TWI321185B - - Google Patents

Description

13.21185. EMBODIMENT OF THE INVENTION The present invention relates to a resin-made combination house in which a plurality of resin-made divided pieces are formed and a living space is formed inside. [Prior Art] Previously used outdoor accommodation facilities are well known as the use of wood camping huts (bunga 〇) but the use of wood camping huts (bungal〇w) is expensive and the construction period can take several days to complete. Although there are also tent-type accommodation facilities, the durability is poor and the appearance is not high-grade. The installation place is also limited. Under the circumstance, the inventors have proposed a combined dome that first forms a hemispherical space by forming a plurality of dome pieces made of foamed styrene (see Patent Document 1). In this way, outdoor accommodation facilities or residences that can be constructed in a short period of time and at low cost can be realized. [Patent Document 1] International Publication No. WOO 1/44593 [Problem to be Solved by the Invention] The combined housing system described in Patent Document 1 has a dome shape, and therefore has sufficient strength. However, when a large amount of snow or the like is considered, it is desirable to have a stronger object, and the combined housing system described in the above patent document is only combined by foaming styrene, so that the combination can be improved. 2177-8222-PF 5 1321185 [Means for Solving the Problem] The resin-made composite house of the present invention is provided with a concave portion on the end surface of the adjacent resin-made divided sheet phase, and a pair of concave portions in the opposite direction The reinforcing members are accommodated in the formation, and the divided pieces are joined, and a living space is formed inside by the combination. Preferably, the split piece is formed into a quadrangular shape, and each side is formed with a concave portion to receive the reinforcing member, and the plurality of main reinforcing members extending in the wrong straight section and extending in an approximately vertical direction with respect to the main reinforcing member The plurality of sub-reinforcing members constitute the reinforcing member. When the plurality of main reinforcing members are combined with each other by the sub-reinforcing members, the strength can be effectively improved. In this case, when the main reinforcing member is formed by the Η-shaped steel and the sub-reinforcing member is formed by the tubular body, the cost can be low. When the cross-section of the sub-reinforcing member is slightly U-shaped, the intrusion of rainwater can be prevented. The connecting members having a substantially U-shaped cross section are spaced apart from each other and provided on the upper and lower joining faces of the divided piece. The upper and lower joining faces can be coupled to each other via the connecting member. The split piece is formed so that the inner space of the house is squarely formed, and the divided piece can also be formed to make the inner space of the house roughly hemispherical. It is also possible to connect a plurality of resin-type combined houses so that the inner spaces communicate with each other. ° I Inhabitation It is also possible to use foamed stupid ethylene as a constituent material of the resin-made split sheet. It is also possible to form the joint portion of the split piece into a rib shape. It is also possible to provide a locking member at the joint portion of the split piece to lock the divided pieces against each other.

2177-8222-PF 6 1321185 [Effect of the Invention] When the slanting sheet of the present invention is used, the concave portions are respectively provided on the end faces of the adjacent pieces, and the reinforcing portions are formed in the closed spaces formed by the pair of concave portions facing each other. Since the member is accommodated and the divided piece is joined, the periphery of the reinforcing member is completely covered by the divided piece. Therefore, the 'reinforcing member can be insulated by the split piece, and can prevent the crack on the surface of the house, etc., and can prevent the reinforcing member: rust or rot #. λ can also improve the combination in comparison with the combination of only foamed and stupid ethylene. [Embodiment] - First Embodiment - Hereinafter, a first embodiment of a resin-made combination house of the present invention will be described with reference to FIG. Fig. 1 is an overall perspective view of a resin-made composite housing 1 according to a first embodiment of the present invention; and Fig. 2 is an exploded perspective view of the first embodiment. In the "beta" embodiment, a plurality of divided pieces are formed to form a side wall 1〇 and a roof 2〇, and a cuboid s (10) having a slightly cuboid living space inside is formed. Further, the constitution of each part will be described in accordance with the above definition in the front, rear, and left directions of the house as shown in the second drawing. The side wall 1G is composed of a slightly rectangular plural divided pieces m, 11B (the following descriptions are also denoted by the numeral 11 for the general name), the window portion 12, and the door portion u which are respectively divided in the height direction and the front-rear direction. . The front end face and the upper and lower end faces of the split piece u are respectively coupled to the adjacent split piece] to the front and rear end faces and the upper and lower end faces 'the window portion 12 and the door portion 13 frame.

2177-8222-PF 7 1321185 The roof 20 is a slightly rectangular plural divided piece 21A21B21C which is divided in the front-rear direction and the left-right direction and has rounded corners in the left-right direction (in the following description, the number is also used to represent the general name. ) to constitute. The front and rear directions and the left and right directions of the split piece 21 are respectively joined to the front and rear end faces and the left and right end faces of the adjacent adjoining piece 21. Moreover, the roof 2 is joined to the upper portion of the side wall 10 to form a house. Further, the roof 2 rafts protrude from the left and right sides of the side wall 1 , to form an eaves (see Fig. 7). On the front side of the house, there is a glass-shaped entrance inside the frame of iron, aluminum, wood, etc. On the side wall 3 of the 卩31, the front of the house is plugged by the side wall 3 〇. The eaves 35 formed by combining the plurality of divided faces 36 are attached to the upper side and the left and right sides of the side wall 30, and the three sides around the entrance portion 31 are surrounded by the eaves 35. The shape of the entrance portion 31 is not limited to the illustrated object, but may be a window shape or a counter of a store. Further, the size of the divided pieces 11, 21, and 36 is determined in consideration of the portability, the combination, and the like, and the number of pieces to be divided, 2, and 36 are different depending on the size of the house. Therefore, the number of divisions of the side wall J 〇 or the roof 2 并不 is not limited to the illustrated object. The blade pieces 11, 21, and 3, respectively, are formed of foamed ethylene having a foaming magnification of i to 9 〇 and a thickness of about 10 3 cm. For example, when the snow is about 80 cm at the maximum, a split sheet composed of foamed styrene having a foaming ratio of 2 times and a thickness of about 2 can be used. Moreover, in order to obtain the same strength, the thickness is increased when the expansion ratio is increased. χ, in the area where snow is not required to be considered, the expansion ratio can be made greater than 20 times, or the thickness can be made 2 〇cm or less. On the other hand, in the area where the snow is more than lm, the expansion ratio can be made less than 2 times to ensure the strength or make the thickness thick.

