KR102436928B1 - Mini greenhouse DIY structure - Google Patents

Abstract

The present invention relates to a mini-greenhouse DIY structure comprising a frame structure composed of a plurality of square tubes and a panel structure composed of a plurality of panels composed of a light-transmitting material, and comprising a panel structure constituting the outer surface of the frame structure, in more detail relates to a mini-greenhouse DIY structure that can install frame structures and panel structures in a boltless, no-welding method.

Description

Mini greenhouse DIY structure

The present invention relates to a mini-greenhouse DIY structure comprising a frame structure composed of a plurality of square tubes and a panel structure composed of a plurality of panels composed of a light-transmitting material, and comprising a panel structure constituting the outer surface of the frame structure, in more detail relates to a mini-greenhouse DIY structure that can install frame structures and panel structures in a boltless, no-welding method.

In general, in a greenhouse, for the purpose of intensively mass-producing crops such as vegetables, flowers, or fruit trees, an arched frame is formed by bending a steel pipe of a wire or bar in a rice paddy or a field, and a plurality of the arched frames are installed at equal intervals. After installation, the frame for the greenhouse is formed by long connecting horizontal crossbars between them, and a transparent resin film is placed on the frame for the greenhouse or a transparent glass window or panel is combined between the frames to construct the greenhouse.

However, since the greenhouse is constructed in a shape similar to that of a general building as described above, there is a limit that it is difficult for users without construction experience to construct it.

In particular, in recent years, interest in agriculture or flowers using greenhouses is growing for various purposes, such as finding mental stability through urban agriculture that utilizes various idle spaces in the city, as well as restoring the city’s healthy ecosystem and expanding green areas. Accordingly, there is an increasing demand for a mini-greenhouse that can be installed easily and quickly by users, but can be installed even in a small space.

As one of the technologies for such a mini-greenhouse, Korean Patent Publication No. 10-2018-0040184 is disclosed.

The prior art includes a plurality of unit panel modules in which the periphery of the transparent resin panel is finished with a plurality of extruded frames, and the plurality of unit panel modules are inserted and coupled to form a horizontal, right angle, and obtuse angle with each other through the extruded frame. It is characterized by being able to

However, in the case of a mini-greenhouse composed of the prior art, the frame structure supporting the inner panel is not configured, so when a typhoon accompanied by a strong wind rages, a problem may occur that the mini-greenhouse is dismantled.

In the case of a frame structure, it is common to configure it by welding or bolting a plurality of beams, but in the case of ordinary people, it is not only that they do not have various tools for combining the beams, but also that beginners install a frame structure using a tool It's very difficult.

Therefore, as well as the panel structure, as well as the frame structure, it is easy to install because it is composed of a non-welding and no bolting method, and there is a need for research on a greenhouse having high durability.

Unexamined Patent Publication No. 10-2018-0040184 2018.04.20.

The present invention was created to solve the problems of the prior art, and an object to be solved in the present invention is to provide a mini greenhouse DIY structure in which a frame structure and a panel structure can be installed in a non-volting, non-welding method.

The present invention is composed of the assembly of a plurality of panels made of a frame structure (10) made of an assembly of a plurality of square tubes and a light-transmitting material, comprising a panel portion (700) configured to constitute the outer surface of the frame structure (10) In the mini-greenhouse DIY structure, the frame structure 10 is configured to connect the corners of each tube so that two pairs of vertical square tubes 1 and horizontal square tubes for floor 2 constitute a rectangular floor frame. Corner frame connecting member 100; a framing connecting member 200 for standing so as to be connected to the floor frame in a state in which the vertical tube 3 of the skeletal structure 10 is in an erected state; Frame connecting member 300 for vertical connection configured to extend and connect a pair of vertical tube (3) upwardly; A frame connecting member 400 for finishing so that the vertical square tube for finishing (5) or the vertical square tube for finishing (6) is fastened to the uppermost end of the vertical square tube (3); a frame connecting member 500 for the eaves so that the inclined square pipe 7 constituting the inclined surface of the roof frame of the frame structure 10 and the horizontal square pipe 5 for finishing are connected in an inclined state; and a frame connecting member 600 for ridges configured to connect a pair of inclined angle tubes 7 .

At this time, the frame connecting member 100 for the bottom corner, the body 110 for the corner; Doedoe provided on one side of the corner body 110, the first corner pipe coupling part 120 to which one end of the horizontal rectangular pipe 2 for the floor is inserted and fastened; and a second corner pipe coupling part 130 provided in the corner body 110 so as to be in an upright state with the first corner pipe coupling part 120, and to which one end of the vertical rectangular pipe 1 for floor is inserted and fastened. ); should be included.

