CN104832053A - Grooved heat insulation profile-and-raised metal profile-combined heat insulation profile - Google Patents

Grooved heat insulation profile-and-raised metal profile-combined heat insulation profile Download PDF

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CN104832053A
CN104832053A CN201510085805.5A CN201510085805A CN104832053A CN 104832053 A CN104832053 A CN 104832053A CN 201510085805 A CN201510085805 A CN 201510085805A CN 104832053 A CN104832053 A CN 104832053A
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heat insulation
shape
groove
insulation section
projection
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CN201510085805.5A
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CN104832053B (en
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王广武
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Abstract

The invention relates to a grooved heat insulation profile-and-raised metal profile-combined heat insulation profile. The grooved heat insulation profile-and-raised metal profile-combined heat insulation profile includes a heat insulation profile and a metal profile; a groove is formed at the middle of one side of the heat insulation profile; the upper part of the open end of the groove is provided with an upper positioning slope or an upper positioning groove; the lower part of the open end of the groove is provided with a lower positioning slope or a lower positioning groove; a position on the metal profile, which is adjacent to the groove of the heat insulation profile, is provided with a protrusion which is shaped to match the groove; the protrusion of the metal profile is inserted into the groove of the heat insulation profile; the upper supporting surface of the protrusion of the metal profile contacts with the upper part of the groove of the heat insulation profile; the lower supporting surface of the protrusion of the metal profile contacts with the lower part of the groove of the heat insulation profile; a corner combination cavity is formed in the protrusion of the metal profile; a connection heat insulation profile is arranged in the protrusion of the metal profile; the connection heat insulation profile is combined with an adjacent metal profile; the upper pressing plate of the plastically-deformed metal profile is pressed on the upper positioning slope or the upper positioning groove of the heat insulation profile; and the lower pressing plate of the plastically-deformed metal profile is pressed on the lower positioning slope or the lower positioning groove of the heat insulation profile; and therefore, the metal raised profile and the heat insulation profile can be combined together so as to form an integrated body.

Description

Groove heat insulation section and protruding metal section combination heat insulation section
Technical field
The present invention relates to Door for building window profile.
Background technology
Patent CN201420344759 discloses a kind of high-strength heat-insulation section bar, described heat insulation section and the first aluminium extruded sections, the side that the second aluminium extruded sections is relative are respectively equipped with at least one fixing feet, fixing feet outer face is provided with the locating surface of indent or evagination, heat insulation section both sides are equipped with stiffener, be connected by least one terminal between stiffener with heat insulation section, heat insulation section inside is cavity structure.There is the characteristic of high strength, good heat resistance.
It is interior large outer little rectangular channel between upper and lower two fixing feet of this patent, outside shape middle part, little upper and lower two brace rods of imperial palace cannot side direction insert in the interior large outer little swallow tail groove between two fixing feet, can only longitudinally insert, for the architectural shape of standard 6 meters of length, cannot solve and wear conjunction gap problem between little upper and lower two brace rods of outer imperial palace and upper and lower two fixing feet, easily cause shape and heat insulation section to wear and close difficulty.
When shape with the upper lower platen on pressing inclined-plane be pressed in the upper and lower swallow-tail form inclined-plane of heat insulation section and side pressure roll-in on shape time, the inner small and outside big brace rod up and down of shape large outer little dovetail groove direction in heat insulation section is moved, pressing mobile space is produced between large outer little dovetail groove outward in the shape brace rod up and down that imperial palace is little and heat insulation section, cause pressing not tight, upper and lower two fixing feet produce distortion, produce internal stress, reduce the application life of product, upper and lower two fixing feet fracture of roots time serious.
Not yet retrieving the T-slot hollow metal section bar reeve with anti-deformation function and angle combining function has in the T-shaped heat insulation section of linkage function and heat insulation function, be pressed on inclined-plane, location or locating slot by the plastic strain of lower platen on shape, heat insulation section and shape combined the heat insulation section of structure.
Not yet retrieve shape cannelure protruding with the T-slot hollow metal section bar being connected heat insulation section is set between shape transverse groove projection injects and have in the T-shaped heat insulation section of linkage function and heat insulation function, be pressed on inclined-plane, location or locating slot, by the heat insulation section of heat insulation section together with heat insulating metal section combination by the plastic strain of lower platen on shape.
Summary of the invention
The object of the invention is: 1, heat insulation section forms the little T-shaped groove of outer imperial palace by longitudinal fluting and transverse concave groove, U-lag or outer little interior large T-slot or baffle plate or the sealing inclined-plane to lopsidedness is established outside transverse concave groove, it is protruding that shape forms outer little interior large T-slot by cannelure projection and transverse groove projection, shape cannelure projection is inserted in heat insulation section longitudinal fluting, shape transverse groove projection is inserted in heat insulation section transverse concave groove, group angle cavity is established in shape transverse groove projection, shape cannelure is protruding is connected heat insulation section with arranging between shape transverse groove projection, shape top board after plastic strain is pressed on heat insulation section locates on inclined-plane or upper locating slot, locate on inclined-plane or lower locating slot under shape lower platen after plastic strain is pressed in heat insulation section, the effect of combinations thereof structure is as follows: 1, the outer little interior large T-slot projection of shape is inserted in the little T-shaped groove of the outer imperial palace of heat insulation section, can the characteristic of lateral separation by the protruding T-shaped groove little with the outer imperial palace of heat insulation section of the outer little interior large T-slot of shape, what solve shape and heat insulation section wears conjunction problem.2, shape is protruding by the protruding and interior T-slot establishing the transverse groove projection of group angle cavity to form of cannelure, has the effect improving heat insulation section opposing torsional deformation.3, connecting corner brace by installing in the cavity of adjacent metal section bar transverse groove convex sets angle, improving group angle intensity and the non-deformability of door and window or curtain wall.4, group angle cavity is established in shape transverse groove projection, the door and window accessory be arranged on outside heat insulation section transverse concave groove in U-lag can be made, as: lock, hinge, connecting rod, in connection corner brace on the shape being connected to transverse groove convex sets angle cavity sidewalls through heat insulation section by screw or in the cavity of shape transverse groove convex sets angle, solving door and window accessory is directly installed on outside heat insulation section transverse concave groove, bonding strength is low, fragile problem.5, insert shape transverse groove projection in heat insulation section transverse concave groove, bolt passes heat insulation section and inserts protruding being connected to by window frame on body of wall of shape transverse groove and fixes, and solves heat insulation section and cannot use bolt and wall connecting problem because intensity is low.6, shape top board is pressed on heat insulation section locates on inclined-plane or upper locating slot, in shape cannelure projection, supporting surface is supported on the upper supporting surface of heat insulation section projection bottom, in shape cannelure projection, supporting surface solves heat insulation section projection and moves down breakage problem and top board does not press tightly problem, shape lower platen is located on inclined-plane or lower locating slot under being pressed in heat insulation section, the protruding lower support face of cannelure is supported on the lower support face on heat insulation section lower convexity top, the protruding lower support face of shape cannelure solves move up breakage problem and lower platen of heat insulation section lower convexity and does not press tightly problem, improve intensity and the dimensional accuracy of shape and heat insulation section.7, shape cannelure is protruding is connected heat insulation section with arranging between shape transverse groove projection, connect heat insulation section heat transfer between shape cannelure projection and shape transverse groove projection is cut off, improve the heat-insulating property of groove heat insulation section and protruding metal section combination heat insulation section.8, in shape projection, connection heat insulation section is set, connects heat insulation section and adjacent metal section bar heat transfer is cut off, improve the heat-insulating property of groove heat insulation section and protruding metal section combination heat insulation section.9, connect the manufacture of heat insulation section perfusion macromolecular material, it is high that perfusion macromolecular material has bonding strength, and the feature that heat-proof quality is good, prevents adjacent metal section bar to be out of shape, and improves the heat-insulating property of groove heat insulation section and protruding metal section combination heat insulation section.10, shape top board pressing inclined-plane after plastic strain is pressed on the little downward-sloping pressing inclined-plane of imperial palace outside heat insulation section top, shape lower platen pressing inclined-plane after plastic strain is pressed on the little acclivitous pressing inclined-plane of imperial palace outside heat insulation section bottom, the lateral force that shape top board and shape lower platen produce, shape is moved to heat insulation section direction, the outer little interior protruding ramp greatly of shape is made to be pressed together in the inner small and outside big trapezoidal detent upper inclined surface of heat insulation section under the effect of lateral force closely, the outer little interior protruding lower inclined plane greatly of shape is pressed together in the inner small and outside big trapezoidal detent lower bevel of heat insulation section closely under the effect of lateral force, the lateral force that produced by mechanical press solve the outer little interior projection greatly of shape and heat insulation section outward the little groove of imperial palace there is clearance issues, improve intensity and the non-deformability of heat insulation section, the tight problem of combination that gap causes heat insulation section projection generation problem on deformation and shape and heat insulation section to produce because of mobile gap is moved in the pressing solved in background technology scheme between heat insulation section and shape, improve intensity and the dimensional accuracy of heat insulation section.11, combined heat insulated section bar is made up of medial septal hot profiles and intermetallic metal section bar and lateral septal hot profiles, by the air chamber formed in the trapezoidal groove that outer imperial palace in the middle part of outer little interior two the brace rod insertion lateral septal hot profiles up and down greatly of the outer middle side part of shape is little, reduce the contact area with lateral septal hot profiles outside shape, the heat-proof quality of air is utilized to improve the heat-proof quality of combined heat insulated section bar, utilize the thermal resistance performance of thermal insulation section bar, reduce the heat transfer of intermetallic metal section bar, improve the heat-insulating property of combined heat insulated section bar.
