KR20130001671A - Fixture for Insulating Block of Green House - Google Patents

Abstract

PURPOSE: Fixing equipment for a plastic greenhouse is provided to fix plastic sheet bodies symmetrically at an outer edge of the plastic greenhouse. CONSTITUTION: A plastic greenhouse(100) forms interior space by covering a plastic sheet(12) circumscribed in the section of a circular arc aggregate. An alternate cohesive zone(17) is formed to cover an upper area(100) which is an outer surface of the plastic sheet covering the aggregate section. U-shaped binding holes(60) are formed at the both section of the plastic greenhouse in order to weave each upper section of the plastic greenhouse by compression of the plastic sheet body(24). A protrusion rib(72) is inserted into an assembly hole(84) of a pipe(70). The assembly hole is formed in a grooved terrain of the binding holes. A flexible hose is exposed through a plastic sheet body incision area which is installed at the each section of travel areas, and is connected to a connection ring. Each of supply pipe is connected to the flexible hose. Brushes are equipped in the section of the flexible hose. The supply pipe fixes the brushes to a fixture frame.

Description

Fixture for Insulating Block of Green House {Omitted}

The present invention relates to a fixing device for a vinyl house insulating block, and more particularly, is coupled to cool the heat generated by the sunlight shining in the process of performing the photovoltaic power generation to install while assembling the outer edge of the vinyl house. In addition to the cover block, the present invention relates to a thermal insulation structure of the room by the cover block.

In general, in low-lying areas such as urban areas or rivers, there is a vinyl house for farming regardless of the season while cultivating gardening. In order to maintain warmth for cultivation in the vinyl house, it is mainly used a thermal insulation jacket or photovoltaic panel, and since it is mostly formed of an opaque material, the outer surface of the vinyl house is driven by a driving device as necessary. By covering and kicking, it regulates the amount of sunlight.

However, the vinyl material for the vinyl house uses a semi-transparent or almost transparent synthetic resin thin film, which is used to insulate the interior space of the vinyl house due to seasonal temperature change or climate change, so that the photovoltaic power generation is at the outer edge. In the case of installing the device, the heating temperature on the surface of the power generating device leads to a decrease in power generation efficiency and a decrease in durability, which is required for a more practical insulating block.

In addition, damage caused by damage or collapse due to strong winds and heavy snowfall caused by cold weather occurs, which is caused by a weak binding force of the vinyl house described above.

In the present invention, the installation of the horticultural vinyl house described above is mainly to cultivate crops that are inadequate depending on the season temperature, but mainly to cultivate vegetables necessary for eating, such as to secure a predetermined area for economics, etc. It is used in the form of a complex in which the vinyl house is continuously installed in a farmland.

Here, the aggregate described above is provided in the form of a pipe structure, that is, provided with an inner hole penetrated to both ends in the longitudinal direction in order to reinforce the support strength of the plastic house and provide light weight.

However, in the present invention, but covered with a separate vinyl body on the outer surface section of the vinyl for the vinyl house, by covering the upper convex section of the vinyl house with compression, by a strong wind with a binding force to the vinyl constituting the vinyl house. This part also reduces the risk of breakage. In addition, in a spaced section of the vinyl body formed in a predetermined section, a hose having a through hole is provided in a zigzag alternating shape at a predetermined interval. By spraying the heated air, it is provided to block the cold temperature transmitted from the outside.

In the event of typhoons or heavy snowfall, the edges of both sides of the aggregate, which are formed while being continuously curved repeatedly in the longitudinal direction of the vinyl house, are buried deep in the ground, but are constructed to be fixed. When the super strong wind according to the blow, the aggregate is pulled out to cause the shape of the whole of the plastic house to scatter.

In addition, during the cold weather in winter, the warmth of the sun is stored as a separate heat storage facility, but at night or cloudy weather, it is slowly withdrawn and heated.

In addition, in the summer heat of the low temperature to cool the room, the invention for providing to use such as reinforcement and drying of the housing temperature of the compost for a separate storage facility.

It is constructed to fix the vinyl bodies symmetrically to each other on the outer edge of the plastic house that is repeatedly installed on the farmland land, and to install the protective cover for the plastic house and the storage facility for warmth. In addition, it is intended to install compost or thermal drying facilities as by-products.

In addition, the demand for new and renewable energy is generated due to the global warming effect, which is pollution-free and the vinyl body is installed in the area of the convex part of the vinyl house, which not only solves the heating and cooling of the indoor space, but also In order to reliably bind the vinyl of the vinyl house, it is assembled by winding both edges of the vinyl body around the fixed body which is deeply embedded in both sides of the ground so as to cover the upper convex section of the vinyl house by pressing. It is an invention to provide the role of a safety device against heavy snow prevention and heavy snow, such as a mobile warehouse, a barn, a barn and a passage.