2177-8222-PF 8 13.21185 Although the cubic housing 1 00 can only be used to connect the plural pieces 11, 21 to the cr, but in the present embodiment, in order to improve the housing strength, the cutting pieces 11, 21 The joint portion is incorporated with the steel member as the strength member, and the description will be made. As shown in Fig. 2, in front of and behind the split piece u, a Η-shaped steel 40 extending from the bottom of the side wall 1 to the upper end is provided, and the left and right ends of the slab are placed in front of and behind the split piece 21 In the vertical section of the house, there is a Η-shaped steel 4〇4b, and the n-type steel is 40' 41-series; ^ is placed at a predetermined interval across the length of the house. These n-shaped steels are 41 〇, 41, and a plurality of connecting pipes 42 and a corner pipe body 43 which are slightly perpendicular to the front and rear directions of the Η-shaped steel 4G, 41 are attached, and the Η-shaped steel is connected through the pipe bodies 42, 43. The Η-shaped steels 40, 41 have a higher strength than the pipes 42 and 43 and function as a reinforcing member for the house owner, and the pipes 42 and 43 function as a reinforcing member for the house. The upper end portion of the Η-shaped steel 4D and the Η-shaped steel 4 are transmitted through the corner pipe body 43 and joined as the rear (four). The right figure 3 shows a cross-sectional view of the fourth (4) 丨 (1) line which is adjacent to the shape of the segment 11 11 in the front-rear direction, and the fourth figure shows the front: the direction adjacent to the divided pieces 21, 21 the shape of the joint portion! Figure IV-IV is a cross-sectional view. At the front and rear end faces of each of the divided pieces u'u, recesses Ua corresponding to the shape of the Η-shaped steel 40 are respectively formed at the forming stage: at each of the front and rear end faces, a half of the corresponding shape is formed in each of the forming stages, respectively, and the divided pieces are respectively accommodated. The sheet 11 '11 contact surface is connected to the front side half of the joint steel 40 and the recess 11 11 all of the rear side 11,11, facing each other.

2177-8222-PF 9 Π21185 Ingredients come next. Further, the front side half and the rear side half of the Η-shaped steel 41 are recessed portions 21a, 21a of the respective blade cut pieces 21, 21, and the opposing divided pieces 21, 21 are contacted by an adhesive. Thereby, the H-beams 4 and 41 are respectively housed in the closed space formed by the divided piece n joint surface concave portion Ua and the split piece 21 joint surface recess 21a, and the n-shaped steels 4 and 41 are completely surrounded by The slice U and the slice 21 are divided to cover. Moreover, when the corrosion and condensation of the metal material can be suppressed, and the durability and residence of the house are not impaired, there may be some places that are open to the atmosphere. That is, although it is also possible to provide a rough and complete coverage, it is preferable to completely cover it as shown. Further, as shown in Fig. 2, a connecting pipe 42 is provided in the upper and lower sides of the divided piece and on the left and right sides of the divided piece 21, respectively, and a corner pipe is provided between the side wall 1 and the roof 20. 43. Further, at the lower end portion of the side wall 1 , the angle iron 44 of the L-shaped cross section extends in the front-rear direction. The angle iron 44 is limited to the items on the basis of the housing position, and the Η-shaped steel is screwed to the angle iron 44. As shown in Fig. 5, the connecting pipe 42 is formed of a pipe body 42a, and has flange portions 42b at both end portions of the pipe body 42a. As shown in Fig. 6, the corner pipe body 43 is formed by a pair of pipe bodies 43a and a connecting pipe 43c that integrally connects the pipe bodies 43a, and has flange portions 43 and flange portions at both ends of the pipe body 43a. 42b and 43b are formed, for example, by punching the end portions of the tubular bodies 42a and 43a. The flange portions 42b, 43b at the ends of the tubular bodies 42a, 43a are provided with bolt insertion holes 42c, 43c, and the flange portions 42b, 4 at the other end are provided with bolt holes 42d, 43d for bolt locking. Further, in the fifth and sixth figures, only one of the holes 42c, 43c or the screw holes 42d, 43d is shown. Figure 7 shows the combination of a pair of split pieces 1ia iib in the up and down direction.

2177-8222-PF 10 is a cross-sectional view taken along line 1SVII_VII of the shape of the joint between the split piece 21A, 21B and the joint of the roof 2 (21a) and the side wall 1 () (11b). Further, the shapes of the joined portions of the divided pieces 21B and 21C and the divided portion 21CUB are also the same as those of Fig. 7, and the illustration thereof is omitted. ’

As shown in Fig. 7, at the lower end surface of the split piece miiB, a concave portion 11b corresponding to the shape of the connecting tube 42 is formed in the forming stage. The upper half and the lower half of the joint portion 42 are respectively accommodated in the concave portion iib of each of the divided pieces 1 μ, 1 π, and the opposing faces of the divided pieces 1U and 11B are followed by the adhesive. Thereby, the connecting pipe 42 is housed in a closed space formed by the pair of divided pieces UA and UB joint surface recesses 1 lb, and the vicinity of the connecting pipe 42 is completely covered by a pair of divided pieces ΙΙΑ'ΙΙΒ. The lower end surface of the divided piece nA is formed with a concave portion corresponding to the shape of the angle iron 44! The ld 'angle iron 44 is housed in the recess i. The angle iron 44 is fixed to the base 3〇〇. At the upper end surface of the split piece 11B and the lower end surface of the split piece 2U, recesses corresponding to the shape of the corner pipe body 43 are formed in the forming stage, respectively!丨c and 21匕.