A kind of groove heat insulation section that the present invention proposes and protruding metal section combination heat insulation section, comprise: heat insulation section, shape, heat insulation section forms T-shaped groove by longitudinal fluting and transverse concave groove, longitudinal fluting top is projection, projection bottom is upper supporting surface, projection top is inclined-plane, upper location or upper locating slot, longitudinal fluting bottom is lower convexity, lower convexity top is lower support face, lower convexity bottom is inclined-plane, lower location or lower locating slot, transverse concave groove is established in longitudinal fluting side, establish outside transverse concave groove to establish outside U-lag or transverse concave groove to establish in the sealing inclined-plane of inclination or transverse concave groove outside outer little interior large T-slot or transverse concave groove and establish multiple cavity, it is protruding that shape forms T-slot by cannelure projection and transverse groove projection, shape and heat insulation section longitudinal fluting adjacent are established with the cannelure of longitudinal fluting mating shapes protruding, shape cannelure projection is inserted in heat insulation section longitudinal fluting, in cannelure projection, supporting surface is supported on the upper supporting surface of heat insulation section projection bottom, the protruding lower support face of cannelure is supported on the lower support face on heat insulation section lower convexity top, shape and heat insulation section transverse concave groove adjacent are established with the transverse groove of transverse concave groove mating shapes protruding, shape transverse groove projection is inserted in heat insulation section transverse concave groove, supporting surface and heat insulation section transverse concave groove upper contact in shape transverse groove projection, the protruding lower support face of shape transverse groove and heat insulation section transverse concave groove lower contacts, group angle cavity is established in shape transverse groove projection, arrange between shape cannelure projection is protruding with transverse groove and be connected heat insulation section, shape cannelure protruding be connected heat insulation section and shape transverse groove projection combines, shape top board after plastic strain is pressed on heat insulation section locates on inclined-plane or upper locating slot, locate on inclined-plane or lower locating slot under shape lower platen after plastic strain is pressed in heat insulation section, shape and heat insulation section are combined into one.
The another kind of groove heat insulation section that the present invention proposes and protruding metal section combination heat insulation section, comprise: heat insulation section, shape, heat insulation section forms T-shaped groove by longitudinal fluting and transverse concave groove, longitudinal fluting top is projection, projection bottom is upper supporting surface, projection top is inclined-plane, upper location or upper locating slot, longitudinal fluting bottom is lower convexity, lower convexity top is lower support face, lower convexity bottom is inclined-plane, lower location or lower locating slot, transverse concave groove is established in longitudinal fluting side, establish outside transverse concave groove to establish outside U-lag or transverse concave groove to establish in the sealing inclined-plane of inclination or transverse concave groove outside outer little interior large T-slot or transverse concave groove and establish multiple cavity, it is protruding that shape forms T-slot by cannelure projection and transverse groove projection, shape and heat insulation section longitudinal fluting adjacent are established with the cannelure of longitudinal fluting mating shapes protruding, shape cannelure projection is inserted in heat insulation section longitudinal fluting, in cannelure projection, supporting surface is supported on the upper supporting surface of heat insulation section projection bottom, the protruding lower support face of cannelure is supported on the lower support face on heat insulation section lower convexity top, shape and heat insulation section transverse concave groove adjacent are established with the transverse groove of transverse concave groove mating shapes protruding, shape transverse groove projection is inserted in heat insulation section transverse concave groove, supporting surface and heat insulation section transverse concave groove upper contact in shape transverse groove projection, the protruding lower support face of shape transverse groove and heat insulation section transverse concave groove lower contacts, group angle cavity is established in shape transverse groove projection, shape top board after plastic strain is pressed on heat insulation section locates on inclined-plane or upper locating slot, locate on inclined-plane or lower locating slot under shape lower platen after plastic strain is pressed in heat insulation section, shape and heat insulation section are combined into one.
The another kind of groove heat insulation section that the present invention proposes and protruding metal section combination heat insulation section, comprise: heat insulation section, shape, heat insulation section one middle side part establishes groove, inclined-plane, location or upper locating slot are established in slot opening end top, inclined-plane, location or lower locating slot are set in slot opening end bottom, establish outside transverse concave groove to establish outside U-lag or transverse concave groove to establish in the sealing inclined-plane of inclination or transverse concave groove outside outer little interior large T-slot or transverse concave groove and establish multiple cavity, shape and heat insulation section groove adjacent establish the projection matched with groove shapes, shape projection is inserted in heat insulation section groove, supporting surface and heat insulation section groove upper contact in shape projection, the protruding lower support face of shape and heat insulation section groove lower contacts, group angle cavity is established in shape projection, connection heat insulation section is set in shape projection, connection heat insulation section and adjacent metal section bar combine, shape top board after plastic strain is pressed on heat insulation section locates on inclined-plane or upper locating slot, locate on inclined-plane or lower locating slot under shape lower platen after plastic strain is pressed in heat insulation section, metal bump section bar and heat insulation section are combined into one.
The another kind of groove heat insulation section that the present invention proposes and protruding metal section combination heat insulation section, comprise: heat insulation section, shape, heat insulation section one middle side part establishes groove, inclined-plane, location or upper locating slot are established in slot opening end top, inclined-plane, location or lower locating slot are set in slot opening end bottom, establish outside transverse concave groove to establish outside U-lag or transverse concave groove to establish in the sealing inclined-plane of inclination or transverse concave groove outside outer little interior large T-slot or transverse concave groove and establish multiple cavity, shape and heat insulation section groove adjacent establish the projection matched with groove shapes, shape projection is inserted in heat insulation section groove, supporting surface and heat insulation section groove upper contact in shape projection, the protruding lower support face of shape and heat insulation section groove lower contacts, group angle cavity is established in shape projection, shape top board after plastic strain is pressed on heat insulation section locates on inclined-plane or upper locating slot, locate on inclined-plane or lower locating slot under shape lower platen after plastic strain is pressed in heat insulation section, metal bump section bar and heat insulation section are combined into one.
The another kind of groove heat insulation section that the present invention proposes and protruding metal section combination heat insulation section, comprise: heat insulation section, shape, combined heat insulated section bar is made up of medial septal hot profiles and intermetallic metal section bar and lateral septal hot profiles, medial septal hot profiles forms T-shaped groove by longitudinal fluting and transverse concave groove, longitudinal fluting top is projection, projection bottom is upper supporting surface, projection top is inclined-plane, upper location or upper locating slot, longitudinal fluting bottom is lower convexity, lower convexity top is lower support face, lower convexity bottom is inclined-plane, lower location or lower locating slot, transverse concave groove is established in longitudinal fluting side, establish outside transverse concave groove to establish outside U-lag or transverse concave groove to establish in the sealing inclined-plane of inclination or transverse concave groove outside outer little interior large T-slot or transverse concave groove and establish multiple cavity, it is the trapezoidal groove that outer imperial palace is little in the middle part of lateral septal hot profiles, trapezoidal groove top is projection, projection bottom is upper supporting surface, projection top is inclined-plane, upper location or upper locating slot, ladder is lower convexity to groove bottom, lower convexity top is lower support face, lower convexity bottom is inclined-plane, lower location or lower locating slot, T-slot is formed by cannelure projection and transverse groove projection protruding inside shape, establish with the cannelure of longitudinal fluting mating shapes protruding inside shape with medial septal hot profiles longitudinal fluting adjacent, inside shape, cannelure projection to be inserted inside heat insulation section in longitudinal fluting, inside shape, in cannelure projection, supporting surface is supported on the upper supporting surface of projection bottom inside heat insulation section, inside shape, the protruding lower support face of cannelure is supported on the lower support face on lower convexity top inside heat insulation section, establish with the transverse groove of transverse concave groove mating shapes protruding inside shape with medial septal hot profiles transverse concave groove adjacent, inside shape, transverse groove projection to be inserted inside heat insulation section in transverse concave groove, transverse concave groove upper contact inside supporting surface and heat insulation section in the transverse groove projection of inner side, transverse concave groove lower contacts inside the protruding lower support face of transverse groove and heat insulation section inside shape, group angle cavity is established in transverse groove projection inside shape, arrange between shape cannelure projection is protruding with transverse groove and be connected heat insulation section, inside shape after shape plastic strain, top board is pressed on medial septal hot profiles and locates on inclined-plane or upper locating slot, inside shape after plastic strain, lower platen is located on inclined-plane or lower locating slot under being pressed in medial septal hot profiles, be combined into one inside shape with medial septal hot profiles, the outer middle side part of shape establish with lateral septal hot profiles in the middle part of outer little interior upper and lower greatly two brace rods of matching of the little trapezoidal groove of outer imperial palace, outer little interior upper and lower greatly two brace rods of the outer middle side part of shape insert in the trapezoidal groove that in the middle part of lateral septal hot profiles, outer imperial palace is little, outside shape, on upper brace rod, supporting surface is supported on the upper supporting surface of lateral septal hot profiles projection bottom, outside shape, lower support muscle lower support face is supported on the lower support face on lateral septal hot profiles lower convexity top, outside shape after plastic strain, top board is pressed on lateral septal hot profiles and locates on inclined-plane or upper locating slot, outside shape after plastic strain, lower platen is located on inclined-plane or lower locating slot under being pressed in lateral septal hot profiles, be combined into one outside shape with lateral septal hot profiles.
