External aluminum high-strength combined heat insulation profile and manufacturing method thereof

Abstract

The invention relates to an external aluminum high-strength combined heat insulation profile, which is an integral combined heat insulation profile made of an indoor side window frame heat insulation profile with a rectangular corner combining cavity, a middle window frame heat insulation profile with a rectangular corner combining cavity, an upper outdoor dovetail fixing bulge, a lower outdoor dovetail fixing bulge and an L-shaped open slot through a mold. The high-temperature melting heat-insulation bonding material is injected into an L-shaped groove cavity of the combined heat-insulation sectional material, and the high-temperature melting high-strength heat-insulation bonding material and the window frame heat-insulation sectional material are fused together. The longitudinal wall of the L-shaped high-strength heat-insulation bonding material, the inner side wall of the indoor side window frame heat-insulation profile and the inner side wall of the rectangular corner combining cavity of the indoor side window frame heat-insulation profile form a three-wall overlapping combination, and the horizontal wall of the L-shaped high-strength heat-insulation bonding material and the horizontal wall of the window frame heat-insulation profile form a two-wall overlapping combination. An L-shaped high-strength heat insulation bonding material and a window frame heat insulation profile are seamlessly bonded into a whole, an upper pressing hook, an upper supporting plate, a lower pressing hook and a lower supporting plate are arranged on the indoor side of an outdoor side window frame aluminum profile, the upper pressing hook of the aluminum profile is pressed into an upper protruding pressing groove in the outer side of the window frame heat insulation profile through a rolling compound machine, and the upper supporting plate is supported below an upper connecting protrusion; a lower pressing hook on the indoor side of an aluminum profile is pressed into a pressing groove of a lower protrusion on the outer side of the middle window frame heat insulation profile through a rolling compound machine, a lower supporting plate is supported above the lower protrusion, and an upper pressing hook and the lower pressing hook of the aluminum profile combine the indoor side heat insulation profile and the outdoor side aluminum alloy profile into the overall combined heat insulation profile.

Description

Technical Field

[0001] The invention relates to the field of building doors and windows. Background Art

[0002] The existing aluminum alloy profile is connected with the thermal insulation profile. The thermal insulation profile is inserted into the opening of the aluminum alloy profile. The rolling machine presses the aluminum alloy profile on the thermal insulation profile to connect the aluminum alloy profile and the thermal insulation profile together. The disadvantage is that the aluminum alloy profile and the thermal insulation profile are partially pressed and connected, resulting in stress concentration, which may cause cracks in severe cases and reduce the service life of doors and windows.

[0003] The existing large-size insulation profiles have angle codes installed in them, and screws pass through the insulation profile wall to connect to the corner assembly. The wall strength of the single insulation profile is low and is prone to cracking under the pressure of the screws, which reduces the corner connection strength of doors and windows.

[0004] The existing large-sized single insulation profiles have low strength and cannot meet the wind load deformation requirements of building doors and windows.

[0005] The window thermal insulation profile and the combined corner cavity and the L-shaped filling cavity or the U-shaped filling cavity are extruded through a die to form an integral combined thermal insulation profile, the integral combined thermal insulation profile enters the die of an extrusion compounding machine, the extrusion compounding machine injects a high-temperature molten high-strength thermal insulation adhesive material through the opening of the integral combined thermal insulation profile into the L-shaped filling cavity or the U-shaped filling cavity of the combined thermal insulation profile, the high-temperature molten high-strength thermal insulation adhesive material is fused with the window thermal insulation profile, after the high-temperature molten high-strength thermal insulation adhesive material is solidified, the longitudinal wall of the high-strength thermal insulation adhesive material and the inner wall and outer wall of the window thermal insulation profile form three walls Superimposed combination, the horizontal wall of high-strength thermal insulation adhesive material and the horizontal wall of window insulation profile form a two-wall superimposed combination, the roller pressing compound machine presses the upper pressure hook on the indoor side of the outdoor side window aluminum profile into the upper raised pressure groove on the outer side of the indoor side window insulation profile through elastic deformation, and the upper support plate is supported under the upper connecting protrusion, the roller pressing compound machine presses the lower pressure hook on the indoor side of the outdoor side window aluminum profile into the lower raised pressure groove on the outer side of the middle window insulation profile through elastic deformation, and the lower support plate is supported above the lower protrusion, the upper pressure hook and the lower pressure hook of the window frame aluminum profile combine the indoor side window insulation profile with the outdoor side window frame aluminum alloy profile into a whole. Summary of the invention

[0006] 1. The purpose of the present invention is: 1. The window insulation profile and the corner cavity and the L-shaped filling cavity or the U-shaped filling cavity are extruded through a die to form an integral combined insulation profile, and the integral combined insulation profile enters the die of an extrusion compounding machine. The extrusion compounding machine injects the high-temperature molten high-strength insulation adhesive material through the opening of the integral combined insulation profile into the L-shaped filling cavity or the U-shaped filling cavity of the combined insulation profile. The advantages are: (1) The combined insulation profile is extruded into the die of the extrusion compounding machine by molten insulation profile material, which ensures the dimensional accuracy of the extruded insulation profile, solves the problem of shrinkage and deformation of the insulation profile caused by the different cooling temperatures and cooling rates of the high-temperature molten high-strength insulation adhesive material and the insulation material, and reduces the dimensional accuracy of the insulation profile. (2) The integral composite thermal insulation profile enters the mold of the extrusion composite machine and moves forward at a uniform speed. The extrusion composite machine injects the high-temperature molten high-strength thermal insulation adhesive material into the L-shaped filling cavity or the U-shaped filling cavity of the composite thermal insulation profile through the opening of the integral composite thermal insulation profile. The high-temperature molten high-strength thermal insulation adhesive material heats the inner surface of the L-shaped filling cavity or the inner surface of the U-shaped filling cavity to melt. The high-temperature molten high-strength thermal insulation adhesive material and the thermal insulation profile are fused into one. The low-temperature thermal insulation profile and the mold both have the function of cooling the high-temperature molten high-strength thermal insulation adhesive material, so that the high-temperature molten high-strength thermal insulation adhesive material is cooled and shaped between the mold and the thermal insulation profile and combined with the thermal insulation profile. The size accuracy of the manufactured profile is high. After the high-temperature molten high-strength thermal insulation adhesive material is solidified, the strength of the thermal insulation profile is improved to prevent the thermal insulation profile from deformation. (3) The L-shaped longitudinal wall of the thermal insulation adhesive material and the inner wall of the indoor thermal insulation profile and the inner wall of the rectangular corner cavity of the indoor thermal insulation profile form a three-wall superposition combination, so that the door and window hinges are fixed on the profile wall of the three-wall superposition combination of the window frame, solving the problem of insufficient height when the door and window hinges are installed on a single wall of the thermal insulation profile, and improving the safety performance of doors and windows. (4) The horizontal wall of the L-shaped thermal insulation adhesive material and the horizontal wall of the thermal insulation profile form a two-wall superposition combination, and the screw passes through the two-wall superposition combination to fix the thermal insulation profile on the inner corner of the rectangular corner cavity of the thermal insulation profile, greatly improving the strength of the combined thermal insulation profile, solving the problem of insufficient strength of the existing single wall of the thermal insulation profile corner cavity, and preventing the deformation of doors and windows. 2. The indoor window sash thermal insulation profile and the middle window sash thermal insulation profile are adjacent to the window frame and are provided with a hinge installation groove and a baffle combination with three stepped sealing strips, so as to improve the sealing performance between the thermal insulation door, window frame and sash, and improve the thermal insulation performance of the thermal insulation door and window.3. The window thermal insulation profile, the insulation cavity, and the I-shaped filling cavity or the T-shaped filling cavity are extruded through a die to form an integral combined thermal insulation profile, and the high-temperature molten high-strength thermal insulation adhesive material is injected into the I-shaped filling cavity or the T-shaped filling cavity. The high-temperature molten high-strength thermal insulation adhesive material is fused with the window thermal insulation profile. After the high-temperature molten high-strength thermal insulation adhesive material is solidified, the I-shaped high-strength thermal insulation adhesive material or the T-shaped high-strength thermal insulation adhesive material is used to cover the window thermal insulation profile. The I-shaped high-strength thermal insulation adhesive material wall and the window thermal insulation profile form a three-wall superimposed combination. A plurality of thermal insulation cavities are distributed in the window thermal insulation profile. The advantages are: (1) The I-shaped high-strength thermal insulation adhesive material or the T-shaped high-strength thermal insulation adhesive material is combined with the thermal insulation profile to improve the strength of the thermal insulation profile and its ability to resist wind load deformation, thereby improving the safety performance of doors and windows. (2) The center support connecting screws pass through the window frame profile and enter the double cylinders in the high-strength adhesive material to fix the center support insulation profile on the window frame, realizing three screws triangular fixation or four screws rectangular fixation, which is firmly connected to prevent the center support profile from rotating and deforming. No other special center support connecting parts are required, the structure is simple, the processing technology is simple, and the safety performance of doors and windows is improved. (3) Multiple insulation cavities are distributed in the window insulation profile to reduce the weight of the profile, improve the insulation performance of the profile, and reduce the cost of doors and windows. 4. The extruder extrude the integral composite heat-insulating profile through a die, and the integral composite heat-insulating profile enters the die of the extrusion compounding machine. The extrusion compounding machine injects the high-temperature molten high-strength heat-insulating adhesive material into the L-shaped filling cavity or the U-shaped filling cavity of the composite heat-insulating profile through the opening of the integral composite heat-insulating profile. The roller pressing compounding machine presses the upper pressing hook of the indoor side of the outdoor side window aluminum profile into the upper raised pressing groove on the outer side of the indoor side window heat-insulating profile through elastic deformation, and the upper support plate is supported under the upper connecting protrusion. The roller pressing compounding machine presses the lower pressing hook of the indoor side of the outdoor side window aluminum profile into the lower raised pressing groove on the outer side of the middle window heat-insulating profile through elastic deformation, and the lower support plate is supported above the lower protrusion. The upper pressing hook and the lower pressing hook of the window frame aluminum profile combine the indoor side window heat-insulating profile with the outdoor side window frame aluminum alloy profile into a whole. The above-mentioned process is combined in a streamlined manner to improve the production accuracy of the composite door and window profile, which is conducive to mechanized production and automatic control, improves production speed, and reduces production costs. 5. The injection insulation adhesive material uses polyurethane resin, epoxy resin, hard rubber, ABS, and nylon. The thermal expansion and contraction deformation of the outdoor aluminum alloy profile is absorbed by the elastic deformation of L-shaped polyurethane resin, epoxy resin, hard rubber, ABS, and nylon to prevent the door and window insulation profiles and aluminum alloy profiles from twisting and shrinking when the temperature changes due to different linear expansion coefficients. 6. The outdoor side uses the aluminum alloy profile spraying process to improve the anti-aging performance of the outdoor side of the doors and windows. The indoor side uses a combination of multi-cavity insulation profiles and high-strength insulation adhesive materials to improve the strength and thermal insulation performance of the doors and windows. The indoor insulation profile is composited with decorative film to improve the decorative performance of the insulation profile.

