CN208501899U - A kind of Combined container house room - Google Patents

Abstract

The utility model relates to a kind of Combined container house rooms, including bottom, column, wallboard, press strip frame and roof, bottom includes by long bottom beam, the outer bottom frame that short bottom beam and lower corner fittings are formed, the bottom secondary beam of long bottom beam is connected to by right angle plug-in unit, it is plugged on the bottom edge girder and back cover girder of upper and lower on the inside of short bottom beam respectively, the bottom sealing plate being welded under back cover girder and the car mat laminate being laid on bottom secondary beam and bottom edge girder, roof includes by long top beam, the outer top frame that short top beam and upper corner fittings are formed, the top secondary beam being fixed on the inside of long top beam, staggeredly it is fixed in the top second level secondary beam and keel of top secondary beam upper and lower, it is buckled in the ceiling board of keel lower part and snaps onto the top plate in outer top frame, in column connection, lower corner fittings, the ceiling molding of press strip frame passes through the fixed outer top frame of wallboard presser feet, wallboard is entrenched in by outer bottom frame, outer top frame and vertical Between the cuboid framework that column surrounds and press strip frame.Each component of the utility model can standardized production, dismount convenient and transportation cost it is low.

Description

A kind of Combined container house room

Technical field

The utility model relates to container roof technical fields, more particularly, to a kind of Combined container house room.

Background technique

Container house integrates prefabricated and on-site assembly mode using factory modularization, and construction site does not generate building substantially Rubbish, construction is convenient and efficient, and cyclic utilization rate is high, can repeatedly be used in turn, and is the construction work for really meeting green building theory Dynamic house.But existing container house generallys use integral solder and forms, and dismounting trouble takes time and effort, also through being dismounted for multiple times Big damage can be generated, is resulted in waste of resources, but also multiple components cannot be split into and cased, occupied space is big, transport Low efficiency, especially in the case where long distance transportation, transportation cost is high.Therefore how to realize that the convenient of container house is torn open Dress and transport economic specific property are the primary goals that industry is built in Nowadays, Container shipping house.

Utility model content

The utility model in order to solve problems in the prior art, provides a kind of Combined container house room, sound construction, Each component can standardized production, it is convenient to dismount, and when transport occupies little space, and transportation cost is low.

To achieve the above object, the utility model uses following technical scheme:

A kind of Combined container house room, including bottom, column, wallboard, press strip frame and roof, the bottom include by one The outer bottom that the short bottom beam parallel with a pair surrounds rectangular profile to parallel long bottom beam and quadrangle is formed by connecting by lower corner fittings If frame is arranged in dry bottom secondary beam parallel with short bottom beam in outer bottom frame, is plugged and fixed respectively in two short bottom beam inside front Two bottom edge girders, two back cover girders, the both ends that the side-lower in two short bottom beams is plugged and fixed respectively are respectively welded at two Several head and the tail of a back cover girder bottom lower surface overlap the bottom sealing plate of covering and are laid on bottom secondary beam and formed with bottom edge girder Plane on the car mat laminate that is affixed of several head and the tail, the bottom secondary beam passes through the right angle being plugged and fixed on the inside of long bottom beam and inserts Part is connected to long bottom beam, and the roof includes surrounding rectangular profile with a pair of parallel short top beam by a pair of parallel long top beam And quadrangle be formed by connecting by upper corner fittings outer top frame, vertically be plugged and fixed long top beam middle inside several top secondary beams, hang down The straight several top second level secondary beams being staggeredly fixed in above the secondary beam of top, vertical interlaced are fixed in several keel, card below the secondary beam of top It is buckled in the ceiling board and the top plate for snapping onto several head and the tail overlap joint covering in outer top frame that several head and the tail in keel lower part are affixed, it is described The affixed lower corner fittings of uprights vertical and upper corner fittings, the press strip frame are by being located at the angle press strip of quadrangle and right-angle bending, being located at top Four while and by the angle press strip top ceiling molding connected and the lower press strip institute connected when positioned at lower part four and by angle press strip lower part The cuboid framework surrounded, the press strip frame is arranged on the inside of the cuboid framework that outer bottom frame, outer top frame and column surround, described If long top beam and short top beam lower inside, which are spaced, is connected with drywall panel presser feet, the wallboard presser feet outward buckle connects press strip, described The fitting grafting of wallboard head and the tail is simultaneously entrenched in by between outer bottom frame, outer top frame and the column cuboid framework surrounded and press strip frame.