On the other hand, the frame connecting member 200 for the standing, the body 210 for standing; a pipe coupling part 220 for standing extending upwardly from the upper side of the body 210 for standing, and one end of the vertical tube 3 is inserted and fastened; and a bottom square tube coupling groove 230 in which the horizontal square tube for the floor or the vertical square tube for the floor is inserted and fastened, which is made of a groove recessed upward from the lower part of the body 210 for standing. do.

On the other hand, the frame connection member 300 for the vertical connection, the body 310 for the vertical connection, is formed extending upwardly from the upper portion of the body 310 for the vertical connection, one of the pair of vertical tube (3) A first vertical connection pipe coupling portion 320 to which one end of the vertical tube (first vertical tube) (3a) is inserted and fastened; And the second vertical connection is formed extending downwardly from the lower portion of the body 310 for the vertical connection, and one end of the other vertical angle tube (second vertical angle tube) 3b of the pair of vertical angle tubes 3 is inserted and fastened. The tube coupling portion 330; to include.

At this time, the body 310 for vertical connection is made of a groove inward in the horizontal direction on one side, so that the horizontal square tube for connection fastening groove 340 for connection into which the horizontal square tube for connection 4 is inserted and fastened is configured.

On the other hand, the finishing frame connecting member 400, the finishing body 410; a pipe coupling part 420 for finishing which is formed extending downwardly from the lower part of the body 410 for finishing and is fastened to the vertical square pipe 30 disposed at the uppermost end; and a fastening groove 430 for finishing, which consists of a groove recessed downward from the upper side of the body 410 for finishing, into which the horizontal square pipe 5 or the vertical square pipe for finishing 6 is inserted and fastened. .

On the other hand, the eaves frame connecting member 500, the eaves body 510 having a seating groove 520 formed on one side of the lower side; a pipe coupling part 530 for the eaves which is formed to extend in the opposite direction to the seating groove 520 from the other side of the body 510 for the eaves and is inserted and fastened to one end of the horizontal angle tube 5 for finishing; And the eaves pipe coupling portion 530 and the eaves pipe coupling portion 530 for the eaves from the upper portion of the body 510 is formed to extend upward to form an acute angle, the inclined tube coupling portion is inserted and fastened to one end of the inclined angle tube (7). (540);

On the other hand, the frame connection member 600 for the ridge, the body 610 for the ridge; a first pipe coupling part 620 for the ridge which extends downward from one side of the body 610 for the ridge and is inserted and fastened to one end of one of the pair of slanted angular tubes 7; The other side of the body 610 for the ridge extends downward in the opposite direction to the pipe coupling part 620 for the first ridge, and the other inclined angle tube 7 of the pair of inclined angle tubes 7 is installed at one end. a pipe coupling part 630 for a second ridge that is inserted and fastened; and a closing gak tube fastening groove 640 for the ridge ridge, which is formed of a groove dented downward from the upper portion of the body 610 for the ridge, and into which the closing gak tube 8 for the ridge is inserted and fastened.

On the other hand, in the panel structure 20, the panel portion 700 configured to have a predetermined area with a material having a transmittance; a horizontal panel connecting member 800 extending and connecting the plurality of panel units 700 in one direction; and a slanted panel connecting member 900 configured to connect a pair of slanted panel units 700 to each other.

At this time, the horizontal panel connecting member 800 is composed of a first base plate 811 configured to have a predetermined width and length, and a plate extending in the longitudinal direction, and the pair are spaced apart by a predetermined distance so that they face each other in the width direction. a first member 810 including a first panel connecting bar 812 protruding from one surface of the first base plate 811; and a second base plate 821 configured to have a predetermined width and length, and a plate extending in the longitudinal direction, spaced apart by a predetermined distance so that a pair faces each other in the width direction, on one surface of the second base plate 821 A second member 820 provided with a protrusion, the second member 820 including a second panel connecting bar 822 inserted and fastened between the first panel connecting bars 812;

According to the present invention, a frame structure and a panel structure are configured and installed, respectively. As each connecting member and a square tube, and a connecting member and a panel are fastened in a boltless and weldless manner, no separate tools are required, and a simple fitting coupling is performed. Each configuration is connected with a bar, so even beginners can easily and quickly configure a mini greenhouse.