The tubular body 43a and the lower tubular body 43a on the upper side of the corner tubular body 43 are accommodated in the concave portion 11c and the concave portion 21b, respectively, and the contact faces of the opposing divided pieces 11B to 21A are followed by a subsequent agent. Thereby, the corner pipe body 43 is housed in the closed space formed by the concave portions iic, 2ib of the joint faces 11B, 21A, and the periphery of the corner pipe body 43 is completely covered by the divided pieces ιβ, 2ΐΑ. At the joint end faces of the cut pieces 21A and 21Β, a concave portion 21c corresponding to the shape of the joint pipe 42 is formed in the forming stage. The left half and the right half of the connecting tube 42 are respectively accommodated in the concave portion 21c of each of the divided pieces 21A to 21b, and the contact faces of the opposing divided pieces 21A and 21β are followed by an adhesive. With this,

2177-8222-PF 11 1321185 The connecting tube 42 is housed in a closed space formed by the joint concave portion 21c of the pair of divided pieces 21A21B, and the vicinity of the connecting tube 42 is completely covered by the pair of divided pieces 21A, 21B. ° The flange portion 42b of the connecting pipe 42 is vertically coupled to the flange portions (4) of the 'corner pipe body 43' on the Η-shaped steel 40 as shown in Fig. 8, as shown in Fig. 9, which is vertically coupled to the Η Steel 40, 41. Further, the shape of the joint portion of the connecting pipe 42 and the H-section steel 41 is the same as that of Fig. 8, and the illustration thereof is omitted. As shown in Fig. 8, the flange portion of the pair of connecting pipes 42 is abutted against the inner side surface portion 40a (see Fig. 3) facing the front-rear direction. A bolt insertion hole 4〇b is opened in the face 40a, and a bolt 45 inserted into the hole of the connecting pipe 42 and the hole 40b of the Η-shaped steel 40 is screwed to the screw hole 42 of the connecting pipe 42. The pair of connecting pipes 42 and the Η-shaped steel 40 are locked. In one. As shown in Fig. 9, the n-shaped steel 4 〇 face 4 〇 a and the Η-shaped steel 41 surface 41a (see Fig. 4) are respectively abutted against a pair of corner pipe body flange portions 43b. The insertion of the corner pipe body 43 hole 43c, the n-shaped steel 4 hole 4 core bolt 45, the insertion corner pipe body 43 hole 43c, and the H-shaped steel 4 hole hole bolt 45 are respectively screwed into the screw hole, and the pair of links The tube 42 and the n-shaped steel 40, 41 are locked together. In addition, the pipe body 42 is not attached to the front side of the Η4 〇 41 of the front part of the house. Therefore, at the foremost part of the n-shaped steel 4〇41, the holes 40b and 41b are not opened and the screw holes are opened. The aforementioned screw holes are locked to the Η-shaped steel 40, 41. 2, 43 series Next, the combination order of the resin-made combination type housings of the first embodiment will be described. First, on the basis of the housing not shown, the angle iron 44 is used to set up the most

2177-8222-PF 12 is called 1185 front Η steel 40. As described above, 'the above-mentioned Η-shaped steel 4fi „μ士_~opens the screw hole, and the flange portion 43b of the corner body 43 is screwed to the rear of the n-type copper 40 through the screw hole. It is located at 4 I I- 士 υ υ , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The connecting pipe 42 is joined to the rear portion of the Η-shaped steel 40, 41 by screwing. After the pipe bodies 42, 43 are joined to the Η-shaped steel 40, 41, the lower split piece 11 is recessed between the pipe body 42 and the angle iron 44. 1 lb is fitted to the tubular body 42, and the concave portion lid is fitted to the angle iron 44, so that the divided piece 11A is inserted between the tubular body 42 and the angle iron 44 from the rear. Further, the front side concave portion j la of the divided piece 1 i A is fitted The steel 40 rear side convex portion 40c (refer to Fig. 3). Next, between the pipe body 4 2 and the pipe body 4 3, the upper divided piece 11 b is recessed into the pipe body 42 so that the concave portion 42c is fitted When the pipe body 43 is joined, the split piece 11B is inserted between the pipe body 42 and the pipe body 43 from the rear. At this time, the front side recessed portion 1 la of the split piece 11B is fitted into the H-shaped steel 4 〇 rear side convex portion 4〇c. Corner officer Between the body 43 and the ceiling portion connecting pipe 42, the divided piece 2A is recessed into the corner pipe body 43, the concave portion 21c is fitted to the ceiling portion connecting dam 42, and the divided piece 21A is inserted into the pipe body 43 from the rear. In the same manner, the divided piece 21B is inserted between the pair of the second tube 42 of the patio portion from the rear, and the divided piece 21C is inserted between the portion connecting pipe 42 and the corner pipe body 43. The convex portions of the Η-shaped steel 40, 41 are embedded in the rear side concave portions 4〇a, 4 J a from the rear, and the four sides around the divided pieces ll, 2i are H-shaped steel 4〇41 and The tubular body 42 43 is surrounded. Next, as shown in Figs. 8 and 9, the tubular bodies 42, 43 are joined by bolts to

2177-8222-PF 13 13-21185 ΗSteel 40, 41 rear part ′ At the same time, the split piece 1121 is inserted between the tubes 42' and 43 from the rear, and the same operation is repeated until the side wall 1 and the roof reach the necessary length in the front and rear directions. Thereby, the split sheets i丨, 21 are sequentially joined from the front side to the rear side of the house through the H-shaped steel 4〇4ι and the pipe body 42, 43', and the side wall 10 and the roof 20 are formed. When the side wall 10 and the roof 20 are combined, the side wall 3〇 is attached to the front side of the house. In this state, the frontmost portion of the profiled steel 40, 41 convex portions 40c, 41c is exposed, so that the side wall 30 is embedded in the aforementioned convex portion. The inner side surface of the portion 4〇c and the lower surface of the convex portion 41c are fixed to the H-shaped steels 40, 41 and the base by bolts or the like. Further, the side wall 3 frame can also be constructed by foaming styrene. In this case, the side wall 30 is then fixed to the front end face of the split piece 丨丨 21 . Then, the recesses of the roof layer 35 are embedded in the foremost n-shaped steel 4, 41 convex portions 40c, 41c, and the split sheets 36 and the frontmost split sheets u, 21 are covered with the split steel sheets 40, 41, and then the split pieces are separated. 36 with the segment U21. Similarly, the side wall 3 is also installed on the rear surface of the house. Finally, in order to improve the fire, fire resistance, weather resistance, water resistance, damage, and sound insulation of the house, a coating material such as resin cement mixed with a polymer in the cement is applied to the surface of the house. Then the assembly work is completed. Further, in order to improve the bonding property of the resin cement, it is preferable to make the surface of the house rough, and the surface of the divided pieces 1 , 21, 36 is formed, for example, in a concavo-convex shape. In this case, the shape of the uneven portion is selected from a circular shape, a square shape, a polygonal shape of a pentagonal shape or a star shape, which can improve the bonding property between the resin cement and the foamed styrene. When the first embodiment is used, the following actions and effects can be obtained. 2177-8222-PF 14 16) (1) The plurality of divided pieces 11, 21 which use foamed stupid ethylene as a constituent material are joined by the Η-shaped steel 40, 41 and the tubes 42, 43 to form a slightly cuboidal shape. 'And the mouth-style housing, ~ to 'can improve the overall strength of the housing. In this way, even if there is a large amount of snow or falling objects, it is sufficient to withstand the pressure. (2) recessed portions 11a'21a are provided on the end faces of the split pieces 11, 21 in the front-rear direction, and the recessed portions Ua 2ia form closed spaces on the rear joint faces of the divided pieces n and the divided pieces 21, respectively. The Η-shaped steels 40, 41 are housed in the closed space. Thereby, the n-shaped steels 40, 41 are completely covered by the divided pieces 11, 11 and 21, 21 completely or roughly, and the Η-shaped steel 4 〇 41 is insulated by the cut pieces 11, 21. As a result, the heat rise and heat shrinkage of the n-type steel 4 〇, 4 j are suppressed, and it is possible to prevent cracking of the surface of the house and peeling of the surface layer of the coating material or the like. Moreover, it can prevent rust and condensation of the Η steel 4〇, 41. (3) The recessed portions 11b and 2ic are provided in the upper and lower end faces of the split piece and the split piece in the left and right direction end faces, and the closed faces are formed on the joint faces of the split pieces 11 and the split pieces 21 by the recessed portions Ub and 21c. At the same time, the connecting tube 42 is accommodated in the closed space. Further, a concave portion Uc21b is formed in each of the joint end faces of the divided piece UB& split piece 21A, and a closed space is formed in the joint surface by the concave portion, and the corner pipe body 43 is accommodated in the closed space. Thereby, the connecting pipe 42 and the corner pipe body 43 are insulated by the split piece, and it is possible to prevent cracking of the surface of the house and peeling of the surface layer of the coating material or the like. Also, it can prevent rust and condensation of the Η4, 41. (4) The Η-shaped steel 40, 41 and the tubular bodies 42, 43 are housed in the recesses 11a' 11b, 11c, 21a, 21b, so that the surface of the house will have a smooth appearance.