In addition, it is intended to provide a stable stent even in the case of the super strong wind by fixing a separate fixing rod deep in the ground.

While being formed in the longitudinal direction in the arable land, while maintaining both sides (B) on both sides protrudes into the aggregate 11 is formed with a fixed wall 112 in the inner sphere 22 and is curved in the upper portion section (100) In the vinyl house (10) is formed in the interior space (a) by zooming around the vinyl 12 in the section of the aggregate (11) (11 ') that is provided continuously and repeatedly,

By forming the fusion zone 17 alternately to form the fusion zone 17 to cover the outer surface of the vinyl 12 to cover the upper portion section 100 of the aggregate (11, 11 ') The main house is provided with a vinyl body 24 to insulate the vinyl 12 of the vinyl house, and in order to squeeze the upper portion section 100 of the vinyl house 10 with the vinyl body 24 by compression, vinyl house Assembling the pipe 70 with the protruding rib 72 while inserting the cross section into the recess 71 of the U-shaped binding port 60 in both side sections (B) between the continuous installation of (10). It is an invention provided to bind the vinyl body 24 as a through (a) so as to be fixed to the sphere 84 by insertion.

In addition, the cross section to form an assembling hole 77 in the recess portion 71 section of the U-shaped binding hole 60, and to pass the assembly hole 84 through the pipe 70, the vinyl body ( In accordance with the pipe 70 to interrupt the 24 is coupled to the U-shaped binding port 60 through (a), it is an invention provided to be assembled by a separate assembly pin (72 ').

In addition, the vinyl body 24 is supplied with insulating air to the hose 19 through which the through hole 20 penetrates, thereby keeping the vinyl 12 in the vinyl house warm,

In order to weave the vinyl body 24, the protruding rib 72 is inserted into the groove portion 71 of the U-shaped binding hole 60 in a cross section at both side sections (b) for installing the vinyl house 10. (B) binds the vinyl body 24 as a through (a) so as to be fixed to the assembly opening 84 of the pipe 70 by insertion, and is inserted into the moving section 27 section (19) ( 19 ') is exposed to the cutout 83 of the vinyl body 24 and connected to the connection ring 81, and the hose 19 is provided with the flexible hose 19' and the flexible hose. The supply pipe 26 'is connected to the 19', respectively, and the plurality of flexible hoses 19 'are assembled in the supply pipe 26' section by the connection, but the flexible hose 19 ' The brush 43 is provided in the section of the supply pipe 26 ', and the fixed frame 36 is fixed to the supply pipe 26', and the high-pressure insulating air supplied to the supply pipe 26 'is provided. Is Sung agarose (19 ') is an outlet (20' invention to provide to give away while vibrating the snow cover of plastic 12 in the plastic house 10 in the flexible Sung OSU 19 'vibration due to bursting in).

In addition, the cross section forms a U-shaped binding hole 60 as a binding block 68, and in the binding block 68 is formed a binding hole 60 for fixing the vinyl body 24, The binding hole 60 is provided with the support wall 62 protrudes on both sides, so as to constitute the recess section 73, and protrudes the protruding fixture 66 protruding to the lower section of the binding hole 60, and The fasteners (60) are formed with a long assembly (77) and a fastener (74) to penetrate (a) the vinyl body 24 intermittent with the pipe (70) and fix it with a lopu (75),

One side of the flexible hose 19 'is connected to the connecting rod 28 and the flexible hoses 19a and 19b are provided at both sides, thereby supplying the air pressures of the supply pipes 191 and 192 to differentially supply the vibrations. The invention provides to enhance the effect.

In addition, the assembling hole 31 is drilled in the fixing wall 112 for forming the inner sphere 22 of the aggregate 11, 11 ′, while the aggregate 11, 11 ′ is curved and arc-shaped. It is provided with a jet port 29 in the section of the fixed wall 112 of the, while passing through the assembly hole 31 penetrated through the fixed wall 112 of the aggregate (11) niphorn 33 and T-connecting pipe (26) It is provided with a coupling block 40 for coupling the supply pipe 21 to both sides of the),

By connecting the coupling block 40 coupled to the aggregate 11 to the supply pipe 21, the aggregate (11, 11 ') is provided so that the warming air from the blower outlet (29) to spray the vinyl (12) It is an invention that is provided to melt the snowfall accumulated in the vinyl 12 by being composed between the interior space (a).

In addition, the aggregate 11 is provided by separating the support aggregate 111 and the curved aggregate 113, but formed at intervals spaced so that the end sections of the support aggregate 111 and the curved aggregate 113 are connected to each other. give,

While bending the aggregate 11, the inner end 22 is blocked by the blocking plate 32 to the end of the arc-shaped fixed wall 112 section,

It is provided with a fastener 29 to penetrate the end of the fixed wall 112 by inserting, the fixed wall 112 is inserted into the pillar aggregate 111 is fixed, the fixed wall ( 112 is an invention provided to supply the insulating air to the connection block 40 provided in the.

