beam connecting piece is respectively arranged on the extending section, the shapes of the four cross beam connecting pieces are the same and are cross-shaped, the two sides of the cross beam connecting piece are respectively provided with a tenon B corresponding to the mortise B on the extending section of the right-angle edge of the positioning piece, and the upper and lower two cross beam connecting pieces are a group and are respectively embedded on the extending sections of the right-angle edges of the two positioning pieces.

Two right-angle edges of the positioning piece are respectively provided with a groove for embedding the folded edge of the upright post, and the groove is positioned at the junction of the fixing piece and the beam connecting piece.

The fixing pieces are provided with a plurality of fixing holes fixed with the stand columns, the stand columns are clamped in the grooves of the positioning pieces and penetrate through the fixing holes in the stand columns through bolts to be connected and fixed with the fixing holes in the two fixing pieces.

The beam connecting sheet is provided with a plurality of beam connecting holes connected with the beams, the beams on two sides are sleeved on the beam connecting sheets of the two right-angle side extension sections of the positioning sheet and penetrate through the connecting holes on the beams through bolts to be connected and fixed with the beam connecting holes on the two beam connecting sheets.

And a round hole is arranged on the two positioning sheets.

The utility model has the advantages that for the structure of the ecological planting tower that can load and unload the formula provides the required connecting elements of assembled structure, mill's machine-shaping, field loading and unloading are convenient, make stand and crossbeam simple connection firm, have the dead weight light, the installation is fast, makes the limited part of length construct out high-rise planting tower, is convenient for produce, transportation, installation.

Drawings

Fig. 1 is a schematic perspective view of the present invention;

FIG. 2 is a schematic view of the three-dimensional exploded structure of the present invention;

FIG. 3 is a schematic view of the assembled structure of the present invention and the cross beam;

fig. 4 is a schematic view of the bottom perspective structure of the assembly of the present invention and the cross beam.

In the figure: the beam comprises a beam connecting sheet 1, a positioning sheet 2, a fixing sheet 3, a fixing hole 4, a beam connecting hole 5, a groove 6, a round hole 7, a tongue groove A8, a tongue head A9, a tongue groove B10 and a tongue head B11.

Detailed Description

The embodiments of the present invention will be further explained with reference to the drawings.

Referring to fig. 1 to 2, the present embodiment is composed of a beam connecting piece 1, a positioning piece 2, and a fixing piece 3. The positioning piece 2 formed by processing metal plates is two pieces of right-angled triangular sheets which are arranged in the front-back direction and have the same shape, two right-angled edges of the right-angled triangular sheet of the positioning piece 2 are respectively provided with a mortise A8 used for installing the fixing piece 3, the two fixing pieces 3 formed by processing the metal plates are in a cross shape, two sides of each fixing piece 3 are respectively provided with a tenon A9 corresponding to the mortise A8 on the positioning piece 2, the two fixing pieces 3 are respectively embedded between the two positioning pieces 2 arranged in the front-back direction, two right-angled edges of the positioning pieces 2 are respectively provided with the same extension section, the extension sections are respectively provided with a mortise B10 used for installing the beam connecting piece 1, four pieces which are processed and formed by processing the metal plates and have the same shape are in a cross-shaped supporting beam connecting piece 1, and two sides of each extension section are provided with a tenon B11 corresponding to the mortise. The upper and lower pieces of the four cross beam connecting pieces 1 are respectively embedded on the extending sections of the right-angle sides of the two positioning pieces 2. Two right-angle edges of the positioning piece 2 are respectively provided with a groove 6 for embedding the hem of the upright post, and the groove 6 is positioned at the junction of the fixing piece 3 and the beam connecting piece 1. The two fixing pieces 3 are provided with a plurality of fixing holes 4 fixed with the upright posts. The fixing holes 4 of this embodiment are four per fixing piece. The upright post is clamped in the groove 6 of the positioning plate 2 and passes through the fixing holes on the upright post and the fixing holes 4 on the two fixing plates 3 through bolts to be connected and fixed.

In use, see fig. 3-4. The four beam connecting sheets 1 are provided with a plurality of supporting beam connecting holes 5 connected with the supporting beams, and the beam connecting holes 5 of the embodiment are four per sheet. The cross beams on the two sides are sleeved on the cross beam connecting sheets 1 on the two right-angle side extension sections of the positioning sheets 2 and penetrate through the connecting holes on the cross beams through bolts to be connected and fixed with the cross beam connecting holes 5 on the two cross beam connecting sheets 1. The two positioning pieces 2 are provided with a round hole 7 to reduce the weight of the component and can be used as mounting holes of other components.

Claims (5)

1. A corner connector of a loading-unloading ecological planting tower, comprising: the connecting piece, the positioning piece and the fixing piece are characterized in that the positioning piece is two pieces of right-angled triangular sheets which are arranged in front and back and have the same shape, two right-angled sides of the right-angled triangle of the positioning piece are respectively provided with a mortise A for installing the fixing piece, the two fixing pieces are in a cross shape, two sides of each fixing piece are respectively provided with a tenon A corresponding to the mortise A on the positioning piece, the two fixing pieces are respectively embedded between the two positioning pieces which are arranged in front and back, the two right-angled sides on the positioning piece are respectively provided with the same extension sections, the tenon second that is used for installing the crossbeam connection piece is respectively equipped with on this extension section, and the shape of four crossbeam connection pieces is the cross the same, and the both sides of crossbeam connection piece are equipped with tenon second that corresponds with mortise second on the spacer right angle side extension section, and two more than four crossbeam connection pieces, lower are a set of, inlay the dress respectively on the right angle side extension section of two spacers.

2. The corner connector of a loading-unloading ecological planting tower as claimed in claim 1, wherein a groove is provided on each of the two right-angled edges of the positioning plate, and the groove is located at the junction of the fixing plate and the cross beam connecting plate.

3. The corner connector of a loading-unloading ecological planting tower as recited in claim 1, wherein the fixing plate is provided with a plurality of fixing holes for fixing with the vertical column, the vertical column is clamped in the groove of the positioning plate and is fixed by bolts passing through the fixing holes on the vertical column and the fixing holes on the two fixing plates.

4. The corner connector of a loading-unloading ecological planting tower as claimed in claim 1, wherein the beam connecting pieces are provided with a plurality of beam connecting holes connected with the beams, the beams at two sides are sleeved on the beam connecting pieces of the two right-angle side extension sections of the positioning pieces, and the beams are connected and fixed through the connecting holes on the beams and the beam connecting holes on the two beam connecting pieces through bolts.

5. The corner connector of a loading-unloading ecological planting tower as recited in claim 1, wherein the positioning plate is provided with a circular hole.

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