1 is a perspective view of a mini-greenhouse DIY structure according to the present invention.
Figure 2 is a perspective view of a frame structure applied to the present invention.
Figure 3 is an exploded perspective view of a frame structure applied to the present invention.
Figure 4 is an exploded perspective view of the floor frame applied to the present invention.
5 is a view showing an assembly embodiment of the floor frame, the vertical square tube and the finishing vertical square tube applied to the present invention.
Figure 6 is a view showing an embodiment of the assembly of the horizontal gak tube and a pair of inclined gak tube for finishing applied to the present invention.
Figure 7 is a view showing an embodiment of the installation of the eaves frame connecting member applied to the present invention.
8 is a view showing an embodiment of the installation of the frame connecting member for the ridge applied to the present invention.
Fig. 9 is a side view of Fig. 1;
Fig. 10 is a part of a cross-sectional view taken along line A-A' of Fig. 9;
11 is a view showing another embodiment of the horizontal panel connecting member applied to the present invention.
Fig. 12 is a sectional view taken along line B-B' of Fig. 9;

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

As shown in Figure 1, the present invention consists of the assembly of a plurality of panels consisting of a frame structure 10 and a light-transmitting material consisting of the assembly of a plurality of square tubes, the panel constituting the outer surface of the frame structure (10) It relates to a mini-greenhouse DIY structure including the structure 20, and more particularly, to a mini-greenhouse DIY structure capable of installing a frame structure and a panel structure in a non-volting, non-welding method.

The frame structure 10 is for constituting the basic frame of the present invention, and as shown in FIGS. 2 and 3 , the frame connecting member 100 for the floor corner, the frame connecting member 200 for standing, and vertical connection It is configured to include a frame connecting member 300 for the eaves, a frame connecting member 500 for the eaves, and a frame connecting member 600 for the ridge.

As shown in Figs. 3 and 4, the frame connecting member 100 for the bottom corner is a rectangular pipe such that two pairs of a vertical rectangular pipe 1 and a horizontal rectangular pipe 2 for the floor constitute a rectangular bottom frame. It is configured to connect each corner.

The floor frame constitutes the base layer of the frame structure 10, and as a vertical square tube for a floor 1 and a horizontal square tube for a floor having a predetermined length are disposed on the floor in an orthogonal state, a square frame The shape is configured, and the mutual configuration is fixed as the frame connecting member 100 for the floor corner is configured to connect the vertical square tube 1 for the floor and the horizontal square tube 2 for the floor arranged in an upright state make it become

To this end, the frame connecting member for the floor corner is provided on one side of the corner body 110 and the corner body 110, and the first corner pipe coupling part to which one end of the horizontal rectangular pipe 2 for the floor is inserted and fastened. (120) and the first corner pipe coupling part 120 and the first corner pipe coupling part 120 and the doedoe provided in the corner body 110, one end of the vertical rectangular pipe for the floor (1) is inserted and fastened to the second corner pipe coupling part 130 .

That is, the frame connecting member for the bottom corner is formed in a shape in which the body 110 for the corner is bent in a 'L' shape, and the pipe coupling part 120 for the first corner is formed to protrude from one end of the bent, and is bent. The second corner pipe coupling part 130 is configured to protrude from the other end.

According to the above configuration, the first corner pipe coupling part 120 is internally coupled to one end of the horizontal rectangular pipe 2 for the floor, and the second corner pipe coupling part 130 is connected to the vertical rectangular pipe for the floor (1). ), the bottom frame is configured as it is internally fastened to one end.

On the other hand, as shown in Figs. 3 and 5, the frame connecting member 200 for the standing is connected to the floor frame in an upright state of the vertical angle tube 3 of the frame structure 10. As shown in Figs.

In other words, the vertical square pipe (3) is for constituting the vertical frame of the frame structure (10), and is made of a bar extending in the vertical direction, and the standing frame connecting member (200) is the vertical square pipe (3) and the bottom frame are connected to each other.

To this end, the frame connecting member 200 for standing is formed to extend upward from the upper side of the body 210 for standing and the body 210 for standing, and one end of the vertical tube 3 is inserted and fastened for standing. The pipe coupling part 220 and the bottom square pipe coupling groove in which the vertical square tube for the floor (2) or the vertical square tube for the floor (1) is inserted and fastened from the lower part of the standing body 210 to an upward groove ( 230).

That is, the frame connecting member 200 for standing is made in a form extending in the vertical direction, the bottom square tube coupling groove 230 is configured at the lower end, and the pipe coupling part 220 for standing is formed to protrude from the upper end. do rock

According to the above configuration, the bottom frame is internally fastened to the bottom square tube coupling groove 230, and the vertical square tube ( 3) is installed in an upright state.

At this time, as shown in the drawing, the frame connecting member 200 for the standing may have a different shape of the lower end according to the installation position of the vertical tube 3 .

On the other hand, as shown in Figs. 3 and 5, the frame connecting member 300 for the vertical connection is configured to extend and connect a pair of vertical angle tubes 3 upward.

In other words, the frame connecting member 300 for vertical connection connects a plurality of vertical pipes 3 in one direction according to the height of the frame structure 10 to configure the vertical frame of the frame structure 10 .