[0007] An external aluminum high-strength combined thermal insulation profile, a window thermal insulation profile and two upper and lower connecting protrusions with pressure grooves and an L-shaped filling cavity or a U-shaped filling cavity and a rectangular cavity are formed into an integral combined thermal insulation profile through a mold, and two upper and lower pressure hooks and two support plates are made on the indoor side of the outdoor window aluminum profile. When making the combined thermal insulation profile, a high-strength thermal insulation adhesive material is injected into the L-shaped filling cavity or the U-shaped filling cavity or the rectangular cavity, and the high-strength thermal insulation adhesive material and the thermal insulation profile are integrated into one. After the high-strength thermal insulation adhesive material is cured, the high-strength thermal insulation adhesive material and the window thermal insulation profile form a three-wall superposition, and the high-strength thermal insulation adhesive material and the window thermal insulation profile are connected. The two walls are superimposed, and the high-strength thermal insulation adhesive material and the thermal insulation profile are seamlessly bonded into a whole. The roller-pressing compound machine presses the upper pressure hook on the indoor side of the outdoor side window aluminum profile into the upper raised pressure groove on the outer side of the indoor side window thermal insulation profile through elastic deformation, and the upper support plate is supported under the upper connecting protrusion. The roller-pressing compound machine presses the lower pressure hook on the indoor side of the outdoor side window aluminum profile into the lower raised pressure groove on the outer side of the middle window thermal insulation profile through elastic deformation, and the lower support plate is supported above the lower protrusion. The upper pressure hook and the lower pressure hook of the window frame aluminum profile combine the indoor side window thermal insulation profile and the outdoor side window frame aluminum alloy profile into a whole, and the inner surface of the indoor side window thermal insulation profile is coated with a decorative film.

[0008] The present invention proposes a combined window center support heat-insulating profile, wherein the window center support heat-insulating profile and the heat-insulating cavity are connected with two upper and lower connecting protrusions with pressure grooves on the outdoor side and the I-shaped filling cavity or the T-shaped filling cavity and the L-shaped filling cavity and the rectangular cavity to form an integral combined heat-insulating profile through a mold, and the upper and lower pressure hooks and two support plates are made on the indoor side of the outdoor window center support aluminum profile, and the high-temperature melting high-strength heat-insulating adhesive material is injected into the I-shaped filling cavity or the T-shaped filling cavity or the rectangular cavity, and the high-temperature melting high-strength heat-insulating adhesive material and the heat-insulating profile are fused into one, and after the high-strength heat-insulating adhesive material is cured, the high-strength heat-insulating adhesive material and the window heat-insulating profile form a three-wall stack, and the high-strength heat-insulating adhesive material and the window heat-insulating profile form a two-wall stack In addition, multiple insulation cavities are distributed in the window center support insulation profile, and the high-strength insulation adhesive material is seamlessly bonded to the insulation profile to form a whole. The roller-pressing compound machine presses the upper pressure hook on the indoor side of the outdoor side window center support aluminum profile into the raised pressure groove on the middle window center support insulation profile through elastic deformation, and the upper support plate with a larger outer side and smaller inner side is supported under the upper protrusion. The roller-pressing compound machine presses the lower pressure hook on the indoor side of the outdoor side window center support aluminum profile into the raised pressure groove under the middle window center support insulation profile through elastic deformation, and the lower support plate with a larger outer side and smaller inner side is supported above the lower protrusion, combining the indoor side window center support insulation profile and the middle window center support insulation profile with the outdoor side window center support aluminum alloy profile into a whole, and the inner surface of the indoor side window insulation profile is coated with a decorative film.

[0009] The present invention proposes a combined window sash thermal insulation profile, wherein the indoor window sash thermal insulation profile with a rectangular corner cavity and the middle window sash thermal insulation profile and the upper and lower connecting protrusions with pressure grooves on the outdoor side of the middle window sash thermal insulation profile and the connecting wall and the L-shaped filling cavity or the U-shaped filling cavity and the rectangular cavity and the hinge installation groove and the baffles with three stepped embedded sealing strips are made into an integral combined insulation profile through a mold, and the upper and lower pressure hooks and two inclined support plates with larger outer sides and smaller inner sides are made on the indoor side of the outdoor window sash aluminum profile. When making the combined insulation profile, high-strength insulation adhesive material is injected into the L-shaped filling cavity or the U-shaped filling cavity or the rectangular cavity. After the high-strength insulation adhesive material is cured, the high-strength insulation adhesive material and the window thermal insulation profile form a three-wall stack, and the high-strength insulation adhesive material and the window thermal insulation profile form a two-wall stack. The adhesive material seamlessly bonds the indoor window sash insulation profile and the middle window sash insulation profile into a whole. The roller-pressing compound machine presses the indoor upper pressure hook of the outdoor window sash aluminum profile into the raised pressure groove on the middle window sash insulation profile through elastic deformation. The upper inclined support plate with a larger outer side and a smaller inner side is supported under the upper protrusion. The roller-pressing compound machine presses the indoor lower pressure hook of the outdoor window sash aluminum profile into the lower raised pressure groove of the middle window sash insulation profile through elastic deformation. The lower inclined support plate with a larger outer side and a smaller inner side is supported above the lower protrusion. The indoor window sash insulation profile and the middle window sash insulation profile are combined with the outdoor window aluminum alloy profile into a whole. The rectangular group corner cavity of the indoor window sash insulation profile, the rectangular group corner cavity of the middle window sash insulation profile and the rectangular group corner cavity of the outdoor window sash aluminum profile form three group corner cavities. The inner surface of the indoor window insulation profile is coated with a decorative film.

[0010] The present invention proposes a combined window sash thermal insulation profile, wherein an extrusion compounding machine 1 extrude a high-temperature molten high-strength thermal insulation adhesive material into an L-shaped filling cavity, a U-shaped filling cavity, a rectangular filling cavity, an I-shaped filling cavity, a T-shaped filling cavity, or a rectangular cavity of a mold, and an extrusion compounding machine 2 extrude a high-temperature molten thermal insulation profile material into the thermal insulation material cavity of the mold, and the high-temperature molten high-strength thermal insulation adhesive material and the high-temperature molten thermal insulation profile material are combined into one in the mold, and after the high-temperature molten high-strength thermal insulation adhesive material and the high-temperature molten thermal insulation profile material are cooled and solidified, the high-strength thermal insulation adhesive material and the window thermal insulation profile form a three-wall stack, and the high-strength thermal insulation adhesive material and the window thermal insulation profile form a two-wall stack The high-temperature melting high-strength thermal insulation adhesive material is combined with the high-temperature melting thermal insulation profile material into a whole. The roller pressing compound machine presses the upper pressure hook of the outdoor aluminum profile indoor side into the upper raised pressure groove on the outer side of the indoor thermal insulation profile through elastic deformation. The upper support plate with a larger outer side and a smaller inner side is supported under the upper connecting protrusion. The roller pressing compound machine presses the lower pressure hook of the outdoor aluminum profile indoor side into the lower raised pressure groove on the outer side of the middle thermal insulation profile through elastic deformation. The lower support plate with a larger outer side and a smaller inner side is supported above the lower protrusion. The upper pressure hook and the lower pressure hook on the indoor side of the aluminum profile combine the indoor window thermal insulation profile and the middle window thermal insulation profile with the outdoor window aluminum alloy profile into a whole. The inner surface of the indoor window thermal insulation profile is coated with a decorative film.

[0011] The advantages of the present invention are as follows: 1. Aluminum alloy profiles are used on the outdoor side, which solves the problem of aging of the outdoor side of doors and windows due to sunlight exposure and improves the service life of doors and windows. 2. The rectangular corner cavity of the indoor window frame insulation profile is used to install the connecting corner code. Screws pass through the upper horizontal wall of the L-shaped high-strength insulation adhesive material and the upper horizontal wall of the window frame insulation profile to form a two-wall superposition combination to combine the indoor window frame insulation profile with the inner connecting corner code. The installation groove of the middle window frame insulation profile corner connection plate is used to install the corner connection plate. Screws pass through the corner connection plate and the inner wall of the middle window frame insulation profile to combine the middle window frame insulation profile with the outer connecting corner code, which solves the problem of insufficient strength of the single wall of the window frame insulation profile and the inner and outer connecting corner codes, improves the connection strength of the door and window corners, and prevents the door and window from deforming. 3. High-temperature molten high-strength thermal insulation adhesive material is injected into the L-shaped groove cavity formed by the indoor side window insulation profile, the middle window insulation profile and the outdoor side window aluminum alloy profile. Through the fluidity of the high-temperature molten high-strength thermal insulation adhesive material, the window insulation profile and the L-shaped groove cavity are seamlessly connected and bonded. The high-temperature molten high-strength thermal insulation adhesive material melts and combines the surface of the L-shaped groove cavity insulation profile into a whole. After the high-temperature molten high-strength thermal insulation adhesive material is cured, the L-shaped high-strength perfused insulation adhesive material blocks the deformation between the middle insulation profile and the outdoor insulation profile, thereby improving the connection strength between the middle insulation profile and the outdoor insulation profile. 4. The perfusion insulation adhesive material is injected into the L-shaped groove cavity formed by the indoor insulation profile, the middle insulation profile and the outdoor aluminum alloy profile. After the perfusion insulation adhesive material is cured, an insulation profile with three walls and double walls of the L-shaped perfusion insulation adhesive material and the middle insulation profile corner cavity is formed, which improves the strength of the insulation profile corner cavity, improves the connection strength of the insulation door and window corners, and improves the connection strength of the door and window hinges and window frames, solves the problem of insufficient strength of the single corner connection wall of the insulation profile, improves the connection strength of the door and window corners, solves the problem of insufficient connection strength of the single-wall door and window hinges of the window frame insulation profile, and improves the safety performance of doors and windows. 5. The L-shaped or I-shaped insulation profile connects the outdoor aluminum alloy profile, the middle insulation profile with the corner grouping function, and the inner insulation profile into a whole. The expansion and contraction of the outdoor aluminum alloy profile and the middle insulation profile with the corner grouping function due to different linear expansion coefficients are absorbed by the elastic deformation of the L-shaped or I-shaped insulation profile, preventing the expansion and contraction fracture of the outdoor aluminum alloy profile and the middle insulation profile with the corner grouping function due to different linear expansion coefficients, thereby improving the service life of doors and windows. 6. The indoor window sash insulation profile and the middle insulation profile are adjacent to the window frame. Three step-arranged baffles with embedded sealing strips are set to improve the sealing profile and thermal insulation performance of doors and windows.

