CN112081498A - High-strength waterproof sliding door convenient to manufacture - Google Patents

Abstract

The invention discloses a high-strength waterproof sliding door convenient to manufacture, and relates to the technical field of sliding doors, the high-strength waterproof sliding door comprises an outer frame, an inner door leaf, an outer door leaf and an outer screen leaf, wherein the inner door leaf, the outer door leaf and the outer screen leaf are sequentially arranged in the outer frame from inside to outside, the inner door leaf and the outer screen leaf are arranged in the outer frame in a sliding mode, the outer door leaf is fixedly arranged in the outer frame, the outer frame is composed of an upper sliding frame, a lower sliding frame, a left edge seal and a right edge seal, the lower sliding frame, the left edge seal and the right edge seal are identical in section structure, the connecting positions of the lower sliding frame, the left edge seal and the right edge seal are connected through 45-degree group angles, the group angles are connected through a structure of angle codes and pins, angle glue is injected into two components after the group angles, and the connecting positions of the upper sliding frame, the left edge seal and the right edge seal are both 90. The main purpose of the invention is to ensure the strength, water tightness and air tightness of the sliding door on the premise of meeting the requirement of convenient and rapid manufacture.

Description

A high-strength waterproof sliding door with convenient production

technical field

The invention relates to the technical field of sliding doors, and more particularly, to a high-strength waterproof sliding door that is convenient to manufacture.

Background technique

The original sliding door was only used for the sliding door of the bedroom or dressing room wardrobe, but with the development of technology and the diversification of decoration methods, from traditional sheet surfaces, to glass, fabric, rattan, aluminum alloy profiles, from sliding doors, From folding doors to partition doors, the functions and uses of sliding doors are constantly expanding. In this case, the use of sliding doors began to become diverse and rich. In addition to the most common partition doors, sliding doors are also widely used in bookcases, wall cabinets, living rooms, showrooms, sliding doors, etc.

The outer frame of the existing sliding door is formed by connecting the profiles of the outer frames through 90-degree screw connections, which leads to the hidden danger of water leakage no matter what is done. In addition, the existing sliding doors often have problems such as direct rigid collision of two hooks or moving fans back and forth when they are closed, so there is an urgent need for a sliding door to solve the problem. above problem.

SUMMARY OF THE INVENTION

1. The technical problem to be solved by the invention

The purpose of the present invention is to overcome the defects of the prior art, and provide a high-strength waterproof sliding door that is convenient to manufacture. By adopting the technical solution of the present invention, the strength of the sliding door can still be guaranteed under the premise of being convenient and fast to manufacture. , water tightness and air tightness.

2. Technical solutions

In order to achieve the above object, the technical scheme provided by the invention is:

A convenient high-strength waterproof sliding door of the present invention includes an outer frame, an inner door leaf, an outer door leaf and an outer yarn fan, wherein the inner door leaf, the outer door leaf and the outer yarn fan are sequentially arranged on the outer frame from the inside to the outside , and the inner door leaf and the outer yarn fan are slidably arranged in the outer frame, the outer door leaf is fixedly arranged in the outer frame, and the outer frame is composed of an upper sliding frame, a lower frame, a left seal and a right seal, wherein the sliding The three profiles of the frame, the left cover and the right cover are the same, and the joints between the lower frame and the left cover and the right cover are connected by a 45-degree group angle. The two-component group angle glue is injected into the cavity of the upper sliding frame, and the joints between the upper sliding frame and the left seal and the right seal are all 90-degree splicing structures, and are fixed by screws.

As a further improvement of the present invention, the lower frame includes a profile III and a profile IV connected by an intermediate heat insulation strip II, and the upper surface height of the profile III is higher than the upper surface height of the profile IV, wherein the The upper surface of the profile III is provided with a lower rail, and the lower rail is correspondingly connected with the lower frame of the inner door leaf through the pulley I, and the upper surface of the profile IV is provided with a slot I, wherein the slot under the outer door leaf is located. Ⅰ The cover plate is clamped and fixed in the inner door, and the pedal is clamped and fixed in the clamping slot on one side of the inner door leaf. The upper surface of the pedal is inclined downward from the inside to the outside. The upper surface is flush, and the lowest point of the upper surface of the pedal is flush with the upper surface of profile IV;

The upper sliding frame includes a profile I and a profile II connected by an intermediate heat insulation strip I, wherein the profile I is provided with an upper track for the upper frame of the inner door leaf to slide, and the profile II is provided with a hoisting wheel. There are two hanging wheel groups in total, the upper end of each hanging wheel group is connected with the hanging rail through pulley II, and the lower end of each hanging wheel group is connected with the upper frame of the outer yarn fan.

