CN220433974U - Outer facade modeling wall - Google Patents

Abstract

The utility model discloses an outer elevation modeling wall, which comprises a wall frame fixedly connected with a wall body foundation wall, wherein an aluminum plate wall surface is arranged at the upper part of the wall frame, a wave modeling wall is arranged in the middle of the wall frame, a stone wall surface is arranged at the lower part of the wall frame, and the modeling wall is of an arch structure which comprises a front elevation, a left elevation and a right elevation; a first rescue escape window and a luminous lamp box are arranged on the left vertical surface of the aluminum plate wall surface, a second rescue escape window is arranged on the right vertical surface of the wave-shaped wall, a window eave and a landing window are arranged on the left vertical surface of the stone wall surface, and a door eave and a door entrance and exit are arranged on the right vertical surface of the stone wall surface; be located the aluminum plate wall on the wall frame and be fixed with the brim of a hat between wave molding wall and the stone material wall, be fixed with down the brim of a hat on the wall frame between wave molding wall and the stone material wall, be equipped with led lamp on the inner wall of upper brim of a hat lower extreme, be equipped with led lamp below the brim of a hat. The utility model has concave-convex visual modeling and is matched with the light effect, thereby having good overall visual effect for rescue and escape.

Description

Outer facade modeling wall

Technical Field

The utility model relates to an outer vertical surface modeling wall, and belongs to the technical field of cultural originality and billboard manufacturing.

Background

The modeling wall generally means that a layer of external protection is added on the outer layer of the building, and the uniqueness and the aesthetic degree of the external elevation decoration modeling are important factors for attracting people. Most exterior wall modeling technologies adopt glass, foam boards, extruded sheets and the like, the whole surface is smooth, but the line feeling and the visual effect are not strong, individuality is hardly revealed, and the aesthetic feeling of the current people is not satisfied. The outer facade is not only attractive in appearance and light visual effect, but also has the functions of rescue escape, noise prevention, water prevention and the like. The prior art has the defects that glass, foam boards, extruded sheets and the like are difficult to make concave-convex visual modeling, the replacement and maintenance difficulty is high, and the rescue escape, noise prevention, water prevention and other related functions are not complete.

Disclosure of Invention

The utility model aims to solve the technical problems that: how to make the modeling wall have concave-convex visual modeling and be matched with the light effect, has rescue escape, noise prevention, advertising, safe structure and good overall visual effect.

In order to solve the technical problems, the technical scheme of the utility model provides an outer vertical surface modeling wall which is characterized by comprising a wall frame fixedly connected with a wall body foundation wall, wherein an aluminum plate wall surface is arranged at the upper part of the wall frame, a wave modeling wall is arranged in the middle of the wall frame, a stone wall surface is arranged at the lower part of the wall frame, the modeling wall is of an arch structure, and the arch structure comprises a front vertical surface positioned in the middle, and a left vertical surface and a right vertical surface positioned at two sides of the front vertical surface; a first rescue escape window and a luminous lamp box are arranged on the left vertical surface of the aluminum plate wall surface, a second rescue escape window is arranged on the right vertical surface of the wave-shaped wall, a window eave and a landing window are arranged on the left vertical surface of the stone wall surface, and a door eave and a door entrance and exit are arranged on the right vertical surface of the stone wall surface; be located the aluminum plate wall on the wall frame and be fixed with the cap peak between wave molding wall and the stone material wall, be fixed with down the cap peak on the wall frame between wave molding wall and the stone material wall, be equipped with led lamp on the upper cap peak lower extreme inner wall, be equipped with led lamp below the cap peak, lower cap peak bottom is connected with the drain pipe.

Preferably, the floor window is provided with a propaganda poster; customer logo marks are arranged on the front vertical face of the wave-shaped wall, the front vertical face of the stone wall and the right vertical face of the stone wall.

Preferably, the wall frame include from last main joist flat tube that sets up down, main joist flat tube and ground are watered and are mixed earth fixed connection, through supporting crosspiece fixed connection between main joist flat tube one side and the wall body foundation wall, main joist flat tube opposite side is through jumping foot and the perpendicular shelves fixed connection of secondary joist, the perpendicular shelves of fixed connection is horizontal and vertical steel pipe on the perpendicular shelves of secondary joist, forms the steelframe.

Preferably, the aluminum plate wall surface comprises a plurality of spliced panels, each panel is fixed on the wall frame, and any two adjacent panels are connected in a matching way; the panel is located the place ahead of wall frame, and the panel top at aluminum plate wall top and the top fixedly connected with top seal board of wall frame are connected with first shrouding between panel and the wall frame through side seal board fixed connection between panel and the wall frame of aluminum plate wall both sides, aluminum plate wall top corner.

Preferably, one end of each panel is provided with a male profile, and the other end is provided with a female profile; any one panel is connected with the other adjacent panel in an opposite-inserting and matching way through the male profile and the female profile.

Preferably, the upper hat brim comprises a first steel bracket fixed on the surface of the middle layer of the wall frame and a T-shaped second steel bracket fixed at the upper end of the first steel bracket, an inner plate is fixed on the inner wall of the second steel bracket, an led lamp is arranged on the inner plate on the second steel bracket, and an edge covering plate is fixed at the outer end of the second steel bracket;

the lower cap peak comprises an L-shaped fourth steel bracket fixed on the wall frame, an inner plate is fixed on the inner wall of the fourth steel bracket, the front end of the inner plate on the fourth steel bracket is protruded at the front end of the fourth steel bracket to form a slope, the rear end of the inner plate on the fourth steel bracket is horizontally connected with the rear end of the fourth steel bracket, a drain pipe is arranged at the rear end of the fourth steel bracket, the drain pipe penetrates through the fourth steel bracket and the inner plate connected with the drain pipe, and an edge covering plate is fixed at the outer end of the fourth steel bracket;

a fifth steel bracket fixedly connected with the wall frame is arranged above the lower cap peak, an inner plate is fixed on the inner wall of the fourth steel bracket, a space is arranged between the front end of the inner plate and the fifth steel bracket, a bottom plate is fixed on the fifth steel bracket, and a led lamp is arranged on the bottom plate.