To this end, the frame connecting member 300 for the vertical connection is formed to extend upward from the upper portion of the body 310 for the vertical connection, the body 310 for the vertical connection, and one of the pair of vertical pipes 3 is vertical. The first vertical connection tube coupling part 320 to which one end of the square tube (first vertical tube) 3a is inserted and fastened and the vertical connection body 310 extend downward from the lower portion, and a pair of vertical square tubes (3) includes a second vertical connection pipe coupling portion 330 to which one end of the remaining vertical angle tube (second vertical angle tube) (3b) is inserted and fastened.

That is, the frame connection member 300 for vertical connection is formed in a form extending in the vertical direction, and the first pipe coupling part 320 for vertical connection is formed to protrude at the extended upper end, and at the extended lower end. The second pipe coupling portion 330 for vertical connection is formed to protrude.

According to the above configuration, the first pipe coupling part 320 for vertical connection is inserted and fastened to one end of the first vertical pipe 3, and the second pipe coupling part 330 for vertical connection is the second vertical pipe 3 ) as one end is inserted and fastened, so that a pair of vertical angle tubes (3) are connected.

On the other hand, the first vertical pipe (3b) is the vertical pipe (3a, 3b) extended by inserting and fastening the pipe coupling unit 220 for standing at the other end can be installed standing up on the floor frame.

On the other hand, the body 310 for vertical connection consists of a groove inwardly in the horizontal direction on one side, and a horizontal square tube fastening groove 340 for connection into which the horizontal square tube for connection 4 is inserted and fastened may be configured.

In other words, in the present invention, the horizontal square tube for connection (4) is to further improve the durability of the frame structure (10) by connecting between a plurality of erected vertical square tubes (3), and is a square tube extending in the horizontal direction. It is made, which is fastened to the plurality of vertical angle pipes 3 at the same time in parallel with the floor frame so that the frame structure 10 is more firmly installed.

At this time, in the present invention, the horizontal square tube 4 for connection is inserted and fastened to the body 310 for vertical connection so that the mini-greenhouse can be assembled without using bolts or other tools.

In detail, a plurality of the frame connection members 300 for vertical connection are provided in a state in which the connection horizontal square tube fastening grooves 340 face outward, and are disposed on the same horizontal plane, and the horizontal square tube for connection ( 4) allows the vertical square tube 3 and the horizontal square tube 4 to be organically coupled as they are simultaneously inserted from the horizontal side of the plurality of horizontal square tube fastening grooves 340 for connection.

At this time, the horizontal square tube for connection (4) for connection is provided with a fixing cover (350) for sealing the open surface in the connection groove (340) in which the horizontal square tube (4) for connection is disposed, so that the horizontal square tube for connection (4) is disposed to prevent deviation from the

In other words, the fixed cover 350 is made of a material having an elastic force and frictional force, and is formed to extend to have a length corresponding to the horizontal square tube for connection (4), and in a state in which the horizontal square tube for connection (4) is fastened. It is provided to seal the open surface of the horizontal square tube fastening groove 340 for the connection.

At this time, fixing protrusions (not shown) protruding from the outermost side of the groove toward each other are provided on the upper and lower surfaces of the horizontal square tube fastening groove 340 for connection, and the fixing protrusions (not shown) are provided at both ends in the width direction of the fixing cover 350 . A fixing groove (not shown) into which the protrusion is inserted is formed.

Accordingly, when the fixing cover 350 seals the connecting groove 340 of the horizontal square tube for connection, the fixing protrusion is inserted into the fixing groove and the fixing cover 350 and the horizontal square tube 4 for connection are stable. to be fixed with

On the other hand, the frame connecting member 400 for finishing, as shown in FIGS. 3 and 5, the horizontal square tube for finishing (5) or the vertical square tube for finishing (6) is fastened to the uppermost end of the vertical square tube (3) .

In other words, the horizontal square tube for finishing (5) is configured the same as the horizontal square tube for the floor (2), and the vertical square tube for finishing (6) is configured the same as the vertical square tube for the floor (1). The frame connecting member 400 is provided such that the uppermost end of the plurality of vertical square pipes 3 fastened in a line to the horizontal square pipe for the floor (2) is connected, and the vertical square pipe for finishing (6) ) is provided so that the uppermost ends of the plurality of vertical angle tubes 3 fastened in a line to the vertical square tube for the floor are connected, so as to constitute the side wall of the frame structure 10 .

