CN210798029U - Clean operating room assembled electrolysis steel sheet connected system - Google Patents
Clean operating room assembled electrolysis steel sheet connected system Download PDFInfo
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- CN210798029U CN210798029U CN201921470648.XU CN201921470648U CN210798029U CN 210798029 U CN210798029 U CN 210798029U CN 201921470648 U CN201921470648 U CN 201921470648U CN 210798029 U CN210798029 U CN 210798029U
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Abstract
The utility model discloses a clean operating room fabricated electrolytic steel plate connecting system, which comprises a top plate keel connected below a top plate, a wall keel connected at the inner side of a wall, an inclined strut connected between the wall and the wall keel and a fabricated electrolytic steel plate connected on the top plate keel and the wall keel; the assembled electrolytic steel plates are assembled in blocks, and are respectively connected with the top plate keel and the wall keel in a hanging way; the end of the adjacent assembled electrolytic steel plate is provided with a flanging, and the flanging is connected with the corresponding roof keel or wall keel. During construction, the assembled electrolytic steel plate of the utility model is convenient for construction and can ensure the installation tightness of the electrolytic steel plate through hanging and welding dual connection modes; through the setting of roof fossil fragments and wall body fossil fragments, the wall body fossil fragments pass through the corner fittings with roof and bottom plate respectively and are connected, are provided with the bracing between wall body fossil fragments and wall body, have further strengthened the connection steadiness of wall body fossil fragments.
Description
Technical Field
The utility model relates to an operating room wallboard connection system, in particular to an assembled electrolytic steel plate connection system for a clean operating room.
Background
The operating room is an important place for providing operations and rescuing for patients. The form of operating theatre has also evolved from the previous decentralized and centralized operating theatres to the now clean operating theatre. For a clean operating room, the construction of the wall surface and the top plate is generally carried out by integral welding, but during the construction of the integral welding operating room, the electrolytic steel plates used by the wall surface and the top plate need to be assembled and welded on site, the workload of electric welding and spraying is large, the requirement on the manual skill of constructors is high, the construction period is long, and time and labor are wasted; in addition, in the welding of the whole electrolytic steel plate, the crack of the coating surface layer is easily caused at the joint welding position due to thermal expansion and cold contraction, and the chemical reaction between the antibacterial coating and the metal is easily caused by improper treatment of the putty, so that the occurrence of the mark of the flower appears. In addition, the integral welding is not beneficial to the targeted design of the door and window opening.
SUMMERY OF THE UTILITY MODEL
The utility model provides a clean operating room assembled electrolysis steel sheet connected system for solve assembled electrolysis steel sheet assemble articulate, roof and wall body fossil fragments consolidate and assembled electrolysis steel sheet design installation scheduling technical problem.
In order to achieve the above purpose, the utility model adopts the following technical scheme:
a clean operating room fabricated electrolytic steel plate connecting system comprises a top plate keel connected below a top plate, a wall keel connected to the inner side of a wall, an inclined strut connected between the wall and the wall keel and a fabricated electrolytic steel plate connected to the top plate keel and the wall keel; the assembled electrolytic steel plate is formed by assembling the assembled electrolytic steel plates in blocks, the assembled electrolytic steel plates are respectively connected with the top plate keel and the wall keel in a hanging way, the assembled electrolytic steel plates are connected with the wall keel through wall hanging pieces, and the assembled electrolytic steel plates are connected with the top plate keel through connecting pieces;
the adjacent assembled electrolytic steel plate connecting joints are arranged at the top plate keel or the wall body keel, the adjacent assembled electrolytic steel plate connecting joints are filled with sealant, the end of the adjacent assembled electrolytic steel plate is provided with a flanging, and the flanging is connected with the corresponding top plate keel or the wall body keel.
Furthermore, the assembled electrolytic steel plate comprises an electrolytic steel plate and a gypsum board connected with the back surface, and a steel back edge is connected to the gypsum board; the electrolytic steel plate surface layer is high-voltage electrostatic antibacterial powder baking varnish.