Preferably, an outer included angle formed at the connection part between the left elevation and the right elevation of the wall frame connected with the wave-shaped wall is a first corner; the outer included angle formed at the joint between the right elevation and the front elevation of the wall frame connected with the wave modeling wall is a second corner; the wave modeling wall comprises a plurality of wave modeling plates, the wave modeling plates are fixed on a wall frame, one end of each wave modeling plate is provided with a supporting leg, the other end of each wave modeling plate is provided with a supporting leg, the supporting legs are provided with clamping grooves matched with the supporting legs, and the supporting legs of one wave modeling plate are staggered at the sharp corners of the first corner and are fixedly connected with the wall frame; the connection between any two adjacent wave shaping plates is spliced with the clamping groove of the other wave shaping plate through the supporting leg of one wave shaping plate, and the supporting leg of each wave shaping plate is fixed on the wall frame; the end of the wall frame is connected with the side sealing plate by the wave shaping plate at the end of the wall frame.

Preferably, the first rescue escape window is two opposite-opening windows, namely a left window and a right window; the second rescue escape window is a single window; the single window, the left window and the right window comprise an inner bracket and a wave shaping plate, and the wave shaping plate is fixed on the inner bracket;

the left side edge of the upper inner bracket of the left window is connected with the wall frame through a hinge; the right side edge of the upper inner bracket of the right window is connected with the wall frame through a hinge; the left side of the inner bracket of the second rescue escape window is fixedly connected with the wall frame through a hinge;

the connection between any two adjacent wave shaping plates on the inner support is spliced with the clamping groove at the other end of the other wave shaping plate through the supporting leg at one end of the one wave shaping plate;

the leftmost end of the wave shaping plate connected with the inner support on the left window is matched with the circular arc edge of the right end of the wave shaping plate closest to the left window on the wave shaping wall; the rightmost end of the wave-shaped plate connected with the inner support on the left window is matched with the circular arc edge of the leftmost end of the wave-shaped plate connected with the inner support on the right window; the rightmost end of the wave-shaped plate connected with the inner support on the right window is matched with the circular arc edge of the left end of the wave-shaped plate closest to the right window on the wave-shaped wall; the leftmost end of the wave shaping plate connected with the inner support on the second rescue escape window is matched with the circular arc edge of the wave shaping plate closest to the second rescue escape window on the wave shaping wall;

the upper end and the lower end of the inner support on the left window and the right window of the second rescue escape window and the first rescue escape window are respectively provided with a bolt fixed with the wall frame;

the lower ports of the first rescue escape window and the second rescue escape window are respectively provided with an escape platform corresponding to the inner walls, and the surfaces of the escape platforms are paved with wood boards.

Preferably, the luminous lamp house all be equipped with the frame of stainless steel all around, the frame inboard is fixed with the card cloth section bar, one side that card cloth section bar bottom is close to the wall frame is equipped with plastic-aluminum board bottom plate, plastic-aluminum board bottom plate and wall frame fixed connection are equipped with led lamp two on the plastic-aluminum board bottom plate, one side that keeps away from the wall frame on the card cloth section bar is equipped with the card cloth picture.

Preferably, the lower end of the lower cap peak is fixedly connected with one end of a third steel bracket, the wall frame is fixedly connected with the third steel bracket through the bracket, the third steel bracket extends downwards to the ground all the time, the bottom of the lower cap peak is provided with a second sealing plate, the second sealing plate is fixedly connected with the third steel bracket, and the third steel bracket is provided with a stone plate to form a stone wall surface;

the window eave comprises a window eave frame, a stainless steel plate is wrapped outside the window eave frame, a glass floor window is arranged below the window eave, and propaganda painting papers are posted on the floor window; the eave comprises an eave frame, a stainless steel plate is wrapped outside the eave frame, and an inlet and outlet door is arranged below the eave.

Compared with the prior art, the utility model has at least one of the following advantages:

the utility model uses two convex hat brim to divide the outer elevation into three parts, the upper hat brim and the lower hat brim are hidden and provided with the led lamp, the led lamp is used for making vignetting towards the wave-shaped plate, the lamp light is fantasy and warm, and the night vision color is rich. The front end of the bottom plate of the inner wall of the lower cap peak is lifted upwards and backwards to solve the problem of difficult drainage, the top layer is an aluminum plate plane layer, an aluminum plate slotting and bending process is adopted, the lower cap peak is divided into a plurality of modules, the rear end is provided with reinforcing ribs, the lower cap peak is fixedly connected with a male profile and a female profile, the process quality is stable, the production performance is good, the middle is a wave modeling wall, the aluminum material is adopted to use a die for one-step molding of the wave modeling plate, the plate and the plate are fixedly connected with a base bracket through a butt joint, and the construction is convenient and quick. The bottom layer is a stone layer, and the dry stone hanging technology is adopted, so that the safety and durability of the building are improved. The whole outer facade has clear layers and vivid colors, adopts the matching of plane and wave line sense and decoration, is clear at a glance in vision, effectively attracts the attention of customers, is provided with an escape platform and a rescue escape window, solves the problem that emergency can be evacuated in time, adopts the internal design of a hinge, is opened outwards, has the same appearance as a wave modeling wall, has a simple and light structure, and meets the aesthetic requirements of the outer facade. The plane layer and the middle wave modeling wall are both produced in a base modularized manner, so that the transportation is convenient, and the site construction is convenient. The structure combined structure adopting aluminum, steel pipe, stone and other materials has the functions of fire prevention, wind resistance, durability, heat preservation, sound insulation, energy conservation, environmental protection, safety and the like.