The another kind of groove heat insulation section that the present invention proposes and protruding metal section combination heat insulation section, comprise: heat insulation section, shape, combined heat insulated section bar is made up of medial septal hot profiles and intermetallic metal section bar and lateral septal hot profiles, medial septal hot profiles forms T-shaped groove by longitudinal fluting and transverse concave groove, longitudinal fluting top is projection, projection bottom is upper supporting surface, projection top is inclined-plane, upper location or upper locating slot, longitudinal fluting bottom is lower convexity, lower convexity top is lower support face, lower convexity bottom is inclined-plane, lower location or lower locating slot, transverse concave groove is established in longitudinal fluting side, establish outside transverse concave groove to establish outside U-lag or transverse concave groove to establish in the sealing inclined-plane of inclination or transverse concave groove outside outer little interior large T-slot or transverse concave groove and establish multiple cavity, it is the trapezoidal groove that outer imperial palace is little in the middle part of lateral septal hot profiles, trapezoidal groove top is projection, projection bottom is upper supporting surface, projection top is inclined-plane, upper location or upper locating slot, ladder is lower convexity to groove bottom, lower convexity top is lower support face, lower convexity bottom is inclined-plane, lower location or lower locating slot, T-slot is formed by cannelure projection and transverse groove projection protruding inside shape, establish with the cannelure of longitudinal fluting mating shapes protruding inside shape with medial septal hot profiles longitudinal fluting adjacent, inside shape, cannelure projection to be inserted inside heat insulation section in longitudinal fluting, inside shape, in cannelure projection, supporting surface is supported on the upper supporting surface of projection bottom inside heat insulation section, inside shape, the protruding lower support face of cannelure is supported on the lower support face on lower convexity top inside heat insulation section, establish with the transverse groove of transverse concave groove mating shapes protruding inside shape with medial septal hot profiles transverse concave groove adjacent, inside shape, transverse groove projection to be inserted inside heat insulation section in transverse concave groove, transverse concave groove upper contact inside supporting surface and heat insulation section in transverse groove projection inside shape, transverse concave groove lower contacts inside the protruding lower support face of transverse groove and heat insulation section inside shape, group angle cavity is established in transverse groove projection inside shape, inside shape after plastic strain, top board is pressed on medial septal hot profiles and locates on inclined-plane or upper locating slot, inside shape after plastic strain, lower platen is located on inclined-plane or lower locating slot under being pressed in medial septal hot profiles, be combined into one inside shape with medial septal hot profiles, the outer middle side part of shape establish with lateral septal hot profiles in the middle part of outer little interior upper and lower greatly two brace rods of matching of the little trapezoidal groove of outer imperial palace, outer little interior upper and lower greatly two brace rods of the outer middle side part of shape insert in the trapezoidal groove that in the middle part of lateral septal hot profiles, outer imperial palace is little, outside shape, on upper brace rod, supporting surface is supported on the upper supporting surface of lateral septal hot profiles projection bottom, outside shape, lower support muscle lower support face is supported on the lower support face on lateral septal hot profiles lower convexity top, outside shape after plastic strain, top board is pressed on lateral septal hot profiles and locates on inclined-plane or upper locating slot, outside shape after plastic strain, lower platen is located on inclined-plane or lower locating slot under being pressed in lateral septal hot profiles, be combined into one outside shape with lateral septal hot profiles.
For solving the conjunction problem of wearing of above-mentioned shape and heat insulation section and problem of combining closely, the shape of heat insulation section groove is made into the little trapezoidal groove of opening large inner, the shape of shape projection is made into outer little interior trapezoidal projection greatly, when wearing conjunction, by the lateral separation of the trapezoidal projection of shape and heat insulation section trapezoidal groove, reduce shape when wearing conjunction and contact the frictional resistance produced with heat insulation section, during pressing, shape top board pressing inclined-plane after plastic strain is pressed on downward-sloping pressing inclined-plane, heat insulation section top, shape lower platen pressing inclined-plane after plastic strain is pressed on acclivitous pressing inclined-plane, heat insulation section bottom, the lateral force that shape top board and shape lower platen produce, shape is moved to heat insulation section direction, the outer little interior protruding ramp greatly of shape is made to be pressed together in the inner small and outside big trapezoidal detent upper inclined surface of heat insulation section under the effect of lateral force closely, the outer little interior protruding lower inclined plane greatly of shape is pressed together in the inner small and outside big trapezoidal detent lower bevel of heat insulation section closely under the effect of lateral force, the lateral force that produced by mechanical press solve the outer little interior projection greatly of shape and heat insulation section outward the little groove of imperial palace there is clearance issues, improve intensity and the non-deformability of heat insulation section, the tight problem of combination that gap causes heat insulation section projection generation problem on deformation and shape and heat insulation section to produce because of mobile gap is moved in the pressing solved in background technology scheme between heat insulation section and shape.
For improving the bonding strength of shape and heat insulation section further, gluing between shape projection and heat insulation section groove.
For improving heat-insulating property and the non-deformability of heat insulation section further, connection heat insulation section being set between shape projection, connecting the manufacture of heat insulation section perfusion macromolecular material, after perfusion macromolecular material solidifies, adjacent metal section bar being combined.
For improving the heat-insulating property of heat insulation section further, connection heat insulation section is set between shape projection, connect inside and outside heat insulation section and all establish draw-in groove up and down, on inner metal section bar after plastic strain, lower platen is pressed in connect inside heat insulation section and goes up in lower bayonet slot, in outside shape projection after plastic strain, lower platen is pressed in and connects outside heat insulation section in upper lower bayonet slot, by inner metal section bar be connected heat insulation section and shape projection combines.
For improving the heat-insulating property of heat insulation section further, heat insulation section is selected by outer macromolecular material and the manufacture of internal layer high molecular foam material.
For improving the heat-insulating property of heat insulation section further, heat insulation section selects the macromolecular material manufacture with cavity.
For improving the heat-insulating property of heat insulation section further, heat insulation section selects Wood-plastic material manufacture.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, technical solution of the present invention is further described.
Fig. 1 be have the technology of the present invention feature is made up of T-shaped groove heat insulation section longitudinal fluting and transverse concave groove with by longitudinally protruding be connected heat insulation section and be separated end face structure chart with the shape window frame that lateral projection forms the heat insulation projection of T-shaped.
Fig. 2 be Fig. 1 heat insulation section of being made up of T-shaped groove longitudinal fluting and transverse concave groove with by the longitudinal protruding shape sash combination end face structure figure with being connected heat insulation section and lateral projection and forming the heat insulation projection of T-shaped.
Fig. 3 be the heat insulation section forming T-shaped groove by longitudinal fluting and transverse concave groove with the technology of the present invention feature with by longitudinally protruding be connected heat insulation section and be separated end face structure chart with the shape sash that lateral projection forms the heat insulation projection of T-shaped.
Fig. 4 be Fig. 3 heat insulation section of being made up of T-shaped groove longitudinal fluting and transverse concave groove with by longitudinally protruding and be connected the shape sash combination end face structure figure that heat insulation section and lateral projection form the heat insulation projection of T-shaped.
Fig. 5 is groove heat insulation section and the perfusion heat insulating metal section bar window frame separating end face structure chart with the technology of the present invention feature.
Fig. 6 is Fig. 5 groove heat insulation section and perfusion heat insulating metal section bar sash combination end face structure figure.
Fig. 7 has the technology of the present invention feature is made up of T-shaped groove heat insulation section longitudinal fluting and transverse concave groove to be separated end face structure chart with the shape window frame being made up of T-shaped projection longitudinal protruding and lateral projection.
Fig. 8 is that Fig. 7 forms the heat insulation section of T-shaped groove by longitudinal fluting and transverse concave groove and is made up of the shape sash combination end face structure figure of T-shaped projection longitudinal projection and lateral projection.
To be the heat insulation section forming T-shaped groove by longitudinal fluting and transverse concave groove with the technology of the present invention feature be separated end face structure chart with the shape sash being made up of T-shaped projection longitudinal protruding and lateral projection to Fig. 9.
Figure 10 is that Fig. 9 forms the heat insulation section of T-shaped groove by longitudinal fluting and transverse concave groove and is made up of the shape sash combination end face structure figure of T-shaped projection longitudinal projection and lateral projection.
Figure 11 has the technology of the present invention feature to be separated end face structure chart by connection metal heat insulation section window frame inside and outside thermal insulation section bar and middle part.
Figure 12 is that Figure 11 is by connection metal heat insulation section sash combination end face structure figure inside and outside thermal insulation section bar and middle part.
Figure 13 has the technology of the present invention feature by connection metal section bar sash separating end face structure chart inside and outside thermal insulation section bar and middle part.
Figure 14 is that Figure 13 combines end face structure figure by connection metal section bar sash inside and outside thermal insulation section bar and middle part.
