CN210713946U - Main body module of transformer substation assembly type guard room - Google Patents

Abstract

The utility model provides a main part module of assembled guard room of transformer substation, including a plurality of concatenation module, the concatenation module includes main body frame, combination wall body, roof and bottom plate, the combination wall body includes side fascia, rock wool layer and interior wallboard, every the both sides of concatenation module are equipped with the concatenation strip to pour into polyurethane foam material into in the gap department of two concatenation strips, wall rock plate has been laid to one side of concatenation strip, the roof includes keel frame, bamboo wood fiber board and thermal-insulated insulation material, the bottom plate includes keel frame, cement fiber pressure plate and hasp floor. The utility model relates to a main part module of assembled guard room of transformer substation, the standardized production of mill, the modularization is independently assembled, and internal and external an organic whole is once only taken shape, and the scene is directly hung and is put, has replaced the traditional mode of building of putting on the spot, and not only convenient, swift but also more energy-conserving, more environmental protection have improved factor of safety greatly.

Description

Main body module of transformer substation assembly type guard room

Technical Field

The utility model relates to a building structure's technical field, in particular to main part module in transformer substation's assembled guard room.

Background

At present, in the modularized general design scheme of the national power grid, a guard room usually adopts a field assembly mode, and a large amount of steel structure beam column member hoisting, splicing, roof purlin, profiled steel sheet and wall panel installation work still exist on the field, so that the process is complex, the construction period is influenced, and the construction safety risk also exists.

Internationally, fabricated buildings are considered a significant revolution in the construction industry and have been widely adopted by developed countries for a long time. In developed countries such as the United states and Japan, the assembled buildings have been developed to a relatively mature and perfect stage after decades or even hundreds of years, the occupation ratio of the assembled buildings is up to more than 90%, and the occupation ratio of the assembled buildings in China is less than 5%, so that the difference is very obvious. At present, in the market of China, the same type of integrated buildings (such as sentry boxes, newsstands and the like) are installed in a modularized mode, the specific installation mode is generally adopted for the modular installation of the building main body, diversified splicing cannot be carried out, the splicing form is single, one-to-one mode is required to be adopted for design and splicing, the manpower and material cost is increased, the price of the existing fabricated building is high, and the performances of durability, weather resistance, heat preservation, heat insulation, energy conservation, water resistance, sound insulation and the like of the fabricated building can not meet the requirements of the transformer substation building.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to overcome above-mentioned prior art not enough, provide a main part module of transformer substation's assembled guard room, factory's standardized production, the modularization is independently assembled, and interior outer an organic whole once only takes shape, and the scene is directly hung and is put, has replaced the traditional mode of building of putting on the spot, and not only convenient, swift but also more energy-conserving, more environmental protection have improved factor of safety greatly.

In order to achieve the purpose, the utility model provides a main body module of an assembly type guard room of a transformer substation, which comprises a main body module body, wherein the main body module body comprises a plurality of splicing modules, each splicing module comprises a main body frame, a combined wall body, a top plate and a bottom plate, the combined wall body comprises an outer wall plate, a rock wool layer and an inner wall plate, the rock wool layer is attached in the middle of the main body frame, the outer wall plate and the inner wall plate are respectively attached on two sides of the main body frame, splicing strips are arranged on two sides of each splicing module, the splicing strips of two adjacent splicing modules are fixedly connected through bolts, polyurethane foaming materials are injected into gaps of the two splicing strips, a wall rock wool plate is laid on one side of each splicing strip, the top plate comprises a keel framework, a bamboo wood fiber plate and heat insulation materials, the keel framework is provided with the bamboo wood fiber plate, the bamboo-wood fiber board is characterized in that a heat insulation material is arranged above the bamboo-wood fiber board, the bottom board comprises a ground keel frame, a cement fiber pressure plate and a locking floor, the cement fiber pressure plate is arranged on the ground keel frame, and the locking floor is arranged on the cement fiber pressure plate.