The present invention is intended to control the thermal insulation power heated by the hose and the vinyl body in the vinyl section of a large area installed in a vinyl house to keep the temperature of the indoor space (a) in a warm state.

In addition, by installing a cooling device that circulates the indoor space by air cooling to the vinyl body, it is intended to reinforce economics and enhance durability by providing insulation for the working environment.

In addition, it controls the amount of sunlight irradiation in large areas used for farming, flower gardens, prefabricated simple warehouses, etc., and reduces damage caused by heavy snowfall.

In addition, when disposing and installing the vinyl generated by the long-term use in the plastic house, it is to provide a smooth assembly process for the reinstallation of the power generation block.

Hereinafter, the configuration of the most preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

The present invention is an invention for reinforcing the insulation possible in the interior space (a) of the plastic house 10,

That is formed in the longitudinal direction in the arable land while maintaining a predetermined interval on both sides protruding to the aggregate 11 is formed with a fixed wall 112 in the inner sphere 22 and curved in the upper portion section while repeatedly in an arc shape In the vinyl house 10 in which the interior space (a) is formed in the section of the aggregate (11) (11 ') provided by the outer circumference of the vinyl (12), the change of the season by the change of climate which is the object of the present invention. (B) welding at predetermined intervals on a vinyl body formed by overlapping with the original invention filed 10-2009-0090317, which is provided to reinforce typhoons or durability with ultra-high velocity wind speeds that occur when a typhoon is blowing. It was provided to overlap the sections between each other, forming a stage.

However, in the above-described invention, the durability of the vinyl 12 is reinforced, but a problem about the desired stability arises in the super typhoon or the cold weather described above.

Therefore, as described above, as an invention for reinforcing the weather resistance of the vinyl 12 to prevent the aging caused by the installation stability or long-term use of the super-hurricane typhoon,

In order to weave the upper section section 100 of the vinyl house 10 by compression with a vinyl body 24,

1 to 5 attached to an embodiment for the construction of the field to provide an effective practical and economical for the aggregate 11 and the vinyl 12 having the vinyl house 10 which is the main part of the present invention. The detailed description is as follows.

That is, a plurality of aggregates 11 (to provide a predetermined interval to the aggregate 11 formed as a support pillar on both sides while bending the area section having the most plastic house (10) provided in the prior art curved ( 11 ') to be provided, and to provide insulation of the room temperature of the indoor space (a) of the vinyl house 10 which covers and fixes the vinyl 12 on the outer surfaces of the aggregates 11 and 11'. Will be given.

In addition, the indoor space (a) by installing a photovoltaic power generation plate 25 equipped with a power generator 16 on the surface of a suitable area to fit the universal part of the vinyl house 10 described above for use for renewable energy. ) Is to provide insulation.

Here, the vinyl 12 of the vinyl house 10 may be intermittently interposed between both edges of the vinyl body 24 which is covered with the convex portion section 100 of the vinyl house 10 to be inclined downward to both side sections (b). As an invention provided for the reinforcement of the), as shown in Figure 7a, b, it is formed in a predetermined length and width grooves for interpolating the pipe 70 to intercept the vinyl body 24 to control While the 71 is formed, the groove section 71 of the U-shaped fastener 60 has a cross section formed to have a predetermined length, which is provided to be driven deep into the ground 13 to reinforce rigidity from strong winds or gusts. To form the assembly sphere 77,

While passing through the assembly hole 84 to the pipe 70, in accordance with the pipe 70 to control the vinyl body 24, the U-shaped binding hole 60 is coupled to the through (a), The invention is provided to be assembled by a separate assembly pin (72 ').

Herein, the structure of the vinyl body 24 described above may be formed of transparent vinyl having a cross section, but the fusion zones 17 may be moved to each other at predetermined intervals while the cylindrical vinyls are brought into contact with each other in a flat plate shape. ) To form. In addition, the vinyl body 24 covering and assembling the upper portion section 100 of the vinyl house 10 is covered in the width direction of the vinyl house 10, so that both sides of the vinyl house 10 Bonding force is provided for the fixing device, which is the main part of the present invention, in a space separated from each other (Fig. 3).

Also described in detail with reference to Figures 4 and 5 attached to an embodiment of the U-shaped fastener 60 and the pipe 70 assembled thereto, the yaw of the U-shaped fastener 60 As a description for reinforcing the fixing force on the pipe 70 for intermittently intercepting the vinyl body 24 inserted into the groove portion 71,

The cross section is provided with an assembly tool 77 in the recess portion 71 section of the U-shaped fastener 60, and also through the assembly hole 84 through the pipe 70, the vinyl body In accordance with the pipe (70) for clamping the (24) to the assembly hole 77 of the U-shaped binding hole 60, the vinyl body 24 is assembled with a separate assembly pin 72 'through the through (a). As an invention to provide, which prevents the shape loosened by the stress of the vinyl body 24 to tighten and tighten the upper section section 100 of the vinyl house 10 to flap even in strong winds and the like. It is an invention that provides durability to prevent shape.