The downwardly convex bottom fin extended along bottom sealing plate length direction, one piece of bottom sealing plate are spaced apart on the bottom sealing plate Cross dimensions small bottom fin overlap joint in end is covered in the big bottom fin of adjacent another piece of bottom sealing plate end cross dimensions.

Several heat-insulating cushion blocks, screw bolt passes top second level secondary beam are connected between the top secondary beam and top second level secondary beam Top secondary beam is threaded into heat-insulating cushion block.

It is connected with the connector that section is in U-shape between the top second level time beam end and keel end, the connector Vertical side is plugged and fixed in short top beam middle inside.

The keel lower part is equipped with the extraneous open slot of connection, and the furred ceiling board ends are respectively equipped with the first eye-splice part and the The second eye-splice part fitting of two eye-splice parts, one piece of ceiling board buckles into the first eye-splice part of adjacent ceiling board and buckles into open slot jointly It is interior.

The top plate is in that arc-shaped and its both ends top bending to raise upward extends to form engaging portion vertically downward, described Sink is recessed among the top of long top beam and short top beam, the engaging portion inner surface is bonded sink inner surface.

The top fin through top plate length direction to raise upward, one piece of top end section are spaced apart on the top plate The big top fin overlap joint of size is covered on the small top fin of another piece of top end cross dimensions and is fixed with fastener, is located at It has respectively fitted over top sealing plate outside the top fin at outer top frame length direction both ends and has been fixed with fastener, the top sealing plate outer end Vertical side inner wall fits in the sink inner sidewall on short top beam.

Upper and lower ends are respectively equipped with L-shaped being bonded respectively is fixed in corner fittings and lower corner fittings two on the inside of the column A column connecting plate, the column middle part, which is spaced and is bonded, is welded with several L-shaped column stiffeners parallel with column connecting plate.

Downpipe is communicated between the upper corner fittings and lower corner fittings, the downpipe is connected to column by semi-circular tube fixing and puts more energy into Plate.

The wallboard includes inside and outside two layers of color steel plate and the laminboard layer that is bonded between two layers of color steel plate, the color steel plate two Hold the second hook part for being respectively equipped with the first hook part and closely buckling into for the first hook part.

The technical effect of the utility model: it is flexibly connected between each primary clustering of container house, has ensured structural stability While realize and be rapidly assembled and disassembled, reduce the installation cost of container house, and when each component transports occupy it is empty Between it is small, be readily transported, can be improved conevying efficiency, reduce transportation cost；Furthermore each modular construction is relatively easy, it can be achieved that standard Metaplasia produces, high production efficiency.

Detailed description of the invention

Fig. 1 is the stereoscopic schematic diagram of the utility model；

Fig. 2 is the partial structural diagram of the utility model；

Fig. 3 is the enlarged drawing in Fig. 2 at A；

Fig. 4 is the enlarged drawing in Fig. 2 at B；

Fig. 5 is the enlarged drawing in Fig. 2 at C；

Fig. 6 is the enlarged drawing in Fig. 2 at D；

Fig. 7 is the structural schematic diagram of the bottom sealing plate of the utility model；

Fig. 8 is the enlarged drawing in Fig. 7 at E；

Fig. 9 is the assembling schematic diagram of the car mat laminate of the utility model；

Figure 10 is the keel and ceiling board connection schematic diagram of the utility model；

Figure 11 is the enlarged drawing in Figure 10 at F；

Figure 12 is the top view of the top plate of the utility model；

Figure 13 is the cross-sectional view in Figure 12 at G；

Figure 14 is the enlarged drawing in Figure 13 at H；

Figure 15 is the assembling schematic diagram of the top plate of the utility model；

Figure 16 is the enlarged drawing in Figure 15 at I；

Figure 17 is the connection schematic diagram of the press strip frame of the utility model；

Figure 18 is the side view of the utility model；

Figure 19 is the cross-sectional view in Figure 18 at J；

Figure 20 is the enlarged drawing in Figure 19 at L；

Figure 21 is the enlarged drawing in Figure 19 at M；

Figure 22 is the cross-sectional view in Figure 18 at K；

Figure 23 is the enlarged drawing in Figure 22 at N；

Figure 24 is the connection schematic diagram of the long top beam of the utility model, long bottom beam and wallboard；

Figure 25 is the enlarged drawing in Figure 24 at O；

Figure 26 is the enlarged drawing in Figure 24 at P；

Figure 27 is the column of the utility model and the connection schematic diagram of outer top frame；

Figure 28 is the enlarged drawing in Figure 27 at Q.