[0012] A further improvement scheme of the present invention is: after being coated with glue, the middle dovetail fixing protrusion of the thermal insulation profile is inserted into the dovetail fixing groove of the outdoor aluminum alloy profile, the glue bonds and positions the dovetail fixing protrusion of the thermal insulation profile and the adjacent dovetail fixing groove of the aluminum alloy profile, thereby improving the connection strength between the dovetail fixing protrusion of the thermal insulation profile and the adjacent dovetail fixing groove of the aluminum alloy profile, preventing loosening and detachment between the dovetail fixing protrusion of the thermal insulation profile and the adjacent dovetail fixing groove of the aluminum alloy profile, realizing double glue bonding between the thermal insulation adhesive material and the dovetail fixing protrusion, and improving the overall combined strength of the indoor thermal insulation profile and the outdoor aluminum alloy profile.

[0013] A further improvement scheme of the present invention is: the integral combined thermal insulation profile enters into the mold of the extrusion compounding machine, and the extrusion compounding machine injects the high-temperature molten high-strength thermal insulation adhesive material into the L-shaped groove cavity or the U-shaped groove cavity or the I-shaped filling cavity or the T-shaped filling cavity or the rectangular cavity through the opening of the integral combined thermal insulation profile, and the high-temperature molten high-strength thermal insulation adhesive material is fused together with the window frame thermal insulation profile.

[0014] A further improvement scheme of the present invention is: the extrusion compounding machine 1 extrude the high-temperature molten high-strength thermal insulation adhesive material into the L-shaped filling cavity, U-shaped filling cavity, I-shaped filling cavity, T-shaped filling cavity or rectangular cavity of the mold, the extrusion compounding machine 2 extrude the high-temperature molten thermal insulation profile material into the thermal insulation material cavity of the mold, the high-temperature molten high-strength thermal insulation adhesive material and the high-temperature molten thermal insulation profile material are combined into one in the mold, and after cooling, the high-temperature molten high-strength thermal insulation adhesive material and the high-temperature molten thermal insulation profile material are combined into a whole.

[0015] A further improvement of the present invention is: a decorative pattern is arranged on the inner side of the indoor insulation profile, and a decorative pattern is arranged on the glass buckle strip, so that the indoor window sash insulation is flush with the indoor window frame profile with the decorative pattern, the window center support profile with the decorative pattern, and the glass buckle strip decorative pattern, thereby improving the indoor decorative performance of the insulation profile.

[0016] High-strength thermal insulation adhesive materials include: polyurethane resin, epoxy resin, hard rubber, ABS, nylon, and their composite materials.

[0017] Thermal insulation profiles include: wood plastic profiles, plastic profiles, fiberglass profiles, and polyurethane profiles.

[0018] Manufacturing method of external aluminum high-strength composite thermal insulation profile: 1. The window thermal insulation profile and the upper and lower connecting protrusions with pressure grooves and the L-shaped filling cavity or U-shaped filling cavity and the rectangular cavity are made into an integral composite thermal insulation profile through a mold; 2. The upper and lower pressure hooks and two support plates are made on the indoor side of the outdoor window aluminum profile; 3. The integral composite thermal insulation profile is loaded into an extrusion composite machine; 4. The extrusion composite machine extrude the high-temperature molten high-strength thermal insulation adhesive material into the L-shaped filling cavity or the U-shaped filling cavity or the rectangular cavity, and the high-temperature molten high-strength thermal insulation adhesive material and the thermal insulation profile are integrated; 5. After the high-strength thermal insulation adhesive material is cured, the high-strength thermal insulation adhesive material and the window thermal profile form a three-wall superposition, and the high-strength thermal insulation adhesive material The material and the window insulation profile form two superimposed walls, and the high-strength insulation adhesive material and the insulation profile are seamlessly bonded to form a whole; 6. The roller-pressing composite machine presses the upper pressure hook of the outdoor aluminum profile indoor side into the upper raised pressure groove on the outer side of the indoor insulation profile through elastic deformation, and the upper support plate with a larger outer side and a smaller inner side is supported under the upper connecting protrusion. The roller-pressing composite machine presses the lower pressure hook of the outdoor aluminum profile indoor side into the lower raised pressure groove on the outer side of the middle insulation profile through elastic deformation, and the lower support plate with a larger outer side and a smaller inner side is supported above the lower protrusion. The upper pressure hook and the lower pressure hook of the indoor side of the aluminum profile combine the indoor window insulation profile and the middle window insulation profile with the outdoor window aluminum alloy profile into a whole; 7. The inner surface of the indoor window insulation profile is coated with a decorative film.

[0019] The manufacturing method of the external aluminum high-strength composite thermal insulation profile is as follows: 1. The window center support thermal insulation profile and the insulation cavity are connected with two upper and lower connecting protrusions with pressure grooves on the outdoor side and the I-shaped filling cavity or T-shaped filling cavity or L-shaped filling cavity and the rectangular cavity through a mold to form an integral composite thermal insulation profile; 2. The upper and lower pressure hooks and two support plates are made on the indoor side of the outdoor window center support aluminum profile; 3. The integral composite thermal insulation profile is loaded into an extrusion composite machine; 4. The extrusion composite machine extrude the high-temperature molten high-strength thermal insulation adhesive material into the I-shaped filling cavity or the T-shaped filling cavity or the L-shaped filling cavity or the rectangular cavity, and the high-temperature molten high-strength thermal insulation adhesive material and the thermal insulation profile are integrated; 5. After the high-strength thermal insulation adhesive material is cured, the high-strength thermal insulation adhesive material and the window thermal profile form a three-wall superposition, and the high-strength insulation The thermal adhesive material and the window insulation profile form two superimposed walls, and a plurality of insulation cavities are distributed in the window center insulation profile. The high-strength insulation adhesive material and the insulation profile are seamlessly bonded to form a whole; 6. The roller-pressing composite machine presses the upper pressure hook of the indoor side of the outdoor aluminum profile into the upper raised pressure groove on the outer side of the indoor insulation profile through elastic deformation, and the upper support plate with a larger outer side and a smaller inner side is supported under the upper connecting protrusion. The roller-pressing composite machine presses the lower pressure hook of the indoor side of the outdoor aluminum profile into the lower raised pressure groove on the outer side of the middle insulation profile through elastic deformation, and the lower support plate with a larger outer side and a smaller inner side is supported above the lower protrusion. The upper pressure hook and the lower pressure hook of the indoor side of the aluminum profile combine the indoor window insulation profile and the middle window insulation profile with the outdoor window aluminum alloy profile into a whole; 7. The inner surface of the indoor window insulation profile is coated with a decorative film.

[0020] Manufacturing method of external aluminum high-strength composite thermal insulation profile: 1. The indoor side window sash thermal insulation profile with rectangular corner cavity, the middle window sash thermal insulation profile with rectangular corner cavity, and the upper and lower connecting protrusions with pressing grooves on the outdoor side of the middle window sash thermal insulation profile, the connecting wall, the L-shaped filling cavity or the U-shaped filling cavity, the hinge installation groove, and the three step-arranged baffles and rectangular cavities inlaid with sealing strips are made into an integral composite thermal insulation profile through a mold; 2. The integral composite thermal insulation profile is loaded into a composite mold; 3. High-temperature molten high-strength thermal insulation adhesive material is injected into the L-shaped filling cavity or the U-shaped filling cavity or the rectangular cavity composed of the composite thermal insulation profile and the composite mold, and the high-temperature molten high-strength thermal insulation adhesive material is integrated with the thermal insulation profile; 4. After the high-strength thermal insulation adhesive material is cured, the high-strength thermal insulation adhesive The connecting material and the window thermal profile form a three-wall superposition, the high-strength thermal insulation adhesive material and the window thermal insulation profile form a two-wall superposition, and the high-strength thermal insulation adhesive material and the thermal insulation profile are seamlessly bonded to the thermal insulation profile as a whole; 5. The roller-pressing composite machine presses the upper pressure hook on the indoor side of the outdoor aluminum profile into the upper raised pressure groove on the outer side of the indoor thermal insulation profile through elastic deformation, and the upper supporting plate with a larger outer side and a smaller inner side is supported under the upper connecting protrusion. The roller-pressing composite machine presses the lower pressure hook on the indoor side of the outdoor aluminum profile into the lower raised pressure groove on the outer side of the middle thermal insulation profile through elastic deformation, and the lower supporting plate with a larger outer side and a smaller inner side is supported above the lower protrusion. The upper pressure hook and the lower pressure hook on the indoor side of the aluminum profile combine the indoor window thermal insulation profile and the middle window thermal insulation profile with the outdoor window aluminum alloy profile into a whole; 6. The inner surface of the indoor window thermal insulation profile is coated with a decorative film.

[0021] Manufacturing method of external aluminum high-strength composite thermal insulation profile: 1. Extrusion compound machine 1 extrude high-temperature molten high-strength thermal insulation adhesive material into the L-shaped filling cavity, U-shaped or rectangular filling cavity, I-shaped filling cavity, T-shaped filling cavity or rectangular cavity of the mold; 2. Extrusion compound machine 2 extrude high-temperature molten thermal insulation profile material into the thermal insulation material cavity of the mold, and the high-temperature molten high-strength thermal insulation adhesive material and the high-temperature molten thermal insulation profile material are combined into one in the mold; 3. After the high-temperature molten high-strength thermal insulation adhesive material and the high-temperature molten thermal insulation profile material are cooled and solidified, the high-strength thermal insulation adhesive material and the window thermal insulation profile form a three-wall superposition, and the high-strength thermal insulation adhesive material and the window thermal insulation profile form a The two walls are superimposed, and the high-strength thermal insulation adhesive material and the thermal insulation profile are seamlessly bonded into a whole; 4. The roller-pressing composite machine presses the upper pressure hook of the indoor side of the outdoor aluminum profile into the upper raised pressure groove on the outer side of the indoor thermal insulation profile through elastic deformation, and the inclined upper support plate with a larger outer side and a smaller inner side is supported under the upper connecting protrusion. The roller-pressing composite machine presses the lower pressure hook of the indoor side of the outdoor aluminum profile into the lower raised pressure groove on the outer side of the middle thermal insulation profile through elastic deformation, and the inclined lower support plate with a larger outer side and a smaller inner side is supported above the lower protrusion. The upper pressure hook and the lower pressure hook of the indoor side of the aluminum profile combine the indoor window thermal insulation profile and the middle window thermal insulation profile with the outdoor window aluminum alloy profile into a whole; 5. The inner surface of the indoor window thermal insulation profile is coated with a decorative film. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

[0023] Figure 1 The present invention discloses a structural diagram of an external aluminum high-strength composite window frame heat-insulating profile having the technical features of the present invention.

