CN203136650U - Assembled structure of greenhouse trellis - Google Patents

Abstract

The assembling structure of greenhouse frame is formed from several vertical columns and transverse connecting rods which are mutually connected, on the vertical columns several combining disks are set according to a certain order, and the end portion of the transverse connecting rod is equipped with a combining joint, and the combining joint is used for matching with the combining disk of the embedded vertical column, and then a bolt piece is provided to be drawn into the connecting through groove and combining hole, so that the assembly between the vertical columns and transverse connecting rods can be completed.

Description

Assembled structure of greenhouse trellis

technical field

The utility model relates to an assembly structure of a greenhouse shed, in particular to an assembly structure which has the advantages of rapid assembly, and can be easily completed without using heavy machinery or hand tools during assembly, and has the convenience of a greenhouse shed structure. sex.

Background technique

It is known that in order to provide a better growth environment for crops, the crops are co-planted in a greenhouse, wherein the greenhouse can provide a better growth environment for the crops, and can prevent the crops from being affected by external factors such as overheating, overcooling, and pests. It makes the agricultural economy more effective, so that farmers can plant crops in the greenhouse, and the covering body can prevent the outside wind and rain, pests from damaging the crops, and the common greenhouse scaffolding, the main structure of the scaffolding is made of columns and The beams are erected and assembled to form a space body, and the joints of the columns and beams in the frame body are connected one by one by screwing or welding. Climbing according to the height of the scaffold, if you have to bring hand tools or heavy machinery to carry out the construction work, the assemblers will not be able to maintain the stability of the construction, which will easily cause occupational injuries to employees.

In view of this, the creator has been engaged in the manufacture, development and design of related products for many years. After detailed design and careful evaluation for the above-mentioned goals, he finally obtained a practical utility model.

Utility model content

The purpose of the utility model is to provide an assembly structure of a greenhouse shed, so as to improve the defects existing in the known technology.

In order to achieve the above purpose, the utility model provides the assembly structure of the greenhouse shed. The greenhouse shed is formed by connecting a number of columns and horizontal connecting rods, wherein:

A number of uprights are sequentially provided with joint discs at the same intervals, the joint discs are fixed on the uprights at the center, and a number of joint holes are radially pierced around the joint discs in sequence, and a number of transverse connecting rods are placed on the The ends of both sides are respectively provided with group joints to cooperate with the combination plate of the column to be assembled and fixed. The group joints are provided with a notch transversely through the end, and the size of the notch is just enough to be inserted by the side of the combination plate. There is a through groove in the longitudinal direction, and the through groove is connected through the notch, and the insertion configuration of the plug is provided;

Therefore, when the greenhouse scaffold is assembled, the combination plate of the column and the transverse connecting rod are assembled and connected with each other, and the transverse connecting rod is inserted into the combining plate through the notch of the assembly joint, and the combination plate is connected with the combination plate through the longitudinal groove. The holes correspond to each other, and then the pins are inserted through the slots of the assembly joints and connected through the assembly holes of the combination plate, so that the assembly joints are restricted and fixed on the combination plate, and then the above assembly steps are used to sequentially install several columns and horizontal joints. The connecting rods are assembled and connected with each other to complete the assembly of the greenhouse frame.

The assembly structure of the greenhouse scaffold, wherein, after the greenhouse scaffold is assembled, mesh materials are hung between the columns and the horizontal rods according to requirements, and a transparent canvas can be arranged on the outermost layer.

In the assembly structure of the greenhouse frame, the transparent canvas is provided with an opening and closing curtain body corresponding to the entrance and exit of the greenhouse frame, and the opening of the opening and closing curtain body is provided with a zipper.

The assembly structure of the greenhouse shed, wherein, the bottom end of the transparent canvas exceeds the bottom of the greenhouse shed, and is matched with heavy objects to be laminated and fixed.

The assembly structure of the greenhouse shed, wherein, the bolt is a tapered plate with a wide top and a narrow bottom.

The greenhouse frame assembly structure, wherein, after the greenhouse frame is assembled, the upright posts at the corners are respectively provided with turnbuckles and coupling discs to fasten and connect, and then the steel cables are pulled to the surrounding buildings to form positioning.