Figure 15 is Fig. 2 and Fig. 4 and door and window accessory assembly door and window local combination assumption diagram
Embodiment 1:
The heat insulation section being made up of T-shaped groove longitudinal fluting and transverse concave groove with by longitudinally protruding be connected heat insulation section and be separated end face structure chart as shown in Figure 1 with the shape window frame that lateral projection forms the heat insulation projection of T-shaped, Fig. 2 is made up of T-shaped groove heat insulation section longitudinal fluting and transverse concave groove with by longitudinally protruding with the shape sash combination end face structure figure being connected heat insulation section and lateral projection and forming the heat insulation projection of T-shaped, wherein: 1 is heat insulation section, 2 is longitudinal flutings, 3 is projections, 4 is upper supporting surfaces, 5 is inclined-planes, upper location, 6 is lower convexity, 7 is lower support faces, 8 is inclined-planes, lower location, 9 is horizontal trapezoid grooves, 10 is supporting oblique surfaces on horizontal trapezoid groove, 11 is horizontal trapezoid groove lower support inclined-planes, 12 is outer little interior large T-shaped embedding grooves, 13 is heat insulation cavity, 14 is metal bump section bars, 15 is that cannelure is protruding, 16 is supporting surfaces in cannelure projection, 17 is top boards, 18 is the protruding lower support faces of cannelure, 19 is lower platens, 20 is connect heat insulation section top board, 21 is connect heat insulation section lower platen, 22 is connect heat insulation section, 23 is that horizontal groove is protruding, 24 is transverse concave groove ramps, 25 is transverse concave groove top boards, 26 is transverse concave groove lower inclined planes, 27 is transverse concave groove lower platens, 28 is chambeies, rectangle group angle, 29 is pressure rollers on pressing machine, 30 is pressing machine lower compression rollers.
During assembling, the protruding 15 connection heat insulation section top boards 20 of shape cannelure are pressed in connect inside heat insulation section 22 to be gone up in indent, the protruding 15 connection heat insulation section lower platens 21 of shape cannelure are pressed in connect inside heat insulation section 22 and descend in indent, the protruding 23 transverse concave groove top boards 25 of the horizontal groove of shape are pressed in connect outside heat insulation section 22 to be gone up in indent, the protruding 23 transverse concave groove lower platens 27 of shape transverse groove are pressed in connect outside heat insulation section 22 and descend in indent, by protruding for shape cannelure 15 be connected heat insulation section 22 and shape transverse groove projection 23 combines.
Shape cannelure protruding 15 inserts in heat insulation section longitudinal fluting 2, in cannelure projection, supporting surface 16 is supported on the upper supporting surface 4 of heat insulation section projection 3 bottom, the protruding 15 lower support faces 18 of cannelure are supported on the lower support face 7 on heat insulation section lower convexity 8 top, the horizontal groove protruding 23 of shape inserts in heat insulation section transverse concave groove 9, in shape transverse groove projection, supporting surface 24 contacts with supporting oblique surface 10 on heat insulation section horizontal trapezoid groove, the protruding lower support face 26 of shape transverse groove contacts with heat insulation section horizontal trapezoid groove lower support inclined-plane 11, on pressing machine, pressure roller 29 is pressed on shape top board 17, being pressed in after top board 17 plastic strain on heat insulation section locates on inclined-plane 5, pressing machine lower compression roller 30 is pressed on shape lower platen 19, locate under shape lower platen 19 after plastic strain is pressed in heat insulation section on inclined-plane 8, produce the lateral force of shape cannelure projection 15 to heat insulation section 1 direction movement, shape cannelure protruding 15 and transverse groove protruding 23 are combined into one closely with heat insulation section longitudinal fluting 2 and transverse concave groove 9.
The advantage of the present embodiment is: 1, shape cannelure protruding 15 with is connected heat insulation section 22 and shape transverse direction groove projection 23 combines, effectively can prevent the heat transfer between shape cannelure protruding 15 and shape transverse groove projection 23, improve the heat-insulating property of heat insulation section.2, in cannelure projection, supporting surface 16 is supported on the upper supporting surface 4 of heat insulation section projection 3 bottom, the protruding 15 lower support faces 18 of cannelure are supported on the lower support face 7 on heat insulation section lower convexity 8 top, effectively can prevent projection 3 and lower convexity 6 deformation and fracture.3, shape transverse groove protruding 23 injects in heat insulation section horizontal trapezoid groove 9, improves the bonding strength of heat insulation section horizontal trapezoid groove 9.4, shape cannelure protruding 15 with is connected heat insulation section 22 and the horizontal groove projection 23 of shape and combines the T-slot bulge-structure formed, effectively can prevent the torsional deformation of shape 14, improve assembly precision and the sealing performance of door and window.
Embodiment 2:
The heat insulation section being made up of T-shaped groove longitudinal fluting and transverse concave groove with by longitudinally protruding be connected heat insulation section and be separated end face structure chart as shown in Figure 3 with the shape sash that lateral projection forms the heat insulation projection of T-shaped, Fig. 4 be the figure heat insulation section that is made up of T-shaped groove longitudinal fluting and transverse concave groove with by longitudinally protruding and be connected the shape sash combination end face structure figure that heat insulation section and lateral projection form the heat insulation projection of T-shaped, wherein: 31 is heat insulation sections, 32 is longitudinal flutings, 33 is projections, 34 is upper supporting surfaces, 35 is inclined-planes, upper location, 36 is lower convexity, 37 is lower support faces, 38 is inclined-planes, lower location, 39 is horizontal trapezoid grooves, 40 is supporting oblique surfaces on horizontal trapezoid groove, 41 is horizontal trapezoid groove lower support inclined-planes, 42 is upper outside little interior large T-shaped embedding grooves, 43 is U-shaped hinge accessory embedding grooves, 44 is adhesive tape sealing inclined-planes, 45 is heat insulation section air thermal preservation chambeies, 46 is metal bump section bars, 47 is that cannelure is protruding, 48 is supporting surfaces in cannelure projection, 49 is top boards, 50 is connect heat insulation section top board, 51 is the protruding lower support faces of cannelure, 52 is lower platens, 53 is connect heat insulation section lower platen, 54 is connect heat insulation section, 55 is that horizontal groove is protruding, 56 is transverse concave groove ramps, 57 is transverse concave groove top boards, 58 is transverse concave groove lower inclined planes, 59 is transverse concave groove lower platens, 60 is chambeies, rectangle group angle, 61 is pressure rollers on pressing machine, 62 is pressing machine lower compression rollers.
During assembling, the protruding 46 connection heat insulation section top boards 50 of shape cannelure are pressed in connect inside heat insulation section 54 to be gone up in indent, the protruding 47 connection heat insulation section lower platens 53 of shape cannelure are pressed in connect inside heat insulation section 54 and descend in indent, the protruding 55 transverse concave groove top boards 57 of the horizontal groove of shape are pressed in connect outside heat insulation section 54 to be gone up in indent, the protruding 55 transverse concave groove lower platens 59 of shape transverse groove are pressed in connect outside heat insulation section 54 and descend in indent, by protruding for shape cannelure 49 be connected heat insulation section 54 and shape transverse groove projection 55 combines.
Shape cannelure protruding 47 inserts in heat insulation section longitudinal fluting 32, in cannelure projection, supporting surface 48 is supported on the upper supporting surface 34 of heat insulation section projection 33 bottom, the protruding 47 lower support faces 51 of shape cannelure are supported on the lower support face 37 on heat insulation section lower convexity 36 top, the horizontal groove protruding 55 of shape inserts in heat insulation section transverse concave groove 39, in shape transverse groove projection, supporting surface 56 contacts with supporting oblique surface 40 on heat insulation section horizontal trapezoid groove, the protruding lower support face 58 of shape transverse groove contacts with heat insulation section horizontal trapezoid groove lower support inclined-plane 41, on pressing machine, pressure roller 61 is pressed on shape top board 49, being pressed in after top board 49 plastic strain on heat insulation section locates on inclined-plane 35, pressing machine lower compression roller 62 is pressed on shape lower platen 52, locate under shape lower platen 52 after plastic strain is pressed in heat insulation section on inclined-plane 38, produce the lateral force of shape cannelure projection 47 to heat insulation section 31 direction movement, shape cannelure protruding 49 and transverse groove protruding 55 are combined into one closely with heat insulation section longitudinal fluting 32 and transverse concave groove 39.
The advantage of the present embodiment is: 1, shape cannelure protruding 47 with is connected heat insulation section 54 and shape transverse direction groove projection 55 combines, effectively can prevent the heat transfer between shape cannelure protruding 47 and shape transverse groove projection 55, improve the heat-insulating property of heat insulation section.2, in cannelure projection, supporting surface 48 is supported on the upper supporting surface 34 of heat insulation section projection 33 bottom, the protruding 47 lower support faces 51 of cannelure are supported on the lower support face 37 on heat insulation section lower convexity 38 top, effectively can prevent the deformation and fracture that projection 33 and lower convexity 36 produce in roll-in processing.3, shape transverse groove protruding 55 injects in heat insulation section horizontal trapezoid groove 39, improves the bonding strength of heat insulation section horizontal trapezoid groove 39.4, shape cannelure protruding 47 with is connected heat insulation section 54 and the horizontal groove projection 55 of shape and combines the T-slot bulge-structure formed, effectively can prevent the torsional deformation of shape 46, improve assembly precision and the sealing performance of door and window.5, heat insulation section 31 divides into adhesive tape sealing inclined-plane 44, increases the contact area with inclined-plane adhesive tape, improves sealing performance and the heat-insulating property in gap between window frame and sash.6, U-shaped hinge accessory embedding groove is arranged on protruding 55 outsides of the horizontal groove of shape, make hinge accessory can be connected by screw in the horizontal groove projection 55 of shape, improve the bonding strength of hinge accessory, solve the problem that heat insulation section 31 can not directly be connected with hinge accessory because intensity is low.
