JP4227063B2 - Protective net for house - Google Patents

Description

The present invention relates to a net that covers various types of houses including farmhouses and horticultural houses and barns. In particular, the present invention relates to a protective net suitable for protecting covering materials such as a net covering a pipe house and a vinyl sheet from strong winds such as a typhoon.

The pipe house is adopted so that it can easily withstand strong winds such as typhoons at low cost, but the covering materials such as insect nets and vinyl sheets that cover the frame of the pipe house are vulnerable to strong winds and will be damaged relatively easily The problem is inevitable. Attempts have also been made to cover and protect the covering material with a house presser net, but there are problems such as being weak against pulling, breaking the net, and not being able to obtain a sufficient pressing force. As a result, the problem that the covering material flutters in a strong wind or breaks from the fluttered part and the strong wind blows into the house cannot be overcome, which hinders agricultural production in the Nansei Islands where many typhoons pass.

Such a problem can be solved by strengthening the house presser net. However, simply strengthening the entire house increases the cost and cannot be expected to spread. In contrast, a registered utility model No. 3046247 discloses a device in which reinforcing portions are provided on both side edges in order to obtain a firm tension state in an agricultural coated net made by plain weaving of warp and weft. Has been.
Registered Utility Model No. 3046247

However, since this reinforcing portion has a structure in which two reinforcing yarns are woven between adjacent warp yarns, it is merely an increase in the number of yarns, and strength enhancement cannot be expected so much. Therefore, a protective net such as the above-described house presser net is indispensable on the covering net. Further, even if the warp and weft yarns constituting the net are made thicker, it is necessary to change the weaving method of the protective net itself, so that the cost for changing the equipment is also required, resulting in an expensive protective net. Furthermore, it is difficult to strengthen and reinforce any desired position in the protective net.

The technical problem of the present invention pays attention to such a problem, can use an existing net as it is, can reinforce an arbitrary part, can withstand strong winds such as a typhoon, and covers the covering material from above. This is to realize a house net which is suitable for protection and easy to handle such as connecting and fixing to a support portion.

The technical problem of the present invention is solved by the following means. Claim 1, Yes attach adhesive or stitched to each other across the core rope between the pair of the strip, features and be Ruha for mouse that are connecting the rope material constituting the core rope and net The net.
In this way, since the core rope is sandwiched between the pair of bands and bonded or sewn together, the band is reinforced with the core rope, and a stronger band can be realized and stronger force can be achieved. The net can be stretched over the house. Moreover, since this core rope and the rope material which comprises a net | network are connected, each part of a net | network and the strip | belt body will be connected integrally, and a net | network can be stretched more strongly.

Claim 2 is a net covering a kamaboko-shaped house frame having a kamaboko-shaped roof, left and right side surfaces, and front and rear wives,
At least a wife side band comprising the pair of bands formed by connecting a core rope and a rope material constituting a net, which are bonded or sewn together with a core rope sandwiched between a pair of bands. Provided at the part corresponding to the end of the wife on both sides of the kamaboko-like roof,
A shoulder band made of the pair of bands that are bonded or sewn together with a net covering the house sandwiched between the pair of bands is provided at a site corresponding to the shoulder of the kamaboko-type house frame. it is a house for nets to be characterized.
In this way, it is a net that covers a kamaboko-shaped house framework having a kamaboko-shaped roof, left and right side surfaces, and front and rear side wives,
At least a wife side band comprising the pair of bands formed by connecting a core rope and a rope material constituting a net, which are bonded or sewn together with a core rope sandwiched between a pair of bands. Because it is provided at the part corresponding to the end of the wife on both the front and rear sides of the semi-cylindrical roof, it should be fixed by hooking the wife side band on the end of the house frame when it is stretched on the house or in strong winds Can be installed easily. In addition, a shoulder band body composed of the pair of band bodies that are bonded or sewn together with a net covering the house sandwiched between the pair of band bodies is provided at a portion corresponding to the shoulder portion of the kamaboko-type house framework. Therefore, with this shoulder band body, the house net can be entirely pressed against the house framework, and the fluttering of the lower covering material can be suppressed.

