CN213539851U

CN213539851U - Assembled container building

Info

Publication number: CN213539851U
Application number: CN202022360443.5U
Authority: CN
Inventors: 王涤平; 杨国强; 李�杰
Original assignee: Shanghai Meishen Environmental Facility & Equipment Co ltd
Current assignee: Shanghai Meishen Environmental Facility & Equipment Co ltd
Priority date: 2020-10-21
Filing date: 2020-10-21
Publication date: 2021-06-25
Anticipated expiration: 2030-10-21

Abstract

An assembled container building comprising: corner fittings connecting device, roof beam connecting device, stand connecting device, corner fittings connecting device include corner fittings seat, fastening external member, and roof beam connecting device includes location locking strip, tensioning briquetting, locking accessory, and side post connecting device includes dovetail groove block, location spiral shell board, dovetail connecting block. The corner fitting connecting device is embedded in the interlayer position of the corner bodies of the upper and lower stacked containers, and the fastening external member is arranged in the corner fitting seat. The beam connecting device is embedded between the bottom beam and the top beam of the upper and lower stacked containers. The upright post connecting device is arranged on the side edge of the upright post of the adjacent container. The utility model has the advantages that through installing corner fittings connecting device, roof beam connecting device, stand connecting device additional, let adjacent container fuse, increased the firm stability that the combination in container mobile home piled up, avoid loaded down with trivial details processes such as field weld, drilling, make all connection fittings and remove facility in the room, decoration all can be at the mill's preparation.

Description

Assembled container building

Technical Field

The utility model relates to a portable container building, especially an assembled container building.

Background

With the development of standardized technology, structural forms such as containers are not widely used in the transportation industry, but are also widely used in other fields such as the construction industry. The method brings convenience and durability to engineering projects, reduces the engineering cost and improves the working efficiency. Particularly, the system shows excellent economic benefits in the transportation, installation and use processes of the mobile house. However, in use, a large number of container-type mobile houses need to be stacked and connected into a whole, and are often welded or hard connected by fasteners, and due to the fact that the welding process is inconvenient to disassemble and assemble, the fasteners are adopted for connection, so that the processes of punching holes in the containers are needed, inconvenience is brought to water supply and drainage pipelines, electrical connection and the like of the container-type mobile houses, and particularly, the processes of welding, cutting, building and the like on site are time-consuming and labor-consuming. The disassembly and assembly process is further complicated and difficult if the assembled structure needs to be destroyed for removal or re-movement, which results in that most of the construction cannot be reused and discarded. Moreover, because the original structure of the container can be damaged by building on-site welding, cutting, drilling and the like, decoration and facilities inside the container mobile house can be carried out only after the container mobile house is in place and installed, and the efficiency and the quality are affected.

Disclosure of Invention

The utility model aims at providing an assembled container building to the defect that exists among the prior art. The utility model discloses utilize the angle of orientation of standard container top and bottom, the roof beam and the side roof beam and the stand of box to install corner fittings connecting device, roof beam connecting device, stand connecting device additional. Thereby ensuring the connection and locking of the containers stacked up and down and the adjacent containers. The upper and lower parts are connected with the adjacent containers into a whole.

The utility model discloses a: corner fitting connecting device, roof beam connecting device, stand connecting device. The corner fitting connecting device comprises a corner fitting seat and a fastening sleeve. The beam connecting device comprises a positioning locking strip, a tensioning pressing block and a locking fitting. The side column connecting device comprises a left dovetail groove block, a right dovetail groove block, a positioning screw hole plate, a dovetail groove connecting block and a locking bolt. The corner fitting connecting device is embedded between layers of corner bodies of the upper and lower stacked containers, and the fastening sleeve is arranged in the corner fitting seat. The beam connecting device is embedded between the bottom beam and the top beam of the upper and lower stacked containers, and the upright post connecting device is installed on the side edge of the upright post of the adjacent container.

The corner fitting seat of the corner fitting connecting device is a square hollow shell, the upper surface of the corner fitting seat and the outer side of the lower surface of the corner fitting seat are provided with limiting stop bars, the corner fitting seat is embedded in the interlayer position of the corner body of an upper container and a lower container, a fastening kit is arranged in the corner fitting seat and consists of fastening bolts, fastening nuts, a limiting cushion block, return springs A and return springs B, the fastening bolts penetrate through holes in the limiting cushion block and are embedded in holes in the corner body of the upper container, the return springs A are arranged between the tops of the fastening bolts and the bottom surface of the container, the fastening nuts matched with the fastening bolts are arranged in the holes in the corner body of the upper container, the tops of the fastening nuts and the top surface of the container are provided with the return springs B, and the fastening bolts are screwed into the fastening nuts to enable the upper container and the lower container.