To this end, the frame connecting member 400 for finishing is formed extending downward from the lower portion of the finishing body 410 and the finishing body 410 and is coupled with the vertical square pipe 3 disposed at the uppermost end. The part 420 and the finishing fastening groove 430 in which the finishing horizontal square tube 5 or the finishing vertical square tube 6 is inserted and fastened is made of a groove recessed from the upper side of the finishing body 410 to the lower side. include

That is, the plurality of finishing frame connection members 400 are the finishing horizontal square pipe 5 or finish in a state where the finishing pipe coupling part 420 is inserted and fastened to the upper end of the vertical square pipe 3 disposed at the top end. As the vertical square tube 6 is simultaneously inserted into a plurality of fastening grooves 430 for finishing arranged horizontally or vertically in a line, the uppermost end of the plurality of vertical square tubes 3 is constrained by the horizontal square tube for finishing. make it possible

On the other hand, referring to FIGS. 6 and 7 , the frame connecting member 500 for the eaves has an inclined angle tube 7 constituting the inclined surface of the roof frame of the frame structure 10 and a horizontal square tube 5 for finishing inclined. state to be connected.

In other words, the roof frame is for forming the roof of the frame structure 10, and the frame connecting member 500 for the eaves has a pair of inclined square pipes 7 at both ends of the horizontal square pipes 5 for finishing. As it is provided to be seated on the vertical square pipe for finishing in a connected state at an angle, the eaves of the frame structure 10 are configured.

To this end, the eaves frame connecting member 500 is a body 510 for the eaves having a seating groove 520 formed on one side of the lower side, and the seating groove 520 from the other side of the body 510 for the eaves in the opposite direction. The angle between the pipe coupling part 530 for the eaves and the pipe coupling part 530 for the eaves in the upper part of the body 510 for the eaves and the pipe coupling part 530 for the eaves that are formed to extend and are inserted and fastened to one end of the horizontal angle pipe 5 for the finish is an acute angle. It is formed to extend upwardly inclined to achieve and includes an inclined tube coupling portion 540 that is inserted and fastened to one end of the inclined angle tube 7 .

At this time, the seating groove 520 corresponds to the upper end of the frame connecting member 400 for finishing to which the vertical square tube for finishing 6 is inserted and fastened so that the frame connecting member 500 for the eaves can be seated. composed of the form.

On the other hand, as shown in FIGS. 6 and 8 , the frame connecting member 600 for the ridge is configured to connect a pair of inclined angle tubes 7 .

In other words, the ridge connecting member 600 connects the upper ends of a pair of inclined square pipes 7 to constitute the roof top, and the closing square pipe 8 for ridges includes a plurality of ridge connecting members ( 600) to form a single roof,

To this end, the frame connecting member 600 for ridges extends downward from one side of the body 610 for ridges and the body 610 for ridges, and is one of the pair of inclined angle tubes 7a and 7b. The first pipe coupling part 620 for the ridge is inserted and fastened to one end of (7a), and the other side of the body 610 for the ridge extends downward in the opposite direction to the first pipe coupling part 620 for the ridge. A second ridge tube coupling portion 630 formed and into which the other inclined angular tube 7b of the pair of inclined angular tubes 7a and 7b is inserted and fastened at one end, a groove dented downward from the upper portion of the ridge ridge body 610 and includes a fastening groove 640 for the closing gak tube 8 for the yongmaru is inserted and fastened.

That is, in the frame connecting member 600 for the ridge, the first ridge pipe coupling part 620 and the second ridge pipe coupling part 630 are symmetrical to each other with respect to the ridge body 610 . As much as possible, one side and the other side of the body 610 for the ridge are formed to protrude downward, respectively, and a pair of inclined angle tubes 7 are respectively fastened to constitute the roof of the frame structure 10 .

At this time, at the upper end of the frame connecting member 600 for ridges, a closing square pipe for ridges 640 is configured, and a plurality of closing angular pipes for ridges 640 arranged in a line is provided with a closing square pipe for ridges (8). As this is simultaneously inserted and fastened, a plurality of ridge connecting members 600 are constrained into one.

As described above, in the present invention, as each pipe is configured to be fitted and coupled to each other by using frame connecting members of various shapes at the parts where each pipe crosses or comes into contact with each other, the frame structure 10 can be configured without bolts and no welding. let there be

Meanwhile, according to FIG. 9 , the panel structure 20 constitutes the outer surface of the frame structure 10 , and includes a panel unit 700 , a horizontal panel connecting member 800 , and an inclined panel connecting member 900 . consists of including

The panel part 700 is made of a transparent material and has a predetermined area.

In other words, the panel part 700 is made of a material such as plastic, acrylic, polycarbonate, polymethyl methacrylate, which is made of one layer having a predetermined thickness, or shown in FIGS. 10 and 11 . As such, it may be formed in the form of multiple layers.

When the panel unit 700 is composed of multiple layers, it is configured to include a pair of transmission panels 710 and a plurality of partition walls 720 dividing and connecting therebetween, and ends of the pair of transmission panels 710 . is sealed with venting tape.