The main body module is divided into a plurality of splicing modules, each splicing module can be set to be in various sizes, independent splicing is carried out, splicing forms are diversified, and assembling requirements of different customers are met; the splicing modules are produced and decorated in a factory and assembled on site at the later stage, so that the integration of design standardization, production industrialization, construction assembly and decoration is realized, and the requirement of a highly integrated product which can be rapidly used in delivery is met; roof and bottom plate are all installed to each concatenation module, improve its durable resistant ability of waiting, heat preservation thermal-insulated, waterproof, energy-conservation etc to strengthen the fastness that main part module and roof and base are connected, need not during the installation with the help of interim supporting connection board, improved the convenience of main part module installation.

Preferably, each splicing module is further provided with a door module, the door module comprises a door and a door frame, a first wall frame is arranged on a combined wall of each splicing module, the door frame is matched with the first wall frame, a sealing groove is formed in one circle of the first wall frame, one circle of the door frame is fixedly connected with the sealing groove, the door is hinged with the door frame, the main module body comprises a duty room module, a living room module, a rest room module and a toilet module, the living room module further comprises a window module and an exhaust fan, the window module comprises a window glass and a window frame, a second wall frame and a third wall frame are arranged on the combined wall of the living room module, the window frame is fixedly connected with the second wall frame through bolts, the window glass is arranged in the window frame, the exhaust fan is fixedly connected with the third wall frame through bolts, and the rest room module further comprises a window module identical with the living room module, the toilet module also comprises a ventilation fan which is installed the same as the exhaust fan of the living room module.

The main body module is split into four splicing modules, namely a duty room module, a living room module, a rest room module and a toilet module, and the four splicing modules can be spliced in pairs, so that the splicing form under different environmental space states is met, and the comfort of a human body is improved; meanwhile, the corresponding door module, the window module, the exhaust fan and the ventilation fan are installed on each splicing module, so that the complexity of field installation is avoided, and the field assembly efficiency is improved.

As preferred, the combination wall body of on-duty room module, living room module and rest room module still includes welt one and water proof membrane, welt and water proof membrane are located between side fascia and the rock wool layer, welt one is the calcium silicate board, the side fascia is the wall rock board of fresh water, interior wallboard is whole body fiber crops board, the combination wall body of bathroom module still is including breathing the mould, bottoming constant force structural slab, welt two and waterproof layer, be equipped with between the side fascia of bathroom module and the rock wool layer and breathe the mould and crust constant force structural slab, bottoming constant force structural slab is the OS board, be equipped with welt two and waterproof layer between rock wool layer and the interior wallboard, side fascia and welt two are the fiber crops board, interior wallboard is the lock catch board.

The clean water wall rock plate, the calcium silicate plate, the waterproof film and the general gray plate are combined to form the combined wall body, so that the combined wall body is convenient to install, does not need the traditional processing of multiple processes inside and outside, reduces the labor cost, is convenient to maintain, has good performances of energy conservation, heat preservation, water resistance, sound insulation, earthquake resistance, wind resistance and the like, has high fire-proof grade and can prolong the service life to 50 years or more; through set up breathing mould, OS board, two-layer gypsum board, waterproof layer and SPC lock catch plate at bathroom combination wall body, replaced the bathroom that traditional materials such as brick wall, coating, waterproof putty makeed and form, can install in batches at the mill, the installation procedure is simple, swift, and the intensity of bathroom wall body is big moreover, and waterproof nature is even easily controlled, and later maintenance and change frequency are low, and cost of maintenance is few.

Preferably, the duty room module further comprises a rain shelter, the rain shelter is located above the door, a built-in groove is formed in a combined wall of the duty room module, and one end of the rain shelter is inserted into the built-in groove and then fixedly connected through a sealant. The setting of canopy carries out rainwater and sun to the personnel on duty who stands on duty at the gate and shelters from, improves the work travelling comfort.