In addition, an embodiment of the vinyl body 24 which is the main part of the present invention will be described.

Hoses 19 of transparency so as to provide an appropriate working temperature of the interior space (a) for the vinyl sieve 24 installed in the section of the vinyl 12 covering the aggregate 11, 11 ′ of the curved portion. Protruding anchor that uses the 19 'and the vinyl body 24 and is driven into and fixed between the two side sections (b) between the vinyl houses 10 installed continuously and repeatedly, i.e., the ground (13) of the separated sections. It is preferable to provide to the groove section 73 provided in the (60) to be interrupted by the pipe (70).

Therefore, as described above, as an invention for reinforcing the weather resistance of the vinyl 12 to prevent the aging caused by the installation stability or long-term use of the super-hurricane typhoon,

In order to weave the upper portion section 100 of the vinyl house 10 by compression with a vinyl body 24, the cross section is U-shaped in the section (a) between the installation of the vinyl house 10 continuously. The vinyl body 24 is bound as a through (a) so as to be inserted into the groove portion 71 of the binding hole 60 and fixedly inserted into the assembly opening 84 of the pipe 70 by the protruding rib 72. It is an invention provided to give (Fig. 7a, b),

Here, the cross section is formed in a double fold by contacting the cylindrical vinyl low, while covering the upper portion section 100, which is the outer surface of the vinyl 12 covering the section of the aggregate (11, 11 '), bridge The vinyl body 24 which forms the fusion zone 17 in the arc shape and forms the moving section 27, and keeps the vinyl body 24 which insulates the vinyl 12 of the vinyl house from each other As an invention for providing a more perfect fixation to 10),

In order to weave the vinyl body 24, the cross section is inserted into the recessed portion 71 of the U-shaped binding hole 60 in both side sections (b) between continuously installing the vinyl house 10. It penetrates the vinyl body 24 so that it can be fixed by the pipe 70, and binds it to the groove part 71 deeply in the ground 13 in the state which presses the vinyl body 24 with the pipe 70. The invention provided to give.

Here, the vinyl body 24 assembled by being clamped by pressing the vinyl body 24 coupled to the recessed portion 71 of the U-shaped binding hole 60 by the pipe 70 is a vinyl house 10. The convex part of the upper part section 100 to cover while maintaining the elasticity to pull each other in a large area, if the weather is blowing strong winds, the rocking will be fixed and durable without reinforcement. This is loosening due to loose assembly and, in the long term, loosening, which is believed to be due to the reduced durability.

Therefore, in the present invention as an embodiment to prevent the loosening phenomenon, as shown in Figure 10, 11 attached, in order to weave the vinyl body 24, by installing a vinyl house 10 The main body is wound around or spaced between the two sections (b) so that the vinyl body 24 is wound around the recessed portion 71 of the U-shaped binding port 60, or pressed to be pressed, according to the conditions of the construction site. It is provided to bind the vinyl body 24 as a through (a) to be fixed to the assembly opening 84 of the pipe 70 by a protruding rib 72 protruding from the U-shaped binding hole 60. Invention.

Therefore, in order to prevent the looseness of loosening the vinyl body 24 is fixed while wrapping the outer surface in the pipe 70 provided in the present invention, weaving the vinyl body 24 In order to insert the vinyl house 10 into the grooves 71 of the U-shaped binding hole 60 in the section (A) of both side sections for installing the pipe 70 with the protruding ribs 72, As the invention to be fixed to the assembly opening 84 by inserting, the vinyl body 24 is preferably provided by binding the vinyl body 24 to the assembly opening 84 of the pipe 70 together with the through (a).

Herein, the heating device 27 of the vinyl body 24 provided for thermal insulation of the indoor space (a) of the vinyl house 10 described above is separately heated or cooled by a control device for thermal insulation (not shown). In order to supply or discharge the connected hose 19, the vinyl film forming the vinyl body 24 is inserted into the through-hole 20, and the hose 19 is inserted into the inner space to provide the hose 19. It is an invention to be used as a connection to the control device for thermal insulation (Fig. 2b, 9).

In addition, the description of one embodiment of the binding hole 60 for the absence of the vinyl body 24, which is the main part of the present invention, is a moving space 27 formed in the double ply of the vinyl body 24 for thermal insulation By providing the air supply and removal to provide, by using a control device for controlling the heating or movement of air not shown, the vinyl body 24 through the through hole 20 through the hose (19) In the description of the main part of the present invention for keeping the vinyl 12 of the vinyl house warmed by supplying air for thermal insulation, the groove portion 71 of the U-shaped binding hole 60 having the cross section described above is described. An embodiment of the present invention will be described in detail with reference to FIG. 13.