As a further improvement of the present invention, the inner door leaf includes a door leaf frame I, and the door leaf frame I includes a profile V and a profile VI connected by an intermediate heat insulation strip III, and the door leaf frame I is far away from the outer side of the side frame body sealed on the left side. There is a hook cover plate I, the outer door leaf includes a door leaf frame II, and the door leaf frame II includes a profile VII and a profile VIII connected by an intermediate heat insulation strip IV, and the door leaf frame II is far away from the outside of the side frame body sealed on the right side. There is a hook-type cover plate II, wherein a special-shaped heat insulation strip is arranged between the hook-type cover plate I and the profile VI, and a special-shaped heat insulation strip is arranged between the hook-type cover plate II and the profile material VII. When the sliding door is closed, the thermal strip has a lap joint, and each special-shaped thermal insulation strip is provided with a buffer rubber strip, and the top of the buffer rubber strip on any special-shaped thermal insulation strip is insulated from the other special-shaped thermal insulation strip when the sliding door is closed. The horizontal distance between the ends of the overlapping side of the strip is a, and the horizontal distance between the bottom of the buffer strip on any one of the special-shaped insulation strips and the end of the overlapping side of the other special-shaped insulation strip when the sliding door is closed The distance is b.

As a further improvement of the present invention, the horizontal distance a is 1-2.5 mm, and the horizontal distance b is 1-5 mm.

As a further improvement of the present invention, the profile V includes an L-shaped cavity composed of a vertical section cavity and a horizontal section cavity, and the horizontal section cavity is provided with an outer side of the cavity wall away from the vertical section cavity. The first buckle groove, the inner side of the upper cavity wall of the horizontal segment cavity and the end away from the vertical segment cavity is provided with a group of corners clip slot I, and the outer side of the lower cavity wall of the horizontal segment cavity and away from the vertical segment cavity One end of the cavity is provided with a second buckle groove, and a pressure line clamping groove I is provided on the outer side of a cavity wall facing the first buckle groove on the vertical section cavity;

The profile VI includes a rectangular cavity I, a third button groove is provided on the outer side of one end of the upper cavity wall of the rectangular cavity I, and a fourth button groove is provided on the outer side of a cavity wall of the rectangular cavity I close to the third button groove. , the inner side of the lower cavity wall of the rectangular cavity I and one end close to the fourth buckle slot is provided with a group angle card slot II, and the other end protrudes upward from the rectangular cavity I to form a fifth buckle slot.

As a further improvement of the present invention, the hook-and-groove cover plate I is an inverse L-shaped section composed of a vertical section I and a horizontal section I, and the end of the vertical section I away from the horizontal section I is provided with a card and a groove, The card and the slot include a pressing plate abutting on the end face of the first buckle slot and an L-shaped hook plate I hooked in the second buckle slot; the outer side of the horizontal section I and along the direction away from the vertical section I A sixth buckle slot, a clip slot II and a seventh buckle slot are arranged in sequence, wherein the clip slot II is provided with a clip rib I for clipping and fixing the cover plate, and the outside of the seventh buckle slot is provided with an inverted L. Type hook plate I, the inverted L-shaped hook plate I and the bottom of the seventh buckle slot together form a U-shaped slot I with an opening facing away from the vertical section I.

As a further improvement of the present invention, the profile VII includes a rectangular cavity II, and the upper cavity wall of the rectangular cavity II protrudes out of the rectangular cavity II to the left and forms a group corner card slot III and a first downward turn. Eight buckle grooves, the outer side of the right cavity wall of the rectangular cavity II is provided with a wire pressing slot II; the profile VIII includes a rectangular cavity III, and the lower cavity wall of the rectangular cavity III protrudes to the left from the rectangular cavity III A group corner card slot IV and a tenth buckle slot are formed in sequence from the outside and upward, and the lower cavity wall of the rectangular cavity III protrudes to the right outside the rectangular cavity III and forms a ninth buckle slot upward.