The utility model has the advantages that: the utility model splits the main structure of the guard room into a plurality of splicing modules, each splicing module can be spliced independently to form different main modules, and the human body comfort is improved by splicing modes under different environmental space states; each splicing module is produced in a factory separately and simultaneously, and a top plate and a bottom plate are installed on each splicing module, so that during assembly, a temporary supporting connecting plate is not needed for supporting, the production efficiency, the assembly efficiency and the stability during assembly are improved, most of construction safety risks are avoided, and the splicing modules are convenient and quick, are more energy-saving and more environment-friendly, and have the performances of earthquake resistance, wind resistance, durability, weather resistance, heat preservation, heat insulation, water resistance, fire resistance and the like and are economical in manufacturing cost; from raw material manufacturing, house main body module transportation, on-site hoisting, user's use, the life cycle is all green, can not cause any destruction to the environment, is real sustainable, recyclable green building.

The features and advantages of the present invention will be described in detail by embodiments with reference to the accompanying drawings.

Drawings

Fig. 1 is a first schematic structural diagram of an embodiment of the present invention.

Fig. 2 is a schematic structural diagram ii of the embodiment of the present invention.

Fig. 3 is a longitudinal sectional view of an embodiment of the present invention.

Fig. 4 is a first structural schematic diagram of the combined wall.

Fig. 5 is a structural schematic diagram of a combined wall body.

Fig. 6 is a transverse cross-sectional view of the first embodiment of the present invention.

Fig. 7 is a transverse sectional view of the embodiment of the present invention.

In the figure: 1-splicing module, 2-duty room module, 3-living room module, 4-rest room module, 5-toilet module, 6-base, 11-main body frame, 12-combined wall, 13-top plate, 14-bottom plate, 15-splicing strip, 16-wall rock plate, 17-door module, 21-rain shelter, 22-built-in groove, 31-window module, 32-exhaust fan, 33-wall frame II, 34-wall frame III, 131-keel framework, 132-bamboo-wood fiber plate, 133-heat insulation material, 121-outer wall plate, 122-rock wool layer, 123-inner wall plate, 124-wall frame I, 125-sealing groove, 126-lining plate I, 127-waterproof film, 128-breathing module, 129-priming fixed-force structural plate, 130-lining plate II, 131-waterproof layer, 141-keel frame, 142-cement fiber pressure plate, 143-locking floor, 171-door, 172-door frame, 311-window glass and 312-window door frame.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clear, the present invention is further described in detail through the accompanying drawings and embodiments. It should be understood, however, that the description herein of specific embodiments is only intended to illustrate the invention and not to limit the scope of the invention. Moreover, in the following description, descriptions of well-known structures and techniques are omitted so as to not unnecessarily obscure the concepts of the present invention.

As shown in fig. 1 to 7, the embodiment provides an assembly type integrated guard room of a transformer substation, which includes a main module body, the main module body includes a plurality of splicing modules 1, the splicing modules 1 include a main frame 11, a combined wall 12, a top plate 13 and a bottom plate 14, the combined wall 12 includes an external wall panel 121, a rock wool layer 122 and an internal wall panel 123, the rock wool layer 122 is attached to the middle of the main frame 11, the external wall panel 121 and the internal wall panel 123 are respectively attached to two sides of the main frame 11, two sides of one end of each splicing module 1 are provided with splicing strips 15, the splicing strips 15 of two adjacent splicing modules 1 are fixedly connected through bolts, and a polyurethane foam material is injected into a gap between the two splicing strips 15, one side of the splicing strips 15 is laid with a wall rock plate 16, the top plate 13 includes a keel frame 131, a bamboo-wood fiber plate 132 and a heat insulation material 133, keel frame 131 adopts 89 mm's light gauge steel, install bamboo wood fiber board 132 on keel frame 131, bamboo wood fiber board 132's top is equipped with thermal-insulated insulation material 133, bottom plate 14 is including keel frame 141, cement fiber pressure plate 142 and hasp floor 143, and keel frame 141 adopts 89 mm's light gauge steel, install cement fiber pressure plate 142 on keel frame 141, cement fiber pressure plate 142's thickness adopts 20mm, be equipped with hasp floor 143 on the cement fiber pressure plate 142. The above constitutes the basic structure of the present invention.