Drawings

FIG. 1 is a left elevation view of an exterior contoured wall;

FIG. 2 is a front elevational view of an exterior contoured wall;

FIG. 3 is a right elevation view of an exterior elevation modeling wall;

FIG. 4 is a sectional view taken along the plane A1-A1 of FIG. 2;

FIG. 5 is an enlarged view of section I of FIG. 4;

FIG. 6 is an enlarged view of section II of FIG. 4;

FIG. 7 is an enlarged view of section III of FIG. 4;

FIG. 8 is a cross-sectional view taken along the plane A2-A2 of FIG. 1;

FIG. 9 is an enlarged view of section IV of FIG. 8;

FIG. 10 is an enlarged view of the portion V of FIG. 8;

FIG. 11 is a cross-sectional view taken along the line A3-A3 of FIG. 3;

FIG. 12 is an enlarged view of section VI of FIG. 11;

FIG. 13 is an enlarged view of portion VII of FIG. 11;

FIG. 14 is a sectional view taken along the plane B1-B1 of FIG. 2;

FIG. 15 is an enlarged view of section VIII of FIG. 12;

FIG. 16 is an enlarged view of portion IX of FIG. 12;

FIG. 17 is a cross-sectional view taken along the plane B2-B2 of FIG. 2;

fig. 18 is an enlarged view of the portion X in fig. 17;

FIG. 19 is an enlarged view of section XI of FIG. 17;

fig. 20 is an enlarged view of part XII in fig. 19;

FIG. 21 is a cross-sectional view taken along the plane B3-B3 of FIG. 1;

FIG. 22 is an enlarged view of portion XIII of FIG. 21;

FIG. 23 is an enlarged view of the XIV portion of FIG. 22;

FIG. 24 is an enlarged view of the XV portion of FIG. 23;

FIG. 25 is a cross-sectional view taken along the plane B4-B4 of FIG. 3;

FIG. 26 is an enlarged view of portion XVI of FIG. 25;

FIG. 27 is an enlarged view of a portion XVII of FIG. 25;

FIG. 28 is a schematic view of a wave plate;

fig. 29 is a schematic view of the structure of the lamp box.

Detailed Description

In order to make the utility model more comprehensible, preferred embodiments accompanied with figures are described in detail below.

The utility model provides an outer elevation modeling wall, which is shown in fig. 1 to 29, and is of an arch structure, wherein the arch structure comprises a front elevation positioned in the middle, and a left elevation and a right elevation positioned on two sides of the front elevation. The modeling wall is divided into an upper aluminum plate wall surface D1, a middle wave modeling wall D2 and a lower stone wall surface D3. Be equipped with first rescue window J1 and luminous lamp house X on wave molding wall D2 left facade (figure 1), be equipped with customer logo sign S on wave molding wall D2 'S the facade (figure 2), be equipped with second rescue window J2 on wave molding wall D2' S the right facade (figure 3), be equipped with window eaves B1 and glass 'S landing window B on stone material wall D3' S the left facade (figure 1), be equipped with propaganda poster H on the landing window B, be equipped with door eaves M1 and business turn over door M and customer logo sign S on stone material wall D3 the facade (figure 2), be equipped with customer logo sign S on stone material wall D3 right facade (figure 3). Be located on the wall frame and be fixed with hat brim Y1 between aluminum plate wall D1 and the wave molding wall D2, be fixed with down hat brim Y2 on the wall frame between wave molding wall D2 and stone material wall D3, be equipped with led lamp 9 on the inner wall of last hat brim Y1 lower extreme, be equipped with led lamp 9 below hat brim Y2, lower hat brim Y2 bottom is connected with drain pipe 31.

The aluminum plate wall surface D1, the wave modeling wall D2 and the stone wall surface D3 are respectively arranged at the upper part, the middle part and the lower part of the wall frame, and the wall frame is fixedly connected with the wall body foundation wall 29. The wall frame comprises a main keel flat tube 6 which is arranged from top to bottom, the main keel flat tube 6 is fixedly connected with a ground pouring concrete 30, one side of the main keel flat tube 6 is fixedly connected with a wall foundation wall 29 through a support crosspiece 6-1, the other side of the main keel flat tube 6 is fixedly connected with a secondary keel vertical baffle through a jump foot, and a steel tube is fixedly connected with a transverse steel tube and a vertical steel tube on the secondary keel vertical baffle to form a steel frame 4.

The aluminum plate wall surface D1 comprises a plurality of spliced panels 1, each panel 1 is fixed on a wall frame, and any two adjacent panels 1 are connected in a matched mode; the panel 1 is located the place ahead of wall frame, and panel 1 top at aluminum plate wall D1 top and the top fixedly connected with top closure plate 2 of wall frame are connected with first shrouding 3 between panel 1 and the wall frame through side seal board 27 fixed connection between panel 1 and the wall frame of aluminum plate wall D1 both sides, panel 1 and the wall frame of aluminum plate wall D1 top corner. The periphery of each panel 1 is grooved and bent, a male profile 25 is arranged on a bending support edge at one end of each panel 1, and a female profile 26 is arranged on a bending support edge at the other end. Any one panel 1 and the other panel 1 adjacent to the panel are connected in an insertion matching way through a male profile 25 and a female profile 26.