According to a third aspect of the present invention, a branch band for connection to a house frame or a reinforcing member is connected to the parallel band or the shoulder band provided at an interval inside the wife side band. a house for nets of claim 2 you characterized. In this manner, the parallel belt provided at an interval from the wife side belt or the shoulder belt is connected to the house frame or the band for connection to the reinforcing member, When the connecting band connected to the band is used to connect and fix to the supporting member or the reinforcing member on the end face side, the entire net can be pulled and stretched to the end side. Further, if the connecting band of the shoulder band is connected and fixed to the support pipe and the reinforcing pipe at the lower ends of both side faces, the side face side of the net can be pressed and the fluttering of the lower covering material can be suppressed.

According to a fourth aspect of the present invention, one or a plurality of intermediate band members are provided in a region parallel to the wife side belt member in a region between the front and rear wife side belt members. 3, which is a house for the nets described. In this case, it is preferable that the intervals between the intermediate bands or the intermediate band and the wife-side band or parallel band be substantially equal.
In this way, in the region between the wife side band on the front and rear sides and the wife side band, one or more intermediate bands are provided in a direction parallel to the wife side band. The fluttering of the lower covering material can be suppressed. It is also effective for stably supporting the house protection net itself.

Claim 5, claim 2, characterized in that is provided with a rope or band member of the net portion and a different color on at least the ridge as the corresponding position in the semi-cylindrical roof house framework to claim 4 it is a house for the nets of the described in the section.
In this way, since the rope or belt of a different color from the net part is provided at a position corresponding to at least the ridge part of the semi-cylindrical roof of the house frame, when the net is stretched, this different color rope or first If the belt is aligned with the ridge, the subsequent net installation work becomes easy.

Claim 6 prepares the house net according to any one of claims 2 to 5 in a strong wind, and has a semi-cylindrical roof, left and right side faces, and front and rear side face faces. It is a method to put on the house frame of
In the house frame on the roof side and both side surfaces of the house, the house frame is covered with the house side net, and the house net is covered with hooks provided along the end of the wife side .
As described above, when the house net according to claims 2 to 5 is provided in a strong wind and covered with a kamaboko-shaped house frame having a kamaboko-shaped roof, left and right side surfaces, and front and rear wives, In order to hook the above-mentioned wife side band on hooks provided along the end of the wife side in the house frame on the roof side and both side surfaces, simply hooking the above-mentioned wife side band on these hooks, The wife side can be pressed onto the pipe frame to suppress the fluttering of the lower covering material. Further, the vinyl sheet can be pushed in such a way that an opening through which strong wind blows into the house does not occur.

A seventh aspect of the present invention provides the house net according to any one of the second to fifth aspects, in a strong wind, and has a semi-cylindrical roof, left and right side surfaces, and front and rear side wife surfaces. It is a method to put on the house frame of
The support pipes provided on both side surfaces of the house frame are inserted horizontally in the mesh along the lower ends of both side surfaces of the net,
Connecting the horizontal support pipe and the horizontal support pipe or the reinforcement pipe provided at the lower part of both side surfaces of the house frame with a band or the like;
Hooking the wife side band of the net to a hook provided along the wife side end of the house framework;
The branch band connected to the parallel band provided at an interval from the wife side band is connected and fixed to the support means or the reinforcing member provided on the wife side of the house frame,
This is a method of covering a house framework characterized by the above.

As described above, when the house net according to claim 2 is provided in a strong wind and covered with a kamaboko-shaped house frame having a kamaboko-shaped roof, left and right side surfaces, and front and rear wives, the house Since the support pipes provided on the both side surfaces of the frame are horizontally inserted into the mesh along the lower end portions on the both side surfaces of the net, the lower ends on both side surfaces of the net are uniformly formed by the support pipes. It is stretched downward. As a result, the entire net can be pressed uniformly and stably on the roof and both side surfaces.
In addition, since the horizontal support pipe 19 and the horizontal support pipe or the reinforcement pipe 22 provided at the lower part of both side surfaces of the house frame are connected by the band member 23 and the like, the both side surfaces of the net are connected to the support pipe 19. As a result, the entire net is securely and uniformly stretched on the house frame. As a result, it is possible to more firmly hold the entire net against the roof and both side surfaces, and to prevent the roof side and both side surfaces of the lower covering material from fluttering.
In addition, since the wife side belt body of the net is hooked on the hook provided along the wife side end of the house frame, the wife side of the net is pressed onto the pipe frame to suppress the fluttering of the lower covering material. it can. Further, the vinyl sheet can be pushed in such a way that an opening through which strong wind blows into the house does not occur.
Further, since the connecting strip 18 connected to the parallel strips 8 and 9 provided on the inner side of the wife side strips 6 and 7 is connected and fixed to the supporting means and the reinforcing member on the wife face side, The whole can be pulled and stretched to the side of the wife for secure fixation.