[0024] Figure 2 The present invention discloses another structure diagram of an external aluminum high-strength composite window frame heat-insulating profile having the technical features of the present invention.

[0025] Figure 3 The present invention discloses another structure diagram of an external aluminum high-strength composite window frame heat-insulating profile having the technical features of the present invention.

[0026] Figure 4 The present invention discloses a structural diagram of a heat-insulating profile for a high-strength composite window with aluminum exterior having the technical features of the present invention.

[0027] Figure 5 The present invention is another structural diagram of a high-strength aluminum composite window center support heat-insulating profile having the technical features of the present invention.

[0028] Figure 6 The present invention discloses a structural diagram of an external aluminum high-strength composite window sash heat-insulating profile having the technical features of the present invention. Implementation Example

[0029] A kind of external aluminum high strength composite window frame insulation profile Figure 1 As shown, wherein: 1 is an indoor window frame heat insulation profile, 2 is a rectangular corner cavity of the indoor window frame heat insulation profile, 3 is a glass buckle strip inlay groove, 4 is an inner wall of the indoor window frame heat insulation profile, 5 is a hook of the indoor window frame heat insulation profile, 6 is an inner wall of the rectangular corner cavity of the indoor window frame heat insulation profile, 7 is a horizontal wall of the rectangular corner cavity of the indoor window frame heat insulation profile, 8 is an intermediate window frame heat insulation profile, 9 is an intermediate window frame heat insulation profile rectangular corner cavity, 10 is an intermediate window frame heat insulation profile sealing strip inlay groove, 11 is an intermediate window frame heat insulation profile upper wall, 12 is an intermediate window frame heat insulation profile outer wall, 13 is an intermediate window frame heat insulation profile lower sealing connection groove, 14 is an intermediate window frame heat insulation profile middle wall, 15 is a fixed protrusion on the middle window frame insulation profile, 16 is a fixed protrusion pressing groove on the middle window frame insulation profile, 17 is a lower fixed protrusion on the middle window frame insulation profile, 18 is a lower fixed protrusion pressing groove on the middle window frame insulation profile, 19 is an outdoor window frame aluminum profile, 20 is an upper pressing hook on the outdoor window frame aluminum profile, 21 is an upper supporting plate on the outdoor window frame aluminum profile, 22 is a lower pressing hook on the outdoor window frame aluminum profile, 23 is a lower supporting plate on the outdoor window frame aluminum profile, 24 is an inlay groove for a sealing strip of the outdoor window frame aluminum profile, 25 is a high-strength thermal insulation adhesive material, 26 is a horizontal wall of an injection thermal insulation adhesive material, 27 is a longitudinal wall of an injection thermal insulation adhesive material, and 28 is an indoor decorative film.

[0030] When manufacturing the combined window frame heat-insulating profile, the indoor inner window frame heat-insulating profile 1 with the rectangular corner cavity 2, the middle window frame heat-insulating profile 8 with the rectangular corner cavity 9, the upper fixing protrusion 15, the lower fixing protrusion 17 and the L-shaped groove cavity are formed into an integral combined heat-insulating profile through a mold, and the high-temperature molten high-strength heat-insulating adhesive material 25 is injected into the L-shaped groove cavity of the window frame heat-insulating profile. The high-temperature molten high-strength heat-insulating adhesive material 25 is fused with the window heat-insulating profile 1. After the middle high-temperature molten high-strength heat-insulating adhesive material 25 is solidified, the L-shaped injection molding process is completed. The longitudinal wall 27 of the injected thermal insulation adhesive material and the inner wall 4 of the indoor window frame insulation profile and the inner wall 6 of the rectangular corner cavity of the indoor window frame insulation profile form a three-wall superimposed combination, the horizontal wall 26 of the L-shaped injected thermal insulation adhesive material and the horizontal wall 7 of the rectangular corner cavity of the middle window frame insulation profile form a two-wall superimposed combination, the L-shaped injected thermal insulation adhesive material 25 is seamlessly bonded to the indoor window frame insulation profile 1 and the middle window frame insulation profile 8 into a whole, and the window frame insulation profile hook 5 prevents the L-shaped injected thermal insulation adhesive material 25 from cracking and detaching.

[0031] The roller-pressing compound machine presses the upper pressing hook 20 of the aluminum profile into the upper raised pressing groove 16 on the outer side of the window sash insulation profile, and the upper supporting plate 21 is supported under the fixed protrusion 15 on the insulation profile. The roller-pressing compound machine presses the lower pressing hook 22 on the indoor side of the aluminum profile into the lower raised pressing groove 18 on the outer side of the middle window sash insulation profile, and the lower supporting plate 23 is supported above the lower fixed protrusion 17. The upper pressing hook 20 and the lower pressing hook 22 of the aluminum profile combine the indoor insulation profile 1 and the middle insulation profile 8 with the outdoor aluminum alloy profile 19 into an integral high-strength combined insulation profile.

[0032] The inner surface of the indoor window frame heat insulation profile 1 is composited with an indoor decorative film 28 .

[0033] A further improvement scheme of this embodiment is: the fixing protrusion 15 on the middle window frame heat-insulating profile is coated with structural adhesive and then inserted into the cavity formed by the upper pressure hook 20 and the upper support plate 21 of the outdoor window frame aluminum alloy profile 19; the fixing protrusion 17 on the lower part of the middle window frame heat-insulating profile is coated with structural adhesive and then inserted into the cavity formed by the lower pressure hook 22 and the lower support plate 23 of the outdoor window frame aluminum alloy profile 19; after the structural adhesive is cured, the fixing protrusion 15 on the middle window frame heat-insulating profile and the adjacent outdoor window frame aluminum alloy profile 19 are bonded together and positioned, and the fixing protrusion 17 on the lower part of the middle window frame heat-insulating profile and the adjacent outdoor window frame aluminum alloy profile 19 are bonded together and positioned, thereby enhancing the connection strength between the middle window frame heat-insulating profile 8 and the adjacent outdoor window frame aluminum alloy profile 19.

[0034] The advantages of this embodiment are as follows: 1. The hinges of the casement doors and windows are installed on the side elevation of the three-wall superimposed combination composed of the L-shaped infusion insulation adhesive material longitudinal wall 27, the indoor window frame insulation profile inner wall 4 and the indoor window frame insulation profile rectangular corner cavity inner wall 6, which solves the problem of insufficient strength of the casement door and window hinges installed on the existing indoor insulation profile single wall, and improves the safety performance of the doors and windows. 2. The indoor window frame insulation profile rectangular corner cavity 2 and the middle window frame insulation profile rectangular corner cavity 9 are double-cavity corners, which improves the stability of the doors and windows and prevents the doors and windows from twisting and deforming. The screws pass through the L-shaped infusion insulation adhesive material horizontal wall 26 and the indoor window frame insulation profile horizontal wall 7 to form a two-wall superimposed combination, and fix the connection angle code in the indoor window frame insulation profile rectangular corner cavity, which solves the problem of insufficient strength of the connection angle code in the existing insulation profile single-wall connection corner cavity, and improves the safety performance of the doors and windows. 3. Bolts pass through the L-shaped horizontal wall 26 of the poured insulation adhesive material and are combined with the indoor side window frame insulation profile horizontal wall 7 and the middle window frame insulation profile horizontal wall and the connecting metal plate to fix the combined insulation profile on the wall, thereby solving the problem of insufficient strength of the single rear wall of the insulation profile when the existing bolts pass through the single rear wall of the insulation profile to fix the combined insulation profile on the wall, thereby improving the safety performance of doors and windows. Example

[0035] A kind of external aluminum high strength composite window frame insulation profile Figure 2 As shown, among which: 29 is the indoor side window frame insulation profile, 30 is the indoor side window frame insulation profile rectangular group corner cavity, 31 is the glass buckle strip inlay groove, 32 is the indoor side window frame insulation profile inner wall, 33 is the indoor side window frame insulation profile hook, 34 is the indoor side window frame insulation profile rectangular group corner cavity inner wall, 35 is the indoor side window frame insulation profile rectangular group corner cavity horizontal wall, 36 is the middle window frame insulation profile, 37 is the middle window frame insulation profile rectangular group corner cavity, 38 is the middle window frame insulation profile sealing strip inlay groove, 39 is the middle window frame insulation profile upper wall, 40 is the middle window frame insulation profile horizontal wall, 41 is the window frame insulation profile middle wall, 42 is the middle window frame insulation profile The outer wall, 43 is the fixed protrusion on the middle window frame insulation profile, 44 is the fixed protrusion pressure groove on the middle window frame insulation profile, 45 is the lower fixed protrusion of the middle window frame insulation profile, 46 is the lower fixed protrusion pressure groove of the middle window frame insulation profile, 47 is the outdoor side window frame aluminum profile, 48 is the upper pressure hook of the outdoor side window frame aluminum profile, 49 is the upper support plate of the outdoor side window frame aluminum profile, 50 is the lower pressure hook of the outdoor side window frame aluminum profile, 51 is the lower support plate of the outdoor side window frame aluminum profile, 52 is the inlay groove of the outdoor side window frame aluminum profile sealing strip, 53 is a high-strength thermal insulation adhesive material, 54 is a horizontal wall of the injection thermal insulation adhesive material, 55 is a longitudinal wall of the injection thermal insulation adhesive material, and 56 is an indoor decorative film.