The upper hat brim Y1 comprises a first steel bracket 4-1 fixed on the surface of the middle layer of the wall frame and a T-shaped second steel bracket 4-2 fixed at the upper end of the first steel bracket 4-1, an inner plate 8 is fixed on the inner wall of the second steel bracket 4-2, an led lamp 9 is arranged on the inner plate 8 on the second steel bracket 4-2, corona light is made towards the wall surface, and a binding plate 7 is fixed at the outer end of the second steel bracket 4-2; the lower cap peak Y2 comprises an L-shaped fourth steel bracket 4-4 fixed on the wall frame, an inner plate 8 is fixed on the inner wall of the fourth steel bracket 4-4, the front end of the inner plate 8 on the fourth steel bracket 4-4 is protruded at the front end of the fourth steel bracket 4-4 to form a slope P, drainage is facilitated, the rear end of the inner plate 8 on the fourth steel bracket 4-4 is horizontally connected with the rear end of the fourth steel bracket 4-4, a drain pipe 31 is arranged at the rear end of the fourth steel bracket 4-4, the drain pipe 31 penetrates through the fourth steel bracket 4-4 and the inner plate 8 connected with the fourth steel bracket 4-4, and an edge covering plate 7 is fixed at the outer end of the fourth steel bracket 4-4; a fifth steel bracket 4-5 fixedly connected with the wall frame is arranged above the lower cap peak Y2, an inner plate 8 is fixed on the inner wall of the fourth steel bracket 4-4, a space is arranged between the front end of the inner plate 8 and the fifth steel bracket 4-5, a bottom plate 8-1 is fixed on the fifth steel bracket 4-5, and an led lamp 9 is arranged on the bottom plate 8-1 to stun the wall surface.

The outer included angle formed at the joint between the left elevation and the right elevation of the wall frame connected with the wave modeling wall D2 is a first rotation angle Z1; the outer included angle formed at the joint between the right elevation and the front elevation of the wall frame connected with the wave modeling wall D2 is a second corner Z2; the wave modeling wall D2 comprises a plurality of wave modeling plates 10, wherein the wave modeling plates 10 are fixed on a wall frame, one end of each wave modeling plate 10 is provided with a supporting leg 10-3, the other end of each wave modeling plate is provided with a supporting leg 10-2, the supporting legs 10-2 are provided with clamping grooves 10-1 matched with the supporting legs 10-3, and the supporting legs 10-3 of one wave modeling plate 10 are staggered from the sharp corners of a first corner Z1 and are fixedly connected with the wall frame; the connection between any two adjacent wave shaping plates 10 is spliced with the clamping groove 10-1 of the other wave shaping plate 10 through the supporting leg 10-3 of one wave shaping plate 10, and the supporting foot 10-2 of each wave shaping plate 10 is fixed on a wall frame; the wall frame ends are connected to the corrugated pattern plates 10 at their ends to side seal plates 27.

The first rescue escape window J1 is two opposite-opening windows, namely a left window and a right window; the second rescue escape window J2 is a single window; the single window, the left window and the right window comprise an inner bracket 4-3 and a wave shaping plate 10, and the wave shaping plate 10 is fixed on the inner bracket 4-3; the left side edge of the upper inner bracket 4-3 of the left side window is connected with the wall frame through a hinge 28; the right side edge of the upper inner bracket 4-3 of the right window is connected with the wall frame through a hinge 28; the left side of the inner bracket 4-3 of the second rescue escape window J2 is fixedly connected with a wall frame through a hinge 28; the connection between any two adjacent wave shaping plates 10 on the inner bracket 4-3 is spliced with the clamping groove 10-1 at the other end of one wave shaping plate 10 through the supporting leg 10-3 at one end of the other wave shaping plate 10; the leftmost end of the wave shaping plate 10 connected with the inner bracket 4-3 on the left window is matched with the circular arc edge of the right end of the wave shaping plate 10 closest to the left window on the wave shaping wall D2; the rightmost end of the wave-shaped plate 10 connected with the upper inner bracket 4-3 of the left window is matched with the circular arc edge of the leftmost end of the wave-shaped plate 10 connected with the upper inner bracket 4-3 of the right window; the rightmost end of the wave-shaped plate 10 connected with the inner bracket 4-3 on the right window is matched with the circular arc edge of the left end of the wave-shaped plate 10 closest to the right window on the wave-shaped wall D2; the leftmost end of the wave shaping plate 10 connected with the inner bracket 4-3 on the second rescue escape window J2 is matched with the circular arc edge of the right end of the wave shaping plate 10 closest to the second rescue escape window J2 on the wave shaping wall D2; the upper end and the lower end of the inner support 4-3 on the left side window and the right side window of the second rescue escape window J2 and the first rescue escape window J1 are respectively provided with a bolt 15 fixed with the wall frame; the lower ports of the first rescue escape window J1 and the second rescue escape window J2 are respectively provided with an escape platform corresponding to the inner walls, and the surfaces of the escape platforms are paved with wood boards 16.

The luminous lamp box X all is equipped with the frame 17 of stainless steel all around, and the frame 17 inboard is fixed with card cloth section bar 20, and the card cloth section bar 20 bottom is close to the one side of wall frame and is equipped with plastic-aluminum board bottom plate 21, plastic-aluminum board bottom plate 21 and wall frame fixed connection are equipped with led lamp two 22 on the plastic-aluminum board bottom plate 21, and the one side of keeping away from the wall frame on the card cloth section bar 20 is equipped with card cloth picture 23.