On the other hand, although the transmission panel 710 constituting the roof and the wall surface of the present invention may all be composed of a panel of the same material, the transmission panel 710 constituting the roof in consideration of the economic purpose and continuous efficiency and performance is made of poly It is made of a methyl methacrylate material, and the transmission panel 710 constituting the wall surface may be made of a material such as acrylic or plastic.

Polymethyl methacrylate has stronger durability than materials such as acrylic, polycarbonate, and plastic, but has better light transmittance and less yellowing over time. However, in order to construct a more efficient greenhouse, the transmission panel 710 constituting the roof, which is the part through which sunlight is most transmitted, is made of polymethyl methacrylate material, and the transmission panel 710 of the remaining part is made of plastic, It is preferable to make it composed of acrylic or polycarbonate material.

On the other hand, as shown in FIG. 10 , the horizontal panel connecting member 800 is for connecting the plurality of panel parts 700 in one direction, and one side of the pair of panel parts 700a and 700b is connected to one side. One end of the panel portion 700a is inserted and fastened to the other side, and as one end of the other panel portion 700b of the pair of panel portions 700a and 700b is inserted and fastened to the other side, the plurality of panel portions 700 are extended. For this purpose, the horizontal panel connecting member 800 includes a first member 810 and a second member 820 .

The first member 810 includes a first base plate 811 configured to have a predetermined width and length, and a plate extending in the longitudinal direction, and a pair of the first base is spaced apart by a predetermined distance so that they face each other in the width direction. A first panel connecting bar 812 protruding from one surface of the plate 811 is included.

The second member 820 includes a second base plate 821 configured to have a predetermined width and length, and a plate extending in the longitudinal direction, and a pair of the second bases are spaced apart by a predetermined distance so that they face each other in the width direction. A second panel connecting bar 822 that is provided protruding from one surface of the plate 821 and is inserted and fastened between the first panel connecting bars 812 is included.

At this time, a plurality of first teeth are arranged vertically on the inner surface facing the first panel connecting bar 812 , and the second panel connecting bar 822 facing the first panel connecting bar 812 is provided. On the outer surface of the so that the second teeth engaged with the first teeth are formed.

According to the above configuration, when the horizontal panel connecting member 800 is fastened so that the second panel connecting bar 822 is inserted between the first panel connecting bars 812, the first and second teeth are While being engaged, the first member 810 and the second member 820 are in a state in which they are firmly fastened, and horizontal panels are provided at both ends based on the first panel connecting bar 812 and the second panel connecting bar 822 . Insertion grooves are respectively formed, and by inserting and fastening a pair of panel parts 700 into the horizontal panel insertion grooves, a pair of panels can be connected in a horizontal direction.

At this time, as shown in FIG. 11 , one surface of the first member 810 bar in both outer directions of the first panel connecting bar 812 and the second in both outer directions of the first panel connecting bar 812 are As the packing part 840 for a horizontal panel made of a material having elastic and frictional force is further provided on one surface of the member 820 bar, the panel part 700 can be more firmly fixed.

In addition, by providing a plurality of friction protrusions (not shown) protruding in an inclined direction on the exposed surface of the packing unit 840 for the horizontal panel, between the packing unit 840 for the horizontal panel and the panel unit 700 . By further increasing the frictional force of the , it is possible to further improve the bonding force of the mutual configuration.

Meanwhile, according to FIGS. 10 and 12 , the inclined panel connecting member 900 is configured to connect a pair of inclined panel parts 700 .

In other words, the inclined panel connecting member 900 extends outwardly from one side of the inclined panel body 910 and the inclined panel body 910 and ends at the end of one of the pair of panel parts 700a and 700b. A first inclined panel coupling portion 920 in which a first inclined panel groove into which the panel portion 700a is inserted is formed, extending outward from the other side of the inclined panel body 910, a pair of panel portions 700a at the ends , 700b) includes a second inclined panel coupling portion 930 in which a second inclined panel groove into which the remaining panel portion 700b is inserted is formed.

That is, the first inclined panel coupling part 920 and the second inclined panel coupling part 930 are provided at a predetermined angle to each other with respect to the body 910 for the inclined panel, so that the panel part 700 is provided with each groove. ) is inserted, the pair of panel parts 700a and 700b are inclinedly connected.

In this case, the angle between the first inclined panel coupling part 920 and the second inclined panel coupling part 930 varies depending on the position at which the inclined panel connecting member 900 is provided.

For example, as shown in FIG. 10 , when the inclined panel connecting member 900b is provided on the corner side to connect a pair of inclined panels, the first inclined panel coupling part 920 and the second inclined panel coupling part ( 930) is configured in an orthogonal state so that the inclined panels can be connected.