The utility model compares the effect that known technology has:

The greenhouse scaffolding of the present utility model is formed by combining several upright columns and horizontal connecting rods, and the connecting plates are sequentially arranged on the upright columns, while the horizontal connecting rods are equipped with group joints at the ends, and the group joints are used to correspond to each other. Embedding the coupling plate of the column, and then providing the pins to be inserted into the connecting groove and the assembly hole, the assembly between the column and the horizontal connecting rod can be completed, which has the advantage of fast assembly, and does not need to use heavy machinery or hand tools during assembly It can be easily completed, and has the convenience and stability of the structural composition.

Description of drawings

Fig. 1 is a perspective view of the utility model.

Fig. 2 is a partial enlarged exploded view of the utility model.

Fig. 3 is a partially enlarged combination diagram of the utility model.

Fig. 4 is one of the exploded schematic diagrams of the actual assembly and use of the utility model.

Fig. 5 is the second exploded schematic diagram of the actual assembly and use of the utility model.

Fig. 6 is a combined schematic diagram of the actual assembly and use of the utility model.

Fig. 7 is a partially enlarged schematic view of another preferred embodiment of the present invention.

Explanation of main component symbols in the attached drawings:

Greenhouse shelving 10, column 11, joint plate 111, group connection hole 112, horizontal connecting rod 12, group joint 121, notch 122, through groove 123, plug piece 124, mesh material 13, transparent canvas 14, opening and closing curtain body 141, turnbuckle 15, steel cable 151.

Detailed ways

The assembly structure of the greenhouse scaffold provided by the utility model is formed by connecting a plurality of upright columns and transverse connecting rods. It is fixed on the column at the center, and a number of assembly holes are pierced radially around the combination plate, and several horizontal connecting rods are provided with assembly joints at the ends of both sides to match with the column. The combination plate is assembled and fixed. The end of the group joint is horizontally pierced with a notch, and the size of the notch is just enough to be inserted by the side of the combination plate. The openings are connected, and the plugs are provided to be inserted into the configuration; thus, when the greenhouse shed is assembled, the joint plate of the column and the horizontal connecting rod are assembled and connected with each other, and the horizontal connecting rod is inserted into the combining plate through the notch of the joint. And the longitudinal through-groove corresponds to the assembly hole of the combination plate, and then the plug is inserted from the through-groove of the assembly joint and forms a connection through the assembly hole of the combination plate, so that the assembly joint is restricted and fixed on the combination plate, Then, the above-mentioned assembling steps are used to sequentially assemble and connect several upright columns and transverse connecting rods to complete the assembling of the greenhouse frame.

In order to have a further understanding and understanding of the purpose, features and effects of the present utility model, the following examples are listed with the accompanying drawings, and the detailed description is as follows:

First of all, please refer to Fig. 1 and Fig. 2 for an assembly structure of a greenhouse shed. The same spacing is sequentially provided with bonding discs 111. The bonding discs 111 are fixed on the column 11 in the center, and a number of assembly holes 112 are pierced radially around the bonding discs 111 in sequence. The rod 12 is respectively provided with assembly joints 121 at the ends of both sides to cooperate with the joint plate 111 of the column 11 to be assembled and fixed. Combined with the embedded side of the plate 111, the set of joints 121 is longitudinally pierced with a through-slot 123, and the through-slot 123 communicates with the notch 122, and provides a plug 124 for insertion configuration;

Therefore, when assembling the greenhouse frame 10, please refer to FIG. 2 and FIG. The opening 122 is embedded in the combination plate 111, and communicates with the assembly hole 112 of the combination plate 111 with the longitudinal through groove 123, and then inserts the plug 124 from the through groove 123 of the assembly joint 121 and passes through the assembly hole of the combination plate 111 112 to form a connection, and the pin member 124 is a tapered plate with a wide top and a narrow bottom. In addition, a hammer is provided to strike and tighten, so that the assembly joint 121 is limited and fixed on the joint plate 111, so as to achieve the horizontal connecting rod 12 and The connection of the upright columns 11 is followed by the above assembly steps to sequentially assemble and connect several upright columns 11 and transverse connecting rods 12 to complete the assembly of the greenhouse frame.