[0036] When manufacturing the combined window frame heat-insulating profile, the indoor side window frame heat-insulating profile 29 with the rectangular corner cavity 30, the middle window frame heat-insulating profile 36 with the rectangular corner cavity 37, the upper fixing protrusion 43, the lower fixing protrusion 45 and the L-shaped groove cavity are formed into an integral combined heat-insulating profile by a mold, and the high-temperature melting high-strength heat-insulating adhesive material 53 is injected into the L-shaped groove cavity of the window frame heat-insulating profile, and the high-temperature melting high-strength heat-insulating adhesive material 53 is fused with the indoor side window heat-insulating profile 29 and the middle heat-insulating profile 36, and the middle high-temperature melting high-strength heat-insulating adhesive material 53 is solidified. After the bonding, the L-shaped longitudinal wall 55 of the thermal insulation adhesive material and the inner wall 32 of the indoor window frame thermal insulation profile and the inner wall 34 of the rectangular corner cavity of the indoor window frame thermal insulation profile form a three-wall superimposed combination, the L-shaped horizontal wall 54 of the thermal insulation adhesive material and the horizontal wall 35 of the rectangular corner cavity of the middle window frame thermal insulation profile form a two-wall superimposed combination, the L-shaped thermal insulation adhesive material 53 and the indoor window frame thermal insulation profile 29 and the middle window frame thermal insulation profile 36 are seamlessly bonded into a whole, and the window frame thermal insulation profile hook 33 prevents the L-shaped thermal insulation adhesive material 53 from cracking and detaching.

[0037] The roller-pressing compound machine presses the upper pressing hook 48 of the aluminum profile into the upper raised pressing groove 44 on the outer side of the window sash insulation profile, and the upper supporting plate 49 is supported under the fixed protrusion 43 on the insulation profile. The roller-pressing compound machine presses the lower pressing hook 50 on the indoor side of the aluminum profile into the lower raised pressing groove 46 on the outer side of the middle window sash insulation profile, and the lower supporting plate 51 is supported above the lower fixed protrusion 45. The upper pressing hook 48 and the lower pressing hook 50 of the aluminum profile combine the indoor insulation profile 21 and the middle insulation profile 36 with the outdoor aluminum alloy profile 47 into an integral high-strength combined insulation profile.

[0038] The inner surface of the indoor window frame heat insulation profile 29 is composited with an indoor decorative film 56 .

[0039] A further improvement scheme of this embodiment is: the fixing protrusion 43 on the middle window frame heat-insulating profile is coated with structural adhesive and then inserted into the cavity formed by the upper pressure hook 48 and the upper support plate 49 of the outdoor window frame aluminum alloy profile 47; the fixing protrusion 45 on the lower part of the middle window frame heat-insulating profile is coated with structural adhesive and then inserted into the cavity formed by the lower pressure hook 50 and the lower support plate 51 of the outdoor window frame aluminum alloy profile 47; after the structural adhesive is cured, the fixing protrusion 43 on the middle window frame heat-insulating profile and the adjacent outdoor window frame aluminum alloy profile 47 are bonded together and positioned, and the fixing protrusion 45 on the lower part of the middle window frame heat-insulating profile and the adjacent outdoor window frame aluminum alloy profile 47 are bonded together and positioned, thereby enhancing the connection strength between the middle window frame heat-insulating profile 8 and the adjacent outdoor window frame aluminum alloy profile 47. Example

[0040] A kind of external aluminum high strength composite window frame insulation profile Figure 3As shown, wherein: 57 is the indoor side window frame insulation profile, 58 is the indoor side window frame insulation profile rectangular group corner cavity, 59 is the glass buckle strip inlay groove, 60 is the indoor side window frame insulation profile inner wall, 61 is the indoor side window frame insulation profile inner hook, 62 is the indoor side window frame insulation profile outer hook, 63 is the indoor side window frame insulation profile rectangular group corner cavity inner wall, 64 is the indoor side window frame insulation profile rectangular group corner cavity horizontal wall, 65 is the middle window frame insulation profile, 66 is the middle window frame insulation profile rectangular group corner cavity, 67 is the middle window frame insulation profile sealing strip inlay groove, 68 is the middle window frame insulation profile rectangular group corner cavity outer wall, 69 is the double connection wall, 70 is the middle window frame insulation profile outer wall, 71 is the middle 72 is the fixed protrusion on the middle window frame insulation profile, 73 is the lower fixed protrusion of the middle window frame insulation profile, 74 is the lower fixed protrusion groove of the middle window frame insulation profile, 75 is the outdoor side window frame aluminum profile, 76 is the upper pressure hook of the outdoor side window frame aluminum profile, 77 is the upper supporting plate of the outdoor side window frame aluminum profile, 78 is the lower pressure hook of the outdoor side window frame aluminum profile, 79 is the lower supporting plate of the outdoor side window frame aluminum profile, 80 is the inlay groove of the outdoor side window frame aluminum profile sealing strip, 81 is a high-strength thermal insulation adhesive material, 82 is a horizontal wall of the injection thermal insulation adhesive material, 83 is an inner longitudinal wall of the injection thermal insulation adhesive material, 84 is an inner longitudinal wall of the injection thermal insulation adhesive material, and 85 is an indoor decorative film.

[0041] When manufacturing the combined window frame heat-insulating profile, the indoor side window frame heat-insulating profile 57 with the rectangular corner cavity 58, the middle window frame heat-insulating profile 65 with the rectangular corner cavity 66, the upper fixing protrusion 71, the lower fixing protrusion 73 and the L-shaped groove cavity are formed into an integral combined heat-insulating profile through a mold, and the high-temperature melting high-strength heat-insulating adhesive material 81 is injected into the L-shaped groove cavity of the window frame heat-insulating profile, and the high-temperature melting high-strength heat-insulating adhesive material 81 is fused with the indoor side window heat-insulating profile 57 and the middle heat-insulating profile 65. After the middle high-temperature melting high-strength heat-insulating adhesive material 81 is cured, the L-shaped injection molding process is completed. The longitudinal wall 83 of the thermal insulation adhesive material, the inner wall 60 of the indoor window frame thermal insulation profile, and the inner wall 63 of the rectangular corner cavity of the indoor window frame thermal insulation profile form a three-wall superimposed combination, the horizontal wall 82 of the L-shaped poured thermal insulation adhesive material and the horizontal wall 64 of the rectangular corner cavity of the middle window frame thermal insulation profile form a two-wall superimposed combination, the L-shaped poured thermal insulation adhesive material 81 is seamlessly bonded to the indoor window frame thermal insulation profile 57 and the middle window frame thermal insulation profile 65 into a whole, the inner hook 61 of the window frame thermal insulation profile and the outer hook 62 of the window frame thermal insulation profile prevent the L-shaped poured thermal insulation adhesive material 81 from cracking and detaching.

[0042] The roller-pressing compound machine presses the upper pressing hook 76 of the aluminum profile into the upper raised pressing groove 72 on the outer side of the window sash insulation profile, and the upper supporting plate 77 is supported under the fixed protrusion 71 on the insulation profile. The roller-pressing compound machine presses the lower pressing hook 78 on the indoor side of the aluminum profile into the lower raised pressing groove 74 on the outer side of the middle window sash insulation profile, and the lower supporting plate 79 is supported above the lower fixed protrusion 73. The upper pressing hook 76 and the lower pressing hook 78 of the aluminum profile combine the indoor insulation profile 57 and the middle insulation profile 65 with the outdoor aluminum alloy profile 75 to form an integral high-strength combined insulation profile.

[0043] The inner surface of the indoor window frame heat insulation profile 57 is composited with an indoor decorative film 85 .

[0044] A further improvement scheme of this embodiment is: the fixing protrusion 71 on the middle window frame heat-insulating profile is coated with structural adhesive and then inserted into the cavity formed by the upper pressure hook 76 and the upper support plate 77 of the outdoor window frame aluminum alloy profile 75; the fixing protrusion 73 on the lower part of the middle window frame heat-insulating profile is coated with structural adhesive and then inserted into the cavity formed by the lower pressure hook 78 and the lower support plate 79 of the outdoor window frame aluminum alloy profile 75; after the structural adhesive is cured, the fixing protrusion 71 on the middle window frame heat-insulating profile and the adjacent outdoor window frame aluminum alloy profile 75 are bonded together and positioned, and the fixing protrusion 73 on the lower part of the middle window frame heat-insulating profile and the adjacent outdoor window frame aluminum alloy profile 75 are bonded together and positioned, thereby enhancing the connection strength between the middle window frame heat-insulating profile 65 and the adjacent outdoor window frame aluminum alloy profile 75. Example

[0045] A kind of high-strength aluminum composite window center heat insulation profile Figure 4 As shown, among them: 86 is the window center insulation profile, 87 is the door and window accessory inlay groove, 88 is the middle insulation profile sealing strip groove, 89 is the inner insulation cavity, 90 is the outdoor insulation cavity, 91 is the I-shaped round head filling cavity, 92 is the high-temperature melting high-strength adhesive material injection port, 93 is the high-strength adhesive material outer double cylinder, 94 is the high-strength adhesive material connecting column plate, 95 is the high-strength adhesive material inner double cylinder, 96 is the upper fixing protrusion, 97 is an upper fixed protrusion pressing groove, 98 is a lower fixed protrusion, 99 is a lower fixed protrusion pressing groove, 100 is an outdoor side window center support aluminum profile, 101 is an upper pressing hook of the outdoor side window center support aluminum profile, 102 is an upper supporting plate of the outdoor side window center support aluminum profile, 103 is a lower pressing hook of the outdoor side window center support aluminum profile, 104 is a lower supporting plate of the outdoor side window center support aluminum profile, 105 is a sealing strip groove of the outdoor side window center support aluminum profile, and 106 is an indoor decorative film.

[0046] During production, the window and door accessory inlay groove 87, the middle insulation profile sealing strip groove 88, the inner insulation cavity 89, the outdoor insulation cavity 90, the I-shaped round head filling cavity 91, the upper fixing protrusion 96, and the lower fixing protrusion 98 of the window center insulation profile are made into an integral combined insulation profile through a mold, and the high-temperature melting high-strength insulation adhesive material is injected into the I-shaped round head filling cavity 91 through the high-temperature melting high-strength adhesive material injection port 92, and the high-strength adhesive material outer double cylinder 93 and the high-strength adhesive material connecting column plate 94 and the high-strength adhesive material are connected. The inner double cylinder 95 of the high-strength adhesive material is seamlessly fused with the window center insulation profile 86. After the high-temperature molten high-strength insulation adhesive material is cured, the outer double cylinder 93 of the high-strength adhesive material, the high-strength adhesive material connecting column plate 94, and the inner double cylinder 95 of the high-strength adhesive material and the window center insulation profile 86 form a three-wall superimposed combination. The inner insulation cavity 89 and the outer insulation cavity 90 increase the insulation performance of the window center insulation profile. The I-shaped double-cylinder high-strength adhesive material improves the strength and wind pressure resistance of the window center combined insulation profile.