The lower end of the lower cap peak Y2 is fixedly connected with one end of a third steel bracket 4-6, the wall frame is fixedly connected with the third steel bracket 4-6 through the bracket, the third steel bracket 4-6 extends downwards all the time to the ground, a second sealing plate 11 is arranged at the bottom of the lower cap peak Y2, the second sealing plate 11 is fixedly connected with the third steel bracket 4-6, and a stone plate 12 is arranged on the third steel bracket 4-6 to form a stone wall surface D3; the window eave B1 comprises a window eave frame, a stainless steel plate is wrapped outside the window eave frame, a glass landing window B is arranged below the window eave B1, and propaganda painting H is posted on the landing window B; the eave M1 comprises an eave frame, a stainless steel plate is wrapped outside the eave frame, and an inlet and outlet door M is arranged below the eave M1.

The specific installation process of the utility model is as follows:

the support crosspiece 6-1 is firstly arranged on the wall body foundation wall 29, one end of the support crosspiece 6-1 is welded with the main keel flat tube 6, the other end is welded with the flange plate 6-2, the flange plate 6-2 is fixedly connected with the wall body foundation wall 29 by the expansion screw 6-3, and the main keel flat tube 6 is fixed with the ground casting concrete 30. And a jump foot 5 is welded on the main keel flat pipe 6, a secondary keel vertical stop is welded on the other end of the jump foot 5, and a transverse and vertical steel pipe is welded on the secondary keel vertical stop to form a steel frame 4. And then installing the upper-layer panel 1, slotting and bending the periphery of each panel 1, fixedly connecting the panel 1 with the steel frame 4 by using screws, fixedly connecting the left bending supporting edge of the first panel 1 on the left with the steel frame 4 by using screws 13, installing the male profile 25 on the right bending supporting edge of the first panel 1 on the left, installing the female profile 26 on the left of the second panel 1, fixedly connecting the supporting legs on the female profile 26 with the steel frame 4 by using screws, then fixing the male profile 25 on the right of the first panel 1 and the female profile 26 on the left of the second panel 1 in an opposite inserting manner, installing the male profile 25 on the right of the second panel 1, and pushing and installing the rear panel by using the same to form the aluminum plate D1. (the left side and the right side of the panel 1 can be replaced with the male and female profiles according to the installation requirement, namely, the male and female profiles can be replaced with the male and female profiles to be installed on the left side of the panel or on the right side of the panel), then the first sealing plate 3 is installed at the corner of the top, the top sealing plate 2 is fixedly connected by the bolts 13, and the side sealing plates 27 are installed on the left side and the right side of the panel.

The surface of the middle layer of the steel frame 4 is welded with a first steel bracket 4-1 and a second steel bracket 4-2 with a T-shaped upper end, an inner plate 8 is arranged on the inner wall of the second steel bracket 4-2 and fixedly connected with the second steel bracket 4-2 by a screw 13, an led lamp 9 is arranged on the inner plate 8 and fixedly connected with the screw 13, an edge-covering plate 7 is arranged at the outer end and respectively fixed with the steel frame 4 and the second steel bracket 4-2 by the screw 13, and an upper hat brim Y1 is formed.

The main keel flat tube 6 is fixedly welded with an L-shaped fourth steel bracket 4-4, an inner plate 8 is arranged on the inner wall of the fourth steel bracket 4-4, the front end of the inner plate 8 is raised at the front end of the fourth steel bracket 4-4 to form a slope P, the rear end of the inner plate 8 is flush with the fourth steel bracket 4-4, the rear end of the fourth steel bracket 4-4 is provided with a drain pipe 31, the drain pipe 31 penetrates through the fourth steel bracket 4-4 and the inner plate 8, the other end (rear end) of the inner plate 8 is fixedly connected with the main keel flat tube 6, an edge-covering plate 7 is arranged at the outer end and is respectively fixed with the fourth steel bracket 4-4 and a third steel bracket 4-6 below the fourth steel bracket 4-4 by bolts 13 to form a lower cap peak Y2. A fifth steel bracket 4-5 is welded at the upper part of a lower hat brim Y2 and the bottom of a steel frame 4 by using a steel pipe, the distance between the front end of an inner plate 8 on the inner wall of the fourth steel bracket 4-4 and the fifth steel bracket 4-5 is not less than 150mm, a bottom plate 8-1 is arranged on the fifth steel bracket 4-5, an led lamp 9 is arranged on the bottom plate 8-1, and a third steel bracket 4-6 is welded at the lower end of the fourth steel bracket 4-4 in an extending manner.

The middle sections of the upper hat brim Y1 and the lower hat brim Y2 are provided with a wave shaping plate 10, the wave shaping plate 10 is arranged from a first corner Z1, the supporting legs 10-3 of the wave shaping plate 10 are staggered from the corner of the first corner Z1, the wave shaping plate is fixedly connected with the first steel support 4-1 through screws 13, the supporting legs 10-2 at the other end are fixedly connected with the left vertical surface of the first steel support 4-1 through screws 13, and clamping grooves 10-1 matched with the supporting legs 10-3 are formed in the supporting legs 10-2. Then the supporting leg 10-3 of the other wave-shaping plate 10 is inserted into the mounted clamping groove 10-1, the other end supporting leg 10-2 is fixedly connected with the left vertical face of the first steel bracket 4-1 by a screw 13, the wave-shaping plate 10 on the left vertical face is mounted leftwards by analogy, the last wave-shaping plate is cut and mounted according to the space, and then the left side sealing plate 27 is mounted. The supporting leg 10-3 of the wave-shaping plate 10 is pressed onto the supporting leg 10-3 of the first wave-shaping plate 10 at the first turning angle Z1, the supporting leg 10-2 of the other end is fixedly connected with the front vertical face of the first steel bracket 4-1 by a screw 13, then the supporting leg 10-3 of the other wave-shaping plate 10 is inserted into the mounted clamping groove 10-1, the supporting leg 10-2 of the other end is fixedly connected with the front vertical face of the first steel bracket 4-1 by the screw 13, and the front vertical face and the right vertical face are mounted by pushing to the right, and finally the side sealing plate 27 is cut and mounted according to the space size and then on the right side of the mounting. And the second corner Z2 is arranged in a natural extending way, and if the installation connection is unsmooth, cushion blocks can be added or the cutting fine adjustment is arranged. Thereby forming the wave-shaped wall D2. The first corner Z1 is an outer included angle formed at the joint between the left elevation and the right elevation of the wall frame connected with the wave-shaped wall D2; the second corner Z2 is an outer included angle formed at the joint between the right vertical face and the front vertical face of the wall frame connected with the wave-shaped wall D2.