In figure: bottom 1, outer bottom frame 11, lower corner fittings 111, long bottom beam 112, short bottom beam 113, lower connecting plate 114, lower big L plate 115, outlet slot 116, lower receiving part 117, bottom secondary beam 12, bottom edge girder 13, back cover girder 14, bottom sealing plate 15, bottom fin 151, Car mat laminate 16, bottom brace 17, right angle plug-in unit 18, column 2, wallboard 3, color steel plate 31, laminboard layer 32, the first hook part 33, Second hook part 34, press strip frame 4, angle press strip 41, ceiling molding 42, third clamping part 421, the 4th clamping part 422, strip 423, under Press strip 43, angle profile 44, lower profile 45, roof 5, outer top frame 51, upper corner fittings 511, long top beam 512, short top beam 513, sink 514, upper junction plate 515, upper big L plate 516, water guide mouth 517, upper receiving part 518, top secondary beam 52, top second level secondary beam 53, keel 54, open slot 541, ceiling board 55, the first eye-splice part 551, the second eye-splice part 552, top brace 56, heat-insulating cushion block 57, connector 58, top plate 59, engaging portion 591, top fin 592, top sealing plate 593, column connecting plate 6, column stiffener 7, downpipe 8, semicircle pipe clamp 81, wallboard presser feet 9, the first clamping part 91, the second clamping part 92, dentation deduction part 93.

Specific embodiment

It is further described below with reference to substantive distinguishing features and advantage of the example to the utility model, but the utility model It is not limited to listed embodiment.

As shown in FIG. 1 to FIG. 28, a kind of Combined container house room, including bottom 1, column 2, wallboard 3,4 and of press strip frame Roof 5, the bottom 1 include surrounded by the parallel short bottom beam 113 of a pair of parallel long bottom beam 112 and a pair rectangular profile and If dry bottom parallel with short bottom beam 113 in outer bottom frame 11 is arranged in the outer bottom frame 11 that quadrangle is formed by connecting by lower corner fittings 111 Beam 12, be plugged and fixed respectively two short bottom beam, 113 inside front two bottom edge girders 13, respectively be plugged and fixed it is short at two Two back cover girders 14 of side-lower, both ends are respectively welded at the several of two 14 bottom lower surfaces of back cover girder in bottom beam 113 The bottom sealing plate 15 of head and the tail overlap joint covering and several head and the tail phases being laid in the plane that bottom secondary beam 12 is formed with bottom edge girder 13 The car mat laminate 16 of patch, the bottom secondary beam 12 pass through the right angle plug-in unit 18 being plugged and fixed in long 112 inside of bottom beam and are connected to length Bottom beam 112.

For the long bottom beam 112 perpendicular to short bottom beam 113, lower 111 both ends of corner fittings are bonded the corresponding long bottom beam 112 of insertion respectively It is fixed in short 113 end portion cavity of bottom beam and with bolt；18 side of the right angle plug-in unit fitting is plugged and fixed in long bottom beam 112 Side, the other side are welded on the vertical side both ends of bottom secondary beam 12.

13 section of bottom edge girder is at right angles ladder-like, i.e., top is horizontal plane, and the horizontal plane end vertical is to downward It stretches to form vertical side, vertical side extends vertically outward re-forms second horizontal plane, finally again by this second level Face outer end extends to form second vertical side vertically downward.

The lower vertical side fitting of bottom edge girder 13 is plugged and fixed in short 113 inside upper part of bottom beam, topmost and bottom time 12 highest point of beam is in same level height.

The rectangular shape in 14 section of back cover girder, vertical side fitting are plugged and fixed in short 113 lower inside of bottom beam.

The both ends of the bottom sealing plate 15 along its length are respectively welded at back cover girder 14 and short 113 inner vertical of bottom beam Under side, the downwardly convex bottom fin 151 extended along 15 length direction of bottom sealing plate, bottom fin are spaced apart on bottom sealing plate 15 151 play the role of improving 15 intensity of bottom sealing plate；The small overlap joint of bottom fin 151 of one piece of 15 end cross dimensions of bottom sealing plate is covered on In the big bottom fin 151 of adjacent 15 end cross dimensions of another piece of bottom sealing plate；Last block overlapped 15 end of bottom sealing plate is in wave On the inside of wave-like and abutting to long bottom beam 112, wavy structure has certain elasticity, convenient for the welding of bottom sealing plate 15.