Alternatively, as shown in FIG. 12 , when the inclined panel connecting members 900a and 900c are provided on the ridge or eaves to connect the pair of panel parts 700a and 700b, the first inclined panel coupling part 920 is It protrudes in one inclined direction and protrudes in the other inclined direction opposite to the first inclined panel coupling part 920 , and the angle between the components is configured to form an obtuse angle to connect the inclined panels.

On the other hand, the protruding ends of the first inclined panel coupling part 920 and the second inclined panel coupling part 930 are protruded and bent inward, so that the panel part 700 can be coupled more stably. do.

The panel structure 20 configured as described above is provided while closely adhering to the frame structure 10 to constitute a mini-greenhouse.

At this time, each connecting member of the panel structure 20 is provided in contact with the connecting member of the frame structure 10 so that the mutual configuration is more strongly constrained while giving an aesthetically ordered feeling.

For example, the horizontal panel connecting member 800 is extended to contact the outer surface of the standing frame connecting member 200, the vertical connecting frame connecting member 300 and the finishing frame connecting member 400 at the same time. to be provided closely.

The slanted panel connecting member 900 is configured to extend and in close contact with the outer surface of a plurality of eaves frame connecting members 500 arranged in parallel in one direction at the same time, or a plurality of ridge frames arranged side by side in one direction It is configured to extend so as to be in contact with the outer surface of the connecting member 600 at the same time so as to be provided in close contact.

As described above, in the present invention, the frame structure 10 and the panel structure 20 are respectively configured and installed. No tools are required, and each component is connected by simple fitting, so even beginners can easily and quickly compose a mini greenhouse.

Although preferred embodiments of the present invention have been described above, the scope of the present invention is not limited thereto, and it should be understood that the scope of the present invention extends to those substantially equivalent to the embodiments of the present invention, Various modifications may be made by those of ordinary skill in the art to which the invention pertains without departing from the spirit of the invention.

1: Vertical square tube for floor 2: Horizontal square tube for floor
3 : vertical square tube 4 : horizontal square tube for connection
5: Horizontal square tube for finishing 6: Vertical square tube for finishing
7: Inclined square tube 8: Finish square tube for yongmaru
10 ; frame structure 20 ; panel structure
100: frame connecting member for floor corner 110: body for corner
120: pipe coupling part for the first corner 130: pipe coupling part for the second corner
200: frame connecting member for standing 210: body for standing
220: pipe coupling part for standing 230: bottom square pipe coupling groove
300 ; Frame connection member for vertical connection 310: body for vertical connection
320: the first pipe coupling part for vertical connection 330: the second pipe coupling part for vertical connection
340: horizontal square tube fastening groove for connection 350: fixed cover
400: frame connecting member for finishing 410: body for finishing
420: pipe coupling part for finishing 430: fastening groove for finishing
500: eaves frame connection member 510: eaves body
520: pipe coupling part for eaves 530: pipe coupling part for inclined
540: seating groove
600: frame connecting member for ridge 610: body for ridge
620: pipe coupling part for the first ridge 630: pipe coupling part for the second ridge
640: End square pipe fastening groove for yongmaru
700: panel part 710: transparent panel
720: bulkhead
800: horizontal panel connecting member 810: first member
811: first base plate 812: first panel connecting bar
820: second member 821: second base plate
822: second panel connecting bar 840: packing part for horizontal panel
900: inclined panel connecting member 910: inclined panel body
920: first inclined panel coupling part 930: second inclined panel coupling part

Claims (10)