A first rescue escape window J1 and a luminous lamp box X opening are reserved at the upper end of the left vertical face of the wave modeling wall D2. The first rescue escape window J1 is two opposite-opening windows, namely a left window and a right window, and the left window and the right window comprise an inner bracket 4-3 and a wave shaping plate 10. Firstly, welding steel bars into an inner support 4-3, installing a wave-shaped plate 10 on the inner support 4-3, installing a hinge 28 between the left side edge and the first steel support 4-1 on a left side window, installing the wave-shaped plate 10 from the left side edge on the left side window, cutting the side of a supporting leg 10-3 of the wave-shaped plate 10 flat, matching the circular arc edges of the wave-shaped plate 10 on the adjacent first steel support 4-1, fixing the wave-shaped plate with the inner support 4-3 by using a screw 13, fixing the supporting leg 10-2 at the other end with the inner support 4-3 by using the screw 13, inserting the supporting leg 10-3 of the other wave-shaped plate 10 into the installed clamping groove 10-1, and installing in a similar way. To the edge of the window, one end of the wave-shaped plate 10 is cut flat to support the foot 10-2, and is directly and fixedly connected with the inner bracket 4-3 by a screw 13, and the upper and lower ends of the upper inner bracket 4-3 of the left window are provided with bolts 15 which are fixed with the first steel bracket 4-1. The right window is provided with the wave shaping plate 10 from left to right, the supporting leg 10-3 of the wave shaping plate 10 is cut flat, the wave shaping plate is matched with the right circular arc edge of the wave shaping plate 10 on the left window, the screw 13 is fixed with the inner bracket 4-3, the other end supporting leg 10-2 is fixedly connected with the inner bracket 4-3 through the screw 13, the supporting leg 10-3 of the other wave shaping plate 10 is inserted into the mounted clamping groove 10-1, and the like. And (3) cutting one end of the supporting leg 10-2 of the wave-shaped plate 10 to be flat at the edge of the window, matching the arc edges of the wave-shaped plate 10 adjacent to the first steel bracket 4-1, and installing bolts 15 at the upper end and the lower end of the upper inner bracket 4-3 of the right window to be fixed with the first steel bracket 4-1.

An escape platform is arranged on the inner wall corresponding to the lower port of the first rescue escape window J1, the escape platform is welded by a steel pipe, the escape platform is connected to the first steel bracket 4-1 of the lower port of the first rescue escape window J1, and a wood board 16 is paved on the surface of the steel pipe.

The periphery of the luminous lamp box X is provided with stainless steel frames 17, the frames 17 at the upper end and the lower end of the luminous lamp box X are bilateral frames, the bilateral frames form a square structure 18, self-tapping self-drilling screws 19 and first steel supports 4-1 are directly used for being fixedly connected in the square structure 18, special cloth clamping sections 20 are installed on the inner sides of the frames 17, the cloth clamping sections 20 are fixedly connected with the stainless steel frames 17 through screws II 24, an aluminum plastic plate bottom plate 21 is installed on the bottom (the side close to the first steel supports 4-1) of the cloth clamping sections 20, the aluminum plastic plate bottom plate 21 is fixedly connected with the first steel supports 4-1 through screws 13, led lamps II 22 are installed on the aluminum plastic plate bottom plate 21, and cloth clamping pictures 23 are installed on the surfaces (the sides far away from the first steel supports 4-1) of the cloth clamping sections 20.

The customer logo mark S is directly installed on the wave-shaping plate 10 of the front elevation of the wave-shaping wall D2.

A second rescue escape window J2 is reserved at the upper end of the right vertical face of the wave modeling wall D2, the second rescue escape window J2 is a single window, an inner support 4-3 is welded by steel bars, a wave modeling plate 10 is arranged on the inner support 4-3, a hinge 28 is arranged on the left side of the second rescue escape window J2, one side of the hinge 28 is fixedly connected with the inner support 4-3, and the other side of the hinge 28 is fixedly connected with the first steel support 4-1. Then, the wave shaping plate 10 is installed from the left side on the inner support 4-3, the left supporting leg 10-3 of the wave shaping plate 10 is cut flat and matched with the circular arc edge of the wave shaping plate 10 on the adjacent first steel support 4-1, the wave shaping plate 10 is fixed with the inner support 4-3 by using a screw 13, the other end supporting leg 10-2 of the wave shaping plate 10 is fixedly connected with the inner support 4-3 by using the screw 13, and the supporting leg 10-3 of the other wave shaping plate 10 is inserted into the installed clamping groove 10-1, and the like. To the right edge of the wave-shaping plate 10, the supporting feet 10-2 at the end of the wave-shaping plate 10 are cut flat and matched with the circular arc edges of the wave-shaping plate 10 on the adjacent first steel bracket 4-1. The upper end and the lower end of the inner support 4-3 of the second rescue escape window J2 are provided with bolts 15 which are fixed with the first steel support 4-1, and the second rescue escape window J2 is opened outwards. Similarly, the first rescue escape window J1 is provided with an escape platform which is welded by a steel pipe, and a wood board 16 is paved on the surface of the steel pipe, wherein the escape platform is arranged on the inner wall corresponding to the lower port of the second rescue escape window J2.