As shown in figure 9, two pieces of 16 joints of car mat laminate being affixed while being laid on the same bottom secondary beam 12；It is located at 16 one end of car mat laminate of outer 11 end of bottom frame is laid on bottom edge girder 13, and the other end is laid on bottom secondary beam 12；It is affixed It can be bonded with glue between two blocks of car mat laminates 16；There are one or more bottom secondary beams 12 at each piece of 16 middle part of car mat laminate Support, to prevent, the intermediate load-bearing of floor cushion coat plate 16 is excessive and is broken.

The bottom 1 further includes intersecting two 17 Hes of bottom brace being fixed between a pair of parallel long bottom beam 112 in X-shaped Be bonded the flooring laminate (being not drawn into figure) that is laid on car mat laminate 16, two bottom braces 17 be respectively positioned under bottom secondary beam 12 and The fitting of the two infall upper surface is solidly connected to the middle position of 12 downside of bottom secondary beam positioned at outer 11 middle part of bottom frame；Bottom brace 17 Effect is further to reinforce the structural strength of bottom 1, prevents from collapsing；The effect of flooring laminate is the aesthetics of increase bottom 1, Also there is waterproof, wear-resisting, resistant, corrosion resistant function simultaneously.

The roof 5 includes surrounding rectangular profile with a pair of parallel short top beam 513 by a pair of parallel long top beam 512 And quadrangle be formed by connecting by upper corner fittings 511 outer top frame 51, be vertically plugged and fixed on several tops of long 512 middle inside of top beam Several top second level secondary beams 53, the vertical interlaced that secondary beam 52, vertical interlaced are fixed in 52 top of top secondary beam are fixed under the secondary beam 52 of top Several keel 54 of side are buckled in ceiling board 55 and snap onto several in outer top frame 51 that several head and the tail in 54 lower part of keel are affixed The top plate 59 of head and the tail overlap joint covering.

The long top beam 512 is mutually perpendicular to short top beam 513, and upper 511 both ends of corner fittings are bonded the corresponding long top of insertion respectively Beam 512 is fixed in short 513 end portion cavity of top beam and with bolt.

Several heat-insulating cushion blocks 57, screw bolt passes top two are connected between the top secondary beam 52 and top second level secondary beam 53 Grade secondary beam 53 and heat-insulating cushion block 57 are threaded into top secondary beam 52；Heat-insulating cushion block 57 can slow down between top secondary beam 52 and top second level secondary beam 53 Friction damage.

It is connected with the connector 58 that section is in U-shape between top 53 end of second level secondary beam and 54 end of keel, that is, is connected 58 top of part is solidly connected to top 53 end lower surface of second level secondary beam, and its underpart is solidly connected to 54 end upper surface of keel；The connector 58 vertical side is plugged and fixed in short 513 middle inside of top beam；It is located at 54 liang of keel of outer 51 two sides of top frame in the utility model End is also fixed on short 513 inside of top beam；Pushing up secondary beam 52, top second level secondary beam 53 and keel 54, staggeredly fixed composition one is netted Structure is conducive to the stability and safety that increase by 5 structure of roof.

54 lower part of keel is equipped with the extraneous open slot 541 of connection, and 55 both ends of ceiling board are respectively equipped with first and insert The second eye-splice part 552 fitting of buckle 551 and the second eye-splice part 552, one piece of ceiling board 55 buckles into the first of adjacent ceiling board 55 Eye-splice part 551 simultaneously buckles into open slot 541 jointly.

The top plate 59 is in that arc-shaped and its both ends top bending to raise upward extends to form engaging portion vertically downward 591, for arcuate structure compared with general planar-shaped structure, good appearance can bear bigger pressure, can shorten rainwater and exist Residence time on top plate 59 improves rainwater rate of discharge；Equal indent among the top of the long top beam 512 and short top beam 513 Sink 514 is formed, 591 inner surface of engaging portion is bonded 514 inner surface of sink.