Mini-greenhouse DIY comprising a panel structure 20 composed of a frame structure 10 composed of the assembly of a plurality of square tubes and a panel structure 20 composed of an assembly of a plurality of panels made of a light-transmitting material, and configured to constitute the outer surface of the frame structure 10 In the structure,
The frame structure 10 is,
A frame connecting member 100 for a floor corner configured to connect the corners of the square tube so that two pairs of the vertical square tube for the floor (1) and the horizontal square tube for the floor (2) constitute a rectangular floor frame;
a framing connecting member 200 for standing so as to be connected to the floor frame in a state in which the vertical tube 3 of the skeletal structure 10 is in an erected state;
Frame connecting member 300 for vertical connection configured to extend and connect a pair of vertical tube (3) upwardly;
A frame connecting member 400 for finishing so that the vertical square tube for finishing (5) or the vertical square tube for finishing (6) is fastened to the uppermost end of the vertical square tube (3);
a frame connecting member 500 for the eaves so that the inclined square pipe 7 constituting the inclined surface of the roof frame of the frame structure 10 and the horizontal square pipe 5 for finishing are connected in an inclined state; and
a frame connecting member 600 for ridges configured to connect a pair of inclined angle tubes 7;
includes,
The panel structure 20,
a panel unit 700 made of a transparent material and configured to have a predetermined area;
a horizontal panel connecting member 800 extending and connecting the plurality of panel units 700 in one direction;
an inclined panel connecting member 900 configured to connect a pair of inclined panel parts 700;
includes,
The horizontal panel connecting member 800,
A first base plate 811 configured to have a predetermined width and length, and a plate extending in the longitudinal direction, the pair are spaced apart by a predetermined distance so that they face each other in the width direction and protrude on one surface of the first base plate 811 a first member 810 including a first panel connecting bar 812 provided; and
A second base plate 821 configured to have a predetermined width and length, and a plate extending in the longitudinal direction, are spaced apart by a predetermined distance so that a pair faces each other in the width direction and protrude from one surface of the second base plate 821 a second member 820 having a second panel connecting bar 822 inserted and fastened between the first panel connecting bars 812;
Mini-greenhouse DIY structure comprising a.
The method according to claim 1,
The frame connecting member 100 for the floor corner,
Corner body 110;
Doedoe provided on one side of the corner body 110, the first corner pipe coupling part 120 to which one end of the horizontal rectangular pipe 2 for the floor is inserted and fastened; and
It is provided in the corner body 110 so as to be in an upright state with the first corner pipe coupling part 120, and the second corner pipe coupling part 130 to which one end of the vertical rectangular pipe 1 for floor is inserted and fastened. ;
Mini-greenhouse DIY structure comprising a.
The method according to claim 1,
The frame connecting member 200 for the standing,
Standing body 210;
a pipe coupling part 220 for standing extending upwardly from the upper side of the body 210 for standing, and one end of the vertical tube 3 is inserted and fastened; and
a bottom square tube coupling groove 230 in which the vertical square tube for the floor 2 or the vertical square tube for the floor is inserted and fastened, which is made of a groove recessed upward from the lower part of the standing body 210;
Mini-greenhouse DIY structure comprising a.
The method according to claim 1,
The frame connection member 300 for the vertical connection,
Body 310 for vertical connection,
The first vertical connection is formed extending upwardly from the upper portion of the body 310 for vertical connection, and one end of one vertical tube (first vertical tube) 3a of the pair of vertical tube 3 is inserted and fastened. tube coupling portion 320; and
The second vertical connection pipe is formed extending downwardly from the lower portion of the body 310 for vertical connection, and one end of the other vertical angle tube (second vertical angle tube) 3b of the pair of vertical angle tubes 3 is inserted and fastened. coupling part 330;
Mini-greenhouse DIY structure comprising a.
5. The method according to claim 4,
In the vertical connection body 310,
Mini-greenhouse DIY structure, characterized in that it consists of a groove recessed in the horizontal direction from one side, the horizontal square tube for connection (4) for connection is inserted and fastened, characterized in that the connection groove (340) is configured.
The method according to claim 1,
The frame connecting member 400 for the finish,
Finishing body 410;
a pipe coupling part 420 for finishing which is formed extending downwardly from the lower part of the body 410 for finishing and is fastened to the vertical angle pipe 30 disposed at the uppermost end; and
It consists of a groove recessed from the upper side of the body 410 for finishing to the lower side, the finishing fastening groove 430 into which the finishing horizontal square tube 5 or the finishing vertical square tube 6 is inserted and fastened;
Mini-greenhouse DIY structure comprising a.
The method according to claim 1,
The frame connecting member 500 for the eaves,
a body 510 for the eaves having a seating groove 520 formed on one side of the lower side;
a pipe coupling part 530 for the eaves which is formed to extend in the opposite direction to the seating groove 520 from the other side of the body 510 for the eaves and is inserted and fastened to one end of the horizontal angle tube 5 for finishing; and
A pipe coupling part for inclination that is formed to extend upwardly inclined to form an acute angle with the pipe coupling part 530 for the eaves from the upper part of the body 510 for the eaves and is inserted and fastened to one end of the inclination angle pipe 7 ( 540);
Mini-greenhouse DIY structure comprising a.
The method according to claim 1,
The frame connecting member 600 for the ridge is,
ridge body 610;
a first pipe coupling part 620 for a ridge that extends downward from one side of the body 610 for a ridge and is inserted and fastened to one end of one of the pair of slanted angular tubes 7;
The other side of the body 610 for the ridge extends downward in the opposite direction to the pipe coupling part 620 for the first ridge, and the other inclined angle tube 7 of the pair of inclined angle tubes 7 is installed at one end. a pipe coupling part 630 for a second ridge that is inserted and fastened; and
a closing gak tube fastening groove 640 for the ridge ridge, which consists of a groove dented downward from the upper portion of the ridge body 610 and into which the ridge closure pipe 8 is inserted and fastened;
Mini-greenhouse DIY structure comprising a.
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