2177-8222-PF 15 1321185 Very good. The application of the coating material to the surface can also be easily carried out. (5) The concave portions 11a, 11b, 11c, 21a, 21b' are provided at the ends of the divided pieces π, 21, and the divided pieces 11, 21 are fitted to the Η-shaped steel 4, 41 and the tubes 42, 43 to surround the divided pieces π, 21 four sides, so the strong sound of the house will improve the 'simultaneous' split film 11, 21 installation is easy, can improve the combination of housing. Therefore, no need for building-related expertise or technology can be combined. (6) The n-shaped steel 40, 41 and the pipe body 42 are combined by bolts. Therefore, the entire house is covered by a skeleton which is combined in a lattice shape, and the strength of the house can be remarkably improved. (7) The Η-shaped steel 4〇, 41 and the tubular body 42, 43, are provided at the joint portions of the divided pieces 11, 21, so that the reinforcing member as the reinforcing member can be formed at low cost. (8) The n-shaped steel 40, 41' as the main reinforcing member is disposed on the vertical section, and the tubes 42 and 43 connecting the bismuth steels are disposed as the auxiliary reinforcing members, and the households are reinforced by the reinforcing members of different strengths. The combination can effectively increase the strength of housing. (4) Since the end portion of the pipe body is press-formed to form a flange portion, the connection of the connecting pipe 42 is easy. The gang (10) is connected to the tubular body 43a by a connecting rod to form a corner tubular body 43, and the Η-shaped steel 40, 41 is transmitted through the corner tubular body 4q% to ?.丨s骽43 is combined so that the strength of the corner of the house can be easily improved. (11) The split piece 1! 21 can be easily changed in the front and rear direction of the house by connecting the front side of the house to the necessary length and forming the cubic house 100 in the direction of the former German side &

The length. U

2177-8222-PF 16 13.21185 U2) H-shaped steel 4〇 4i and tube 42 are provided at the joint of π and 21 of the split piece, so that even if the μ n is divided, the thickness of 21 sheets can be ensured to ensure sufficient strength. X' can reduce the cost by making the split sheets u, 21 thick and thin, and can be said to be versatile, portability and housing combination. (13) The split piece 11, 21, which uses foamed stupid ethylene as a constituent material, is formed. Therefore, when the divided pieces of various shapes can be easily formed, the divided piece 21 can be easily mass-produced using the forming die.

Further, the front side wall 30 of the house can be formed by combining a plurality of divided sheets using foamed styrene as a constituent material. Its example is shown in the figure. In Fig. 10+, the side wall 30 is formed into a curved shape by the divided piece 32. At the upper end concave portion 32a of the divided piece 32, the corner pipe body 43 which is curved in accordance with the shape of the side wall 30 is extended across the left-right direction, and the left and right corner pipes 43 are not separately screwed to the Η-shaped steel 4 0,41. In this case, a bolt insertion hole 32a is formed in the outer surface of the split piece 32, and the split piece is inserted into the Η-shaped steel 40, 41, and then the bolt through hole 32a is inserted, so that the corner pipe body 43 and the Η-shaped steel 40, 41 are bolted. Combine. In this way, the corner pipe body a is erected across the front and rear sides of the house, thereby making the house stronger. The connecting pipe 42 can also be extended without the corner pipe body 43 on the front side of the house. Further, it is also possible to form the side wall 30 only with foamed styrene, and then on the front side of the house. Further, a window and a door can be provided on the side wall 30. - Second Embodiment - A second embodiment of the resin-made combination type of the present invention will be described with reference to Figs. Fig. 11 is a perspective view of a whole body of a resin-made combined housing according to a second embodiment of the present invention; 2117-8222-PF 17 13-21185; and Fig. 12 is an exploded perspective view of Fig. 11. In the first embodiment, the internal space is roughly formed into a cubic housing 1 by the side wall 1 and the roof 20. However, in the second embodiment, the internal space is roughly formed into a hemispherical dome shape. House 200. The following description mainly explains differences from the first embodiment. The dome-shaped housing 200 is a plurality of dome-shaped divided pieces 51 A to 51D (in the following description, also referred to as the general name by the number 51) in which the foamed styrene is used as a constituent material in the circumferential direction and the height direction. In the upper combination, the window portion 52 or the door portion 53 is provided on the circumferential surface, and the light-receiving sunroof 48 for ventilation is provided at the top. In the case of the dome-shaped housing, the joining of the plurality of divided pieces 51 can be performed. However, in the present embodiment, in order to improve the housing strength, in the same manner as in the first embodiment, the divided piece 5 is formed. Each of the joint portions is formed with a Η-shaped steel 46 as a main reinforcing member and a connecting pipe 47 as a sub-reinforcing member, and the configuration of the connecting pipe 47 is the same as that of the connecting pipe 42 of the first embodiment. The Η-shaped steel 46 is erected in the dome warp direction across the roof portion and the base portion. The upper end portion of the Η-shaped steel 46 is fitted to the concave portion 48a of the circumferential surface of the sunroof 48, and the lower end portion of the Η-shaped steel 46 is bolted to the angle iron 49 which is circumferentially disposed on the base of the house. A concave portion 5U having the same shape as the concave portion 11a shown in Figs. 3 and 4 is formed on the side surface in the circumferential direction of the divided piece 51, and the Η-shaped steel 46 is housed in the concave portion 5U, and the circumferential contact surface of the opposing divided piece 51 is an adhesive. then. Thereby, the Η-shaped steel 46 is housed in the closed space formed by the concave portion 51a of the split piece 51, and the ridge is completely covered by the pair of divided pieces 51.