More specifically, every concatenation module 1 still is equipped with door module 17, door module 17 includes door 171 and door frame 172, is equipped with wall frame 124 on every concatenation module 1's the combination wall body 12, door frame 172 and wall frame 124 phase-match, a week of wall frame 124 is equipped with seal groove 125, a week and seal groove 125 fixed connection of door frame 172, door 171 is articulated with door frame 172, the main part module body includes duty room module 2, living room module 3, rest room module 4 and bathroom module 5, living room module 3 still includes window module 31 and air discharge fan 32, window module 31 includes window glass 311 and window door frame 312, be equipped with wall frame two 33 and wall frame three 34 on living room module 3's the combination wall body 12, window door frame 312 passes through bolt fixed connection with wall frame two 33, window door frame 312 adopts the bridge cut-off aluminum alloy, the window glass 311 is installed in the window frame 312, the window glass 311 is made of hollow glass, the exhaust fan 32 is fixedly connected with the third wall frame 34 through bolts, the rest room module 4 further comprises a window module 31 identical to the living room module 3, and the toilet module 5 further comprises a ventilation fan installed identical to the exhaust fan 32 of the living room module 3.

More specifically, the combined wall 12 of the duty room module 2, the living room module 3 and the rest room module 4 further comprises a first lining plate 126 and a waterproof film 127, the first lining plate 126 and the waterproof film 127 are located between the outer wall plate 121 and the rock wool layer 122, the first lining plate 126 is a calcium silicate plate, the outer wall plate 121 is a clear water wall rock wool plate, the inner wall plate 123 is a whole body hemp ash plate, the combined wall 12 of the toilet module 5 further comprises a breathing mould 128, a bottoming constant force structural plate 129, a second lining plate 130 and a waterproof layer 131, the breathing mould 128 and the bottoming constant force structural plate 129 are arranged between the outer wall plate 121 and the rock wool layer 122 of the toilet module 5, the bottoming constant force structural plate 129 is a bottoming constant force structural plate OS, the thickness of the breathing mould 128 is 0.5mm, the thickness of the bottoming constant force structural plate OS is 9mm, the second lining plate 130 and the waterproof layer 131 are arranged between the rock wool layer 122 and the inner wall plate 123, the outer wallboard 121 and the second lining board 130 are both made of gunny board, the thickness of the gunny board is 9mm, the inner wallboard 123 is an SPC locking board, the thickness of the SPC locking board is 1.2mm, the thickness of the waterproof layer 131 is 2mm, and K11+ waterborne polyurethane dual waterproof is adopted.

More specifically, the duty room module 2 further includes a rain shelter 21, the rain shelter 21 is located above the door 171, the built-in groove 22 is arranged on the combined wall 12 of the duty room module 2, and one end of the rain shelter 21 is inserted into the built-in groove 22 and then fixedly connected through a sealant. The arrangement of the rain shed 21 shields the on-duty personnel standing at the door 171 port for the rainwater and the sun, so that the working comfort is improved.

Example one

The right side concatenation strip 15 of room on duty module 2 and the left side concatenation strip 15 of living room module 3 pass through bolt fixed connection, the upside concatenation strip 15 of bathroom module 5 and the downside concatenation strip 15 of living room module 3 pass through bolt fixed connection, 5 left sides concatenation strips 15 of bathroom module and the 4 right sides concatenation strips 15 of rest room module pass through bolt fixed connection, 4 upside concatenation strips 15 of rest room module and the room on duty downside concatenation strip 15 pass through bolt fixed connection, the back is accomplished in the concatenation, pour into polyurethane foam in the concatenation crack, then lay wall rock slab 16 in one side of concatenation strip 15.

Example two

The right side concatenation strip 15 of room on duty module 2 and the left side concatenation strip 15 of bathroom module 5 pass through bolt fixed connection, the upside concatenation strip 15 of bathroom module 3 and the downside concatenation strip 15 of bathroom module 5 pass through bolt fixed connection, 3 left sides concatenation strip 15 of bathroom module and the 4 right sides concatenation strip 15 of rest room module pass through bolt fixed connection, 4 upside concatenation strips 15 of rest room module and the room on duty downside concatenation strip 15 pass through bolt fixed connection, the back is accomplished in the concatenation, pour into polyurethane foam in the concatenation crack, then lay wall rock slab 16 in one side of concatenation strip 15.