The top fin 592 through 59 length direction of top plate to raise upward, one piece of top plate are spaced apart on the top plate 59 Big top fin 592 overlap joint of 59 end cross dimensions is covered on the small top fin 592 of 59 end cross dimensions of another piece of top plate And fixed with fastener, top sealing plate 593 has respectively been fitted over simultaneously outside the top fin 592 at outer 51 length direction both ends of top frame It is fixed with fastener；Bolt nut connection, two top fins 592 positioned at 59 length direction both ends of top plate can be used in fastener Or top sealing plate 593 and top fin 592 overlap bolt at covering and are each passed through two top fins 592 or top sealing plate 593 up and down and top Fin 592 is threaded into long 512 inside upper part of top beam；The vertical side inner wall in 593 outer end of top sealing plate fits on short top beam 513 514 inner sidewall of sink, that is to say, that top plate 59 is covered in outer top frame 51 to be closed, and rainwater will not fall into outer top frame 51.

The roof 5 further includes intersecting two top braces 56 being fixed between a pair of parallel long top beam 512 in X-shaped, Two top braces 56 are respectively positioned between top secondary beam 52 and top second level secondary beam 53 and the two infall is fixed in outer top frame 51 On the heat-insulating cushion block 57 in portion, that is to say, that 53, two 56 infalls of top brace of screw bolt passes top second level secondary beam and heat insulating mattress Block 57 is screwed into top secondary beam 52；The effect of top brace 56 be further to reinforce the roof 5 structural strength.

The thermal insulation materials such as glass heat-insulating cotton or rock wool are also filled between the ceiling board 55 and top plate 59 (not draw in figure Out), to realize heat insulating effect.

The vertical affixed lower corner fittings 111 of the column 2 and upper corner fittings 511, the 2 inside upper and lower ends of column, which are respectively equipped with, is in It is L-shaped to be bonded two column connecting plates 6 for being fixed in corner fittings 511 and lower corner fittings 111 respectively；Specifically, the lower corner fittings 111 Top is equipped with L-shaped lower connecting plate 114, and bolt is screwed into lower connecting plate 114 across column connecting plate 6 and makes column 2 and lower corner fittings 111 Affixed, upper 511 bottom of corner fittings is equipped with L-shaped upper junction plate 515, and bolt, which is screwed into upper junction plate 515 across column connecting plate 6, to be made It obtains column 2 and upper corner fittings 511 is affixed；Be spaced in the middle part of the column 2 and be bonded be welded with it is several parallel with column connecting plate 6 in L The column stiffener 7 of shape；The column stiffener 7 can increase the intensity of column 2.

The press strip frame 4 is by being located at the angle press strip 41 of quadrangle and right-angle bending, being located at four side of top and by angle press strip The ceiling molding 42 of 41 tops connection and the length surrounded positioned at four side of lower part and by the lower press strip 43 of 41 lower part of angle press strip connection Cube frame, specifically, the ceiling molding 42 and about 43 lower press strip are arranged in parallel, and press strip 41 top two sides in angle are bonded weldering respectively Press strip 42 is connected, press strip 41 lower part two sides in angle are bonded the lower press strip 43 of welding respectively；The press strip frame 4 is arranged in outer bottom frame 11, outside On the inside of the cuboid framework that top frame 51 and column 2 surround, bottom is abutted to flooring laminate, and the weight of practical ceiling molding frame 4 is main It is to be undertaken by bottom 1；If the long top beam 512 and 513 lower inside of short top beam, which are spaced, is connected with drywall panel presser feet 9, described 9 outward buckle of wallboard presser feet connects press strip 42；The wallboard presser feet 9 is respectively equipped with 91 He of the first clamping part away from 3 face top and the bottom of wallboard Second clamping part 92, wallboard presser feet 9 are equipped with dentation deduction part 93 away from 3 Middle face of wallboard；The ceiling molding 42 is towards 3 face of wallboard Top and the bottom are respectively equipped with the third clamping part 421 of the first clamping part 91 cooperation snapping and cooperate snapping with the second clamping part 92 4th clamping part 422, ceiling molding 42 are equipped with the strip 423 for cooperating snapping with dentation deduction part 93 towards 3 Middle face of wallboard；To increase The structural stability of pressurization frame 4, buckle has through the angle of 41 length direction of angle press strip respectively at 41 two sides indent of angle press strip Profile 44, recess buckle has the lower profile 45 through lower 43 length direction of press strip in lower 43 middle part of press strip.