2177-8222-PF 18 丄J- 丄丄 ; δ;) Moreover, all the divided pieces 51 have a circumference a. The joint faces in the circumferential direction are not provided with the H key 4 6, for example, in the window portion 5 2 and the door ς < In the 3 + opening Ρ 53, the Η-shaped steel 46 is omitted. In this case, as shown in Fig. 12, the end faces of the partition portions 51 and 51 of the window portion 52 are provided with concave portions 51c and convex portions 51d, respectively, and the split cutter pieces are passed through the concave portion 51c and the convex portion 51d. The snap is followed. Window Qiu Zhuang # > ~ ^ ® # 52 is loaded with a window frame 52a. Similarly to Fig. 8, the flange portion of the connecting tube 47 is vertically joined to the steel member 46 by bolts. The upper and lower end faces of the divided piece 51 are respectively formed with

The concave portion (10) having the same shape as the concave portion Ub of Fig. 7 is connected to the nozzle

It is accommodated in the recess 51b, and is opposed to the upper and lower contact surfaces of the A-knife cutting blade 51 by the adhesive. In this way, the connection camp 47 7······················································ The surrounding area is completely covered by the divided piece 5 1 . Also, the public electric 丨 y c t μ # , J boring cutter 51 is completely surrounded by the Η steel 46 and the joint official 47. Next, the order of combination of the resin-made combination type housings of the second embodiment will be described. First of all, as shown in Fig. 13, 'on the base of the house, the angle iron 49 is placed on the whole circumference. Between the angle iron 49 and the skylight 48, for example, the n-shaped steel 461 464 is set at intervals of 9 degrees, so that the upper and lower ends are bolted. . This state is represented by a top view of the 帛14 (a) diagram. Then, the plurality of connecting pipes 47 are vertically bent at a predetermined interval in the direction of the height of the dome on the side in the circumferential direction of the Η-shaped steel 461. The mouth is on the 461 steel 461. Further, between the connecting tubes, the joint portion 47 and the divided portion 511 concave portion 51b are fitted, and the knife is inserted from the side in the circumferential direction. The sheet 511, as shown in Fig. 14(b), is such that the divided piece concave portion 51a is fitted into the convex portion of the Η-shaped steel 461, and then the end faces are opposed to each other. In addition, between the connection, the 〇 e 47 and the angle steel 49, the same is inserted from the circumferential direction to the side.

2177-8222-PF 19 Dividing the piece 511, followed by the end faces. Then, as in the 14th (c) custom _ » . , ^ Figure does not, so that the Η steel 465 convex part is embedded in the side of the circumference side of the hook Λ _ w. In the concave portion 51a of the piece 511, the Η-shaped steel 465 is bolted to the angle iron 4q, and at the same time as in Fig. 8, the plurality of connecting pipes 47 are screwed to the Η-shaped steel 465 at a predetermined interval. Next, the knives are inserted from the side of the circumference side, and the knives 512 are inserted into the connecting tubes 47 and the connecting tubes 47 and corners.