A manufacturing method of a transformer substation assembly type guard room main body module comprises the following steps:

firstly, cutting a plurality of steel plate members of different types into proper lengths, numbering, pushing the steel plate members to a wallboard assembly area, dividing the members into four groups according to the numbers, riveting each group of members to form complete frames, namely a duty room frame, a living room frame, a rest room frame and a toilet frame, installing keel frames 131 at the tops of the frames, and installing ground keel frames 141 at the bottoms of the frames;

cutting the whole body cinderplate, the rock wool layer 122, the waterproof film 127, the first lining plate 126 and the clean water wall rock plate according to the design size requirement, after cutting, dividing the whole body cinderplate, the rock wool layer 122, the waterproof film 127, the first lining plate 126 and the clean water wall rock plate into three groups according to the size, then cutting a first wall frame 124 between a group of layers corresponding to the frame of the duty room module 2, cutting a second wall frame 33 and a third wall frame 34 between a group of layers corresponding to the frame of the living room module 3, and cutting a second wall frame 33 between a group of layers corresponding to the frame of the rest room module 4;

step three, respectively installing an inner wall plate 123, a rock wool layer 122, a waterproof film 127, a first lining plate 126 and an outer wall plate 121 on a duty room frame, a living room frame and a rest room frame from inside to outside through self-tapping screws, rivets or viscose, and installing splicing strips 15 on one side of each outer wall plate 121;

step four, cutting the SPC locking plate, the rock wool layer 122, the breathing mold 128, the priming constant-force structural plate 129, the first lining plate 126, the waterproof layer 131 and the plaster plate according to the design size requirement of the toilet module 5, simultaneously cutting a third wall frame 34 at the corresponding position on each plate, after cutting, respectively installing the SPC locking plate, the rock wool layer 122, the breathing mold 128, the priming constant-force structural plate 129, the first lining plate 126, the waterproof layer 131 and the plaster plate on the main frame 11 of the toilet module 5 from inside to outside through self-tapping screws, rivets or viscose, and installing the splicing strip 15 on one side of the plaster plate;

step five, installing a door frame 172 on a first wall frame 124 of the duty room module 2, installing a door 171 through a hinge, installing a window door frame 312 on a second wall frame 33 of the living room module 3, then installing a window glass 311, installing an exhaust fan 32 on a third wall frame 34 of the living room module 3 through a bolt, installing a window module 31 on the second wall frame 33 of the rest room module 4, and installing an exhaust fan on the third wall frame 34 of the toilet room module 5;

sixthly, mounting bamboo-wood fiber boards 132 on keel frames 131 of the modules, adhering heat insulation materials 133 on the bamboo-wood fiber boards 132, mounting cement fiber pressure plates 142 on the keel frames 141 of the modules, coating waterproof materials on the cement fiber pressure plates 142, mounting lock floor boards 143 on the waterproof materials, and performing groove flat joint treatment between the two lock floor boards 143;

step seven, after production is finished, wrapping the splicing modules 1 by a polyethylene film for a plurality of layers, and then loading and transporting to a field for assembly;

and step eight, sequentially hoisting the splicing modules 1 to the base 6, fixing the lower ends of the splicing modules 1 on the base 6 through U-shaped steel, fixedly connecting the splicing strips 15 of the splicing modules 1 through bolts, injecting polyurethane foam material into the gap between the two splicing strips 15, and attaching a rock plate 16 to one side of the two splicing strips 15.

Through dividing main part module split into on duty room module 2, living room module 3, four concatenation modules 1 of rest room module 4 and bathroom module 5, four concatenation modules 1 are separated the coproduction in the mill, production elapsed time is few, install roof 13 and bottom plate 14 on each concatenation module 1 simultaneously, the integration transportation, when assembling, need not to adopt interim supporting connection board to support, improve production efficiency, stability during assembly efficiency and assembly.