The corner piece seat is a single-body corner piece seat, the outer surfaces of one side of the two single-body corner piece seats are connected into a whole, and the outer surfaces of two sides of the four-body corner piece seat are connected into a whole.

The positioning locking strip of the beam connecting device is respectively arranged on the upper surface of the beam at the top of the container box body and the lower surface of the beam at the bottom of the container box body, a plurality of identical dovetail grooves are formed in the positioning locking strip, the opening of each dovetail groove is outward, the tensioning pressing blocks are formed by combining left and right sheets in the same shape, dovetail convex blocks matched with the dovetail grooves in the positioning locking strip are arranged at the top and the bottom of each tensioning pressing block, locking accessories are arranged between the left tensioning pressing block and the right tensioning pressing block, the top dovetail convex blocks of the tensioning pressing blocks are embedded in the dovetail grooves of the positioning locking strip at the bottom of the upper container, the bottom dovetail convex blocks of the tensioning pressing blocks are embedded in the dovetail grooves of the positioning locking strip at the top of the lower container, and the left tensioning.

The side post connecting device's left dovetail groove block, one side of right dovetail groove block is installed respectively on the stand of two adjacent containers, the opposite side of left dovetail groove block and right dovetail groove block respectively is equipped with a same dovetail, the cross section of dovetail connecting block and left dovetail, two merged cross sectional shapes of right dovetail groove are the same, the dovetail connecting block inserts two merged inslots of left dovetail groove and right dovetail groove, be equipped with a fixed orifices on the dovetail connecting block central line, the location spiral shell board is hung and is adorned on left dovetail groove block and right dovetail groove block, be equipped with a screw hole on the back wall of location spiral shell board, the locking bolt passes the screw hole on the fixed orifices screw in location spiral shell board back wall on the dovetail connecting block, lock the dovetail connecting block between left dovetail groove block and right dovetail groove block.

The height of the positioning locking strip of the beam connecting device does not exceed the height of the two sides of the bottom or the top of the container.

The utility model has the advantages that container formula removes room can be in the required equipment in the interior decoration of mill's good container and each different function room and corresponding electric line and the sewer line to through installing corner fittings connecting device, roof beam connecting device, stand connecting device additional, remove the room combination with a plurality of monomer container formula and be in the same place. The upper and lower containers are connected with each other into a whole, so that the firm stability of the combined stack of the plurality of container mobile houses is increased. The complicated procedures of on-site welding, drilling and the like are avoided, all connecting fittings and facilities and decorations in the mobile house can be manufactured in a factory, the efficiency and the standardized construction specification are improved, and the assembly and disassembly are simple and convenient. The space in the corner fitting connecting device can also be used as the laying space of the water supply and drainage pipeline and the electric pipeline of the container type mobile house.

Drawings

Fig. 1 is a schematic view of the structure of the utility model;

FIG. 2 is a schematic left-view structural diagram of the present invention;

fig. 3 is a schematic perspective view of the present invention.

FIG. 4 is a schematic structural view of the corner fitting connecting device of the present invention;

fig. 5 is a schematic structural view of a quadruple-link corner fitting seat according to the present invention;

FIG. 6 is a schematic structural view of the beam connecting device of the present invention;

fig. 7 is a schematic structural view of the stand column connecting device of the present invention.

In the figure: 1 beam connecting device, 2 upright post connecting device, 3 single body corner piece seats, 4 box body side beams, 5 positioning locking strips, 6 double-body corner piece seats, 7 beams, 8 box body upright posts, 9 container body, 10 four-body corner piece seats, 21 left dovetail groove blocks, 22 right dovetail groove blocks, 23 dovetail groove connecting blocks, 24 positioning screw hole plates, 25 locking bolts, 31 fastening bolts, 32 fastening nuts, 33 limiting cushion blocks, 34 return springs A, 35 return springs B, 36 limiting stop strips, 51 tensioning pressing blocks and 52 locking accessories.

Detailed Description

The embodiments of the present invention will be further explained with reference to the drawings.