In the iron 49, the concave portion 5U of each divided piece 512 is fitted into the convex portion of the Η-shaped steel 465. In the case of the women's split piece 512, when the Η-shaped steel 462 is obstructed, the jj-shaped steel 462 is temporarily removed as shown in the drawing of the 14th (d). Moreover, as shown in Figure 14 (shown in Figure ,, the installation of ΗSteel 466' is shown in Figure 14(1)'. After installing all the split pieces 513, install ΗSteel 462 » As mentioned above, in the clock bubble Zhaogu au ^ _ ^In the direction of rotation, the H-shaped steel 46 and the split piece 51 are alternately mounted to form a dome-shaped housing 2〇〇. In this case, when the last mounted split #51 is regarded as the door portion 53 in the circumferential direction, the door portion Μ The mounting is as follows. First, as shown in Fig. 15(a), the split piece 5H is inserted into the inside of the Η steel 46, 46 from the lower side, the upper end of the split piece 51, the sunroof 48, and the split piece 511) side. The end concave portion 513 and the n-type steels 46, 46 are fitted together, respectively, and the divided piece 51D is fixed. Next, as shown in Fig. 15(b), the connecting tube 47 is bolted to the lower side of the divided piece 51D, and the position of the divided piece 51D is restricted. Further, as shown in Fig. 15(c), the split piece 51C is inserted into the H-shaped steel sill from the lower side, "the inner side, the upper end concave portion 51b and the connecting pipe 47 at the divided piece 51C, and the split piece 5 侧 side end concave portion 51b and the Η-shaped steel 46. In the state of being fitted to each other, the 2177-8222-PF 20 cutting piece 51C is fixed. Then, the connecting pipe 47 is fitted to the upper end concave portion 51b' of the divided piece 51C, and the n-shaped steel 46 is bolted to the connecting pipe 47. Then, the elements 531 to 534 of the door portion 53 are sequentially attached to the inside of the Η-shaped steel 46'46, respectively. Then, these objects are fixed. As described above, in the second embodiment, the foamed styrene is made to constitute The plurality of divided pieces 51, 51 of the material are joined by the Η-shaped steel 46 and the connecting pipe 47 to form a dome-shaped housing 2, and in the closed space of the joint faces of the divided pieces 51 formed by the recesses 5u and 5lb, The H-shaped steel 46 and the connecting pipe 47 are housed, whereby the n-shaped steel 46 and the connecting pipe 47 are completely or approximately covered by the divided piece 51, and it is possible to prevent cracking of the surface of the house and peeling of the surface layer of the coating material or the like. The split piece 5 end portion is fitted to the Η-shaped steel 46 and the connecting tube 47 Since the divided piece 5i is inserted into the space formed by the Η-shaped steel 46 and the connecting pipe 47 to improve the strength of the house, the installation of the divided piece 51 is facilitated, and the combination of the living houses is advanced. - Modification 1 - It is also possible to provide a partition wall inside the house 100, 200, and divide the internal space by the partition wall. Thereby, a plurality of rooms having different uses can be formed in the house. Further, it is also possible to form two floors in the house. It is a two-story building. The 16th (a) and (b) diagrams show a top view and a front view of an example of making a 2nd floor building inside the dome-shaped housing. In the figure, the first floor is partially The floor 201 is lower than the floor 204 close to the inlet portion 53. A plurality of columns 203 are standing on the floor 201, and a floor 202 on the second floor is formed on the upper portion of the column. A spiral step 205 is provided from the ground 204 to the floor 202. From the ground 204 to 2177-8222-PF 21, the ground 201 is provided with a step 206 » and the height of the patio in the central part of the dome-shaped housing is higher, so the patio on the second floor can also be in a higher position. Configure books or clothing and configure the bed or sofa in a lower position on the patio. In this way, the second floor section can be used more efficiently. - Modification 2 - It is also possible to connect the combined living quarters 1〇〇2〇〇 to connect the internal living spaces to each other. An example is shown in Article 17 (a). (b) Top view and front view of the figure. In Figure 17, a cubic housing 1〇1 is arranged between the dome-shaped housing 2〇12〇2 and the dome-shaped housing 202, 203. 1〇2, and connected to each other. In this case, the cubic housing 1〇1,1〇2 functions as a corridor connecting the dome-shaped houses 201 to 203. Further, the dome-shaped houses 202, 203 are also connected to the cubic housing 1〇3, 1〇4, and the cubic housing 103'104 is provided with the house entrance 31. In this way, by connecting a plurality of houses of 100, 200 and connecting the internal space, it is possible to easily form a modular house having various i-type rooms and being very expandable. It can also expand housing indefinitely to form housings of all kinds of diversity. The structure of the cubicle 1 and the dome-shaped housing is shown in Figure 18. In Figure 18, the corresponding cubic housing is installed on the surface of the dome-shaped housing. The frame 21 of the end shape is 〇. The frame 21 can be made of wood aluminum, foamed styrene or the like. When the frame 210 is a wooden frame or an aluminum frame, the screw-locking mounting frame 210 is on the surface of the dome-shaped housing 200, and when it is a foamed styrene frame, it is then mounted on the surface of the dome-shaped housing 2 on. Further, the divided piece 51 and the frame 21 may be integrally formed. The frame 210 is fitted with a rectangular housing 1 〇〇 end 11 〇, and the self-standing square housing is outside the 〇〇

2177-8222-PF 22 13.21185 The side is screwed to the frame 210 and combined with the house. Moreover, the configuration of each modular housing is not limited to Figure 17. For example, it is also possible to set up a storage unit, a "combination building such as a physical office or a warehouse, and a cubic housing 100 or a dome 200. In this case, the storage space or the warehouse is also a % of the people who can walk away, and the internal space is also included in the living space of the present invention. - Other Modifications - In the above embodiment, 'in the division

, 21, 51 joint surface accommodates the Η steel 40, 41 4fi; 5 total μ, " ' 4b and the official body 42, 43, 47, as the strength member, but when housed in the closed door formed on the joint surface When the split pieces are joined together, it is also possible to use a reinforced steel and a reinforcing material other than the pipe body. Therefore, the shape of the concave portion provided on the joint faces of the divided pieces 11, 21, 51 is not limited to the above-mentioned objects. Although the dome-shaped housing 2 illustrates the hemispherical shape, it is not limited to the full hemisphere (four) (the plane shape is a circle), and the plane shape is polygonal. Even if the polygons have sides Rounded corners, geometrically rigorously defined as "circle" or "polygon", are equivalent to "hemispherical" as used herein. The shape of the house is not limited to a cubic or dome shape. As shown in Fig. 19, for example, an arc-shaped housing surface may be formed in the left-right direction, and a semi-cylindrical (i.e., semi-conical) housing 6 that extends in the front-rear direction may be used. In the housing 600 of Fig. 19, the inlet portion 31, the window portion 12, the sunroof 48, and the like may be provided as described above. In this case, the Η-shaped steel as the reinforcing member can be divided in the circumferential direction on the joint surface of the split piece 61 in the front-rear direction, and the split Η-shaped steel can be disposed not at all the circumferences and spaced apart by 2177-8222- PF 23 B21185 set. This makes handling and construction easier.

Further, as shown in Fig. 2, on the circumferential joint surface of the split piece 61, a reinforcing member 62 having a substantially z-shaped cross section may be provided instead of the tubular bodies 42, 43. In this case, as shown in Fig. 2(b), a part of the reinforcing member may also expose the surface of the divided piece 61, or, as shown in Fig. 2(c), the reinforcing member 62 may also divide the piece 61. Full coverage. Thus, by providing the reinforcing member 62 having a substantially zigzag cross section, it is possible to prevent rainwater from entering the inside through the joint surface. It is also possible to provide the reinforcing member 62 in the housing 1 of the first figure and the housing 200 of the U-picture to prevent rainwater from entering. As shown in Fig. 2(4), the reinforcing member 62 may have a substantially 1-shaped cross section. The reinforcing member 62 can be formed of metal or plastic or the like.