As a further improvement of the present invention, the hook-and-groove cover II is an inverted L-shaped section composed of a horizontal section II and a vertical section II, and an inverted U-shaped hook is provided at the end of the vertical section II away from the horizontal section II plate, one side arm of the inverted U-shaped hook plate extends into the tenth buckle groove, and the other side arm of the inverted U-shaped hook plate abuts on the outer side wall of the tenth buckle groove; the outer side of the horizontal section II And along the direction away from the vertical section II are sequentially provided with an eleventh buckle slot, a clip slot III and a twelfth buckle slot, wherein the clip slot III is provided with a clip rib II for clipping the fixed cover plate, so The outside of the twelfth buckle slot is provided with an L-shaped hook plate II, and the L-shaped hook plate II and the bottom of the twelfth buckle slot together form a U-shaped slot II with an opening facing away from the vertical section II.

As a further improvement of the present invention, the non-overlapped end of the special-shaped heat-insulating strip between the hook-and-groove cover plate I and the profile VI is hooked to the third buckle groove, which is close to the end of the overlapped side. There is a limit plate extending into the above-mentioned U-shaped groove I, and the special-shaped heat insulation strip between the hook-type cover plate II and the profile VII is provided with a special-shaped heat insulation strip extending into the above-mentioned U-shaped groove at the end position near the overlapping side. For the limit plate in II, each special-shaped heat insulation strip is also provided with a limit groove with an opening facing away from the limit plate for accommodating the buffer rubber strip.

As a further improvement of the present invention, the outer yarn fan includes a yarn fan frame, and one end of the yarn fan frame away from the yarn fan is provided with a mounting groove II, wherein the two ends of the mounting groove II on the upper frame of the yarn fan frame are respectively It is clamped and fixed with the lower ends of the two hanging wheel sets, and the two-way damper is also arranged in the installation groove II on the upper frame of the yarn fan frame, and the lower sealing assembly is installed in the installation groove II on the lower frame of the yarn fan frame. , the lower sealing assembly is sealedly connected with the upper surface of the lower frame through the top strip, the above-mentioned profile II is also provided with a mounting groove I, and the positions in the mounting groove I near the two ends are each installed with a screw that can be combined with the above-mentioned two-way damping A locator that collides with the two-way damper to trigger the operation of the two-way damper.

3. Beneficial effects

Adopting the technical scheme provided by the present invention, compared with the prior art, has the following remarkable effects:

(1) A kind of high-strength waterproof sliding door that is easy to manufacture of the present invention, the three profiles of the lower frame, the left seal and the right seal are the same, and the junctions of the lower frame and the left seal and the right seal are 45 degrees The corners are connected, the corners are connected by the corner code and the pin is added, and the two-component corner glue is injected into the cavity behind the corners. Through this structural design, the watertight performance and strength performance of the corners of the outer frame can be greatly improved, so as to solve the problem of existing problems. The outer frame of the sliding door is formed by connecting the profiles of the outer frames through 90-degree screw connections, which leads to the problem of water leakage no matter what you do. They are all 90-degree splicing structures and are fixed by screws. Through this structural design, the production of the outer frame can be convenient and fast. Therefore, the present invention can still ensure the strength, watertightness and airtightness of the sliding door under the premise of being convenient and quick to manufacture.

(2) In a convenient high-strength waterproof sliding door of the present invention, the height of the upper surface of the profile III is higher than the height of the upper surface of the profile IV, and a pedal is clamped and fixed in the card slot I located on one side of the inner door leaf, The upper surface of the pedal is inclined downward from the inside to the outside. The highest point of the upper surface of the pedal is flush with the upper surface of the profile III, and the lowest point of the upper surface of the pedal is flush with the upper surface of the profile IV. Through this structural design , so that the rainwater will flow away along the slope of the pedal, and at the same time, it is convenient for people to pass daily, thereby solving the problems of water backflow and falling caused by the unreasonable design of the sliding frame profile of the outer frame of the existing sliding door. .

(3) In a convenient high-strength waterproof sliding door of the present invention, each special-shaped thermal insulation strip is provided with a buffer rubber strip, and the top of the buffer rubber strip on any special-shaped thermal insulation strip is closed when the sliding door is closed. The horizontal distance between the end of the overlapping side with another special-shaped thermal insulation strip is a, and the bottom of the buffer rubber strip on any one of the special-shaped thermal insulation strips is on the overlapping side of the other special-shaped thermal insulation strip when the sliding door is closed. The horizontal distance between the ends is b, where the horizontal distance a is designed to prevent rigid collision between the inner door leaf and the outer door leaf when closed, and the horizontal distance b is designed to prevent the inner door leaf from moving back and forth when closed, so as to solve the existing problem. When the sliding door is closed, either the two hooks directly collide with the steel, or the movable fan moves back and forth. Therefore, through the above structural design, it can not only buffer, but also control the positioning.