Furthermore, the wall keel comprises a vertical wall keel, and a transverse wall keel and a wall hanging keel which are vertically connected to the vertical wall keel; the top of the wall vertical keel is connected with the top plate through a corner fitting, and the bottom of the wall vertical keel is connected to the wall transverse keel.
Furthermore, the wall hanging keel is arranged corresponding to the assembled electrolytic steel plate and the wall opening, and a wall hanging part is connected between the wall hanging keel and the assembled electrolytic steel plate; the wall hanging keel is an angular piece, the internal corner of the angular piece faces the wall body, one side face of the angular piece is flush with the wall vertical keel, and the other side face of the angular piece is perpendicular to the wall vertical keel.
Further, the wall hanging piece comprises an upper L-shaped piece and a lower L-shaped piece connected below the upper L-shaped piece; the assembly type electrolytic steel plate is characterized in that the upper L-shaped piece is a right angle, the long side surface of the upper L-shaped piece is correspondingly connected with the assembly type electrolytic steel plate, and the end part of the short side of the upper L-shaped piece is connected with the top end of the long side of the lower L-shaped piece; the internal angle of the lower L-shaped piece is an obtuse angle, and the horizontal distance between the external angle of the lower L-shaped piece and the extension line of the long edge of the upper L-shaped piece adapts to the thickness of the side edge of the wall hanging keel.
Further, wall connecting pieces are connected between the wall hanging pieces and the assembly type electrolytic steel plates, and the wall connecting pieces are formed by alternately connecting and combining U-shaped pieces and inverted U-shaped pieces; the sealing side of one of the U-shaped piece and the inverted U-shaped piece is connected to the assembled electrolytic steel plate, and the other sealing side of the U-shaped piece is connected with the long edge of the upper L-shaped piece of the wall hanging piece; the thickness of the wall connecting piece is adapted to the horizontal width between the assembled electrolytic steel plate and the wall hanging keel.
Further, the connecting piece comprises a connecting rod connected with the top plate and an adapter piece connected with the end part of the connecting rod; the adaptor is connected with the upper side face of the top plate keel and is an L-shaped hook, an angle or a connecting plate.
Furthermore, the lower side surface of a flange connected with the top plate keel of the assembled electrolytic steel plate is connected with a top connecting piece, and an anchoring piece is connected between the top connecting piece and the adapter piece; the top connecting piece is an angle piece or a connecting plate, and the anchoring piece is a bolt or a pin rod.
Furthermore, inclined struts are connected between the top plate keels on the periphery and the corners of the top plate and the wall body respectively, and the inclined struts are connected with the wall body through corner pieces; the connection internal corner of the top plate keel and the wall keel is connected with a corner fitting.
The beneficial effects of the utility model are embodied in:
1) the utility model sprays high-voltage electrostatic antibacterial powder baking varnish on the surface of the electrolytic steel plate through the arrangement of the assembled electrolytic steel plate, which can meet the functional requirements of cleanness, comfort and environmental protection in a clean operating room; the assembled electrolytic steel plate is connected in a hanging and welding dual mode, so that the construction problem caused by integral welding is avoided, the construction is convenient, and the installation tightness of the electrolytic steel plate is ensured;
2) the utility model discloses a roof fossil fragments and wall body fossil fragments set up, the wall body fossil fragments pass through the corner fittings with roof and bottom plate respectively and are connected, are provided with the bracing between wall body fossil fragments and the wall body, have further strengthened the connection steadiness of wall body fossil fragments; inclined struts are arranged between the top plate keel and the wall body and between the top plate keel and the wall body respectively, and a reinforcing piece is arranged between the top plate keel and the wall body keel, so that a reliable supporting system is provided for connecting the assembled electrolytic steel plate;
3) when the utility model is constructed, the installation holes of the devices or structures needed by the wall keel and the roof keel are reserved and designed in a targeted way, and then the prefabricated electrolytic steel plate is used for typesetting and designing in advance, so that the installation quality of the holes can be ensured and the construction time can be saved when the prefabricated electrolytic steel plate is installed formally;
in addition, when the utility model is constructed and installed, because of the functional requirements, the waterproof layer is arranged at the corner at the bottom, the heat preservation layer is arranged at the corner at the top, and the sealant is filled between the adjacent electrolytic steel plates, thus being beneficial to the use of a clean operating room; the utility model adopts the assembly type process, the on-site workload is small, the construction quality is high, the mass production is facilitated, and the construction cost is reduced; additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention; the primary objects and other advantages of the invention may be realized and attained by the structure particularly pointed out in the written description.