As in claim 1 , since the core rope is sandwiched between the pair of bands and bonded or sewn together, the band is reinforced with the core rope, and a higher strength band can be realized, The net can be stretched over the house with stronger force. Moreover, since this core rope and the rope material which comprises a net | network are connected, each part of a net | network and the strip | belt body will be connected integrally, and a net | network can be stretched more strongly.

Good sea urchin of claim 2, nets covering the house framework semicylindrical having a semi-cylindrical roof and left and right side surfaces and the front and rear sides wife surface, adhesion or sewing to each other across the core rope between the pair of the strip The wives side band composed of the pair of band bodies formed by connecting the core rope and the rope material constituting the net is at least a part corresponding to the wobble side ends on both the front and rear sides of the kamaboko-shaped roof. Since it is provided, this wife side belt can be fixed by being hooked on the end of the house frame when it is stretched on the house or in a strong wind.
In addition, a shoulder band body composed of the pair of band bodies that are bonded or sewn together with a net covering the house sandwiched between the pair of band bodies is provided at a portion corresponding to the shoulder portion of the kamaboko-type house framework. Therefore, with this shoulder band body, the house net can be entirely pressed against the house framework, and the fluttering of the lower covering material can be suppressed.

Good sea urchin of claim 3, wherein at inside apart from the gable of strips parallel bands, or the shoulder belt body provided for, there are connected a band member for connection to a house framework or reinforcing member For this reason, when the connecting band connected to the parallel band is used to connect and fix to the supporting member or the reinforcing member on the wife face side, the entire net can be pulled and stretched to the wife side. Further, if the connecting band of the shoulder band is connected and fixed to the support pipe and the reinforcing pipe at the lower ends of both side faces, the side face side of the net can be pressed and the fluttering of the lower covering material can be suppressed.

Good sea urchin of claim 4, in the region between the front and rear sides of the gable band body and gable of strips, since that is an intermediate band body 1 or a plurality of parallel and gable band body direction, an intermediate region of the net To suppress the fluttering of the lower covering material. It is also effective for stably supporting the house protection net itself.

Good sea urchin of claim 5, since is provided a rope or band member of the net portion and a different color on at least the ridge as the corresponding position in the semi-cylindrical roof house framework, when stretched net, first difference The color If the ropes and belts are aligned with the ridges, the subsequent net installation work becomes easy.

When the house net according to any one of claims 2 to 5 is put on a kamaboko-shaped house frame in preparation for strong winds as in claim 6, the house frame on the roof side and both side surfaces of the house has a wife side end. In order to hook the wife side band on the hooks provided along the hook, the hook side band of the net is simply hooked on these hooks, and the wife side of the net is pressed onto the pipe frame, and the lower covering material Can suppress fluttering. Further, the vinyl sheet can be pushed in such a way that an opening through which strong wind blows into the house does not occur.

When the house net according to any one of claims 2 to 5 is put on a kamaboko-shaped house frame in preparation for strong winds as in claim 7, support pipes provided on both side surfaces of the house frame are connected to the net of the net. The lower end on both side surfaces of the net is stretched uniformly downward by the support pipe because it is horizontally inserted into the mesh along the lower end portions on the both side surfaces of the house. As a result, the entire net can be pressed uniformly and stably on the roof and both side surfaces.
In addition, since the horizontal support pipe 19 and the horizontal support pipe or the reinforcement pipe 22 provided at the lower part of both side surfaces of the house frame are connected by the band member 23 and the like, the both side surfaces of the net are connected to the support pipe 19. As a result, the entire net is securely and uniformly stretched on the house frame. As a result, it is possible to more firmly hold the entire net against the roof and both side surfaces, and to prevent the roof side and both side surfaces of the lower covering material from fluttering.
In addition, since the wife side belt body of the net is hooked on the hook provided along the wife side end of the house frame, the wife side of the net is pressed onto the pipe frame to suppress the fluttering of the lower covering material. it can. Further, the vinyl sheet can be pushed in such a way that an opening through which strong wind blows into the house does not occur.
Further, since the connecting strip 18 connected to the parallel strips 8 and 9 provided on the inner side of the wife side strips 6 and 7 is connected and fixed to the supporting means and the reinforcing member on the wife face side, The whole can be pulled and stretched to the side of the wife for secure fixation.