A binding block 68 is formed to fix the vinyl body 24. The support block 62 protrudes on both sides of the binding block 68, thereby forming a recess section 73. In the section 73, while the plastic body 24 is interrupted by the pipe 70, while forming the long assembly 77 and the fastener 74 for weaving the pipe 70 to the loaf 75 underground (13) The present invention provides a protrusion to protrude downward so as to be driven deeper.

In order to fix the pipe 70 assembled to intervene while enclosing the vinyl body 24 in the groove section 73 described above, the sheet penetrated so as to face each other in the support wall 62 protruding to both sides While inserting the lopu 75 into the assembly sphere 77, while assembling the lopu 75 while penetrating (a) the vinyl body 24 formed of the soft synthetic resin, the projection of the lower section 66 (66) In addition, it is preferable to provide the fastener 74 formed by penetrating each other.

Here, by blocking the leakage of air to the hose (19) (10 ') exposed at both ends of the vinyl body 24, the hose (19) (19') inserted in the moving section (27) section. ) Is exposed to the through hole 20 of the vinyl body 24 and is connected to the connection ring 81, so that the hoses 19 and 19 'installed in a zigzag shape at the middle of the vinyl body 24 are connected. A, by connecting the hoses 19, 19 'at both end portions of the vinyl body 24 cut to fit the length and size of the vinyl house 10, supply and discharge of air for effective insulation The invention is provided.

In addition, the description of one embodiment of the present invention for reinforcing the circulation for the air for insulating the vinyl body 24, which is the main part of the present invention,

Vinyl body 24 on one side of the hose 19 formed in an zigzag alternating shape to match the area covering the outer surface of the vinyl 12 covering the curved section of the aggregate (11, 11 '). To cover with)

The hose 19 is an invention for supplying air for keeping warm while penetrating the through hole 20 to provide the vinyl 12 of the vinyl house to be kept warm.

The structure of the aggregate 11 described above is used as the aggregate 11 in which the fixed wall 112 is formed in the inner sphere 22.

In addition, it is preferable to provide to control the temperature of the indoor space (a) by the attached not shown heating device and cooling device, high pressure pump.

In addition, a description of one embodiment of the thermal insulation device 50 composed of a vinyl body 24 on one side of the hose 19 to be alternately formed in the zigzag described above, the thermal insulation device 50 As an invention for reinforcing the durability and the field construction, etc., by providing a separate vinyl body 24 'on the other side of the hose 19 to form the thermostat 50, the vinyl body ( The section between 24 and 24 ′ is provided to form a moving section 27, and the hot section of the hot air spouted from the through hole 20 of the hose 19 moves to the moving section 27. In addition, the present invention provides a thermal insulation force for a section of the thermal insulation device 50 covering the outer surface of the vinyl 12 of the vinyl house 10.

Here, the two sides of the hose 19 described above are covered with each other, the fusion zone 17 intermittently interlocked with each other in the moving section 27 which is the interval between the sections in which the hose 19 is alternately curved in a zigzag shape. In this case, it is preferable to provide the urine retaining device 50 according to the present invention.

That is, the through-hole 20 is drilled in the hose 19 assembled to the vinyl body 24, and fixed by assembly with a separate vinyl body 24 ', between the vinyl bodies 24 and 24'. It is an invention to provide a section of the reinforcement of the movement force of the air for keeping warm in the moving section 27. (Fig. 6, 7)

In addition, the circulation for the hose 19 provided in the moving space 27 covering the vinyl 12 described above in order to facilitate the thermal insulation of the inner space (a) of the vinyl house 10 which is the object of the present invention By reinforcing to increase the circulation speed of the air, as an invention for effectively providing a temperature control of the air to the moving space 27, as shown in Figure 12, the moving section 27 The hose 19 is provided with a separate hose (19 ') to be integrated on both sides, the insulation of the moving section (27) by coupling the junction section between the hose 19, 19' with a connecting rod 28 The separate pump 30 'is provided by promoting the effect of circulation of the air and by providing the pumps 30' that supply air to the hoses 19 and 19 'as separate pumps 30', respectively. To provide for the purpose of the present invention by providing to operate by suction. (C) (Fig. 20)

(Example 1)

The on-site use for the vinyl house 10 described in the present invention, since most of the use period is a long time, it is to be used while going through the heat of summer or cold of winter ,.

In the case of the vinyl house described above, it is necessary to provide a cooling device and a reinforcement device for preventing damage to strong winds and heavy snow.