Drawings
FIG. 1 is a vertical sectional view of a fabricated electrolytic steel plate connection system in a clean operating room;
FIG. 2 is a schematic view of the vertical distribution of wall studs;
FIG. 3 is a schematic view showing the connection of the top plate to the fabricated electrolytic steel plate;
FIG. 4 is a schematic view of the connection of the bottom plate to the fabricated electrolytic steel plate;
FIG. 5 is a schematic view of the connection between the fabricated electrolytic steel plate and the wall-hung keel.
Reference numerals: 1-top plate, 2-wall body, 3-bottom plate, 4-top plate keel, 5-wall body keel, 51-wall vertical keel, 52-wall transverse keel, 53-wall hanging keel, 6-diagonal brace, 7-assembled electrolytic steel plate, 71-electrolytic steel plate, 72-gypsum plate, 73-sealant, 8-connecting piece, 81-connecting rod, 82-adapter piece, 9-insulating layer, 10-waterproof layer, 11-wall opening, 12-corner piece, 13-wall connecting piece, 14-wall hanging piece, 141-upper L-shaped piece, 142-lower L-shaped piece, 15-top connecting piece and 16-anchoring piece.
Detailed Description
Taking a clean operating room as an example, as shown in fig. 1, a sectional view of the assembled electrolytic steel plate 7 is connected with the top plate 1 and the wall body 2 respectively. The connection system of the assembled electrolytic steel plate 7 in the clean operating room comprises a top plate keel 4 connected below the top plate 1, a wall keel 5 connected to the inner side of the wall 2, an inclined strut 6 connected between the wall 2 and the wall keel 5 and the assembled electrolytic steel plate 7 connected on the top plate keel 4 and the wall keel 5; assembled electrolytic steel plate 7 is pieced together to form, and assembled electrolytic steel plate 7 articulates with roof fossil fragments 4 and wall body fossil fragments 5 respectively and is connected, and wherein, connected through wall pendant 14 between assembled electrolytic steel plate 7 and wall body fossil fragments 5, connected through connecting piece 8 between assembled electrolytic steel plate 7 and roof fossil fragments 4.
In the embodiment, the assembled electrolytic steel plate 7 is made of an electrolytic steel plate 71 as a base material, the electrolytic steel plate 71 is 1.0mm, 1.2mm and 1.5mm thick, a high-strength waterproof gypsum board 72 and a reinforced C-shaped steel back edge are backed on the electrolytic steel plate 71, and the surface layer is high-voltage electrostatic antibacterial powder baking varnish. The fabricated electrolytic steel sheet 7 has excellent thermal insulation properties, is less likely to generate and accumulate static electricity, has a smooth surface, is less likely to generate dust, is less likely to adhere to dust, and is less likely to remove dust.
In this embodiment, the joint of the adjacent assembled electrolytic steel plates 7 is arranged at the top plate keel 4 or the wall keel 5, the joint of the adjacent assembled electrolytic steel plates 7 is filled with the sealant 73, and the ends of the adjacent assembled electrolytic steel plates 7 are provided with flanges which are welded to the corresponding top plate keel 4 or the wall keel 5.