[0047] The roller-pressing compound machine presses the upper pressing hook 101 of the aluminum profile into the upper raised pressing groove 97 on the outer side of the window sash insulation profile, and the upper supporting plate 102 is supported under the fixed protrusion 96 on the insulation profile. The roller-pressing compound machine presses the lower pressing hook 103 on the indoor side of the aluminum profile into the lower raised pressing groove 99 on the outer side of the middle window sash insulation profile, and the lower supporting plate 104 is supported above the lower fixed protrusion 98. The upper pressing hook 101 and the lower pressing hook 103 of the aluminum profile combine the center support insulation profile 86 with the outdoor aluminum alloy profile 100 to form an integral high-strength combined window center support insulation profile.

[0048] The inner surface of the indoor side window center heat insulation profile 86 is composited with an indoor side decorative film 106 .

[0049] A further improvement to this embodiment is as follows: the fixing protrusion 96 on the heat-insulating profile of the central window support is coated with structural adhesive and then inserted into the cavity formed by the upper pressing hook 101 and the upper supporting plate 102 of the outdoor window frame aluminum alloy profile; the fixing protrusion 98 on the lower heat-insulating profile of the middle window frame is coated with structural adhesive and then inserted into the cavity formed by the lower pressing hook 103 and the lower supporting plate 104 of the outdoor window frame aluminum alloy profile; after the structural adhesive is cured, the fixing protrusion 96 on the heat-insulating profile of the middle window frame and the adjacent outdoor window frame aluminum alloy profile 100 are bonded together and positioned; the fixing protrusion 98 on the lower heat-insulating profile of the middle window frame and the adjacent outdoor window frame aluminum alloy profile 100 are bonded together and positioned; the structural adhesive enhances the connection strength between the heat-insulating profile 86 of the window frame and the adjacent outdoor window frame aluminum alloy profile 100.

[0050] The advantages of this embodiment are: 1. The high-temperature melting high-strength heat-insulating adhesive material is injected into the round head cavity 91 of the I-shaped part, and the high-temperature melting single high-strength adhesive material column 66, the high-strength adhesive material connecting plate 67, and the high-strength adhesive material double connecting column 68 are seamlessly integrated with the window center support heat-insulating profile. After the high-temperature melting high-strength heat-insulating adhesive material is solidified, the high-strength adhesive material outer double cylinder 93, the high-strength adhesive material connecting column plate 94, and the high-strength adhesive material inner double cylinder 95 form a three-wall superimposed combination with the window center support heat-insulating profile, thereby increasing the strength of the window center support heat-insulating profile, the inner heat-insulating cavity 89 and the outer heat-insulating cavity 90, and increasing the heat-insulating performance of the window center support heat-insulating profile. 2. When making doors and windows, screws pass through the window frame heat-insulating profile and enter the high-strength adhesive material inner double cylinder 95 and the high-strength adhesive material outer double cylinder 93 to form a four-point connection, fix the window center support heat-insulating profile, prevent the window center support profile from rotating and deforming, and improve the precision of doors and windows. 3. The high-strength adhesive material outer double cylinder 93, the high-strength adhesive material connecting column plate 94 and the high-strength adhesive material inner double cylinder 95 have the function of improving the window center support heat insulation profile to resist wind pressure deformation. 4. The screws pass through the window frame heat insulation profile and enter the high-strength adhesive material outer double cylinder 93 and the high-strength adhesive material inner double cylinder 95 to form a four-point connection, without the need for a center support connecting column, with a simple manufacturing process and low manufacturing cost. Example

[0051] A kind of high-strength aluminum composite window center heat insulation profile Figure 5 As shown, 107 is the window center insulation profile, 108 is the door and window accessory inlay groove, 109 is the middle insulation profile sealing strip groove, 110 is the inner insulation cavity, 111 is the middle insulation cavity, 112 is the outdoor insulation cavity, 113 is the I-shaped round head filling cavity, 114 is the high-temperature melting high-strength adhesive material injection port, 115 is the high-strength adhesive material outer double cylinder, 116 is the high-strength adhesive material connecting column plate, 117 is the high-strength adhesive material inner double cylinder, 1 18 is an upper fixing protrusion, 119 is an upper fixing protrusion pressing groove, 120 is a lower fixing protrusion, 121 is a lower fixing protrusion pressing groove, 122 is an outdoor side window center support aluminum profile, 123 is an upper pressing hook of the outdoor side window center support aluminum profile, 124 is an upper supporting plate of the outdoor side window center support aluminum profile, 125 is a lower pressing hook of the outdoor side window center support aluminum profile, 126 is a lower supporting plate of the outdoor side window center support aluminum profile, 127 is a sealing strip groove of the outdoor side window center support aluminum profile, and 128 is an indoor decorative film.

[0052] During the manufacturing process, the window and door accessory inlay groove 108, the middle heat insulation profile sealing strip groove 109, the inner heat insulation cavity 110, the middle heat insulation cavity 111, the outdoor heat insulation cavity 112, the T-shaped round head filling cavity 113, the upper fixing protrusion 118, and the lower fixing protrusion 120 of the window center heat insulation profile are formed into an integral combined heat insulation profile through a mold, and the high-temperature melting high-strength heat insulation adhesive material is injected into the T-shaped round head filling cavity 113 through the high-temperature melting high-strength adhesive material injection port 114, and the high-strength adhesive material outer double cylinder 115, the high-strength adhesive material connecting column plate 116, and the high-strength adhesive material inner cylinder 117 are connected to the window The center support insulation profile 107 is seamlessly fused together, and after the high-temperature molten high-strength insulation adhesive material is solidified, the high-strength adhesive material outer cylinder 115, the high-strength adhesive material connecting column plate 116, and the high-strength adhesive material inner cylinder 117 form a three-wall superimposed combination with the window center support insulation profile 107, and the high-strength adhesive material inner cylinder 117 and the inner insulation cavity 110 form a two-wall superimposed combination. The inner insulation cavity 110 and the outer insulation cavity 112 of the window center support insulation profile increase the insulation performance of the window center support insulation profile, and the high-strength adhesive material T-shaped column reinforcement material improves the strength and wind pressure resistance of the window center support combined insulation profile.

[0053] The roller-pressing compound machine presses the upper pressing hook 12 of the aluminum profile into the upper raised pressing groove 118 on the outer side of the window sash insulation profile, and the upper supporting plate 124 is supported under the fixed protrusion 118 on the insulation profile. The roller-pressing compound machine presses the lower pressing hook 125 on the indoor side of the aluminum profile into the lower raised pressing groove 121 on the outer side of the middle window sash insulation profile, and the lower supporting plate 126 is supported above the lower fixed protrusion 120. The upper pressing hook 123 and the lower pressing hook 125 of the aluminum profile combine the center support insulation profile 107 with the outdoor aluminum alloy profile 122 to form an integral high-strength combined window center support insulation profile.

[0054] The inner surface of the indoor side window center heat insulation profile 107 is composited with an indoor side decorative film 128 .

[0055] A further improvement to this embodiment is as follows: the fixing protrusion 118 on the heat-insulating profile of the central window support is coated with structural adhesive and then inserted into the cavity formed by the upper pressing hook 123 and the upper supporting plate 124 of the outdoor window frame aluminum alloy profile; the fixing protrusion 120 on the lower heat-insulating profile of the middle window frame is coated with structural adhesive and then inserted into the cavity formed by the lower pressing hook 125 and the lower supporting plate 126 of the outdoor window frame aluminum alloy profile; after the structural adhesive is cured, the fixing protrusion 118 on the heat-insulating profile of the middle window frame and the adjacent outdoor window frame aluminum alloy profile 122 are bonded together and positioned; the fixing protrusion 120 on the lower heat-insulating profile of the middle window frame and the adjacent outdoor window frame aluminum alloy profile 122 are bonded together and positioned; the structural adhesive enhances the connection strength between the heat-insulating profile 107 of the window frame and the adjacent outdoor window frame aluminum alloy profile 122.

[0056] The advantages of this embodiment are: 1. High-temperature molten high-strength thermal insulation adhesive material is injected into the T-shaped round head cavity 113, and the outer double cylinders 115 of the high-strength adhesive material, the high-strength adhesive material connecting column plate 116, and the high-strength adhesive material inner cylinder 117 are seamlessly integrated with the window center insulation profile. After the high-temperature molten high-strength thermal insulation adhesive material is cured, the outer double cylinders 115 of the high-strength adhesive material, the high-strength adhesive material connecting column plate 116, and the high-strength adhesive material inner cylinder 117 form a double-walled superimposed combination with the window center insulation profile, thereby increasing the strength of the window center insulation profile, the inner insulation cavity 110 and the outer insulation cavity 112, and increasing the thermal insulation performance of the window center insulation profile. 2. When making doors and windows, screws pass through the window frame insulation profile and enter the high-strength adhesive material outer double cylinder 115 and the high-strength adhesive material inner cylinder 117 to form a triangular connection, fix the window center insulation profile, prevent the window center insulation profile from rotating and deforming, and improve the accuracy of doors and windows. 3. The high-strength adhesive material outer double cylinder 115 and the high-strength adhesive material connecting column plate 116 and the high-strength adhesive material inner cylinder 117 have the function of improving the window center insulation profile to resist wind pressure deformation. 4. Screws pass through the window frame insulation profile and enter the high-strength adhesive material outer double cylinder 115 and the high-strength adhesive material inner cylinder 117 to form a triangular connection. There is no need for a center support connecting column, the manufacturing process is simple, and the manufacturing cost is low. Example

[0057] A kind of external aluminum high strength combined reinforced window sash heat insulation profile such as Figure 6 As shown, among them: 129 is the indoor window sash insulation profile, 130 is the indoor rectangular connection cavity, 131 is the glass buckle strip inlay groove, 132 is the inner hook, 133 is the outer wall of the indoor rectangular connection cavity, 134 is the lower wall of the indoor rectangular connection cavity, 135 is the inner sealing baffle of the indoor window sash insulation profile. 136 is the inner inlay sealing strip groove, 137 is the hinge inlay groove, 138 is the inner groove baffle of the middle sealing strip, 139 is the outer groove baffle of the middle sealing strip, 140 is the double connecting rib, 141 is the middle window sash insulation profile, 142 is the middle rectangular corner cavity, 143 is the inner wall of the middle rectangular corner cavity, 144 is the upper wall of the middle rectangular corner cavity, 145 is the outer upper fixing protrusion, 146 is the outer upper fixing protrusion pressing groove, 147 is the outer lower fixing protrusion, 148 is the outer lower fixing protrusion pressing groove, 149 is the L-shaped filling cavity, 150 It is a high-strength thermal insulation adhesive material, 151 is a horizontal wall of the injected thermal insulation adhesive material, 152 is a longitudinal wall of the injected thermal insulation adhesive material, 153 is an outdoor window sash aluminum profile, 154 is an upper pressure hook of the outdoor window sash aluminum profile, 155 is an upper supporting plate of the outdoor window sash aluminum profile, 156 is a lower pressure hook of the outdoor window sash aluminum profile, 157 is a lower supporting plate of the outdoor window sash aluminum profile, 158 is a rectangular corner cavity of the outdoor window sash aluminum profile, 159 is an inlay groove of a sealing strip of the outdoor window sash aluminum profile, and 160 is an indoor decorative film.