Therefore, in the present invention, as an invention for one embodiment to provide a relatively simple and practical reinforcement device for damage to heavy snow or strong winds, the aggregate (11) (11) will be described in detail based on the accompanying Figures 6 to 8b. To fit the area covering the outer surface of the vinyl (12) covering the curved section of '),

The hose 19 may be provided as a flexible hose 19 ', but a section of the flexible hose 19' may be provided to provide a plurality of ejection holes 20 ', and the vinyl house 10 A plurality of aggregates 11 and 11 'are continuously installed between the fixed sections, and the supply pipe 26' is provided between the end portions of the flexible hose 19 'and the sections of the intermediate portions. Are respectively connected to each other, and the flexible hose 19 'is loosely curved in a section in which the flexible hose 19' is installed between the supply pipes 26 'and the fixed hose 36 is fixed. This is to provide a section of the margin to vibrate.

In addition, in the section between both ends of the supply pipe 26 ', a plurality of flexible hoses 19' are assembled by a connection.

Here, the high-temperature insulating air supplied to the supply pipe 26 'connected to the connecting pipe and the high pressure air supplied to the pump 30 to be ejected to the outlet 20' of the flexible hose 19 '. By providing, when the supplied high-pressure air is ejected to the spout 20 ', the vibration phenomenon of the flexible hose (26') generated by the discharge output, the snowfall of the plastic (12) accumulated in the snowfall in winter Vibration snow accumulated in the section (d) is an invention that provides blowing to the high pressure air is ejected.

In this case, if the brush 43 is intermittently provided in the section of the flexible hose 26 ', it is to provide an effect of reinforcing the dispersion effect against the snowfall.

Here, the assembly of the flexible hose 19 'having the ejection opening 20' in the outer surface section of the vinyl 12 described above, which provides an effect of binding the outer surface of the vinyl 12, thereby causing a strong wind. It is an invention that prevents damage to wind and sea by reinforcing the binding force for (Fig. 19).

In addition, in the cold season, when the cooling water is sprayed by supplying the cooling water from the pump 30, the cold heat is provided as a cooling device for indoor cooling.

The purpose of reinforcing the dispersion effect against heavy snow in the flexible hose 19 'is to provide a flexible hose 19' described above, that is, the left and right directions on the outer surface of the vinyl 12. As an invention for reinforcing a vacuum, which is a moving effect in a section of, a flexible hose 19 ′ connected to one side of the flexible hose 19 ′ by a connecting rod 28, that is, a flexible hose ( 19a) and 19b are provided, and the flexible hose 19a and 19b are provided to differentially supply air pressures connected to separate supply pipes 191 and 192 to each other. By providing a differential vibration effect of the (19b), while the reinforcement of the vibration effect to the peripheral section of the flexible hose (19a) (19b) while the outlet 20 provided in the flexible hose (19a) (19b) ') Is an invention that provides to reinforce the snow removal by the air pressure ejected from the (). 20)

In addition, as an invention for providing an effective cooling device in the photovoltaic panel 25 described above, the structure of the power generator 16 provided on the surface of the photovoltaic panel 25 described above is provided in most modules. When the module is installed so that the module is installed to be repeatedly connected to a predetermined area continuously and effectively to the photovoltaic power generation, in this power generation, the surface is raised to a high temperature by the sunlight shining in the heat, thereby Power generation efficiency will be lowered.

Therefore, in the present invention, as an invention for providing an effective cooling device to reinforce the power generation efficiency, as shown in the accompanying Figure 21 to 22, the photovoltaic power generation is installed by covering the curved portion of the plastic house 10 The hose 19 is provided to be installed in accordance with the interval between the installation section of the module provided in the plate 25, the hose 19 is provided with a through hole 20 for each predetermined section, the hose ( 19 is an invention provided by connecting to the pump 30 at both ends of the end.

Here, the pump 30 to be described above is connected to a separate cooling device 46, the hose 19 described above is preferably provided in a synthetic resin material and glass material of a transparent material.

(2 of Example)

The present invention relates to a simple air-conditioning device for a room in a temporary building and the like assembled using a vinyl house and aggregate.

In other words, the structure of the aggregate 11 described above is formed of an inner sphere 22 and a fixed wall 112 that is cylindrical in cross section and formed so that both ends thereof penetrate in the longitudinal direction.

In addition, in the structure of the vinyl house 10, the aggregates 11 and 11 'supporting the vinyl 12 are provided as a support on the inner side of the vinyl 12, thereby forming an inner space (a). The inner space is formed to be exposed to the inner side.

Therefore, in one embodiment of the present invention by spraying the heating air for the insulation of the interior space (a) or heating to the vinyl 12 to the inner sphere 22 of the aggregate 11, the outside of the vinyl 12 By melting the snowfall snowfall in the section (D), it is an invention for providing to flow down while melting to the outer surface of the vinyl (12).