The lower end of a fourth steel bracket 4-4 of the lower cap peak Y2 is welded with a third steel bracket 4-6, a connecting bracket is welded on the main keel flat pipe 6 and is fixed with the third steel bracket 4-6, the third steel bracket 4-6 extends downwards to the ground all the time, a second sealing plate 11 is arranged at the bottom of the lower cap peak Y2 and is fixedly connected with the third steel bracket 4-6 through a screw 13, and a glue layer 14 is arranged at the screw 13 for sealing. And then dry-hanging the stone plate 12 on the third steel bracket 4-6 to form the stone wall surface D3. The left vertical face of the stone wall face D3 is welded by a steel support, stainless steel plates are covered on the left vertical face to form a window eave B1, a glass-mounted landing window B is arranged, a propaganda drawing H is posted on the landing window B, the right vertical face of the stone wall face D3 is welded by the steel support, stainless steel plates are covered on the outer side to form a door eave M1, an entrance door M and a customer logo mark S are arranged below the door eave M1, and the customer logo mark S is arranged on the right vertical face of the stone wall face D3.

Claims (10)

1. The utility model provides an outer facade modeling wall which is characterized in that the wall comprises a wall frame fixedly connected with a wall body foundation wall (29), an aluminum plate wall surface (D1) is arranged at the upper part of the wall frame, a wave modeling wall (D2) is arranged in the middle of the wall frame, a stone wall surface (D3) is arranged at the lower part of the wall frame, the modeling wall is of an arch structure, and the arch structure comprises a front facade positioned in the middle, a left facade and a right facade positioned at two sides of the front facade; a first rescue escape window (J1) and a luminous lamp box (X) are arranged on the left vertical face of the aluminum plate wall face (D1), a second rescue escape window (J2) is arranged on the right vertical face of the wave-shaped wall (D2), a window eave (B1) and a landing window (B) are arranged on the left vertical face of the stone wall face (D3), and a door eave (M1) and a door access (M) are arranged on the front vertical face of the stone wall face (D3); be located aluminum plate wall (D1) and wave molding wall (D2) on the wall frame and be fixed with hat brim (Y1), be fixed with down hat brim (Y2) between wave molding wall (D2) and stone material wall (D3) on the wall frame, be equipped with led lamp (9) on last hat brim (Y1) lower extreme inner wall, be equipped with led lamp (9) below hat brim (Y2), lower hat brim (Y2) bottom is connected with drain pipe (31).

2. The facade modeling wall as defined in claim 1, wherein the landing window (B) is provided with a poster (H); customer logo marks (S) are arranged on the front elevation of the wave modeling wall (D2), the front elevation of the stone wall surface (D3) and the right elevation of the stone wall surface (D3).

3. A facade modeling wall as claimed in claim 1, characterized in that the wall frame comprises a main keel flat tube (6) arranged from top to bottom, the main keel flat tube (6) and the ground casting concrete (30) are fixedly connected, one side of the main keel flat tube (6) is fixedly connected with the wall foundation wall (29) through a support crosspiece (6-1), the other side of the main keel flat tube (6) is fixedly connected with a secondary keel vertical bar through a jump foot, and the secondary keel vertical bar is fixedly connected with a transverse and vertical steel tube to form a steel frame (4).

4. A facade modelling wall according to claim 1, characterised in that the aluminium wall surface (D1) comprises a plurality of panels (1) joined together, each panel (1) being secured to a wall frame, any two adjacent panels (1) being connected in a matching manner; the panel (1) is located the place ahead of wall frame, panel (1) top at aluminum plate wall (D1) top and the top fixedly connected with top seal board (2) of wall frame, is connected with first shrouding (3) between panel (1) and the wall frame through side seal board (27) fixed connection between panel (1) and the wall frame of aluminum plate wall (D1) top corner.

5. A facade modelling wall according to claim 4 in which each of the panels (1) has a male profile (25) at one end and a female profile (26) at the other end; any one panel (1) and the other adjacent panel (1) are connected in an inserting and matching way through a male profile (25) and a female profile (26).

6. A facade modeling wall as claimed in claim 1, characterized in that the upper cap peak (Y1) comprises a first steel bracket (4-1) fixed on the surface of the middle layer of the wall frame and a second steel bracket (4-2) fixed on the upper end of the first steel bracket (4-1) in a t shape, an inner plate (8) is fixed on the inner wall of the second steel bracket (4-2), led lamps (9) are arranged on the inner plate (8) on the second steel bracket (4-2), and a binding plate (7) is fixed on the outer end of the second steel bracket (4-2);

the lower cap peak (Y2) comprises an L-shaped fourth steel bracket (4-4) fixed on the wall frame, an inner plate (8) is fixed on the inner wall of the fourth steel bracket (4-4), the front end of the inner plate (8) on the fourth steel bracket (4-4) protrudes at the front end of the fourth steel bracket (4-4) to form a slope (P), the rear end of the inner plate (8) on the fourth steel bracket (4-4) is horizontally connected with the rear end of the fourth steel bracket (4-4), a drain pipe (31) is arranged at the rear end of the fourth steel bracket (4-4), the drain pipe (31) penetrates through the fourth steel bracket (4-4) and the inner plate (8) connected with the drain pipe, and a wrapping plate (7) is fixed at the outer end of the fourth steel bracket (4-4);

a fifth steel bracket (4-5) fixedly connected with the wall frame is arranged above the lower cap peak (Y2), an inner plate (8) is fixed on the inner wall of the fourth steel bracket (4-4), a space is arranged between the front end of the inner plate (8) and the fifth steel bracket (4-5), a bottom plate (8-1) is fixed on the fifth steel bracket (4-5), and led lamps (9) are arranged on the bottom plate (8-1).