Next, an embodiment according to the present invention will be described as to how the house protection net is actually realized. FIG. 1 is a perspective view showing an embodiment of a pipe house in which a house protection net according to the present invention is stretched. The skeleton of the house consists of a semi-cylindrical roof 1, left and right side walls 2, 3 and front and back wives 4, 5, and the overall configuration is the same as that of a normal pipe house. Omitted. n is a net part, which covers the entire roof 1 and both side surfaces 2 and 3 of the pipe house. Therefore, the net n is stretched on the back side which does not appear in the figure.

FIG. 2 is a plan view showing the net n stretched on the house of FIG. 1 in an unfolded size, which is the size of one house. Accordingly, the front side region n3 is a portion that covers the right side surface 3 of the house, and the rear side region n2 is a portion that covers the left side surface 2 of the house. And the area | region n1 * n1 between the near side area | region n3 and the back side area | region n2 is a part which covers the roof 1. FIG.

In such a net n, the band 6 is provided along the end on the front face 4 side, and the band 7 is provided along the end on the back face 5 side. And the strips 8 and 9 are provided in parallel with the gap G from the strips 6 and 7 with a gap G of about 15 to 30 cm, for example. Further, an intermediate band 10 is provided in parallel with the bands 6 to 9 at an intermediate position between the left band bodies 6 and 8 and the right band bodies 7 and 9 in the figure. Only one intermediate band member 10 may be provided in the center, but it is effective to provide two or more intermediate belt members at intervals. Each of these strips 6 to 10 extends linearly. Moreover, the front-end | tip of each strip | belt body 6-10 protrudes from the net | network part n, and can be used for connection fixation, such as binding to the framework of a house, a supporting member, or a reinforcement member.

In this net n, a shoulder band 11 is provided at a position corresponding to the shoulder on the front side of the house, and a shoulder band 12 is provided at a position corresponding to the rear shoulder that does not appear in the figure. . And the belt | band | zone or rope 13 of the color different from the net n is provided in the position corresponding to the ridge part 1a of a house. The shoulder band bodies 11 and 12 may be connected to auxiliary band bodies 14 at appropriate intervals so as to be tied to a frame, a support member, or a reinforcing member. The auxiliary band 14 may be a single continuous band so as to pass through the roof portion 1 in the same manner as the intermediate band 10 described above.

The net n in FIGS. 1 and 2 has a rhombus shape, but may have a square shape as shown in FIG. Also, other than rhombuses and squares can be used. The size of the net is preferably about 15 to 60 cm on one side, but is not particularly limited to this range. Although not particularly limited material of the rope or band member 6-1 4 constituting the net n, etc. made of high strength nylon is suitable.

These belts are configured to be sewn or bonded to each other with the net n sandwiched between two belts. And the other strips 8 to 12 are slightly different in attachment structure to the net n. FIG. 4 is a perspective view showing the attachment structure of the band bodies 8 to 12 other than the wife side band bodies 6 and 7 and the net n. Each of the belt bodies 6 to 14 includes a lower belt body A and an upper belt body B, and is bonded or sewn with the net n sandwiched between the pair of belt bodies A and B. Are fixed to each other. That is, the rope nR constituting the net n is overlapped on the lower band A, and the upper band B is stacked thereon. With the net rope nR sandwiched in this manner, the upper and lower belt bodies A and B are sewn at two locations 15 and 16. At this time, in a state of alignment so that the portion of the knot nW formed when the two net ropes nR are connected to form a mesh, is located between the two seams 15 and 16. It is sewn. As a result, since the portion of the ridge nW is sewn and fixed between the two seams 15 and 16, the band A: B and each net rope nR do not shift and are reliably integrated. The It should be noted that the number of seams can be three or more as well as two of 15 and 16. Further, instead of the thread sewing means, the pair of belt bodies A and B may be bonded to each other with a strong adhesive.