Therefore, a description of one embodiment of the aggregate 11, which is the main part of the present invention described above, as shown in Figures 23 to 25 attached, the structure for the curved portion which is a part of the structure of the vinyl house 10 Is formed to be curved to the outer section (d) to form the interior space (a), the heated temperature supplied to the inner sphere 22 of the aggregate 11 is to move to the upper curved portion.

Therefore, by using the insulation structure of the inner sphere 22 formed in the curved portion described above, to provide an effective thermal insulation device of the vinyl house 10, the inner sphere 22 of the aggregate (11) (11 '). Perforated assembly 31 to the fixed wall 112 for the formation of the), while having the discharge port 29 to the arc of the fixed wall 112 section of the aggregate while bending the aggregate (11) (11 '). Mainly, the assembly hole 31 penetrates through the fixing wall 112 of the aggregate 11, but the supply pipe to both sides of the niphorn 33 and the T connecting pipe 26 inserted into the assembly tool 31 To couple (21), provided on each side section of the T connecting pipe 26 is provided with a coupling block 40, the supply pipe 21 is connected through each,

By connecting the coupling block 40 coupled to the aggregate 11 to the supply pipe 21, the aggregate 11 is continuously provided with each other so that the warm air from the blower outlet 29 to the vinyl (12) ( 11 ') is provided between the interior space (a) is provided to melt the heavy snow accumulated in the vinyl (12).

Here, by providing the assembly of the aggregate (11, 11 ') easily, in order to reinforce practicality in the construction site, the classification of the aggregate (11) support aggregate 111 and curved aggregate 113 (pillar section) If it is described by separating the support aggregate 111, the connection section of the curved portion is referred to as the curved aggregate 113) section,

While both ends of the aggregate 11, 11 'of the curved circular aggregate 113 of both ends to block the inner sphere 22 by the blocking plate 32,

The end of the curved aggregate 113 is formed in the size of the separation section so as to assemble the end section of the support aggregate 111 at the same time, the fixing pin in each of the fasteners 29 drilled in the overlapping section by the insertion The invention is provided to be coupled to and fixed to the through (29 '), provided to supply the insulating air to the connection block 40 provided in the fixed wall 112 of the lower section of the curved aggregate 113. It is an invention to become.

1 is a perspective view of main parts of a conventionally provided plastic house

2A and 2B are partial perspective views of the main parts of the present invention.

3 is a partial perspective view of the main portion of the present invention

4 is an exploded partial perspective view of the main part in FIG.

5 is a cross-sectional view of the use state in FIG.

6 is a partial perspective view of the main part of the present invention;

Figures 7a, b is an illustration of the use of one embodiment for Figures 4,5

8 is a use state diagram for FIG. 6

9 is a partial perspective view of one embodiment of FIG.

10 is an exploded partial perspective view of one embodiment of FIG. 4;

11 is a state diagram assembled in FIG.

12 is a partial perspective view of an embodiment of the main portion in FIG.

FIG. 13 is an exploded partial perspective view of another embodiment of FIG. 4; FIG.

FIG. 14 is a partially enlarged perspective view of a use state of FIG. 13. FIG.

15 is a state diagram used for FIG.

16 is a perspective view of main parts of a conventionally provided plastic house

17 is a partial perspective view of an embodiment of the main part in the present invention.

18 is a partial perspective view of a state of use for the main part in FIG.

19 is a cross-sectional view taken along the line B-B in Figure 18 and the operation state diagram

20 is a sectional view and an operational state diagram of an embodiment of the main part in FIG.

21 is a partial perspective view of another embodiment of the main part in the present invention;

22 is a cross-sectional view taken along the line C-C in FIG.

Fig. 23 is a partial perspective view of another embodiment of the main part of the present invention.

24 is a cross-sectional view taken along the line D-D in FIG.

25 is an exploded perspective view of the main part in FIG.

FIG. 26 is a partial perspective view of the main portion in FIG. 24; FIG.

FIG. 27 is an exploded partially cut away perspective view of the embodiment in FIG. 25;

28 is a cross-sectional view taken along the line E-E in FIG. 27.

FIG. 29 is a cross sectional view of an embodiment taken along line F-F in FIG. 27; FIG.

         <Code Description of Main Parts of Drawing>

10: vinyl house 11,11 ': aggregate 12: vinyl 13: prosecution

16: generator 17: fusion zone 18: fastening rib 19: hose

19 ': pipe 20: through hole 20': outlet 21: supply pipe

22: inner sphere 24, 24 ': vinyl body 27: moving space 29: fastener

29 ': fixing pin 31: assembly hole 32: blocking plate 33: nipple

34: Assembling Unit 39: Heat Sink 40: Connection Block 43: Brass

46 cooling system 50 thermostat 62 support wall 68 binding block

70: pipe 72: protruding rib 73: recessed section 83: incision 84; Assembly

Claims (6)