7. A wall according to claim 1, wherein the outer angle formed by the connection between the left and right vertical surfaces of the wall frame to which the wave shaped wall (D2) is connected is a first angle of rotation (Z1); the outer included angle formed at the connecting part between the right vertical face and the front vertical face of the wall frame connected with the wave modeling wall (D2) is a second corner (Z2); the wave modeling wall (D2) comprises a plurality of wave modeling plates (10), the wave modeling plates (10) are fixed on a wall frame, one end of each wave modeling plate (10) is provided with a supporting leg (10-3), the other end of each wave modeling plate is provided with a supporting leg (10-2), each supporting leg (10-2) is provided with a clamping groove (10-1) matched with each supporting leg (10-3), and the supporting legs (10-3) of one wave modeling plate (10) are staggered at sharp corners of a first corner (Z1) and are fixedly connected with the wall frame; the connection between any two adjacent wave shaping plates (10) is spliced with the clamping groove (10-1) of the other wave shaping plate (10) through the supporting leg (10-3) of one wave shaping plate (10), and the supporting leg (10-2) of each wave shaping plate (10) is fixed on the wall frame; the end of the wall frame is connected with a side sealing plate (27) with a wave shaping plate (10) at the end of the wall frame.

8. A facade modelling wall according to claim 1 or 7, characterised in that the first rescue escape window (J1) is two side-by-side windows, a left side window and a right side window respectively; the second rescue escape window (J2) is a single window; the single window, the left window and the right window comprise an inner bracket (4-3) and a wave shaping plate (10), and the wave shaping plate (10) is fixed on the inner bracket (4-3);

the left side edge of the upper inner bracket (4-3) of the left window is connected with the wall frame through a hinge (28); the right side edge of the upper inner bracket (4-3) of the right window is connected with the wall frame through a hinge (28); the left side of an inner bracket (4-3) of the second rescue escape window (J2) is fixedly connected with a wall frame through a hinge (28);

the connection between any two adjacent wave shaping plates (10) on the inner support (4-3) is spliced with a clamping groove (10-1) at the other end of one wave shaping plate (10) through a supporting leg (10-3) at one end of the other wave shaping plate (10);

the leftmost end of the wave shaping plate (10) connected with the inner bracket (4-3) on the left window is matched with the arc edge of the right end of the wave shaping plate (10) closest to the left window on the wave shaping wall (D2); the rightmost end of the wave-shaped plate (10) connected with the upper inner bracket (4-3) of the left window is matched with the circular arc edge of the leftmost end of the wave-shaped plate (10) connected with the upper inner bracket (4-3) of the right window; the rightmost end of the wave shaping plate (10) connected with the inner bracket (4-3) on the right window is matched with the arc edge of the left end of the wave shaping plate (10) closest to the right window on the wave shaping wall (D2); the leftmost end of the wave shaping plate (10) connected with the inner bracket (4-3) on the second rescue escape window (J2) is matched with the circular arc edge of the right end of the wave shaping plate (10) closest to the second rescue escape window (J2) on the wave shaping wall (D2);

the upper end and the lower end of the inner support (4-3) on the left side window and the right side window of the second rescue escape window (J2) and the first rescue escape window (J1) are respectively provided with a bolt (15) fixed with the wall frame;

the lower ports of the first rescue escape window (J1) and the second rescue escape window (J2) are respectively provided with an escape platform corresponding to the inner walls, and wood boards (16) are paved on the surfaces of the escape platforms.

9. The facade modeling wall as claimed in claim 1, characterized in that the periphery of the lighting lamp box (X) is provided with stainless steel frames (17), the inner sides of the frames (17) are fixedly provided with cloth clamping profiles (20), one side, close to the wall frame, of the bottoms of the cloth clamping profiles (20) is provided with an aluminum plastic plate bottom plate (21), the aluminum plastic plate bottom plate (21) is fixedly connected with the wall frame, the aluminum plastic plate bottom plate (21) is provided with led lamps two (22), and one side, far away from the wall frame, of the cloth clamping profiles (20) is provided with cloth clamping pictures (23).

10. The facade modeling wall according to claim 1, characterized in that the lower end of the lower cap peak (Y2) is fixedly connected with one end of a third steel bracket (4-6), the wall bracket is fixedly connected with the third steel bracket (4-6) through the bracket, the third steel bracket (4-6) extends downwards to the ground all the time, a second sealing plate (11) is arranged at the bottom of the lower cap peak (Y2), the second sealing plate (11) is fixedly connected with the third steel bracket (4-6), and a stone plate (12) is arranged on the third steel bracket (4-6) to form a stone wall surface (D3);

the window eave (B1) comprises a window eave frame, a stainless steel plate is wrapped outside the window eave frame, a glass landing window (B) is arranged below the window eave (B1), and propaganda painting (H) is posted on the landing window (B); the door eave (M1) comprises a door eave frame, a stainless steel plate is wrapped outside the door eave frame, and an inlet door (M) is arranged below the door eave (M1).