Embodiment 3:
Groove heat insulation section and perfusion heat insulating metal section bar window frame separating end face structure chart are as shown in Figure 5, groove heat insulation section and perfusion heat insulating metal section bar sash combination end face structure figure are as shown in Figure 6, wherein: 63 is heat insulation sections, 64 is horizontal trapezoid grooves, 65 is inclined-planes, upper location, 66 is inclined-planes, lower location, 67 is supporting oblique surfaces on horizontal trapezoid groove, 68 is horizontal trapezoid groove lower support inclined-planes, 69 is upper outside little interior large T-shaped embedding grooves, 70 is U-shaped embedding grooves, 71 is heat insulation section air thermal preservation chambeies, 72 is metal bump section bars, 73 is top boards, 74 is lower platens, 75 is perfusion heat insulation section upper junction plates, 76 is perfusion heat insulation section lower connecting plates, 77 is heat-barrier materials, 78 is that horizontal groove is protruding, 79 is the protruding ramps of horizontal groove, 80 is the protruding lower inclined planes of horizontal groove, 81 is the protruding upper junction plates of horizontal groove, 82 is the protruding lower connecting plates of horizontal groove, 83 is chambeies, rectangle group angle, 84 is pressure rollers on pressing machine, 85 is pressing machine lower compression rollers.
During assembling, opening part between perfusion heat insulation section lower connecting plate 76 and the protruding lower connecting plate 82 of horizontal groove is closed, pour into heat insulation section upper junction plate 75 and perfusion heat insulation section lower connecting plate 76 at shape and pour into heat-barrier material 77 between the protruding upper junction plate 80 of horizontal groove and the protruding lower connecting plate 82 of horizontal groove, after heat-barrier material 77 solidifies, opened by opening part between perfusion heat insulation section lower connecting plate 76 and the protruding lower connecting plate 82 of horizontal groove, left side shape 72 and shape transverse groove projection 78 combine by heat-barrier material 77.
The horizontal groove protruding 78 of shape inserts in heat insulation section transverse concave groove 64, in shape transverse groove projection, supporting surface 79 contacts with supporting oblique surface 77 on heat insulation section horizontal trapezoid groove, the protruding lower support face 81 of shape transverse groove contacts with heat insulation section horizontal trapezoid groove lower support inclined-plane 68, on pressing machine, pressure roller 84 is pressed on shape top board 73, being pressed in after top board 73 plastic strain on heat insulation section locates on inclined-plane 65, pressing machine lower compression roller 85 is pressed on shape lower platen 74, locate under shape lower platen 74 after plastic strain is pressed in heat insulation section on inclined-plane 66, produce the lateral force of horizontal groove projection 78 to heat insulation section 63 direction movement, the horizontal groove protruding 78 of shape is combined into one closely with heat insulation section horizontal trapezoid groove 64.
The advantage of the present embodiment is: 1, shape transverse groove protruding 78 injects in heat insulation section horizontal trapezoid groove 64, improves the bonding strength of heat insulation section horizontal trapezoid groove 64.2, connect the manufacture of heat insulation section perfusion macromolecular material, it is high that perfusion macromolecular material has bonding strength, and the feature that heat-proof quality is good, prevents adjacent metal section bar to be out of shape, and improves the heat-insulating property of groove heat insulation section and protruding metal section combination heat insulation section.
Embodiment 4:
The heat insulation section being made up of T-shaped groove longitudinal fluting and transverse concave groove is separated end face structure chart as shown in Figure 7 with the shape window frame being made up of T-shaped projection longitudinal projection and lateral projection, form the heat insulation section of T-shaped groove by longitudinal fluting and transverse concave groove and form the shape sash combination end face structure figure of T-shaped projection as shown in Figure 8 by longitudinal projection and lateral projection, , wherein: 86 is heat insulation sections, 87 is longitudinal flutings, 88 is projections, 89 is upper supporting surfaces, 90 is projection inclined-planes, 91 is lower convexity, 92 is lower support faces, 93 is lower convexity inclined-planes, 94 is horizontal trapezoid grooves, 95 is supporting oblique surfaces on horizontal trapezoid groove, 96 is horizontal trapezoid groove lower support inclined-planes, 97 is upper outside little interior large T-shaped embedding grooves, 98 is U-shaped embedding grooves, 99 is heat insulation section air thermal preservation chambeies, 100 is metal bump section bars, 101 is that cannelure is protruding, 102 is supporting surfaces in cannelure projection, 103 is top boards, 104 is the protruding lower support faces of cannelure, 105 is lower platens, 106 is that horizontal groove is protruding, 107 is the protruding ramps of horizontal groove, 108 is the protruding lower inclined planes of horizontal groove, 109 is chambeies, rectangle group angle, 110 is pressure rollers on pressing machine, 111 is pressing machine lower compression rollers.
During assembling, shape cannelure protruding 101 inserts in heat insulation section longitudinal fluting 87, in cannelure projection, supporting surface 102 is supported on the upper supporting surface 89 of heat insulation section projection 88 bottom, the protruding lower support face 104 of cannelure is supported on the lower support face 92 on heat insulation section lower convexity 91 top, the horizontal groove protruding 106 of shape inserts in heat insulation section transverse concave groove 94, in shape transverse groove projection, supporting surface 107 contacts with supporting oblique surface 95 on heat insulation section horizontal trapezoid groove, the protruding lower support face 108 of shape transverse groove contacts with heat insulation section horizontal trapezoid groove lower support inclined-plane 96, on pressing machine, pressure roller 110 is pressed on shape top board 103, to be pressed on heat insulation section in locating slot 90 after top board 103 plastic strain, pressing machine lower compression roller 111 is pressed on shape lower platen 105, to be pressed under heat insulation section in locating slot 93 after lower platen 105 plastic strain, shape cannelure protruding 101 and transverse groove protruding 106 are combined into one with heat insulation section longitudinal fluting 87 and transverse concave groove 94.
The advantage of the present embodiment is: 1, in cannelure projection, supporting surface 102 is supported on the upper supporting surface 89 of heat insulation section projection 88 bottom, the protruding lower support face 104 of cannelure is supported on the lower support face 92 on heat insulation section lower convexity 91 top, effectively can prevent projection 88 and lower convexity 91 deformation and fracture.2, shape transverse groove protruding 106 injects in heat insulation section horizontal trapezoid groove 94, improves the bonding strength of heat insulation section horizontal trapezoid groove 94.3, shape cannelure protruding 101 and the horizontal groove projection 106 of shape combine the T-slot bulge-structure of composition, effectively can prevent the torsional deformation of shape 100, improve assembly precision and the sealing performance of door and window.
Embodiment 5:
The heat insulation section being made up of T-shaped groove longitudinal fluting and transverse concave groove is separated end face structure chart as shown in Figure 9 with the shape sash being made up of T-shaped projection longitudinal projection and lateral projection, form the heat insulation section of T-shaped groove by longitudinal fluting and transverse concave groove and form the shape sash combination end face structure figure of T-shaped projection as shown in Figure 10 by longitudinal projection and lateral projection, wherein: 112 is heat insulation sections, 113 is longitudinal flutings, 114 is projections, 115 is upper supporting surfaces, 116 is projection inclined-planes, 117 is lower convexity, 118 is lower support faces, 119 is lower convexity inclined-planes, 120 is horizontal trapezoid grooves, 121 is supporting oblique surfaces on horizontal trapezoid groove, 122 is horizontal trapezoid groove lower support inclined-planes, 123 is upper outside little interior large T-shaped embedding grooves, 124 is U-shaped embedding grooves, 125 is heat insulation section sealing inclined-planes, 126 is heat insulation section air thermal preservation chambeies, 127 is metal bump section bars, 128 is that cannelure is protruding, 129 is supporting surfaces in cannelure projection, 130 is top boards, 131 is the protruding lower support faces of cannelure, 132 is lower platens, 133 is that horizontal groove is protruding, 134 is the protruding ramps of horizontal groove, 135 is the protruding lower inclined planes of horizontal groove, 136 is chambeies, rectangle group angle, 137 is pressure rollers on pressing machine, 138 is pressing machine lower compression rollers.
During assembling, shape cannelure protruding 128 inserts in heat insulation section longitudinal fluting 113, in cannelure projection, supporting surface 129 is supported on the upper supporting surface 115 of heat insulation section projection 114 bottom, the protruding lower support face 131 of cannelure is supported on the lower support face 118 on heat insulation section lower convexity 117 top, the horizontal groove protruding 133 of shape inserts in heat insulation section transverse concave groove 120, in shape transverse groove projection, supporting surface 134 contacts with supporting oblique surface 121 on heat insulation section horizontal trapezoid groove, the protruding lower support face 135 of shape transverse groove contacts with heat insulation section horizontal trapezoid groove lower support inclined-plane 122, on pressing machine, pressure roller 137 is pressed on shape top board 130, to be pressed on heat insulation section in locating slot 116 after top board 130 plastic strain, pressing machine lower compression roller 138 is pressed on shape lower platen 132, to be pressed under heat insulation section in locating slot 119 after lower platen 132 plastic strain, shape cannelure protruding 128 and transverse groove protruding 133 are combined into one with heat insulation section longitudinal fluting 113 and transverse concave groove 120.