While being formed in the longitudinal direction in the arable land, while maintaining both sides (B) on both sides protrudes into the aggregate 11 is formed with a fixed wall 112 in the inner sphere 22 and is curved in the upper portion section (100) In the vinyl house (10) is formed in the interior space (a) by zooming around the vinyl 12 in the section of the aggregate (11) (11 ') that is provided continuously and repeatedly, By forming the fusion zone 17 alternately to form the fusion zone 17 to cover the outer surface of the vinyl 12 to cover the upper portion section 100 of the aggregate (11, 11 ') The house is provided with a vinyl body (24) to keep the vinyl (12) of the green house, In order to weave the upper section section 100 of the vinyl house 10 by compression with a vinyl body 24, the cross-section is U in both side sections (b) between the installation of the vinyl house 10 continuously. The vinyl body 24 is inserted as a through (a) so as to be inserted into the groove portion 71 of the binding member 60 of the mold and fixedly inserted into the assembly opening 84 of the pipe 70 by the protruding rib 72. Fixing device for the vinyl house insulation block provided to bind. The method of claim 1, The cross section forms the assembly sphere 77 in the recess portion 71 section of the U-shaped binding hole 60, While passing through the assembly hole 84 through the pipe 70, in accordance with the pipe 70 for the intermittent control of the vinyl body 24, the U-shaped binding port 60 is coupled to the through (a), , Fixing device for a vinyl house insulating block provided to be assembled by a separate assembly pin (72 '). The method of claim 1, The vinyl body 24 is supplied with insulating air to the hose 19 through which the through hole 20 penetrates, thereby keeping the vinyl 12 in the plastic house warm. In order to weave the vinyl body 24, the protruding rib 72 is inserted into the groove portion 71 of the U-shaped binding hole 60 in a cross section at both side sections (b) for installing the vinyl house 10. Bind the vinyl body 24 as a through (a) so as to be inserted and fixed to the assembly opening 84 of the pipe 70 by The flexible hoses 19 and 19 ′ inserted into the moving section 27 are exposed to the cutouts 83 of the vinyl body 24 and connected to the connection ring 81. The hose 19 is provided as a flexible hose 19 ', and a supply pipe 26' is connected to the flexible hose 19 ', respectively, and a plurality of sections are provided in the supply pipe 26' section. Assemble the flexible hose 19 'with a connection, but the brush 43 is provided in the section of the flexible hose 19', and fixed to the supply pipe 26 'with a fixed frame 36 The high pressure insulating air supplied to the supply pipe 26 'is blown into the spout 20' of the flexible hose 19 'to vibrate the flexible hose 19' to vibrate the plastic house 10. Fixing device for a vinyl house thermal block to blow while vibrating snow of the vinyl (12). The method according to claim 1 or 3, The cross section forms a U-shaped binding port 60 as a binding block 68, In the binding block 68, a binding hole 60 for fixing the vinyl body 24 is formed, and the support hole 62 protrudes on both sides of the binding hole 60 so that the recess section 73 is formed. It is configured, but protrudes the protruding fixture 66 protruding to the lower section of the binding hole 60, the binding device 60 is formed in the assembly assembly 77 and the fasteners 74 pipe 70 And penetrate (a) the vinyl body 24 intermittent with the One side of the flexible hose 19 'is connected to the connecting rod 28 and the flexible hoses 19a and 19b are provided at both sides, thereby supplying the air pressures of the supply pipes 191 and 192 to differentially supply the vibrations. Fixing device for the vinyl house insulation block to enhance the effect. The method of claim 1, Perforated assembly 31 to the fixed wall 112 for the formation of the inner sphere 22 of the aggregate (11) (11 '), while the aggregate (11) (11') of the arc of the arc The jet wall 29 is provided in the section of the fixing wall 112, while the niphorn 33 and the T connecting pipe 26 penetrate the assembly holes 31 penetrating through the fixing wall 112 of the aggregate 11. It is provided with a coupling block 40 for coupling the supply pipe 21 to both sides of the, By connecting the coupling block 40 coupled to the aggregate 11 to the supply pipe 21, the aggregate (11, 11 ') is provided so that the warming air from the blower outlet (29) to spray the vinyl (12) Fixing device for a vinyl house insulation block provided to melt the heavy snow accumulated in the vinyl 12 by being composed between the interior space (a). The method of claim 5, The aggregate 11 is provided by separating the support aggregate 111 and the curved aggregate 113, and formed at intervals spaced apart so that the end sections of the support aggregate 111 and the curved aggregate 113 are connected to each other. , While bending the aggregate 11, the inner end 22 is blocked by the blocking plate 32 to the end of the arc-shaped fixed wall 112 section, It is provided with a fastener 29 to penetrate the end of the fixed wall 112 by inserting, the fixed wall 112 is inserted into the pillar aggregate 111 is fixed, the fixed wall ( Fixing device for a vinyl house insulating block provided to supply the insulating air to the connection block 40 provided in 112.

Images