It is also possible to form the substantially cylindrical peripheral wall 65 by using the split piece 61 shown in Fig. 20. For example, 'the split piece in the center of the second figure (a) can also be formed. 4. The four ports of the stand are formed as shown in the second figure "a", and the peripheral wall 65 is formed. Further, the peripheral wall 65 is stacked up and down, as in the 21st. (b) As shown in the figure, it is also possible to construct a house with a slightly cylindrical shape. Moreover, in Figure 21(1), although the roof portion is dome-shaped, it may be non-dome. In the dome-shaped housing 200 shown, the divided pieces 51A to 51D are combined in the warp direction from the top across the base, but the divided pieces 5 j D near the top of the top are small, so A larger split piece is used near the top. An example is shown in Fig. 22. In Fig. 22, a pair of split pieces 71 are used. Fig. 23' is a 22nd split piece 71 having a concave dome on the end face A longitudinal section of the house 200. At 71a, in the opposite direction to the aforementioned recess 71a

2177-8222-PF 24 13-21185 The end surface of the cut piece 71 is provided with a convex portion (not shown), and the convex portion is fitted with eight, and the divided pieces 71 are connected in the circumferential direction. Further, a recess 72a is provided on the surface of the three recessed portion 71a, and is the recessed portion? 2a is inserted into: the end piece of the cutting piece 72 (for example, the y-shaped section plate shown in Fig. 20 (4): the plate 72 of the strong member is connected in the circumferential direction through the plate body. Between the divided pieces 72 is provided between the divided pieces 72 The connecting member 73. The sheet 71 is divided into a rib 74 at the bottom of the divided piece 72. The inner surface of the housing rib of the shape of the rib 74 of the 26th (a) is a perspective view of the inner surface; the second line shows the b_b line of the 26 (4) figure. Fig. 7 is formed on the divided piece. Fig. 7 = in the vicinity of the surface joint portion, and the joint portion is further improved by the above-mentioned rib structure. Fig. 24 is a perspective view of the joint member 73; Fig. 25 shows the joint The connecting member 73 is mounted on the drawing surface 73. The connecting member 73 is such that the plate body w is inclined to be connected with β; and the opposing member is opposed to the plate body 7 3 a, 7 3 b. That is, the connecting member 73 is slightly shaped like a braid. As shown in Fig. 25(a), a pair of concave portions 73d'73e are formed. At the concave portions 73d to 73e, the lower end portion of the divided piece η and the upper end portion of the divided piece 72 are fitted, as shown in Fig. 25(b). It is to be noted that the divided pieces 71, 7 2 are connected by the connecting member 73. Thereby, the strength of the divided pieces 71, 7 2 is improved. Since the position of the structural member 73 with respect to the divided piece 72 is restricted, the divided pieces 71, 72 can be fixed until the adhesive solidifies, and the combination of the living room 200 becomes easy. Moreover, in Fig. 22, although the divided piece is used 71 and the partitioning piece 72 are further provided with one connecting member 73. However, two or more connecting members 73 may be provided. As shown by a broken line in Fig. 22, 'the upper end corner of the divided piece 72 may also be provided.

The 2177-8222-PF 25 J 185 is provided with a coupling member 730, and the divided pieces 72, 72 and the divided piece 71 are connected by the connecting member 730. The joint member 73 may be provided at intervals in the joint portion of the split piece 11A, 11B or the split piece 51A to 51D in the first drawing, that is, in the joint between the upper and lower sides of the split piece, instead of the pipe bodies 42, 47. After the house combination, the resin cement may be applied without being applied, and the film may be applied in advance at the stage of dividing the sheets 11, 21, and 51. By this, the field work process can be omitted.

Improve work efficiency. In addition, foamed styrene may be used as a combination of a resin material such as a reinforced plastic (FRP) as a constituent material to form a combined living room having a living space such as a store space and various commercial spaces. In this case, it is also preferable to provide a layer such as a resin cement on the surface. Further, compared with foamed styrene, FRP has poor sound insulation and heat insulation. Therefore, it is preferable to spray foamed styrene on the inner surface and spray resin cement on the surface. The surface of the house can also be provided with a plurality of layers of resin cement or the like. In this case, when the outermost surface is provided with a weather resistant material layer, the durability is improved. In the vertical section, the pipe bodies (sub-reinforcing members) 42, 43, 47 which are substantially vertical in the horizontal direction are bolted to the slab steel (main reinforcing members) 4 (), 41, 46 which extend in the vertical direction and the left-right direction. The whole is formed into a skeleton of a lattice-shaped housing, but the present invention is not limited thereto. In the above, although the tubular bodies 42, 43, and 47 having a circular cross section are used, a tubular body having an angular cross section can be used. As shown in Fig. 11 or 19, when the f 12, 52 or the inlet portions 31, 53 are provided in the house, the projections sometimes hinder the transportation. Here, as shown in Fig. 27: No * The projection D can be attached from the rear to the divided piece, the surface. Thereby, the transportation of the blade pieces 51, 61 becomes easy.

2177-8222-PF 26 13-21185 = Separated pieces by two bolts can be firmly attached with an adhesive. The example thereof is shown in Fig. 28. Fig. 28(a) is a perspective view showing a joint portion of the divided pieces U, 21, and 51; Fig. 28(b) is an enlarged plan view of a portion b of Fig. 28(a); and Fig. 28(e) is a view of Fig. 28(u) Part b is an enlarged side view. At the outer surface of the split piece, the support 81, 82 is attached through the bolt 84 and the nut (10), respectively. The protrusions 8182 of the respective swinging blocks are respectively provided with perforations 81b and 82b, and the bolts 83 are inserted into the perforated cents and screwed to the screws (four). Thereby, by the locking of the bolts 83, the divided pieces are pressed tightly, and the joined end faces of the split sheets can be adhered to each other without a gap, and the adhesion strength of the adhesive can be improved. Further, it is also possible to mount the support blocks 8i, 82 on the inner surface of the split piece. It is also possible to provide a concave portion on the surface of the divided piece, and to provide the support blocks 81, 82 in the concave portion to prevent a drop in the surface of the divided piece. It is also possible to lock the split members by the bolts 83 without the bolts 83 being applied to the support blocks 81, 82 by a screw or the like by a screw to apply tension to the wires. The present invention can be applied to a combination house having various shapes and spaces such as a temporary house, an apartment, a house, and a general house. That is, the present invention is not limited to the resin-made combination type of the embodiment as long as the features and functions of the present invention can be implemented. [Brief Description of the Drawings] Fig. 1 is a perspective view of a whole of a resin-made combined housing according to a first embodiment of the present invention. Fig. 2 is an exploded perspective view of Fig. 1. Figure 3 is a cross-sectional view of the ΙΠ_ΠΙ line of Figure 1.