(4) The high-strength waterproof sliding door of the present invention has a reasonable structure design, a simple principle, and is easy to popularize and use.

Description of drawings

Fig. 1 is a kind of structure schematic diagram of the high-strength waterproof sliding door which is easy to manufacture according to the present invention;

Fig. 2 is a sectional view along A-A in Fig. 1;

Fig. 3 is the enlarged view of C place in Fig. 2;

Fig. 4 is a sectional view along B-B in Fig. 1;

Fig. 5 is the enlarged view of D place in Fig. 4;

Fig. 6 is the enlarged view of E place in Fig. 4;

Fig. 7 is the structural representation of pedal in the present invention;

8 is a schematic structural diagram of an upper sliding frame in the present invention;

Fig. 9 is the structural representation of the sliding frame in the present invention;

Fig. 10 is the structural representation of the door leaf frame I in the present invention;

11 is a schematic structural diagram of the hook-and-groove cover plate I in the present invention;

Figure 12 is a schematic structural diagram of the cooperation between the door leaf frame I and the hook-and-groove cover plate I in the present invention;

Fig. 13 is the structural schematic diagram of the door leaf frame II in the present invention;

14 is a schematic structural diagram of the hook-and-groove cover plate II in the present invention;

15 is a schematic structural diagram of the cooperation between the door leaf frame II and the hook-and-groove cover II in the present invention;

Fig. 16 is the structural schematic diagram of the sliding door door leaf frame in the present invention;

Figure 17 is an enlarged view at F in Figure 16;

FIG. 18 is a schematic structural diagram of a special-shaped heat insulation strip in the present invention.

Description of the labels in the diagram:

1. Outer frame;

11. Upper sliding frame; 111, Profile I; 1111, Upper rail; 112, Profile II; 1121, Hanging rail; 1122, Installation groove I; 113, Intermediate heat insulation strip I;

12, lower frame; 121, profile III; 1211, lower rail; 122, profile IV; 1221, card slot I; 123, middle heat insulation strip II;

13. Left cover; 14. Right cover;

2. Inner door leaf;

21, Profile V; 211, Vertical section cavity; 2111, Wire clamping slot I; 212, Horizontal section cavity; 2121, First buckle slot; 2122, Second buckle slot; ; 213, Partition I;

22. Profile VI; 221, Rectangular cavity I; 2211, the third buckle slot; 2212, the fourth buckle slot;

23. Intermediate heat insulation strip III;

24. Hook-up cover plate I; 241, vertical section I; 2411, card and slot; 4111, abutting plate; 4112, L-shaped hook plate I; 242, horizontal section I; Card slot II; 4221, clip I; 2423, seventh buckle slot; 4231, inverted L-shaped hook plate I;

3. External door leaf;

31. Profile VII; 311, Rectangular Cavity II; 3111, Wire Clamping Slot II; 3112, Group Angle Piece Slot III; 3113, Eighth Buckle Slot; 312, Partition III;

32, Profile VIII; 321, Rectangular cavity III; 3211, Ninth buckle slot; 3212, Group corner card slot IV; 3213, Tenth buckle slot; 322, Partition IV;

33. Intermediate heat insulation strip IV;

34. Hook-up cover II; 341, horizontal section II; 3411, eleventh buckle slot; 3412, clip slot III; 4121, clip rib II; 3413, twelfth buckle slot; 342, vertical section II; 3421, inverted U-shaped hook plate;

4. Outer yarn fan; 41. Installation slot II; 5. Special-shaped heat insulation strip; 51. Limiting plate; 52. Limiting groove; 6. Cover plate; 7. Buffer strip; 81. Lock seat; 82. Lock point; 9. Hanging wheel set; 10. Pedal.

Detailed ways

In order to further understand the content of the present invention, the present invention will be described in detail with reference to the accompanying drawings and embodiments.