Referring to fig. 1 to 3, the present embodiment is composed of a corner fitting connection device, a beam connection device 1, and a column connection device 2. The corner fitting seat is divided into a single-body corner fitting seat 3, a double-body corner fitting seat 6 and a four-body corner fitting seat 10. Referring to fig. 4, the corner fitting connection device is composed of a single-piece corner fitting seat 3 and a fastening sleeve 31. The single-piece corner piece seat 3 is a square hollow shell, the outer sides of the upper surface and the lower surface of the single-piece corner piece seat 3 are provided with limiting stop strips 36, the single-piece corner piece seat 3 is embedded in the interlayer positions of the corner pieces of the upper and lower stacked containers, and the fastening external member 31 is arranged in the single-piece corner piece seat 3. The fastening kit is composed of a fastening bolt 32, a fastening nut 33, a limiting cushion block 34, a return spring A35 and a return spring B36. The fastening bolt 32 passes through the hole on the limiting cushion block 34 and is embedded in the hole of the corner body of the upper container. A return spring A35 is arranged between the top of the fastening bolt 32 and the bottom surface of the container, and a fastening nut 33 matched with the fastening bolt 32 is arranged in a hole of the corner body of the upper-layer container. A return spring B36 is arranged between the top of the fastening nut 33 and the top surface of the container. The fastening bolt 32 is screwed into the fastening nut 33 to fix the upper and lower containers together via the single corner fitting 3.

The double-connected corner piece seat 6 is formed by connecting the outer surfaces of one sides of two single-piece corner piece seats into a whole, and the four-connected corner piece seat 10 is formed by connecting the outer surfaces of two sides of four single-piece corner piece seats into a whole. The single structure in the double-connected corner piece seat 6 and the four-connected corner piece seat 10 is the same as that of the single corner piece seat 3. The single-body corner fitting seats 3 are installed between the upper and lower containers at the four corners of the combination container mobile home. The double-connected corner piece seat 6 is arranged between the upper layer container and the lower layer container of the adjacent box bodies of the combined container mobile house. The four-link corner fitting seat 10 is installed between the upper and lower containers at the center positions of the adjacent four boxes of the combination container mobile house, see fig. 5.

Because the outer sides of the upper surface and the lower surface of the corner fitting seat 3 are provided with the limiting stop strips 36, the container can be conveniently positioned in the corner fitting seat 3 during the stacking installation, and meanwhile, the fastening sleeve is more convenient to install and position.

The beam connecting device 1 is composed of a positioning locking strip 5, a tensioning pressing block 51 and a locking fitting 52. Referring to fig. 6, the positioning locking strips 5 are respectively welded on the upper surface of the beam at the top of the container body and the lower surface of the beam at the bottom of the container body through factory processing. The positioning locking strip 5 is provided with a plurality of dovetail grooves with the same size, and the opening of each dovetail groove is outward. The height of the positioning locking strip 5 does not exceed the height of the two sides of the bottom or the top of the container, so that the conventional hoisting and transportation of the container are not influenced. The tension block 51 is formed by combining a left piece and a right piece with the same shape. Dovetail convex blocks matched with dovetail grooves in the positioning locking strips 5 are arranged at the top and the bottom of the tensioning pressing block 51, locking accessories 52 are arranged between the left tensioning pressing block 51 and the right tensioning pressing block 51, the dovetail convex blocks at the top of the tensioning pressing block 51 are embedded in the dovetail grooves of the positioning locking strips 5 at the bottom of the upper-layer container, and the dovetail convex blocks at the bottom of the tensioning pressing block 51 are embedded in the dovetail grooves of the positioning locking strips 5 at the top of the lower-layer container. The left and right tension pressing blocks 51 are expanded to two sides through the locking fittings 52 and are buckled with the dovetail grooves to lock the upper positioning locking strip 5 and the lower positioning locking strip 5.

The upright post connecting device 2 is composed of a left dovetail groove block 21, a right dovetail groove block 22, a positioning screw hole plate 24, a dovetail groove connecting block 23 and a locking bolt 25. Referring to fig. 7, one side of each of the left dovetail groove block 21 and the right dovetail groove block 22 is respectively installed on the vertical columns 8 of two adjacent containers, the other side of each of the left dovetail groove block 21 and the right dovetail groove block 22 is respectively provided with a same dovetail groove, and the cross section of the dovetail groove connecting block 23 is the same as the shape of the combined cross section of the left dovetail groove and the right dovetail groove. The dovetail groove connecting block 23 is inserted into two merged grooves of the left dovetail groove and the right dovetail groove. A fixing hole is arranged on the central line of the dovetail groove connecting block 23, and the positioning screw hole plate 24 is hung on the left dovetail groove block 21 and the right dovetail groove block 22. A threaded hole is formed in the rear wall of the positioning screw hole plate 24, the locking bolt 25 penetrates through a fixing hole in the dovetail groove connecting block 23 and is screwed into the positioning screw hole, and the dovetail groove connecting block 23 is locked between the left dovetail groove block 21 and the right dovetail groove block 22 through the threaded hole in the rear wall of the positioning screw hole plate 24. The post connection device 2 is mounted on the post 8 of an adjacent container.