As shown in fig. 2, the wall keel 5 includes a wall vertical keel 51, a wall cross keel 52 vertically connected to the wall vertical keel 51, and a wall hanging keel 53, wherein the wall vertical keel 51 and the wall cross keel 52 are made of square steel pipes, and the joints are welded; the top end of the wall mullion 51 is bolted to the top panel 1 through the corner fitting 12, and the bottom end is welded or bolted to the wall transom 52. The wall cross keels 52 are distributed at the bottom ends of the wall vertical keels 51 and the positions of the top suspended ceiling or the suspended shed, and the wall cross keels 52 are connected with the bottom plate 3 through bolts or embedded parts; the wall hanging keel 53 is arranged corresponding to the assembled electrolytic steel plate 7 and the wall opening 11, and a wall hanging part 14 is connected between the wall hanging keel 53 and the assembled electrolytic steel plate 7; the wall hanging keel 53 is an angular steel piece, the internal corner of the angular piece faces the wall body 2, one side surface of the angular piece is flush with the wall vertical keel 51, and the other side surface of the angular piece is perpendicular to the wall vertical keel 51.
As shown in fig. 3, the connecting member 8 includes a connecting rod 81 bolted to the top plate 1 and an adaptor 82 bolted to the bottom of the connecting rod 81; the adaptor 82 is a steel L-shaped hook and is welded with the upper side surface of the top plate keel 4, and in addition, the adaptor 82 can also be an angle-shaped piece or a connecting plate which is welded or bolted with the corresponding top plate keel 4; a top connecting piece 15 is welded on the lower side surface of a flanging welded by the fabricated electrolytic steel plate 7 and the top plate keel 4, and the top connecting piece 15 is a steel angle piece or a connecting steel plate; an anchoring piece 16 is welded on the top connecting piece 15, and the anchoring piece 16 is a bolt or a pin rod. During installation, the anchor 16 is fixedly connected to the adaptor 82. In addition, inclined struts 6 are connected between the top plate keels 4 on the periphery and the corners of the top plate 1 and the wall body 2 respectively, the inclined struts 6 are connected with the wall body 2 through corner pieces 12, and the inclined struts 6 are made of square steel pipes; the connection internal corner department of roof fossil fragments 4 and wall body fossil fragments 5 is connected with corner fittings 12, and corner fittings 12 are right-angle steel spare.
As shown in fig. 4 and 5, the wall hanging member 14 is a steel member, and the wall hanging member 14 includes an upper L-shaped member 141 and a lower L-shaped member 142 connected below the upper L-shaped member 141; wherein, the upper L-shaped member 141 is a right angle, the long side surface of the upper L-shaped member 141 is correspondingly welded with the assembled electrolytic steel plate 7, and the end part of the short side of the upper L-shaped member 141 is welded or integrally manufactured and connected with the top end of the long side of the lower L-shaped member 142; the internal angle of the lower L-shaped piece 142 is an obtuse angle, and the horizontal distance between the external angle of the lower L-shaped piece 142 and the extension line of the long side of the upper L-shaped piece 141 is adapted to the thickness of the side edge of the wall hanging keel 53.
In the embodiment, a wall connecting piece 13 is connected between the wall hanging piece 14 and the assembled electrolytic steel plate 7, the wall connecting piece 13 is a steel component, and the wall connecting piece 13 is formed by alternately welding or integrally manufacturing a U-shaped piece and an inverted U-shaped piece; the sealing side of one of the U-shaped piece and the inverted U-shaped piece is welded on the assembled electrolytic steel plate 7, and the other sealing side is welded with the long side of the upper L-shaped piece 141 of the wall hanging piece 14; the thickness of the wall connecting piece 13 is adapted to the horizontal width between the assembled electrolytic steel plate 7 and the wall hanging keel 53.
With reference to fig. 1 to 5, a construction method of a clean operating room fabricated electrolytic steel plate connection system is further described, which comprises the following specific steps:
firstly, rechecking the space position and the size of the area of a clean operating room according to a building diagram of the clean operating room, and drawing a field measurement diagram; carrying out deepening design of a clean operating room through a field measurement diagram; when the design of a clean operating room is deepened, the design of the top plate keel 4 and the wall body keel 5 is carried out, the wall body hole 11 and the top plate hole are arranged according to the requirements of installation equipment or ventilation and the like of the wall body 2 and the top plate 1, and the layout of the assembled electrolytic steel plate 7 and the design of the grid holes are correspondingly carried out.