Example 1

As shown in Figures 1-18, a high-strength waterproof sliding door that is easy to manufacture in this embodiment includes an outer frame 1, an inner door leaf 2, an outer door leaf 3 and an outer yarn fan 4, wherein the inner door leaf 2, the outer door leaf 3 and the outer yarn fan 4 are sequentially arranged in the outer frame 1 from the inside to the outside, and the inner door leaf 2 and the outer yarn fan 4 are slidably arranged in the outer frame 1, and the outer door leaf 3 is fixedly arranged in the outer frame 1. The sliding frame 11, the lower frame 12, the left side cover 13 and the right side cover 14 are constituted, wherein the lower side frame 12, the left side cover 13 and the right side cover 14 have the same profile structure, and the lower side frame 12, the left side cover 13 and the right side cover 14 have the same profile structure. The junctions are all connected at a 45-degree angle. The angle is connected by the corner code and the pin is added. The cavity behind the angle is filled with two-component angle glue. The upper sliding frame 11 is connected to the left seal 13 and the right seal 14. All are 90 degree splicing structure and fixed by screws. It should be noted that: in the present invention, the three profiles of the lower frame 12, the left cover 13 and the right cover 14 are the same, and the junctions between the lower frame 12 and the left cover 13 and the right cover 14 are all connected at a 45-degree angle. The corners are formed by the structure of the corner code and the pin, and the cavity behind the corners is filled with two-component corner glue. This structural design can greatly improve the watertight performance and strength performance of the corner of the outer frame 1, thus solving the problem of existing sliding doors. The outer frame of the outer frame is formed by 90-degree screw connection between the outer frame profiles, which leads to the problem of water leakage no matter what you do. Both are 90-degree splicing structures and are fixed by screws. Through this structural design, the outer frame 1 can be manufactured conveniently and quickly. Therefore, the present invention can still ensure the strength, watertightness and airtightness of the sliding door under the premise of being convenient and quick to manufacture.

The lower frame 12 includes a profile III121 and a profile IV122 connected by an intermediate heat insulation strip II123. The height of the upper surface of the profile III121 is higher than that of the profile IV122. The upper surface of the profile III121 is provided with a lower rail 1211, which corresponds to the lower rail 1211. The lower frame body of the above-mentioned inner door leaf 2 is slidably connected by the pulley I, and the upper surface of the profile IV122 is provided with a card slot I1221. The pedal 10 is clamped and fixed in the card slot I1221 on the side. The upper surface of the pedal 10 is inclined downward from the inside to the outside. The lowest point is flush with the upper surface of the profile IV122; the upper sliding frame 11 includes the profile I111 and the profile II112 connected by the intermediate heat insulation strip I113, wherein the profile I111 is provided with an upper rail 1111 for the upper frame of the inner door leaf 2 to slide, The profile II 112 is provided with a hanging rail 1121 for the hanging wheel group 9 to slide. There are two hanging wheel groups 9. The upper end of each hanging wheel group 9 is connected with the hanging rail 1121 through the pulley II. The lower end of each hanging wheel group 9 All are connected with the upper frame body of the above-mentioned outer yarn fan 4 . Specifically in this embodiment: the upper surface of the pedal 10 is provided with anti-skid patterns. It should be noted that: in the present invention, the height of the upper surface of the profile III121 is higher than the height of the upper surface of the profile IV122, and the pedal 10 is clamped and fixed in the card slot I1221 on the side of the inner door leaf 2, and the upper surface of the pedal 10 is from the inside to the The upper surface of the pedal 10 is inclined downward, the highest point of the upper surface of the pedal 10 is flush with the upper surface of the profile III121, and the lowest point of the upper surface of the pedal 10 is flush with the upper surface of the profile IV122. Through this structural design, the rainwater will flow smoothly. At the same time, it is convenient for people to pass daily, thereby solving the problems of water backflow and falling caused by the unreasonable profile design of the lower frame 12 in the outer frame 1 of the existing sliding door.

The outer yarn fan 4 includes a yarn fan frame, and one end of the yarn fan frame away from the yarn fan is provided with a mounting groove II41, wherein the two ends of the mounting groove II41 on the upper frame of the yarn fan frame are respectively clamped with the lower ends of the two hanging wheel groups 9. The two-way damper is also installed in the installation groove II41 on the upper frame of the yarn fan frame, and the lower sealing assembly is installed in the installation groove II41 on the lower frame of the yarn fan frame. The lower sealing assembly is connected to the lower frame 12 through the top The upper surface of the two-way damper is sealed and connected, the above-mentioned profile II112 is also provided with a mounting groove I1122, and a positioner that can collide with the above-mentioned two-way damper to trigger the work of the two-way damper is installed by screws at positions close to both ends of the mounting groove I1122. . It should be noted that the outer yarn fan 4 of the present invention adopts the hanging rail design, which is easier to clean than the previous floor rail design, and the double damping configuration can prevent the outer yarn fan 4 from colliding with the side seal too easily. It needs to be further explained that only when the two-way damper moves to collide with the positioner can the two-way damper play the role of damping and buffering to prevent the rigid collision between the yarn fan and the outer frame.