[0058] During the manufacturing process, the indoor side window sash heat insulation profile 129 with a rectangular connection cavity 130, the middle window sash heat insulation profile 141 with a rectangular connection cavity 142, the double connection ribs 140, the upper fixing protrusion 145, the lower fixing protrusion 147, and the L-shaped filling cavity 149 are formed into an integral combined heat insulation profile through a mold, and the high-temperature melting high-strength heat insulation adhesive material 150 is injected into the L-shaped groove cavity 149 of the window sash heat insulation profile, and the high-temperature melting high-strength heat insulation adhesive material 150 is fused with the outer wall 133 of the rectangular group corner cavity of the indoor side window heat insulation profile, the inner wall 143 of the middle rectangular group corner cavity, and the double connection ribs 140, and the middle high After the warm-melting high-strength thermal insulation adhesive material 150 is solidified, the L-shaped longitudinal wall 152 of the thermal insulation adhesive material and the outer side wall 133 of the rectangular group corner cavity of the indoor window sash insulation profile and the inner side wall 143 of the rectangular group corner cavity of the middle window sash insulation profile form a three-wall superimposed combination, the upper horizontal wall 151 of the L-shaped thermal insulation adhesive material and the upper horizontal wall 144 of the rectangular group corner cavity of the middle window sash insulation profile form a two-wall superimposed combination, the L-shaped thermal insulation adhesive material 150 and the indoor window frame insulation profile 129 and the middle window frame insulation profile 141 are seamlessly bonded into a whole, and the hook 132 prevents the L-shaped thermal insulation adhesive material 150 from cracking and detaching.

[0059] The roller-pressing compound machine presses the upper pressing hook 154 of the window sash aluminum profile into the upper raised pressing groove 145 on the outer side of the window sash insulation profile, and the upper supporting plate 155 is supported under the fixed protrusion 145 on the insulation profile. The roller-pressing compound machine presses the lower pressing hook 156 on the indoor side of the aluminum profile into the lower raised pressing groove 148 on the outer side of the middle window sash insulation profile, and the lower supporting plate 157 is supported above the lower fixed protrusion 147. The upper pressing hook 154 and the lower pressing hook 156 of the aluminum profile combine the indoor insulation profile 129 and the middle insulation profile 141 with the outdoor aluminum alloy profile 153 to form an integral high-strength combined window sash insulation profile.

[0060] The inner surface of the indoor window sash heat insulation profile 129 is composited with an indoor decorative film 160 .

[0061] The advantages of this embodiment are: 1. The L-shaped longitudinal wall 152 of the poured insulation adhesive material, the outer wall 133 of the indoor rectangular connection cavity, and the inner wall 143 of the rectangular corner cavity of the middle window center insulation profile form a three-wall superposition combination, and the L-shaped horizontal wall 151 of the poured insulation adhesive material and the upper horizontal wall 144 of the rectangular corner cavity of the middle window sash insulation profile form a two-wall superposition combination, which together improve the deformation resistance of doors and windows and improve the safety performance of insulation doors and windows. 2. The rectangular connection cavity 130 of the indoor window sash insulation profile, the rectangular connection cavity 1142 of the middle window sash insulation profile, and the rectangular connection cavity 158 of the outdoor window sash aluminum alloy profile form a three-cavity corner combination, which improves the stability of doors and windows, improves the bearing capacity of window sash glass, and prevents the door and window sash from twisting and deformation. 3. Three step-arranged baffles inlaid with sealing strips are arranged on the side adjacent to the indoor window sash insulation profile and the middle insulation profile and the window frame. When making doors and windows, the sealing strips are inlaid in the three step-arranged baffles. When closing the window sash, the sealing strips inlaid in the three step-arranged baffles are in contact and seal with the window frame and the window frame sealing strip, and the sealing strip in the window frame sealing strip groove is in contact and seal with the window sash, thereby realizing four-fold sealing between the frame and sash, and improving the sealing profile and thermal insulation performance of doors and windows.

Claims

1. An external aluminum high-strength composite thermal insulation profile, comprising: Indoor side window insulation profile, outdoor side window aluminum alloy profile, high-strength adhesive material, characterized in that: the window insulation profile and upper and lower connecting protrusions with pressure grooves and L-shaped filling cavity or U-shaped filling cavity and rectangular cavity are made into an integral combined insulation profile through a mold, and the indoor side of the outdoor side window aluminum profile is made of upper and lower pressure hooks and two support plates. When making the combined insulation profile, the high-strength insulation adhesive material is injected into the L-shaped filling cavity or the U-shaped filling cavity or the rectangular cavity, and the high-strength insulation adhesive material and the insulation profile are integrated. After the high-strength insulation adhesive material is cured, the high-strength insulation adhesive material and the window thermal profile form a three-wall superposition, and the high-strength insulation adhesive material is used. The connecting material and the window insulation profile form two superimposed walls, the high-strength insulation adhesive material and the insulation profile are seamlessly bonded to form a whole, the roller-pressing compound machine presses the upper pressure hook on the indoor side of the outdoor side window aluminum profile into the upper raised pressure groove on the outer side of the indoor side window insulation profile through elastic deformation, and the upper support plate is supported under the upper connecting protrusion, the roller-pressing compound machine presses the lower pressure hook on the indoor side of the outdoor side window aluminum profile into the lower raised pressure groove on the outer side of the middle window insulation profile through elastic deformation, and the lower support plate is supported above the lower protrusion, the upper pressure hook and the lower pressure hook of the window frame aluminum profile combine the indoor side window insulation profile and the outdoor side window frame aluminum alloy profile into a whole, and the inner surface of the indoor side window insulation profile is coated with a decorative film.

2. An external aluminum high-strength composite window center support heat-insulating profile, comprising: The heat-insulating profile of the window center support, the high-strength adhesive material, and the aluminum alloy profile of the outdoor window center support are characterized in that the heat-insulating profile of the window center support and the heat-insulating cavity are connected with two upper and lower connecting protrusions with pressure grooves on the outdoor side and the I-shaped filling cavity or the T-shaped filling cavity and the L-shaped filling cavity and the rectangular cavity through a mold to form an integral combined heat-insulating profile; the upper and lower pressure hooks and two support plates are made on the indoor side of the aluminum profile of the outdoor window center support; the high-temperature molten high-strength heat-insulating adhesive material is injected into the I-shaped filling cavity or the T-shaped filling cavity or the L-shaped filling cavity; the high-temperature molten high-strength heat-insulating adhesive material and the heat-insulating profile are fused into one; after the high-strength heat-insulating adhesive material is cured, the high-strength heat-insulating adhesive material and the window heat profile form a three-wall superposition; the high-strength heat-insulating adhesive material and the window The thermal insulation profiles are composed of two superimposed walls, and a plurality of insulation cavities are distributed in the window center support thermal insulation profile. The high-strength thermal insulation adhesive material is seamlessly bonded to the thermal insulation profile to form a whole. The roller-pressing compound machine presses the upper pressure hook on the indoor side of the outdoor side window center support aluminum profile into the raised pressure groove on the middle window center support thermal insulation profile through elastic deformation, and the upper inclined support plate with a larger outer side and a smaller inner side is supported under the upper protrusion. The roller-pressing compound machine presses the lower pressure hook on the indoor side of the outdoor side window center support aluminum profile into the raised pressure groove below the middle window center support thermal insulation profile through elastic deformation, and the lower inclined support plate with a larger outer side and a smaller inner side is supported above the lower protrusion, so that the indoor side window center support thermal insulation profile and the middle window center support thermal insulation profile are combined with the outdoor side window center support aluminum alloy profile into a whole, and the inner surface of the indoor side window thermal insulation profile is coated with a decorative film.

3. An external aluminum high-strength composite window sash heat-insulating profile, comprising: Indoor window sash insulation profile, middle window sash insulation profile, outdoor window sash aluminum alloy profile, high-strength adhesive material, characterized in that: the indoor window sash insulation profile with rectangular corner cavity and the middle window sash insulation profile and the upper and lower connecting protrusions with pressure grooves on the outdoor side of the middle window sash insulation profile and the connecting wall and L-shaped filling cavity or U-shaped filling cavity and rectangular cavity and hinge installation groove and three step-arranged baffles with embedded sealing strips are made into an integral combined insulation profile through a mold, and the indoor side of the outdoor window sash aluminum profile is made of two upper and lower pressure hooks and two inclined support plates with larger outer sides and smaller inner sides. When making the combined insulation profile, the high-strength insulation adhesive material is injected into the L-shaped filling cavity or the U-shaped filling cavity or the rectangular cavity. After the high-strength insulation adhesive material is cured, the high-strength insulation adhesive material and the window thermal profile form a three-wall superposition, and the high-strength insulation adhesive material and the window thermal insulation profile are The two walls are superimposed with materials, and the high-strength thermal insulation adhesive material seamlessly bonds the indoor window insulation profile and the middle window insulation profile into a whole. The roller-pressing compound machine presses the upper pressure hook of the indoor side of the outdoor window aluminum profile into the raised pressure groove on the middle window insulation profile through elastic deformation, and the upper supporting plate with a larger outer side and a smaller inner side is supported under the upper protrusion. The roller-pressing compound machine presses the lower pressure hook of the indoor side of the outdoor window aluminum profile into the raised pressure groove under the middle window insulation profile through elastic deformation, and the lower supporting plate with a larger outer side and a smaller inner side is supported above the lower protrusion, combining the indoor window insulation profile and the middle window insulation profile with the outdoor window aluminum alloy profile into a whole. The rectangular group corner cavity of the indoor window insulation profile, the rectangular group corner cavity of the middle window insulation profile and the rectangular group corner cavity of the outdoor window aluminum profile form three group corner cavities, and the inner surface of the indoor window insulation profile is covered with a decorative film.