The embodiment is designed and installed according to four containers per layer and six layers of stacking. Referring to fig. 3, four-link corner fitting seats 10 are first installed at the center positions of four adjacent container bodies 9. And single corner piece seats 3 are arranged at four corners of the container body 9. The double-link corner fitting seats 6 are then installed between adjacent container bodies 9. After completion, the fastening bolts 31 in the corner fitting seats between the stacks of the upper and lower container bodies 9 are tightened. Then, the beam connecting apparatus 1 is installed. All the tension pressing blocks 51 are loaded, and all the tension pressing blocks 51 are expanded to lock the upper and lower positioning locking strips 5. Finally, dovetail groove connecting blocks 23 on the upright post connecting device 2 are installed between all adjacent upright posts 8, and locking bolts 25 are screwed in and locked. This completes the mounting and fixing of the upper and lower layers. Then, the upper layer installation is carried out until six layers.

Claims

1. An assembled container building comprising: corner fittings connecting device, roof beam connecting device, stand connecting device, corner fittings connecting device include corner fittings seat, fastening external member, and beam connecting device includes location locking strip, tensioning briquetting, locking accessory, and side column connecting device includes left dovetail block, right dovetail block, location screw hole board, dovetail connecting block, locking bolt, its characterized in that corner fittings connecting device inlays the position between the layer of adorning the angle body of piling up the container under and above, and in the corner fittings seat was located to the fastening external member, beam connecting device inlays the position between the floorbar and the back timber of adorning the container under and above, the stand connecting device is installed on adjacent container stand side.

2. The fabricated container building as claimed in claim 1, wherein the corner fitting seats of the corner fitting connecting devices are square hollow shells, the outer sides of the upper and lower surfaces of the corner fitting seats are provided with limiting stop bars, the corner fitting seats are embedded in the interlayer positions of the corner bodies of the upper and lower stacked containers, the fastening external members are arranged in the corner fitting seats, the fastening external member consists of a fastening bolt, a fastening nut, a limiting cushion block, a return spring A and a return spring B, the fastening bolt passes through a hole on the limiting cushion block and is embedded in a hole of the upper-layer container corner body, the return spring A is arranged between the top of the fastening bolt and the bottom surface of the container, the fastening screw cap matched with the fastening bolt is arranged in a hole of the corner body of the upper layer container, a return spring B is arranged between the top of the fastening screw cap and the top surface of the container, and the fastening bolt is screwed into the fastening screw cap to fix the upper layer container and the lower layer container into a whole through the corner piece seat.

3. The assembly type container building as claimed in claim 1 or 2, wherein the corner fitting seats of the corner fitting connecting means are single corner fitting seats or double-connected corner fitting seats or quadruple corner fitting seats, the double-connected corner fitting seats are formed by integrally connecting the outer surfaces of one side of two single corner fitting seats, and the quadruple corner fitting seats are formed by integrally connecting the outer surfaces of two sides of four single corner fitting seats.

4. The assembly type container building according to claim 1, wherein the positioning locking strips of the beam connecting device are respectively arranged on the upper surface of the top beam of the container box body and the lower surface of the bottom beam of the container box body, a plurality of identical dovetail grooves are arranged on the positioning locking strips, the openings of the dovetail grooves are outward, the tensioning pressing blocks are formed by combining left and right pieces with the same shape, dovetail convex blocks matched with the dovetail grooves on the positioning locking strips are arranged at the top and the bottom of the tensioning pressing blocks, locking accessories are arranged between the left and right tensioning pressing blocks, the top dovetail convex blocks of the tensioning pressing blocks are embedded in the dovetail grooves of the positioning locking strips at the bottom of the upper container, the bottom dovetail convex blocks of the tensioning pressing blocks are embedded in the dovetail grooves of the positioning locking strips at the top of the lower container, and the left and right tensioning pressing blocks are expanded to the two sides.

5. The assembled container building according to claim 1, wherein one side of the left dovetail block and one side of the right dovetail block of the side column connecting device are respectively installed on the columns of two adjacent containers, the other side of the left dovetail block and the other side of the right dovetail block are respectively provided with a same dovetail groove, the cross section of the dovetail groove connecting block and the left dovetail groove, the cross section shapes of two merges of right dovetail groove are the same, the dovetail connecting block inserts in two merges grooves of left dovetail groove and right dovetail groove, be equipped with a fixed orifices on the dovetail connecting block central line, the location spiral shell board is hung and is adorned on left dovetail groove block and right dovetail groove block, be equipped with a screw hole on the rear wall of location spiral shell board, the locking bolt passes the screw hole on the fixed orifices screw in location spiral shell board rear wall on the dovetail connecting block, with the dovetail connecting block locking between left dovetail groove block and right dovetail groove block.

6. An assembled container building according to claim 1 or 4, wherein the height of the locking strips of the beam connecting means does not exceed the height of the container at the bottom or at both sides of the top.