The wallboard 3 is bonded grafting from beginning to end and is entrenched in the cuboid frame surrounded by outer bottom frame 11, outer top frame 51 and column 2 Between frame and press strip frame 4；Specifically, the long top beam 512 and 513 lower inside of short top beam, which are equipped with, prevents wallboard 3 from leaning outward The upper receiving part 518 covered, the long bottom beam 112 and 113 upper inner of short bottom beam are equipped with the lower block for preventing wallboard 3 from toppling outward and connect 3 left and right ends of wallboard in portion 117, every group of head and the tail fitting grafting are entrenched in respectively between column 2 and angle press strip 41, every group of wallboard 3 Top is entrenched between receiving part 518 and ceiling molding 42, and every group of 3 lower part of wallboard is abutted to lower receiving part 117；Column 2, outer bottom Positional relationship between frame 11 and the cuboid framework surrounded of outer top frame 51 and press strip frame 4 directly defines the nested position of wallboard 3, Without being subjected to when wallboard 3 is installed, install convenient and stable structure improve installation effectiveness, ensure that installation quality.

The wallboard 3 includes inside and outside two layers of color steel plate 31 and the laminboard layer 32 being bonded between two layers of color steel plate 31, described The second hook part 34 that 31 both ends of color steel plate are respectively equipped with the first hook part 33 and closely buckle into for the first hook part 33；It is described The thermal insulation materials such as glass heat-insulating cotton or rock wool can be used in laminboard layer 32, not only reduce the self weight of wallboard 3, also improve wallboard 3 Sound insulation, heat-insulated, thermal insulation property.

Downpipe 8 is communicated between the upper corner fittings 511 and lower corner fittings 111, the downpipe 8 is affixed by semicircle pipe clamp 81 To column stiffener 7；It is located at 515 height of upper junction plate on the upper corner fittings 511 and is fixed to corresponding long top equipped with pluggable Upper big L plate 516 in beam 512 and short top beam 513, upper big 516 middle position of L plate are equipped with water guide mouth 517, the inferior horn Part 111 is located at 114 lower level of lower connecting plate and is equipped under pluggable be fixed in corresponding long bottom beam 112 and short bottom beam 113 Big L plate 115, lower big 115 middle position of L plate is equipped with outlet slot 116, and 8 upper end of downpipe is set in outside water guide mouth 517 Edge, 8 lower end of downpipe penetrate outlet slot 116；When raining, rainwater drops down onto and rapidly flows toward sink 514 simultaneously along top plate 59 after top plate 59 Water guide mouth 517 is flowed to, then is drained into outside room via downpipe 8, Quick drainage is realized, prevents rainwater from largely gathering and causing safety Hidden danger.

It is flexibly connected between each primary clustering of container house, so that installation procedure is simplified, installation quality becomes controllably, Unload fastener when disassembly is desired and complete disassembly, original component will not be damaged, can Reusability, saved it is comprehensive at This.

The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model Within the scope of shield.

Claims (10)

1. a kind of Combined container house room, including bottom (1), column (2), wallboard (3), press strip frame (4) and roof (5), Be characterized in that: the bottom (1) includes surrounding length with a pair of parallel short bottom beam (113) by a pair of parallel long bottom beam (112) Outer bottom frame (11) that square contour and quadrangle are formed by connecting by lower corner fittings (111), setting in outer bottom frame (11) with short bottom beam (113) if parallel dry bottom secondary beam (12), two bottom edge girders in two short bottom beam (113) inside front are plugged and fixed respectively (13), it is plugged and fixed respectively and is respectively welded at two at two back cover girders (14), both ends of the interior side-lower of two short bottom beam (113) A back cover girder (14) bottom lower surface several head and the tail overlap joint covering bottom sealing plate (15) and be laid on bottom secondary beam (12) with The car mat laminate (16) that several head and the tail in plane that bottom edge girder (13) is formed are affixed, the bottom secondary beam (12) pass through grafting It is fixed on the right angle plug-in unit (18) on the inside of long bottom beam (112) to be connected to long bottom beam (112), the roof (5) includes flat by a pair Capable long top beam (512) surrounds rectangular profile with a pair of parallel short top beam (513) and quadrangle is connected by upper corner fittings (511) Made of outer top frame (51), vertically be plugged and fixed it is solid in several top secondary beams (52) of long top beam (512) middle inside, vertical interlaced Connect several top second level secondary beams (53) above top secondary beam (52), vertical interlaced is fixed in several keel pushed up below secondary beam (52) (54), it is buckled in ceiling board (55) that several head and the tail in keel (54) lower part are affixed and snaps onto several head and the tail on outer top frame (51) Overlap the top plate (59) of covering, the vertical affixed lower corner fittings (111) of the column (2) and upper corner fittings (511), the press strip frame (4) It is the upper pressure by being located at the angle press strip (41) of quadrangle and right-angle bending, being located at four side of top and connected by angle press strip (41) top Item (42) and the cuboid framework for being located at four side of lower part and being surrounded by the lower press strip (43) that press strip (41) lower part in angle connects, institute Press strip frame (4) setting is stated on the inside of the cuboid framework that outer bottom frame (11), outer top frame (51) and column (2) surround, the long top Beam (512) and short top beam (513) are connected with drywall panel presser feet (9) if lower inside is spaced, the outer snapping of the wallboard presser feet (9) Ceiling molding (42), wallboard (3) head and the tail are bonded grafting and are entrenched in be enclosed by outer bottom frame (11), outer top frame (51) and column (2) At cuboid framework and press strip frame (4) between.