4. An external aluminum high-strength composite window sash heat-insulating profile, comprising: Indoor window sash insulation profile, middle window sash insulation profile, outdoor window sash aluminum alloy profile, high-strength adhesive material, characterized in that: extrusion compound machine 1 extrude high-temperature molten high-strength insulation adhesive material into the L-shaped filling cavity or U-shaped or rectangular filling cavity or I-shaped filling cavity or T-shaped filling cavity or rectangular cavity of the mold, extrusion compound machine 2 extrude high-temperature molten insulation profile material into the insulation profile material cavity of the mold, high-temperature molten high-strength insulation adhesive material and high-temperature molten insulation profile material are combined into one in the mold, after the high-temperature molten high-strength insulation adhesive material and the high-temperature molten insulation profile material are cooled and solidified, the high-strength insulation adhesive material and the window thermal profile form a three-wall superposition, and the high-strength insulation adhesive material The material and the window insulation profile form two superposition walls, the high-temperature melting high-strength insulation adhesive material is combined with the high-temperature melting insulation profile material into a whole, the roller pressing compound machine presses the upper pressure hook of the outdoor aluminum profile indoor side into the upper raised pressure groove on the outer side of the indoor insulation profile through elastic deformation, and the upper supporting plate with a larger outer side and a smaller inner side is supported under the upper connecting protrusion, the roller pressing compound machine presses the lower pressure hook of the outdoor aluminum profile indoor side into the lower raised pressure groove on the outer side of the middle insulation profile through elastic deformation, and the lower supporting plate with a larger outer side and a smaller inner side is supported above the lower protrusion, the upper pressure hook and the lower pressure hook of the indoor side of the aluminum profile combine the indoor window insulation profile and the middle window insulation profile with the outdoor window aluminum alloy profile into a whole, and the inner surface of the indoor window insulation profile is coated with a decorative film.

5. The high-strength aluminum composite heat-insulating profile as claimed in claim 1, 2 or 3, characterized in that: The integral combined thermal insulation profile is loaded into an extrusion compounding machine, and the extrusion compounding machine extrude the high-temperature molten high-strength thermal insulation adhesive material into an L-shaped filling cavity, a U-shaped filling cavity, an I-shaped filling cavity, a T-shaped filling cavity or a rectangular cavity, and the high-strength thermal insulation adhesive material and the thermal insulation profile are integrated into one.

6. The high-strength aluminum composite heat-insulating profile as claimed in claim 1, 2 or 3, characterized in that: The extrusion compounding machine 1 extrude the high-temperature molten high-strength thermal insulation adhesive material into the L-shaped filling cavity, U-shaped filling cavity, I-shaped filling cavity, T-shaped filling cavity or rectangular cavity of the mold, and the extrusion compounding machine 2 extrude the high-temperature molten thermal insulation profile material into the thermal insulation material cavity of the mold. The high-temperature molten high-strength thermal insulation adhesive material and the high-temperature molten thermal insulation profile material are combined into one in the mold. After cooling, the high-temperature molten high-strength thermal insulation adhesive material and the high-temperature molten thermal insulation profile material are combined into a whole.

7. Production method of external aluminum high-strength composite insulation profile:

1. The window insulation profile and the upper and lower connecting protrusions with pressure grooves and the L-shaped filling cavity or U-shaped filling cavity and the rectangular cavity are made into an integral composite insulation profile through a mold; 2. The upper and lower pressure hooks and two support plates are made on the indoor side of the outdoor window aluminum profile; 3. The integral composite insulation profile is loaded into an extrusion composite machine; 4. The extrusion composite machine extrude the high-temperature molten high-strength insulation adhesive material into the L-shaped filling cavity or the U-shaped filling cavity or the rectangular cavity, and the high-temperature molten high-strength insulation adhesive material and the insulation profile are integrated; 5. After the high-strength insulation adhesive material is cured, the high-strength insulation adhesive material and the window thermal profile form a three-wall superposition, and the high-strength insulation adhesive The material and the window insulation profile form two superimposed walls, and the high-strength insulation adhesive material and the insulation profile are seamlessly bonded to form a whole; 6. The roller-pressing composite machine presses the upper pressure hook of the indoor side of the outdoor aluminum profile into the upper raised pressure groove on the outer side of the indoor insulation profile through elastic deformation, and the upper support plate with a larger outer side and a smaller inner side is supported under the upper connecting protrusion. The roller-pressing composite machine presses the lower pressure hook of the indoor side of the outdoor aluminum profile into the lower raised pressure groove on the outer side of the middle insulation profile through elastic deformation, and the lower support plate with a larger outer side and a smaller inner side is supported above the lower protrusion. The upper pressure hook and the lower pressure hook of the indoor side of the aluminum profile combine the indoor window insulation profile and the middle window insulation profile with the outdoor window aluminum alloy profile into a whole; 7. The inner surface of the indoor window insulation profile is coated with a decorative film.

8. Production method of external aluminum high-strength composite insulation profile:

1. The window center support insulation profile and the insulation cavity are connected with two upper and lower connecting protrusions with pressure grooves on the outdoor side and the I-shaped filling cavity or T-shaped filling cavity or L-shaped filling cavity and rectangular cavity through a mold to form an integral composite insulation profile; 2. The upper and lower pressure hooks and two support plates are made on the indoor side of the outdoor window center support aluminum profile; 3. The integral composite insulation profile is loaded into an extrusion composite machine; 4. The extrusion composite machine extrude high-temperature molten high-strength insulation adhesive material into the I-shaped filling cavity or T-shaped filling cavity or L-shaped filling cavity or rectangular cavity, and the high-temperature molten high-strength insulation adhesive material and the insulation profile are integrated; 5. After the high-strength insulation adhesive material is cured, the high-strength insulation adhesive material and the window thermal profile form a three-wall superposition, and the high-strength The thermal insulation adhesive material and the window thermal insulation profile form two superimposed walls, and a plurality of insulation cavities are distributed in the window center thermal insulation profile. The high-strength thermal insulation adhesive material and the thermal insulation profile are seamlessly bonded to form a whole; 6. The roller-pressing composite machine presses the upper pressure hook of the indoor side of the outdoor aluminum profile into the upper raised pressure groove on the outer side of the indoor thermal insulation profile through elastic deformation, and the upper supporting plate with a larger outer side and a smaller inner side is supported under the upper connecting protrusion. The roller-pressing composite machine presses the lower pressure hook of the indoor side of the outdoor aluminum profile into the lower raised pressure groove on the outer side of the middle thermal insulation profile through elastic deformation, and the lower supporting plate with a larger outer side and a smaller inner side is supported above the lower protrusion. The upper pressure hook and the lower pressure hook of the indoor side of the aluminum profile combine the indoor window thermal insulation profile and the middle window thermal insulation profile with the outdoor window aluminum alloy profile into a whole; 7. The inner surface of the indoor window thermal insulation profile is coated with a decorative film.

9. Method for making external aluminum high-strength composite thermal insulation profiles:

1. The indoor side window sash thermal insulation profile with a rectangular corner cavity, the middle window sash thermal insulation profile with a rectangular corner cavity, and the upper and lower connecting protrusions with press grooves on the outdoor side of the middle window sash thermal insulation profile, the connecting wall, the L-shaped filling cavity or the U-shaped filling cavity, the hinge installation groove, and the baffles and rectangular cavities with three stepped sealing strips are made into an integral composite thermal insulation profile through a mold; 2. The integral composite thermal insulation profile is loaded into a composite mold; 3. High-temperature molten high-strength thermal insulation adhesive material is injected into the L-shaped filling cavity or the U-shaped filling cavity or the rectangular cavity composed of the composite thermal insulation profile and the composite mold, and the high-temperature molten high-strength thermal insulation adhesive material is integrated with the thermal insulation profile; 4. After the high-strength thermal insulation adhesive material is cured, the high-strength thermal insulation The adhesive material and the window thermal profile form a three-wall superposition, the high-strength thermal insulation adhesive material and the window thermal insulation profile form a two-wall superposition, and the high-strength thermal insulation adhesive material and the thermal insulation profile are seamlessly bonded to form a whole; 5. The roller-pressing composite machine presses the upper pressure hook on the indoor side of the outdoor aluminum profile into the upper raised pressure groove on the outer side of the indoor thermal insulation profile through elastic deformation, and the inclined upper support plate with a larger outer side and a smaller inner side is supported under the upper connecting protrusion. The roller-pressing composite machine presses the lower pressure hook on the indoor side of the outdoor aluminum profile into the lower raised pressure groove on the outer side of the middle thermal insulation profile through elastic deformation, and the inclined lower support plate with a larger outer side and a smaller inner side is supported above the lower protrusion. The upper pressure hook and the lower pressure hook on the indoor side of the aluminum profile combine the indoor window thermal insulation profile and the middle window thermal insulation profile with the outdoor window aluminum alloy profile into a whole; 6. The inner surface of the indoor window thermal insulation profile is coated with a decorative film.

10. Method for making external aluminum high-strength composite thermal insulation profile:

1. Extrusion compound machine 1 extrude high-temperature molten high-strength thermal insulation adhesive material into the L-shaped filling cavity, U-shaped or rectangular filling cavity, I-shaped filling cavity, T-shaped filling cavity or rectangular cavity of the mold; 2. Extrusion compound machine 2 extrude high-temperature molten thermal insulation profile material into the thermal insulation material cavity of the mold, and the high-temperature molten high-strength thermal insulation adhesive material and the high-temperature molten thermal insulation profile material are combined into one in the mold; 3. After the high-temperature molten high-strength thermal insulation adhesive material and the high-temperature molten thermal insulation profile material are cooled and solidified, the high-strength thermal insulation adhesive material and the window thermal insulation profile form a three-wall superposition, and the high-strength thermal insulation adhesive material and the window thermal insulation profile are combined into a three-wall superposition. The two walls are stacked, and the high-strength thermal insulation adhesive material and the thermal insulation profile are seamlessly bonded into a whole; 4. The roller-pressing composite machine presses the upper pressure hook of the indoor side of the outdoor aluminum profile into the upper raised pressure groove on the outer side of the indoor thermal insulation profile through elastic deformation, and the upper support plate with a larger outer side and a smaller inner side is supported under the upper connecting protrusion. The roller-pressing composite machine presses the lower pressure hook of the indoor side of the outdoor aluminum profile into the lower raised pressure groove on the outer side of the middle thermal insulation profile through elastic deformation, and the lower support plate with a larger outer side and a smaller inner side is supported above the lower protrusion. The upper pressure hook and the lower pressure hook of the indoor side of the aluminum profile combine the indoor window thermal insulation profile and the middle window thermal insulation profile with the outdoor window aluminum alloy profile into a whole; 5. The inner surface of the indoor window thermal insulation profile is coated with a decorative film.

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