FIG. 5 is a perspective view showing a mounting structure of the wife side belt bodies 6 and 7 and the net n, with the wife side end of the net n sandwiched between a pair of belt bodies A and B. The seams 15 and 16 are sewn together. In the case of the wives side belts 6 and 7, a core rope nL is provided along the end of the end of the net n, and the core rope nL and the net rope nR are connected to each other. The core rope nL and the knot nW between the core rope nL and the rope nR are sewn so as to be sewn between the two seams 15 and 16. If the seams 15 and 16 are sewn so that the seams 15 and 16 are located just outside the core rope nL, the belt bodies A and B and the core rope nL are more reliably integrated, and the belt bodies A and B and the core rope nL Deviation from the net rope nR can be effectively suppressed. Also in this case, it is more effective to use three or more seams, or to pass over the core rope nL and sew in a zigzag shape as indicated by the chain line 17.

The width of the strips A and B is preferably about 2 to 5 cm, for example, but is not limited thereto. The thickness of the net rope nR is about 3 to 15 mm, and the core rope nL is about 3 to 15 mm, which is the same as the net rope nR. Good.

The above is the basic configuration of the house net. To prevent strong winds such as typhoons, a plurality of branch strips 18 are connected to the parallel strips 8 and 9 as shown in FIG. Is effective. Although only the front face 4 can be expressed in FIG. 1, a plurality of branch strips 18 are also connected to the rear face 5.

When a typhoon approaches, typhoon countermeasures are also taken for the house frame, but it is often the case that reinforcing pipes 20 and 21 that hold the open / close door D are prepared and fixed to the house frame on the wife surface. The branch strips 18 can be extended and connected to the reinforcing pipes 20 and 21. If the branch strips 18a and 18b extending from the upper side of the left and right shoulder strips 11 and 12 are crossed with each other and connected to the reinforcing pipe 21 on the lower side of the wife surface, the parallel strips 8 and 9 are more firmly fixed. become. A spectacle bolt may be driven into the ground and used to connect the branch strips 18a and 18b. The branch strips 18c extending from the side surfaces 2 and 3 of the parallel strips 8 and 9 are horizontally connected to each other through the end face. The connection of the branch strips 18 is an example, and connections other than the illustrated example are possible.

In FIG. 1, as shown on the side surface 3 side, horizontal support pipes 19 are inserted into the mesh along the lower end portions nU on both side surfaces of the net n in FIGS. 2 and 3. The horizontal support pipe 19 is also inserted into the lower side end nU on the rear side of the net in FIGS. As a result, the lower end of both sides of the net n is stretched uniformly downward by the support pipe 19. The support pipe 19 is connected to a thick reinforcing pipe 22 provided below the support pipe 19 by a connecting means such as a connecting band 23. Therefore, since both side surfaces of the net n are also pulled by the reinforcing pipe 22 at the lower side of the side via the support pipe 19, the entire net n is securely and uniformly stretched on the house frame. . The intermediate strip 10 is also preferably connected to the reinforcing pipe 22 at the lower side. As shown in FIG. 2, when the branch band body 14 is connected to the shoulder band bodies 11 and 12, the branch band body 14 is connected to the reinforcing pipe 22.

FIG. 6 is a perspective view illustrating details of the hook f provided at the end of the wife in the house frame of FIG. Reference numeral 24 denotes a metal groove-like body called Binipet (trademark), and has a structure in which a vinyl sheet 25 is pushed into the groove portion by a zigzag-like pressing spring 26 and fixed so as not to be detached. In the case of this embodiment, the hook f is inserted into the groove of the metal groove body 24 so that it cannot be detached. The hook f may be welded and fixed to the metal groove body 24 instead of being inserted and fixed in the groove. The metal groove body 24 is provided along the end of the wife over the roof portion 1 and both side surfaces 2 and 3 of the house frame. Instead of the metal groove body 24, a frame for fixing the hooks f. If present, the hooks f may be provided using a framework other than the metal groove body 24.

In this way, since there are hooks f over the roof 1 side and both side surfaces 2 and 3, by pulling the wife side belt bodies 6 and 7 to the wife side and hooking them on the hook f in a strong wind, It can be pressed down so that the covering material such as the insect repellent net and the vinyl sheet does not flutter. Further, it is possible to prevent the end of the wife side of the vinyl sheet 25 from being blown up by the wind and forming an opening in which the wind is blown. The direction of the hook f in FIG. 6 is for the rear face 5 side, and for the front face 4 side, the hook f faces the front side.