When the datum line is constructed, the line drawing site is installed cleanly, so that the bottom plate 3 is flat and clean, and the principle of line snapping is not influenced. According to the deepening drawing, a reference line is found, a wall surface where a clean operating room gate is located is generally used as the reference line, lines are drawn from a door frame, and the lines are drawn in sequence in the clockwise direction. The center point, right angle and bevel angle designations are drawn for ease of installation. And (3) planning the whole construction process in detail, drawing a large sample of installation nodes of key positions, and drawing a large unwrapping-wire sample of the assembled electrolytic steel plate 7 by combining the layout and the keel layout.
Step two, manufacturing an assembled electrolytic steel plate 7, connecting the back of an electrolytic steel plate 71 with a gypsum board 72, connecting a steel back edge on the back of the gypsum board 72, and manufacturing high-voltage electrostatic antibacterial powder baking varnish on the surface layer of the electrolytic steel plate 71; dividing the fabricated assembled electrolytic steel plates 7 into different sizes according to typesetting, and numbering the assembled electrolytic steel plates 7 of each plate.
Step three, manufacturing and installing a wall keel 5 according to a deepened design drawing; after checking and accepting the wall keel 5 reference control line on the clean operating room, the wall cross keel 52 at the bottom end of the wall keel 5 is fixed on the bottom plate 3, after the position of the wall cross keel 52 is checked to be correct, the top end of the wall vertical keel 51 is fixed on the top plate 1 by adopting the corner fitting 12, and the bottom end is welded and fixed on the wall cross keel 52. Taking the corner of the wall body 2 as the starting point of the wall keel 5, sequentially arranging a wall vertical keel 51, a wall transverse keel 52 and a wall hanging keel 53; the arrangement space of the wall hanging keels 53 is consistent with the grid width of the assembled electrolytic steel plate 7, and the height is selected according to actual needs.
Wherein, the spacing control of wall keel 51 is between 600mm ~1200mm, and highly selects as actual need. After checking that the position of the wall vertical keel 51 is correct, determining the distance according to the arrangement drawing of the wall vertical keel 51 of the clean operating room, welding the top end of the wall vertical keel 51 by adopting 4# angle iron, fixing the wall vertical keel on the bottom surface of the top plate 1 by using M8 multiplied by 60 expansion bolts, and welding the lower end of the wall vertical keel on the wall cross keel 52; the middle parts of the vertical wall keels 51 are fixed on the wall body 2 at intervals by inclined struts 6; if the adjacent wall surfaces are all the wall keels 5, the adjacent wall surfaces are welded among the keels to form a stable truss; every wall keel 51 all needs two directions to hang the plumb line, and the error is not more than 2 mm. The distance between the transverse wall keel 52 and the wall hanging keel 53 is controlled to be 600 mm-1200 mm; and after the wall transverse keel 52 is checked and accepted, the wall transverse keel is fixed on the bottom plate 3 by using expansion bolts according to control lines. When the skirting line keel 52 is welded to the wall cross keel 52 at the skirting position, the skirting line keel adopts the special wall cross keel 52, the wall cross keel 52 is welded between the wall vertical keels 51, and the distance from the center of the wall cross keel 52 to the wall vertical keel 51 is 85 mm.
Fourthly, manufacturing and installing a top plate keel 4 according to a deepened design drawing; after checking and accepting the reference control line of the top plate keel 4, popping up a top plate keel 4 line on the bottom plate 3 according to the layout drawing of the top plate keel 4, projecting the control line of the top plate keel 4 on the bottom plate 3 onto the surface of the top plate 1 by using a laser instrument, and installing a connecting piece 8 along the control line of the top plate keel 4; correspondingly placing the top plate keel 4 according to the paying-off position of the bottom plate 3, assembling according to a design drawing group, hoisting the top plate keel 4 to a connecting piece 8 through two chain blocks after assembling is finished, and connecting the top plate keel 4 and the wall body 2 through an inclined strut 6 after checking that the error requirement is met; and for the joint of the top plate keel 4 and the wall keel 5, a corner piece 12 is arranged at the internal corner below the joint.