Embodiment 6:
End face structure chart is separated as shown in figure 11 by connection metal heat insulation section window frame inside and outside thermal insulation section bar and middle part, by connection metal heat insulation section sash combination end face structure figure inside and outside thermal insulation section bar and middle part as shown in figure 12, wherein: 139 is medial septal hot profiles, 140 is medial septal hot profiles longitudinal flutings, 141 is medial septal hot profiles projections, 142 is supporting surfaces on medial septal hot profiles, 143 is that medial septal hot profiles locates inclined-plane, 144 is medial septal hot profiles lower convexity, 145 is medial septal hot profiles lower support faces, 146 is locate inclined-plane under medial septal hot profiles, 147 is medial septal hot profiles horizontal trapezoid grooves, 148 is supporting oblique surfaces on medial septal hot profiles horizontal trapezoid groove, 149 is medial septal hot profiles horizontal trapezoid groove lower support inclined-planes, 150 is the upper outside little interior large T-shaped embedding grooves of medial septal hot profiles, 151 is medial septal hot profiles U-shaped hinge accessory embedding grooves, 152 is medial septal hot profiles adhesive tape sealing inclined-planes, 153 is medial septal hot profiles air thermal preservation chambeies, 154 is middle inside and outside connection metal section bars, 155 is that inner side cannelure is protruding, 156 is supporting surfaces in the cannelure projection of inner side, 157 is inner side top boards, 158 is that inner side connects heat insulation section top board, 159 is the protruding lower support faces of inner side cannelure, 160 is inner side lower platens, 161 is that inner side connects heat insulation section lower platen, 162 is outside top boards, 163 is the upper brace rods in outside, 164 is central slot, 165 is outside lower platens, 166 is outside lower support muscle, 167 is metallic insulation profile combined corner chambeies, middle part, 168 is connect heat insulation section, 169 is that horizontal groove is protruding, 170 is transverse concave groove ramps, 171 is transverse concave groove top boards, 172 is transverse concave groove lower inclined planes, 173 is transverse concave groove lower platens, 174 is chambeies, rectangle group angle, 175 is upper pressure rollers in pressing machine, 176 is lower compression rollers in pressing machine, 177 is lateral septal hot profiles, 178 is the outer little dead slots of imperial palace of lateral septal hot profiles, 179 is lateral septal hot profiles projections, 180 is supporting surfaces on lateral septal hot profiles, 181 is locating slots on lateral septal hot profiles, 182 is lateral septal hot profiles lower convexity, 183 is lateral septal hot profiles lower support faces, 184 is locating slots under lateral septal hot profiles, 185 is lateral septal hot profiles air thermal preservation chambeies, 186 is the outside upper pressure rollers of pressing machine, 187 is the outer lower compression rollers of pressing machine,
During assembling, the protruding 155 connection heat insulation section top boards 158 of shape cannelure are pressed in connect inside heat insulation section 168 to be gone up in indent, the protruding 155 connection heat insulation section lower platens 161 of shape cannelure are pressed in connect inside heat insulation section 168 and descend in indent, the protruding 169 transverse concave groove top boards 171 of the horizontal groove of shape are pressed in connect outside heat insulation section 168 to be gone up in indent, the protruding 169 transverse concave groove lower platens 173 of shape transverse groove are pressed in connect outside heat insulation section 168 and descend in indent, by protruding for shape cannelure 155 be connected heat insulation section 168 and shape transverse groove projection 169 combines.
Shape cannelure protruding 155 inserts in heat insulation section longitudinal fluting 140, in cannelure projection, supporting surface 156 is supported on the upper supporting surface 142 of heat insulation section projection 141 bottom, the protruding 155 lower support faces 159 of shape cannelure are supported on the lower support face 145 on heat insulation section lower convexity 144 top, the horizontal groove protruding 169 of shape inserts in heat insulation section transverse concave groove 147, in shape transverse groove projection, supporting surface 170 contacts with supporting oblique surface 148 on heat insulation section horizontal trapezoid groove, the protruding lower support face 172 of shape transverse groove contacts with heat insulation section horizontal trapezoid groove lower support inclined-plane 149, upper pressure roller 175 to be pressed in shape on top board 157 in pressing machine, being pressed in after the plastic strain of interior top board 157 on heat insulation section locates on inclined-plane 143, in pressing machine, lower compression roller 176 is pressed on shape lower platen 160, locate under shape lower platen 160 after plastic strain is pressed in heat insulation section on inclined-plane 146, produce the lateral force of shape cannelure projection 155 heat insulation section 139 direction movement to the inside, cannelure protruding 155 and transverse groove protruding 169 in shape are combined into one closely with heat insulation section longitudinal fluting 140 and transverse concave groove 147.
Outside intermetallic metal heat insulation section, upper brace rod 163 and outside lower support muscle 166 inject in the little dead slot 178 of the outer imperial palace of lateral septal hot profiles and form air thermal preservation chamber, on outside, brace rod 163 ramp to be supported on lateral septal hot profiles on supporting surface 180, outside lower support muscle 166 lower inclined plane is supported on lateral septal hot profiles lower support face 183, the outside upper pressure roller 186 of pressing machine is pressed on the outer top board 162 of shape, be pressed in the outside upper locating slot 181 of heat insulation section after the plastic strain of outer top board 162, the outer lower compression roller 187 of pressing machine is pressed on the outer lower platen 165 of shape, the outer lower platen 165 of shape after plastic strain to be pressed under heat insulation section on locating slot 184, be combined into one inside and outside lateral septal hot profiles 177 and centre closely outside connection metal section bar 154.
The advantage of the present embodiment is: 1, thermal insulation section bar and middle heat insulating metal section combination, improves the heat-insulating property of combined heat insulated section bar, reduces the heat waste of door and window.2, outside intermetallic metal heat insulation section, upper brace rod 163 and outside lower support muscle 166 inject in the outer little dead slot of imperial palace 178 of lateral septal hot profiles and form the contact area that outdoor heat insulation section and intermetallic metal section bar are reduced in air thermal preservation chamber, improve the heat-insulating property of combined heat insulated section bar.
Embodiment 7:
By connection metal section bar sash separating end face structure chart inside and outside thermal insulation section bar and middle part as shown in figure 13, end face structure figure is combined as shown in figure 14 by connection metal section bar sash inside and outside thermal insulation section bar and middle part, wherein: 188 is medial septal hot profiles, 189 is medial septal hot profiles longitudinal flutings, 190 is medial septal hot profiles projections, 191 is supporting surfaces on medial septal hot profiles, 192 is that medial septal hot profiles locates inclined-plane, 193 is medial septal hot profiles lower convexity, 194 is medial septal hot profiles lower support faces, 195 is locate inclined-plane under medial septal hot profiles, 196 is medial septal hot profiles horizontal trapezoid grooves, 197 is supporting oblique surfaces on medial septal hot profiles horizontal trapezoid groove, 198 is medial septal hot profiles horizontal trapezoid groove lower support inclined-planes, 199 is the upper outside little interior large T-shaped embedding grooves of medial septal hot profiles, 00 is medial septal hot profiles U-shaped hinge accessory embedding groove, 201 is medial septal hot profiles adhesive tape sealing inclined-planes, 202 is medial septal hot profiles air thermal preservation chambeies, 203 is middle inside and outside connection metal section bars, 204 is that inner side cannelure is protruding, 205 is supporting surfaces in the cannelure projection of inner side, 206 is inner side top boards, 207 is the protruding lower support faces of inner side cannelure, 208 is inner side lower platens, 209 is central slot, 210 is outside top boards, 211 is the upper brace rods in outside, 212 is outside lower platens, 213 is outside lower support muscle, 214 is that horizontal groove is protruding, 215 is transverse concave groove ramps, 216 is transverse concave groove lower inclined planes, 217 is chambeies, rectangle group angle, 218 is upper pressure rollers in pressing machine, 219 is lower compression rollers in pressing machine, 220 is lateral septal hot profiles, 221 is the outer little dead slots of imperial palace of lateral septal hot profiles, 222 is lateral septal hot profiles projections, 223 is supporting surfaces on lateral septal hot profiles, 224 is locating slots on lateral septal hot profiles, 225 is lateral septal hot profiles lower convexity, 226 is lateral septal hot profiles lower support faces, 227 is locating slots under lateral septal hot profiles, 228 is lateral septal hot profiles air thermal preservation chambeies, 229 is the outside upper pressure rollers of pressing machine, 230 is the outer lower compression rollers of pressing machine,
During assembling, shape cannelure protruding 204 inserts in heat insulation section longitudinal fluting 189, in cannelure projection, supporting surface 205 is supported on the upper supporting surface 191 of heat insulation section projection 190 bottom, the protruding 204 lower support faces 207 of shape cannelure are supported on the lower support face 194 on heat insulation section lower convexity 193 top, the horizontal groove protruding 214 of shape inserts in heat insulation section transverse concave groove 196, in shape transverse groove projection, supporting surface 215 contacts with supporting oblique surface 197 on heat insulation section horizontal trapezoid groove, the protruding lower support face 216 of shape transverse groove contacts with heat insulation section horizontal trapezoid groove lower support inclined-plane 198, upper pressure roller 218 to be pressed in shape on top board 206 in pressing machine, being pressed in after the plastic strain of interior top board 206 on heat insulation section locates on inclined-plane 192, in pressing machine, lower compression roller 219 is pressed on shape lower platen 208, locate under shape lower platen 208 after plastic strain is pressed in heat insulation section on inclined-plane 195, cannelure protruding 204 and transverse groove protruding 214 in shape are combined into one closely with medial septal hot profiles longitudinal fluting 189 and transverse concave groove 196.