After the typhoon has passed, there is no need to hook the wives 6 and 7 on the hook f, and to connect and fix the parallel strips 8 and 9 and the branch strips 18... Therefore, all are released and restored to the normal state as before, and the net n is left loose. The branch strips 18 removed from the wife side are bundled and fixed so as not to be blown off by the wind. As a result, the vinyl sheet hoisting machine on the lower side of the net n can be operated to open the side of the house and the roof to improve ventilation.

In the above embodiment, the house protection net shown in FIGS. 1 to 3 is configured to be applied to a general-purpose type kamaboko-like house as shown in FIG. 1, and has an outer shape corresponding to the shape and size of the house. Needless to say, the belt is arranged. That is, the number, arrangement, direction, and the like of each band can be used for a livestock barn or the like by determining according to the house to be applied.

As described above, according to the present invention, it is possible to reinforce a desired part by using an existing net as it is, and to realize a house net that can withstand strong winds such as typhoons. It is also effective when used as such. In addition, even when used in a horticultural house, it is possible to effectively prevent the covering material from fluttering or being damaged by a strong wind by covering it on top of the covering material. It is extremely effective.

It is a perspective view showing an embodiment of a pipe house formed by stretching a protective net for a house according to the present invention. It is the top view which expand | deployed and showed the rhombus net stretched by the house of FIG. It is the top view which expanded and showed the square net. It is a perspective view which shows the attachment structure of a belt | band | zone other than a wife side belt | band | zone and a net | network. It is a perspective view which shows the attachment structure of a wife side belt body and a net | network. It is a perspective view which illustrates the hook which hooks a wife side belt at the wife side end.

Explanation of symbols

n Net 6/7 Wife side belt
8.9 Parallel strips 11 and 12 Shoulder strips 13 Different color strips or rope A Lower strip B Upper strip nR Net rope nW Lump nL Core rope
18 ・ 18a ・ 18b ・ 18c Branch body 19 Support pipe
20 ・ 21 ・ 22 Reinforcement pipe nU Lower side edge 24 Metal groove 25 Vinyl sheet f Hook

Claims (7)

Core across the rope Yes attach adhesive or sewing together, features and be Ruha mouse net that are connecting the rope material constituting the core rope and net between a pair of the strip. A net covering a kamaboko-shaped house framework having a kamaboko-like roof, left and right side surfaces, and front and rear wives,
At least a wife side band comprising the pair of bands formed by connecting a core rope and a rope material constituting a net, which are bonded or sewn together with a core rope sandwiched between a pair of bands. Provided at the part corresponding to the end of the wife on both sides of the kamaboko-like roof,
A shoulder band made of the pair of bands that are bonded or sewn together with a net covering the house sandwiched between the pair of bands is provided at a site corresponding to the shoulder of the kamaboko-type house frame. nets for the house and features. Said spaced inwardly from the gable of strips parallel bands, or the shoulder belt body provided in, characterized in that is connected to the branch band body for connection to house framework or reinforcing member House for nets according to claim 2. 4. The house according to claim 2 , wherein one or a plurality of intermediate bands are provided in a direction parallel to the wife side band in a region between the wife side bands on both the front and rear sides. use nets. 5. The rope according to claim 2, wherein a rope or a belt of a different color from the net portion is provided at a position corresponding to at least the ridge portion of the semi-cylindrical roof of the house framework. nets for the house. The house net according to any one of claims 2 to 5 is covered with a kamaboko-shaped house frame having a kamaboko-like roof, left and right side surfaces, and front and rear wives surfaces in preparation for strong winds. A method,
A method of covering a house frame with a house net, wherein the house side band is hooked on hooks provided along the end of the house side on the house frame on the roof side and both side surfaces of the house. The house net according to any one of claims 2 to 5 is covered with a kamaboko-shaped house frame having a kamaboko-like roof, left and right side surfaces, and front and rear wives surfaces in preparation for strong winds. A method,
The support pipes provided on both side surfaces of the house frame are inserted horizontally in the mesh along the lower ends of both side surfaces of the net,
Connecting the horizontal support pipe and the horizontal support pipe or the reinforcement pipe provided at the lower part of both side surfaces of the house frame with a band or the like;
Hooking the wife side band of the net to a hook provided along the wife side end of the house framework;
The branch band body connected to the parallel band body provided at intervals on the inner side of the gable of strips of the, and connecting and fixing child to the support means or reinforcement member provided on the wife surface side of the house framework,
A method of putting a house net characterized by

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