Wherein, the top plate keel 4 comprises an arc top plate keel, a plane top plate keel and an air supply ceiling top plate keel; the top wall cross keel 52 of the wall body 2 is respectively connected and transited with the arc top plate keel, the plane top plate keel or the air supply ceiling top plate keel; in addition, the arrangement of the lamps and the devices for preprocessing air supply ceilings and the like on the top plate 1 is considered in the arrangement of the plane top plate keel 4, and the reasonable hanging point position of the top plate keel 4 is designed.
The air supply ceiling is an integrated clean air conditioner air supply outlet which is independently designed, the inner walls of the cavities of the air supply ceiling are totally closed by the assembled electrolytic steel plates 7, and joints are glued and sealed to form clean cavities; the air supply ceiling is hung on the top plate 1, and four corners of the air supply ceiling are connected with the angle steel bolts of four corners of the fixed top plate keel 4 framework.
Step five, mounting the assembled electrolytic steel plates 7 on the wall keels 5, firstly connecting wall hanging pieces 14 and wall connecting pieces 13 on the assembled electrolytic steel plates 7 in advance, and then placing the assembled electrolytic steel plates 7 corresponding to the walls 2 of the clean operating room at corresponding positions according to a design deepening drawing; firstly, hanging peripheral assembled electrolytic steel plates 7 with wall keels 5 in sequence from the side edges of the door openings in the clockwise direction, then leveling and straightening, and then connecting the turned edges of the assembled electrolytic steel plates 7 with the wall keels 5; finally, the fabricated electrolytic steel plate 7 at the corner of the wall body 2 and the bottom plate 3 is mounted on the corner, and the waterproof layer 10 is correspondingly mounted, wherein the waterproof layer 10 is integrally manufactured by adopting a waterproof gypsum board and the fabricated electrolytic steel plate 7.
Wherein, after the assembled electrolytic steel plate 7 is checked to be horizontal, the assembled electrolytic steel plate is welded and fixed with the transverse keel 52 of the wall at the bottom end of the wall body 2. The thickness of the assembled electrolytic steel plate 7 of the wall base is 5mm less than that of the assembled electrolytic steel plate 7 of the wall, so that a hidden skirting can be formed at the skirting part of the wall, and the winding head on the PVC coiled material below the waterproof layer 10 at the bottom plate 3 is convenient; the bottom plate 3 adopts 2mm from the flat pretreatment back, spreads and pastes the antistatic rubber coiled material of import to adopt homogeneous welding rod to weld into a whole, bottom plate 3 paints the cement fillet in the corner of being connected with wall body 2.
The assembled electrolytic steel plates 7 corresponding to all the wall surfaces of the clean operating room are placed at corresponding positions, and the peripheral wall plates and the wall hanging keel 53 are fixed by locking pliers sequentially from the side of the door opening in the clockwise direction. Leveling and straightening the assembled electrolytic steel plate 7, designing a 3mm wide abutted seam between the retaining plates, and welding and fixing the turned edge of the assembled electrolytic steel plate 7 and the wall keel 5 by using electric welding. The corner assembled electrolytic steel plate 7 is arranged on a corner and is fixed by electric welding, the bottom of the electrolytic steel plate is connected with the horizontal wall keel 52 of the skirting and the electrolytic steel plate of the base in a spot welding way, and the welding of the convex wall surface is ground by a grinder and is supplemented with rust prevention.
Sixthly, mounting the assembled electrolytic steel plate 7 on the top plate keel 4, mounting a top connecting piece 15 on the assembled electrolytic steel plate 7 in advance, arranging the assembled electrolytic steel plate 7 according to a deepening design drawing, hoisting the assembled electrolytic steel plate 7 on the plane without the hole, and mounting the assembled electrolytic steel plate 7 on the hole of the top plate; after the assembly is lifted, the top connecting piece 15 is connected with the connecting piece 8 through the anchoring piece 16, and then the flanging of the assembled electrolytic steel plate 7 is connected with the wall keel 5; and finally, the assembled electrolytic steel plates 7 on the peripheral top plate keels 4 are connected with the assembled electrolytic steel plates 7 installed on the wall keels 5 in a butt joint mode, heat preservation layers 9 are correspondingly installed, and the heat preservation layers 9 are integrally manufactured by adopting self-adhesion heat preservation plates and the assembled electrolytic steel plates 7.