Compared with the prior art, the utility model splits the main structure of the guard room into a plurality of splicing modules 1, each splicing module 1 can be spliced independently, the splicing forms are diversified, and the human body comfort is improved by the splicing forms under different environmental space states; simultaneously, each splicing module 1 is separated and produced simultaneously in the mill and each splicing module 1 is provided with a top plate 13 and a bottom plate 14, when the assembly is carried out, a temporary supporting connecting plate is not needed to be adopted for supporting, the production efficiency is improved, the stability during the assembly efficiency and the assembly is improved, most of construction safety risks are avoided, the assembly is convenient and rapid, more energy-saving and environment-friendly, the anti-seismic wind-resistant, the durability and the weather-resistant, the heat preservation and the heat insulation are realized, the performances of water resistance, fire resistance and the like and the cost economy are realized, and the service life can be prolonged to 50 years.

The above description is only exemplary of the present invention and should not be taken as limiting the scope of the present invention, as any modification, equivalent replacement or improvement made within the spirit and principle of the present invention should be included in the present invention.

Claims (4)

1. The utility model provides a main part module in transformer substation's assembled guard room which characterized in that: the building block comprises a main body module body, wherein the main body module body comprises a plurality of splicing modules, each splicing module comprises a main body frame, a combined wall body, a top plate and a bottom plate, each combined wall body comprises an outer wall plate, a rock wool layer and an inner wall plate, the rock wool layer is attached to the middle of the main body frame, the outer wall plates and the inner wall plates are respectively attached to two sides of the main body frame, each splicing module is provided with splicing strips at two sides, every two adjacent splicing strips of the splicing modules are fixedly connected through bolts, polyurethane foaming materials are injected into gaps of the two splicing strips, a wall rock plate is laid on one side of each splicing strip, each top plate comprises a keel framework, a bamboo-wood fiber plate and heat insulation materials, the bamboo-wood fiber plate is mounted on the keel framework, the heat insulation materials are arranged above the bamboo-wood fiber plate, and each bottom plate comprises a ground keel framework, The floor comprises a cement fiber pressure plate and a locking floor, wherein the cement fiber pressure plate is arranged on a keel frame, and the locking floor is arranged on the cement fiber pressure plate.

2. A body module of a substation-equipped guard room according to claim 1, characterized in that: each splicing module is also provided with a door module, the door module comprises a door and a door frame, a first wall frame is arranged on a combined wall body of each splicing module, the door frame is matched with the first wall frame, a sealing groove is formed in one circle of the first wall frame, one circle of the door frame is fixedly connected with the sealing groove, the door is hinged with the door frame, the main body module body comprises an on-duty room module, a living room module, a rest room module and a toilet module, the living room module further comprises a window module and an exhaust fan, the window module comprises a window glass and a window door frame, a second wall frame and a third wall frame are arranged on the combined wall body of the living room module, the window door frame is fixedly connected with the second wall frame through bolts, the window glass is installed in the window door frame, the exhaust fan is fixedly connected with the third wall frame through bolts, and the rest room module further comprises a window module which is the same as the, the toilet module also comprises a ventilation fan which is installed the same as the exhaust fan of the living room module.

3. A body module of a substation-equipped guard room according to claim 2, characterized in that: the combined wall body of on-duty room module, living room module and rest room module still includes welt one and water proof film, welt one and water proof film are located between side fascia and the rock wool layer, welt one is the calcium silicate board, the side fascia is clear water wall rock board, interior wallboard is whole body fiber crops board, the combined wall body of bathroom module still is including breathing the mould, bottoming constant force structural slab, welt two and waterproof layer, be equipped with between the side fascia of bathroom module and the rock wool layer and breathe the mould and crust constant force structural slab, bottoming constant force structural slab is the OS board, be equipped with welt two and waterproof layer between rock wool layer and the interior wallboard, side fascia and welt two are the fiber crops board, interior wallboard is the SPC lock catch plate.

4. A body module of a substation-equipped guard room according to claim 2, characterized in that: the utility model discloses a light-duty room module, including the room module of on duty, the room module of on duty still includes the canopy that keeps off rain, the canopy that keeps off rain is located the top of door, be equipped with built-in groove on the combination wall body of room module on duty, the one end of canopy inserts behind the built-in groove through sealed glue fixed connection.

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