Outside intermetallic metal heat insulation section, upper brace rod 211 and outside lower support muscle 213 inject in the little dead slot 211 of the outer imperial palace of lateral septal hot profiles and form air thermal preservation chamber, on outside, brace rod 211 ramp to be supported on lateral septal hot profiles on supporting surface 223, outside lower support muscle 213 lower inclined plane is supported on lateral septal hot profiles lower support face 226, the outside upper pressure roller 229 of pressing machine is pressed on the outer top board 210 of shape, be pressed in the outside upper locating slot 224 of heat insulation section after the plastic strain of outer top board 210, the outer lower compression roller 230 of pressing machine is pressed on the outer lower platen 212 of shape, the outer lower platen 212 of shape after plastic strain to be pressed under heat insulation section on locating slot 227, be combined into one inside and outside lateral septal hot profiles 220 and centre closely outside connection metal section bar 203.
Embodiment 8:
Figure 15 is Fig. 2 and Fig. 4 and door and window accessory assembly door and window local combination assumption diagram, wherein: 1 is window frame heat insulation section, 9 is horizontal trapezoid grooves, 12 is the outer little interior large T-shaped embedding grooves of window frame, 13 is frame heat insulation section heat insulation cavity, 14 is metal bump section bars, 15 is that cannelure is protruding, 22 is connect heat insulation section, 23 is that horizontal groove is protruding, 31 is sash heat insulation sections, 39 is sash horizontal trapezoid grooves, 42 is the upper outside little interior large T-shaped embedding grooves of sash, 43 is sash U-shaped hinge accessory embedding grooves, 44 is sash adhesive tape sealing inclined-planes, 45 is fan heat insulation section heat insulation cavity, 46 is metal bump section bars, 54 is connect heat insulation section, 231 is frame hinges, 232 is frame gemel connection screws, 233 is heat insulation section frame group angles, 234 is shape frame group angles, 235 is fan hinges, 236 is fan gemel connection screws, 237 is heat insulation section fan group angles, 238 is shape fan group angles, 239 is glass locking strips, 240 is glass, 241 is middle gap sealing adhesive tape between frame fan, 242 is gap sealing joint strips between frame fan, 243 is inlay adhesive tape outside glass, 244 is inlay adhesive tape in glass.
During assembling, adjacent window frame heat insulation section 1 is combined and is combined by protruding for adjacent metal frame section 14 with shape frame group angle 234 by heat insulation section frame group angle 233, adjacent sash heat insulation section 31 is combined and is combined by protruding for adjacent metal sectional 46 with shape fan group angle 238/ by heat insulation section fan group angle 237, frame hinge 231 is connected in horizontal groove projection 23 through heat insulation section 1 end face by frame gemel connection screw 232, fan hinge 235 is embedded in heat insulation section U-shaped hinge accessory embedding groove 43, fan hinge 235 is connected in the horizontal groove projection 55 of fan fixing through heat insulation section U-shaped hinge accessory embedding groove 43 by fan gemel connection screw 236, in between frame fan, gap sealing adhesive tape 241 lower end is embedded in the outer little interior large T-shaped embedding groove 12 of frame, in between frame fan, inclined-plane, gap sealing adhesive tape 241 upper end contacts with fan adhesive tape sealing inclined-plane 44, realize inclined-plane sealing, between frame fan, gap sealing joint strip 242 is by the gap sealing between outside sash shape 45 and outside window frame shape, fan connection heat insulation section 54 will be fanned longitudinal groove protruding 47 and cut off with the protruding 55 shape heat transfer of the horizontal groove of fan, improve the heat-insulating property of heat insulation sash, frame connects heat insulation section 22 and longitudinal for frame groove protruding 15 and the protruding 23 shape heat transfer of the horizontal groove of frame is cut off, improve the heat-insulating property of Thermal insulation window frame.
Glass locking strip 239 is embedded in the upper outside little interior large T-shaped embedding groove 42 of sash, for glass 240 is fixed, inlay adhesive tape 243 outside gap glass between glass 240 and sash metal bump section bar 46 to inlay and seal fixing, inlay adhesive tape 244 in the gap glass between glass 240 and glass locking strip 239 and inlay seal and fix.
The effect of the present embodiment is: by the combining structure between door-and window-frames, is further elaborated the effect of multiple cavity in the sealing inclined-plane tilted outside little interior large T-slot outer outside U-lag outside transverse concave groove or transverse concave groove or transverse concave groove or transverse concave groove and using function.
The present embodiment advantage be: 1, frame fan between in inclined-plane, gap sealing adhesive tape 241 upper end with fan adhesive tape sealing inclined-plane 44 contact, realize inclined-plane seal, good sealing effect, heat insulation sectional directly contacts with rubber strip, good heat insulating.2, frame hinge 231 is connected in the horizontal groove projection 23 of shape through heat insulation section 1 end face by frame gemel connection screw 232, realize the connection of frame hinge 231 and the horizontal groove projection 23 of shape, strengthen the bonding strength of frame hinge 231, improve the security performance of window frame.3, fan gemel connection screw 246 fan hinge 245 to be connected to shape through U-shaped hinge accessory embedding groove 43 heat insulation section and to fan in horizontal groove projection 54, fan hinge is connected with shape by attachment screw, be connected firmly, improve the security performance of door and window.4, frame heat insulation section heat insulation cavity 13 and fan heat insulation section heat insulation cavity 45 improve the heat-insulating property of door and window.

Claims (10)

1. groove heat insulation section and protruding metal section combination heat insulation section, comprise: heat insulation section, shape, it is characterized in that: heat insulation section forms T-shaped groove by longitudinal fluting and transverse concave groove, longitudinal fluting top is projection, projection bottom is upper supporting surface, projection top is inclined-plane, upper location or upper locating slot, longitudinal fluting bottom is lower convexity, lower convexity top is lower support face, lower convexity bottom is inclined-plane, lower location or lower locating slot, transverse concave groove is established in longitudinal fluting side, establish outside transverse concave groove to establish outside U-lag or transverse concave groove to establish in the sealing inclined-plane of inclination or transverse concave groove outside outer little interior large T-slot or transverse concave groove and establish multiple cavity, it is protruding that shape forms T-slot by cannelure projection and transverse groove projection, shape and heat insulation section longitudinal fluting adjacent are established with the cannelure of longitudinal fluting mating shapes protruding, shape cannelure projection is inserted in heat insulation section longitudinal fluting, in cannelure projection, supporting surface is supported on the upper supporting surface of heat insulation section projection bottom, the protruding lower support face of cannelure is supported on the lower support face on heat insulation section lower convexity top, shape and heat insulation section transverse concave groove adjacent are established with the transverse groove of transverse concave groove mating shapes protruding, shape transverse groove projection is inserted in heat insulation section transverse concave groove, supporting surface and heat insulation section transverse concave groove upper contact in shape transverse groove projection, the protruding lower support face of shape transverse groove and heat insulation section transverse concave groove lower contacts, group angle cavity is established in shape transverse groove projection, arrange between shape cannelure projection is protruding with transverse groove and be connected heat insulation section, shape cannelure protruding be connected heat insulation section and shape transverse groove projection combines, shape top board after plastic strain is pressed on heat insulation section locates on inclined-plane or upper locating slot, locate on inclined-plane or lower locating slot under shape lower platen after plastic strain is pressed in heat insulation section, shape and heat insulation section are combined into one.
2. groove heat insulation section and protruding metal section combination heat insulation section, comprise: heat insulation section, shape, it is characterized in that: heat insulation section forms T-shaped groove by longitudinal fluting and transverse concave groove, longitudinal fluting top is projection, projection bottom is upper supporting surface, projection top is inclined-plane, upper location or upper locating slot, longitudinal fluting bottom is lower convexity, lower convexity top is lower support face, lower convexity bottom is inclined-plane, lower location or lower locating slot, transverse concave groove is established in longitudinal fluting side, establish outside transverse concave groove to establish outside U-lag or transverse concave groove to establish in the sealing inclined-plane of inclination or transverse concave groove outside outer little interior large T-slot or transverse concave groove and establish multiple cavity, it is protruding that shape forms T-slot by cannelure projection and transverse groove projection, shape and heat insulation section longitudinal fluting adjacent are established with the cannelure of longitudinal fluting mating shapes protruding, shape cannelure projection is inserted in heat insulation section longitudinal fluting, in cannelure projection, supporting surface is supported on the upper supporting surface of heat insulation section projection bottom, the protruding lower support face of cannelure is supported on the lower support face on heat insulation section lower convexity top, shape and heat insulation section transverse concave groove adjacent are established with the transverse groove of transverse concave groove mating shapes protruding, shape transverse groove projection is inserted in heat insulation section transverse concave groove, supporting surface and heat insulation section transverse concave groove upper contact in shape transverse groove projection, the protruding lower support face of shape transverse groove and heat insulation section transverse concave groove lower contacts, group angle cavity is established in shape transverse groove projection, shape top board after plastic strain is pressed on heat insulation section locates on inclined-plane or upper locating slot, locate on inclined-plane or lower locating slot under shape lower platen after plastic strain is pressed in heat insulation section, shape and heat insulation section are combined into one.