Wherein, to the installation assembled electrolytic steel plate 7 of plane roof fossil fragments, arrange assembled electrolytic steel plate 7 on the ground according to the drawing. Connecting the assembled electrolytic steel plates 7 and the connecting piece 8 by using M5 screws in sequence, wherein the error between the plates cannot exceed 0.5 mm; leveling and straightening the assembled electrolytic steel plate 7, ensuring that the abutted seam between the plates is 3mm wide, welding and fixing the assembled electrolytic steel plate 7 and the top plate keel 4 by using an electric welding machine, and polishing and leveling the welded protruding wall surface by using a grinding machine and supplementing rust resistance.
For the arc top plate keel and the air supply ceiling top plate keel, the assembled electrolytic steel plate 7 is installed, the corresponding arc and air supply ceiling top plate keel are arranged according to the drawing sequence, the top plate keel 4 is connected with the top plate or the wall body 2 by using M5 screws, and then the M5 screws are connected with the assembled electrolytic steel plate 7. The installed assembled electrolytic steel plate 7 needs to ensure the design flatness and the sealing performance, the convex-concave can not exceed 0.5mm, the assembled electrolytic steel plate 7 and the top plate keel 4 are welded and fixed, and the joint seam between the plates is embedded, pressed and glued by adopting the shape-preserving weather-proof sealant.
Seventhly, filling and supplementing sealant 73 at each splicing seam, and checking and adjusting the splicing seams of the assembled electrolytic steel plates 7 on the wall keel 5 and the top plate keel 4; then, the engineering defect at the time of mounting on the fabricated electrolytic steel plate 7 is inspected and repaired; further installing decorative accessories, correspondingly installing doors, windows, lamps and other equipment at the wall body hole 11 and the top plate hole, and finally cleaning, arranging, tearing and gluing.
In addition, rust preventive oil is required to be added at the bolt joint or the welding joint, and the normal and long-term use of the component is ensured. In the construction process, various materials can be customized and processed, finished products are orderly stacked on site, and standardized construction is carried out in the operation process, so that civilized, efficient and safe construction on the construction site can be ensured.
The above description is only for the preferred embodiment of the present invention, but the protection scope of the present invention is not limited thereto, and any changes or substitutions that can be considered by those skilled in the art within the technical scope of the present invention should be covered by the protection scope of the present invention.
Claims (9)
1. A clean operating room fabricated electrolytic steel plate connecting system is characterized by comprising a top plate keel (4) connected below a top plate (1), a wall keel (5) connected to the inner side of a wall body (2), an inclined strut (6) connected between the wall body (2) and the wall keel (5) and fabricated electrolytic steel plates (7) connected to the top plate keel (4) and the wall keel (5); the assembled electrolytic steel plates (7) are formed by assembling in blocks, the assembled electrolytic steel plates (7) are respectively connected with the top plate keels (4) and the wall keels (5) in a hanging mode, the assembled electrolytic steel plates (7) are connected with the wall keels (5) through wall hanging pieces (14), and the assembled electrolytic steel plates (7) are connected with the top plate keels (4) through connecting pieces (8);
the adjacent assembled electrolytic steel plate (7) connecting joints are arranged at the top plate keel (4) or the wall keel (5), the adjacent assembled electrolytic steel plate (7) connecting joints are filled with sealant (73), the end of the adjacent assembled electrolytic steel plate (7) is provided with a flanging, and the flanging is connected with the corresponding top plate keel (4) or the wall keel (5).
2. The assembled electrolytic steel plate connecting system for clean operating rooms as claimed in claim 1, wherein the assembled electrolytic steel plate (7) comprises an electrolytic steel plate (71) and a gypsum board (72) connected with the back surface, and a steel back edge is connected to the gypsum board (72); the surface layer of the electrolytic steel plate (71) is high-voltage electrostatic antibacterial powder baking varnish.