2. a kind of Combined container house room as described in claim 1, it is characterised in that: be spaced apart on the bottom sealing plate (15) The downwardly convex bottom fin (151) extended along bottom sealing plate (15) length direction, one piece of bottom sealing plate (15) end cross dimensions are small Bottom fin (151) overlap joint be covered in the big bottom fin (151) of adjacent another piece of bottom sealing plate (15) end cross dimensions.

3. a kind of Combined container house room as described in claim 1, it is characterised in that: two levels of the top secondary beam (52) and top Several heat-insulating cushion blocks (57) are connected between beam (53), screw bolt passes top second level secondary beam (53) and heat-insulating cushion block (57) are twisted Enter to top secondary beam (52).

4. a kind of Combined container house room as described in claim 1, it is characterised in that: the top second level secondary beam (53) end with Be connected with the connector (58) that section is in U-shape between keel (54) end, the vertical side of the connector (58) be plugged and fixed in Short top beam (513) middle inside.

5. a kind of Combined container house room as described in claim 1, it is characterised in that: keel (54) lower part is equipped with connection Extraneous open slot (541), ceiling board (55) both ends are respectively equipped with the first eye-splice part (551) and the second eye-splice part (552), The first eye-splice part (551) that the second eye-splice part (552) fitting of one piece of ceiling board (55) buckles into adjacent ceiling board (55) is simultaneously common It buckles into open slot (541).

6. a kind of Combined container house room as described in claim 1, it is characterised in that: the top plate (59) is in raise upward Bending extends to form engaging portion (591) vertically downward at the top of arc-shaped and its both ends, the long top beam (512) and short top beam (513) it is recessed among top sink (514), table on the inside of engaging portion (591) inner surface fitting sink (514) Face.

7. a kind of Combined container house room as claimed in claim 6, it is characterised in that: be spaced apart on the top plate (59) to The top fin (592) through top plate (59) length direction of upper protrusion, the big top fin of one piece of top plate (59) end cross dimensions (592) overlap joint is covered on another piece of small top fin (592) of top plate (59) end cross dimensions and is fixed with fastener, is located at The top fin (592) at outer top frame (51) length direction both ends has respectively been fitted over top sealing plate (593) outside and has been fixed with fastener, The vertical side inner wall in top sealing plate (593) outer end fits in sink (514) inner sidewall on short top beam (513).

8. a kind of Combined container house room as described in claim 1, it is characterised in that: upper and lower ends on the inside of the column (2) Two column connecting plates (6) that L-shaped being bonded respectively is fixed in corner fittings (511) and lower corner fittings (111) are respectively equipped with, it is described It is spaced and is bonded in the middle part of column (2) and be welded with several L-shaped column stiffeners (7) parallel with column connecting plate (6).

9. a kind of Combined container house room as claimed in claim 8, it is characterised in that: the upper corner fittings (511) and lower corner fittings (111) it is communicated between downpipe (8), the downpipe (8) is solidly connected to column stiffener (7) by semicircle pipe clamp (81).

10. a kind of Combined container house room as described in claim 1, it is characterised in that: the wallboard (3) includes inside and outside two layers Color steel plate (31) and the laminboard layer (32) being bonded between two layers of color steel plate (31), color steel plate (31) both ends are respectively equipped with One hook part (33) and the second hook part (34) closely buckled into for the first hook part (33).