The state of the actual assembly and use of its structure, please refer to Figure 4, Figure 5, and Figure 6. After the greenhouse frame 10 is assembled, a mesh material 13 is hung between the column 11 and the horizontal connecting rod 12 according to requirements. A transparent canvas 14 can be provided on the outermost layer. The bottom of the transparent canvas 14 exceeds the bottom of the greenhouse frame 10 and is fixed with heavy objects. The transparent canvas 14 corresponds to the entrance of the greenhouse frame 10. Open and close the curtain body 141, the slit of the open and close curtain body 141 is provided with a slide fastener, thus to complete the greenhouse structure.

For another preferred embodiment of its structure, please refer to Figure 7 again. After the greenhouse frame 10 is assembled, turnbuckles 15 are provided on the uprights 11 at the corners to fasten and connect with the coupling plate 111, and then the steel cables are used to 151 is dragged to the surrounding buildings to form a positioning.

According to the structure of the specific embodiment above, the following benefits can be obtained: the greenhouse frame 10 of the present utility model is composed of a plurality of columns 11 and transverse connecting rods 12 assembled with each other, and the columns 11 are sequentially arranged with bonding plates 111, and the end of the transverse connecting rod 12 is equipped with a group joint 121, and the group joint 121 is used to correspond to the joint disc 111 embedded in the column 11, and then the bolt 124 is provided to be inserted into the connection through groove 123 and the group connection hole 112, and then Completing the assembly between the upright column 11 and the transverse connecting rod 12 has the advantages of fast assembly, and the assembly can be easily completed without using heavy machinery or hand tools, and has the convenience and stability of the structural composition.

Only the above description is only a preferred embodiment of the present utility model, and should not limit the scope of the utility model implementation; Within the scope covered by the utility model.

Claims (6)

1. the package assembly of a greenhouse frame, its greenhouse frame is to form with some columns and horizontal extension bar connection group frame, it is characterized in that:

Some columns are to be provided with conjoint disk in regular turn with uniform distances, this conjoint disk is fixedly arranged on the column with the center cooperation, and in the conjoint disk periphery with radial several joining holes that are equipped with in regular turn, and some horizontal extension bars are provided with the winding head respectively in both side ends and establish fixing to cooperate with the conjoint disk group of column, this winding head is equipped with a notch by end cross, and this notch size can be embedded by the conjoint disk side just, this winding head vertically is equipped with one again and wears groove, and this is worn groove and communicates by notch formation, and other provides pin member to insert configuration;

Thus, during this greenhouse frame assembling, assemble binding with the conjoint disk of column mutually with horizontal extension bar respectively, and horizontal extension bar is with the notch embedding conjoint disk of winding head, and corresponding with the joining hole of conjoint disk to wear groove longitudinally, again with pin member by the winding head wear groove pull into and joining hole by conjoint disk form binding, make the winding head be limited to be fixed on the conjoint disk, in regular turn some columns and horizontal extension bar are assembled binding mutually by above-mentioned number of assembling steps again, namely finish the assembling of greenhouse frame.

2. according to the package assembly of the described greenhouse frame of claim 1, it is characterized in that: wherein this greenhouse frame assembling back cooperation on demand between column and horizontal extension bar is linked with the net material, can cooperate in outermost layer in addition to be covered with transparent canvas again.

3. according to the package assembly of the described greenhouse frame of claim 2, it is characterized in that: wherein the gateway of the corresponding greenhouse frame of this transparent canvas offers folding curtain body, and the place of cracking of this folding curtain body disposes slide fastener piece.

4. according to the package assembly of the described greenhouse frame of claim 2, it is characterized in that: wherein this transparent canvas bottom is to surpass the greenhouse frame bottom, and is combined with the weight press fit that changes.

5. according to the package assembly of the described greenhouse frame of claim 1, it is characterized in that: wherein this pin member is gradually-reducing shape plate wide at the top and narrow at the bottom.

6. according to the package assembly of the described greenhouse frame of claim 1, it is characterized in that: wherein after the assembling of this greenhouse frame, provide screw-button to fasten with conjoint disk respectively at the column of edge and link, cooperate cable wire towing to periphery to build thing again and form and locate.

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