3. The fabricated electrolytic steel plate connection system for clean operating rooms of claim 1, wherein the wall keel (5) comprises a wall vertical keel (51), and a wall cross keel (52) and a wall hanging keel (53) vertically connected to the wall vertical keel (51); the top end of the vertical wall keel (51) is connected with the top plate (1) through the corner piece (12), and the bottom end of the vertical wall keel is connected to the transverse wall keel (52).
4. The assembled electrolytic steel plate connecting system for the clean operating room as claimed in claim 3, wherein the wall hanging keel (53) is arranged corresponding to the assembled electrolytic steel plate (7) and the wall opening (11), and a wall hanging member (14) is connected between the wall hanging keel (53) and the assembled electrolytic steel plate (7); the wall hanging keel (53) is an angular piece, the internal corner of the angular piece faces the wall body (2), one side face of the angular piece is flush with the wall vertical keel (51), and the other side face of the angular piece is perpendicular to the wall vertical keel (51).
5. The prefabricated electrolytic steel plate connection system of clean operating room as claimed in claim 4, wherein said wall hanger (14) comprises an upper L-shaped member (141) and a lower L-shaped member (142) connected below the upper L-shaped member (141); wherein, the upper L-shaped piece (141) is a right angle, the long side surface of the upper L-shaped piece (141) is correspondingly connected with the assembled electrolytic steel plate (7), and the short side end part of the upper L-shaped piece (141) is connected with the long side top end of the lower L-shaped piece (142); the internal angle of the lower L-shaped piece (142) is an obtuse angle, and the horizontal distance between the external angle of the lower L-shaped piece (142) and the extension line of the long edge of the upper L-shaped piece (141) is adaptive to the thickness of the side edge of the wall hanging keel (53).
6. The assembled electrolytic steel plate connecting system for the clean operating room as claimed in claim 5, wherein a wall connecting piece (13) is connected between the wall hanging piece (14) and the assembled electrolytic steel plate (7), and the wall connecting piece (13) is formed by alternately connecting and combining a U-shaped piece and an inverted U-shaped piece; the sealing side of one of the U-shaped piece and the inverted U-shaped piece is connected to the assembled electrolytic steel plate (7), and the other sealing side is connected with the long edge of the upper L-shaped piece (141) of the wall hanging piece (14); the thickness of the wall connecting piece (13) is adapted to the horizontal width between the assembled electrolytic steel plate (7) and the wall hanging keel (53).
7. The fabricated electrolytic steel plate connection system for clean operating rooms as claimed in claim 1, wherein the connection member (8) comprises a connection rod (81) connected to the top plate (1) and an adaptor (82) connected to an end of the connection rod (81); the adaptor (82) is connected with the upper side surface of the top plate keel (4), and the adaptor (82) is an L-shaped hook, an angle or a connecting plate.
8. The assembled electrolytic steel plate connecting system for clean operating rooms as claimed in claim 1 or 7, wherein the underside of the flange of the assembled electrolytic steel plate (7) connected with the top plate keel (4) is connected with a top connecting piece (15), and an anchoring piece (16) is connected between the top connecting piece (15) and the adapter piece (82); the top connecting piece (15) is an angle-shaped piece or a connecting plate, and the anchoring piece (16) is a bolt or a pin rod.
9. The assembled electrolytic steel plate connecting system for clean operating rooms as defined in claim 1, wherein the top plate keels (4) around and at the corners of the top plate (1) are respectively connected with the wall body (2) by inclined struts (6), and the inclined struts (6) are connected with the wall body (2) by corner pieces (12); the connection internal corner of the roof keel (4) and the wall keel (5) is connected with a corner fitting (12).
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| CN110512788A (en) * | 2019-09-05 | 2019-11-29 | 北京城建六建设集团有限公司 | A kind of clean operating room assembled electrolysis steel plate linked system and its construction method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110512788A (en) * | 2019-09-05 | 2019-11-29 | 北京城建六建设集团有限公司 | A kind of clean operating room assembled electrolysis steel plate linked system and its construction method |
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