2177-8222-PF 27 13-21185 Fig. 4 is a sectional view of the line ιν-ΐν in Fig. 1. Fig. 5 is a perspective view of a connecting pipe used in a resin-made combination type housing according to the first embodiment of the present invention. Fig. 6 is a perspective view of a corner pipe body used in a resin-made combination type housing according to the first embodiment of the present invention. Fig. 7 is a sectional view taken along line v 11 - V11 of Fig. 1. Fig. 8 is a view showing a state in which the bismuth steel and the joint pipe are combined. Fig. 9 is a view showing the state of bonding of the Η-shaped steel and the corner pipe. Fig. 1(a) is a plan view showing a modification of the side wall; and Fig. 1(b) is a view showing a connection state of the pipe body provided at the corner of the side wall. Fig. 11 is a perspective view showing the whole of a resin-made combined housing according to a second embodiment of the present invention. Fig. 12 is a perspective exploded view of Fig. 11. Fig. 1 is a schematic plan view showing the assembly sequence of a resin-made combination type housing according to a second embodiment of the present invention. The fourteenth (a) to (f) circle diagrams show a schematic sequence 2 of the combination of the resin-made combination type housings according to the second embodiment of the present invention. Fig. 15 (a) to (c) are views showing a combination sequence diagram 3 of a resin-made combination type housing according to a second embodiment of the present invention. Fig. 16(a) is a plan view showing the inside of the dome-shaped housing in Fig. u as a two-story building structure; 帛16(b) is a front view. Fig. 17(a) is a plan view showing the connection between the rectangular housing of the i-th diagram and the dome-shaped housing of the U-th diagram; 帛1?(b) is a front view.

Fig. 18 is a view showing a detail of a joint portion in Fig. 17. 2177-8222-PF 28 Fig. 19 is a schematic view showing a modification of the housing type of the present invention in the form of ^ ^ ^ ^ ^ ^ ^ ^ ^. The system-4 is suitable for steel joints:: (the second sound (4) diagram shows the intention of forming a split sheet of the housing in Figure 19. House, Fen (a) shows the resin of the present invention. A schematic diagram of a variant of a combination type housing suitable for a slightly cylindrical housing. Fig. 22 is a schematic view showing a modification of a dome-shaped housing. Fig. 23 is a longitudinal sectional view of Fig. 22. Fig. 24 is a diagram Fig. 5(a)~(b) shows the installation state of the joint member. 1(1) The map is not the important part of the shape of the housing rib. Fig. 23; (4) Cross-sectional view of line b_b of Fig. 26(a). Fig. 27 shows an example of the structure of the entrance and exit window. Fig. 8(a) shows a perspective view of the piece-locking structure without dividing the piece; the μ = system "8U) Enlarged top view; center of view) Figure 28 (0) - enlarged side view. [Main component symbol description] 11 split piece 1 la, 1 lb, 1 lc recess 21 split piece 21a, 21b recess 40, 41, 46 Η Steel

2177-8222-PF 29 B21185 42, 47 connecting pipe 43 corner pipe 51 split piece 51a, 51b recess 74 rib 83 bolt 100 rectangular house 200 dome-shaped house

2177-8222-PF 30

Claims (1)

/ Amendment of the period of Chinese patent application No. 95127958 X. Patent application scope: 1. A resin-based combined housing, in which the adjacent resin-made divided piece includes upper and lower divided pieces' and the plurality of divided pieces are respectively opposite to the end faces - and there are concave portions in the & In the closed space formed by the recessed portion, the reinforcing member is accommodated and the divided piece is joined, and the partition is formed inside, and the divided piece of the divided piece constitutes a window portion or a door portion. A protruding portion is additionally attached to the surface on the surface side of the divided piece constituting the window portion or the door portion. 2. = Resin-type composite house as described in item i of the patent application, in each of the eight sides of the "segmented piece into a quadrilateral", a concave portion is formed to accommodate the reinforcing member. The resin composite housing according to the first aspect of the invention, wherein the reinforcing member comprises: a plurality of main reinforcing members extending in a vertical section; and a straight square = several reinforcing members The first main reinforcing member is extended in a direction perpendicular to the longitudinal direction; the plurality of main reinforcing members are combined with each other by the auxiliary reinforcing member, and the resin combined housing type described in the second item of the A2 patent is The reinforcing member system includes: a reinforcing member extending in a staggered section; and a straight direction = a strong member, which is slightly perpendicular to the aforementioned main reinforcing member, and the plurality of main reinforcing members are 丄 Duzuo from the bare member, the straw By the aforementioned sub-reinforcing members, 2177-8222-PFI 31 13, 2113⁄4-:: 丨 丨Μ · · · · · · · · · · · · · · · · · · • • • • • • • 墨 墨 墨 墨 墨 墨 墨 墨 墨5. The resin-made composite shackle as described in claim 3, wherein the main reinforcing member is formed of a Η-shaped steel. 6. The resin-made composite shackle as described in claim 3, wherein the sub-reinforcing member is formed of a tubular body. 7. As described in the third paragraph of the patent application, the resin-made combination of Hejuya's 'inside' sub-reinforcing member has a slightly U-shaped cross section. 8. The resin-made composite shackle as described in the scope of claim No.*, wherein the main reinforcing member is formed of Η-shaped steel. 9. The resin-made composite shackle according to the fourth aspect of the invention, wherein the sub-reinforcing member is formed by a tubular body. The resin-recombined house according to the fourth aspect of the invention, wherein the sub-reinforcing member has a slightly U-shaped cross section. 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The member and the divided piece are connected to each other via the connecting member. The resin-made combination house according to any one of claims 1 to 11, wherein the divided piece is formed so that the interior space of the house is slightly cuboidal. The resin-made combination house according to any one of claims 1 to 3, wherein the divided piece is formed such that the interior space of the house is slightly hemispherical. 14. In the case of any of the patent applications, items 1 to 11 of the Resident's Resin, the combination of the resin-type housing, in which a plurality of resin groups are connected to the house, so that 2177-8222-PF1 32 The constituent materials of the resin described in the '' item are interconnected with the living space inside. 15. For example, in the case of the patent application range _ spear i to 11, the combination type housing, wherein, the month of the resin segmentation sheet is foamed stupid ethylene. (1) The joint portion of the resin split sheet according to any one of the claims 1 to 11 is ribbed. The resin group 住 type housing τ' according to any one of the items of the above-mentioned item 11 is divided by the locking member to provide a locking structure for the joint portion of the divided pieces. 18, as in the patent claims 1 to 11. In the resin-made combination type housing according to any one of the above, the protruding portion is attached to a surface of the divided piece constituting the window portion or the door portion after the conveyance. 2177-8222-PF1 33