3. groove heat insulation section and protruding metal section combination heat insulation section, comprise: heat insulation section, shape, it is characterized in that: heat insulation section one middle side part establishes groove, inclined-plane, location or upper locating slot are established in slot opening end top, inclined-plane, location or lower locating slot are set in slot opening end bottom, establish outside transverse concave groove to establish outside U-lag or transverse concave groove to establish in the sealing inclined-plane of inclination or transverse concave groove outside outer little interior large T-slot or transverse concave groove and establish multiple cavity, shape and heat insulation section groove adjacent establish the projection matched with groove shapes, shape projection is inserted in heat insulation section groove, supporting surface and heat insulation section groove upper contact in shape projection, the protruding lower support face of shape and heat insulation section groove lower contacts, group angle cavity is established in shape projection, connection heat insulation section is set in shape projection, connection heat insulation section and adjacent metal section bar combine, shape top board after plastic strain is pressed on heat insulation section locates on inclined-plane or upper locating slot, locate on inclined-plane or lower locating slot under shape lower platen after plastic strain is pressed in heat insulation section, metal bump section bar and heat insulation section are combined into one.
4. groove heat insulation section and protruding metal section combination heat insulation section, comprise: heat insulation section, shape, it is characterized in that: heat insulation section one middle side part establishes groove, inclined-plane, location or upper locating slot are established in slot opening end top, inclined-plane, location or lower locating slot are set in slot opening end bottom, establish outside transverse concave groove to establish outside U-lag or transverse concave groove to establish in the sealing inclined-plane of inclination or transverse concave groove outside outer little interior large T-slot or transverse concave groove and establish multiple cavity, shape and heat insulation section groove adjacent establish the projection matched with groove shapes, shape projection is inserted in heat insulation section groove, supporting surface and heat insulation section groove upper contact in shape projection, the protruding lower support face of shape and heat insulation section groove lower contacts, group angle cavity is established in shape projection, shape top board after plastic strain is pressed on heat insulation section locates on inclined-plane or upper locating slot, locate on inclined-plane or lower locating slot under shape lower platen after plastic strain is pressed in heat insulation section, metal bump section bar and heat insulation section are combined into one.
5. groove heat insulation section and protruding metal section combination heat insulation section, comprise: heat insulation section, shape, it is characterized in that: combined heat insulated section bar is made up of medial septal hot profiles and intermetallic metal section bar and lateral septal hot profiles, medial septal hot profiles forms T-shaped groove by longitudinal fluting and transverse concave groove, longitudinal fluting top is projection, projection bottom is upper supporting surface, projection top is inclined-plane, upper location or upper locating slot, longitudinal fluting bottom is lower convexity, lower convexity top is lower support face, lower convexity bottom is inclined-plane, lower location or lower locating slot, transverse concave groove is established in longitudinal fluting side, establish outside transverse concave groove to establish outside U-lag or transverse concave groove to establish in the sealing inclined-plane of inclination or transverse concave groove outside outer little interior large T-slot or transverse concave groove and establish multiple cavity, it is the trapezoidal groove that outer imperial palace is little in the middle part of lateral septal hot profiles, trapezoidal groove top is projection, projection bottom is upper supporting surface, projection top is inclined-plane, upper location or upper locating slot, ladder is lower convexity to groove bottom, lower convexity top is lower support face, lower convexity bottom is inclined-plane, lower location or lower locating slot, T-slot is formed by cannelure projection and transverse groove projection protruding inside shape, establish with the cannelure of longitudinal fluting mating shapes protruding inside shape with medial septal hot profiles longitudinal fluting adjacent, inside shape, cannelure projection to be inserted inside heat insulation section in longitudinal fluting, inside shape, in cannelure projection, supporting surface is supported on the upper supporting surface of projection bottom inside heat insulation section, inside shape, the protruding lower support face of cannelure is supported on the lower support face on lower convexity top inside heat insulation section, establish with the transverse groove of transverse concave groove mating shapes protruding inside shape with medial septal hot profiles transverse concave groove adjacent, inside shape, transverse groove projection to be inserted inside heat insulation section in transverse concave groove, transverse concave groove upper contact inside supporting surface and heat insulation section in the transverse groove projection of inner side, transverse concave groove lower contacts inside the protruding lower support face of transverse groove and heat insulation section inside shape, group angle cavity is established in transverse groove projection inside shape, arrange between shape cannelure projection is protruding with transverse groove and be connected heat insulation section, inside shape after shape plastic strain, top board is pressed on medial septal hot profiles and locates on inclined-plane or upper locating slot, inside shape after plastic strain, lower platen is located on inclined-plane or lower locating slot under being pressed in medial septal hot profiles, be combined into one inside shape with medial septal hot profiles, the outer middle side part of shape establish with lateral septal hot profiles in the middle part of outer little interior upper and lower greatly two brace rods of matching of the little trapezoidal groove of outer imperial palace, outer little interior upper and lower greatly two brace rods of the outer middle side part of shape insert in the trapezoidal groove that in the middle part of lateral septal hot profiles, outer imperial palace is little, outside shape, on upper brace rod, supporting surface is supported on the upper supporting surface of lateral septal hot profiles projection bottom, outside shape, lower support muscle lower support face is supported on the lower support face on lateral septal hot profiles lower convexity top, outside shape after plastic strain, top board is pressed on lateral septal hot profiles and locates on inclined-plane or upper locating slot, outside shape after plastic strain, lower platen is located on inclined-plane or lower locating slot under being pressed in lateral septal hot profiles, be combined into one outside shape with lateral septal hot profiles.
6. groove heat insulation section and protruding metal section combination heat insulation section, comprise: heat insulation section, shape, it is characterized in that: combined heat insulated section bar is made up of medial septal hot profiles and intermetallic metal section bar and lateral septal hot profiles, medial septal hot profiles forms T-shaped groove by longitudinal fluting and transverse concave groove, longitudinal fluting top is projection, projection bottom is upper supporting surface, projection top is inclined-plane, upper location or upper locating slot, longitudinal fluting bottom is lower convexity, lower convexity top is lower support face, lower convexity bottom is inclined-plane, lower location or lower locating slot, transverse concave groove is established in longitudinal fluting side, establish outside transverse concave groove to establish outside U-lag or transverse concave groove to establish in the sealing inclined-plane of inclination or transverse concave groove outside outer little interior large T-slot or transverse concave groove and establish multiple cavity, it is the trapezoidal groove that outer imperial palace is little in the middle part of lateral septal hot profiles, trapezoidal groove top is projection, projection bottom is upper supporting surface, projection top is inclined-plane, upper location or upper locating slot, ladder is lower convexity to groove bottom, lower convexity top is lower support face, lower convexity bottom is inclined-plane, lower location or lower locating slot, T-slot is formed by cannelure projection and transverse groove projection protruding inside shape, establish with the cannelure of longitudinal fluting mating shapes protruding inside shape with medial septal hot profiles longitudinal fluting adjacent, inside shape, cannelure projection to be inserted inside heat insulation section in longitudinal fluting, inside shape, in cannelure projection, supporting surface is supported on the upper supporting surface of projection bottom inside heat insulation section, inside shape, the protruding lower support face of cannelure is supported on the lower support face on lower convexity top inside heat insulation section, establish with the transverse groove of transverse concave groove mating shapes protruding inside shape with medial septal hot profiles transverse concave groove adjacent, inside shape, transverse groove projection to be inserted inside heat insulation section in transverse concave groove, transverse concave groove upper contact inside supporting surface and heat insulation section in transverse groove projection inside shape, transverse concave groove lower contacts inside the protruding lower support face of transverse groove and heat insulation section inside shape, group angle cavity is established in transverse groove projection inside shape, inside shape after plastic strain, top board is pressed on medial septal hot profiles and locates on inclined-plane or upper locating slot, inside shape after plastic strain, lower platen is located on inclined-plane or lower locating slot under being pressed in medial septal hot profiles, be combined into one inside shape with medial septal hot profiles, the outer middle side part of shape establish with lateral septal hot profiles in the middle part of outer little interior two brace rods up and down greatly of matching of the little trapezoidal groove of outer imperial palace, outer little interior two brace rods up and down greatly of the outer middle side part of shape insert in the trapezoidal groove that in the middle part of lateral septal hot profiles, outer imperial palace is little, outside shape, on upper brace rod, supporting surface is supported on the upper supporting surface of lateral septal hot profiles projection bottom, outside shape, on lower support muscle, supporting surface is supported on the lower support face on lateral septal hot profiles lower convexity top, outside shape after plastic strain, top board is pressed on lateral septal hot profiles and locates on inclined-plane or upper locating slot, outside shape after plastic strain, lower platen is located on inclined-plane or lower locating slot under being pressed in lateral septal hot profiles, be combined into one outside shape with lateral septal hot profiles.
7. the groove heat insulation section as described in claim 1 or 2 or 3 or 4 or 5 or 6 and protruding metal section combination heat insulation section, is characterized in that: the shape of heat insulation section groove is the trapezoidal groove that opening large inner is little.
8. the groove heat insulation section as described in claim 1 or 2 or 3 or 4 or 5 or 6 and protruding metal section combination heat insulation section, is characterized in that: the shape of shape projection is outer little interior trapezoidal projection greatly.
9. the groove heat insulation section as described in claim 1 or 3 or 5 and protruding metal section combination heat insulation section, is characterized in that: connect the manufacture of heat insulation section perfusion macromolecular material, adjacent metal section bar combines by perfusion macromolecular material.
10. the groove heat insulation section as described in claim 1 or 3 or 5 and protruding metal section combination heat insulation section, it is characterized in that: connect the manufacture of heat insulation section macromolecular material, macromolecular material is pressed in macromolecular material groove by the upper lower platen of adjacent metal section bar plastic strain and combines.
CN201510085805.5A 2014-12-10 2015-02-19 Groove heat insulation section bar and convex metal section bar combined heat insulation section bar Active CN104832053B (en)

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