The inner door leaf 2 includes a door leaf frame I, and the door leaf frame I includes a profile V21 and a profile VI22 connected by an intermediate heat insulation strip III23. 3 Including the door leaf frame II, the door leaf frame II includes the profiles VII 31 and VIII 32 connected by the intermediate heat insulation strip IV33, the door leaf frame II is away from the above-mentioned right side seal 14 The outer side of the side frame body is provided with a hook cover plate II 34, wherein the hook A special-shaped heat insulation strip 5 is arranged between the cover plate I24 and the profile VI22, and a special-shaped heat insulation strip 5 is arranged between the hook cover plate II34 and the profile VII31, and the two special-shaped heat insulation strips 5 are overlapped when the sliding door is closed. Each special-shaped thermal insulation strip 5 is provided with a buffer rubber strip 7, and the top of the buffer rubber strip 7 on any one of the special-shaped thermal insulation strips 5 overlaps with another special-shaped thermal insulation strip 5 when the sliding door is closed. The horizontal distance between the ends is a, the horizontal distance between the bottom of the buffer strip 7 on any one of the special-shaped heat insulation strips 5 and the end of the overlapped side of the other special-shaped heat insulation strip 5 when the sliding door is closed is b, the horizontal distance a is 1-2.5mm, and the horizontal distance b is 1-5mm. Specifically in this embodiment: the hook cover plate I24 and its corresponding special-shaped heat insulation strip 5 are connected to the door leaf frame I by bolts, and the hook groove cover plate II 34 and its corresponding special-shaped heat insulation strip 5 are connected to the door leaf frame by bolts. Ⅱ on.

It should be noted that: in the present invention, each special-shaped thermal insulation strip 5 is provided with a buffer rubber strip 7, and the top of the buffer rubber strip 7 on any special-shaped thermal insulation strip 5 is insulated from another special-shaped thermal insulation when the sliding door is closed. The horizontal distance between the ends of the overlapping side of the strip 5 is a, and the bottom of the buffer rubber strip 7 on any one of the special-shaped thermal insulation strips 5 and the end of the overlapping side of the other special-shaped thermal insulation strip 5 when the sliding door is closed. The horizontal distance between them is b, where the horizontal distance a is designed to prevent rigid collision between the inner door leaf 2 and the outer door leaf 3 when closed, and the horizontal distance b is designed to prevent the inner door leaf 2 from moving back and forth when closed, so as to solve the problem. When some sliding doors are closed, either the two hooks directly collide with steel, or the movable fan moves back and forth. Therefore, through the above structural design, it can not only buffer, but also control the positioning. It should be further explained that the technicians and technicians, after continuous experimentation and exploration, finally found that when the horizontal distance a is 1-2.5mm and the horizontal distance b is 1-5mm, it is most conducive to production and use. Specifically, in this embodiment, the horizontal distance a is is 1.41mm, and the horizontal distance b is 1.32mm.

The profile V21 includes an L-shaped cavity composed of a vertical section cavity 211 and a horizontal section cavity 212. The horizontal section cavity 212 is provided with a first buckle groove 2121 on the outside of the cavity wall away from the vertical section cavity 211. The inner side of the upper cavity wall of the segment cavity 212 and the end away from the vertical segment cavity 211 is provided with a corner clip slot I2123, and the outer side of the lower cavity wall of the horizontal segment cavity 212 and the end away from the vertical segment cavity 211 A second buckle groove 2122 is provided, and a wire pressing slot I2111 is provided on the vertical section cavity 211 and on the outer side of a cavity wall facing the first buckle groove 2121; the profile VI22 includes a rectangular cavity I221, and the upper cavity of the rectangular cavity I221 The outer side of one end of the wall is provided with a third button groove 2211, the outer side of a cavity wall of the rectangular cavity I221 close to the third button groove 2211 is provided with a fourth button groove 2212, and the inner side of the lower cavity wall of the rectangular cavity I221 is close to the fourth button groove 2212. One end of the buckle groove 2212 is provided with a group angle card slot II 2213, and the other end protrudes upward from the rectangular cavity I 221 to form a fifth buckle groove 2214; the adjacent parts of the vertical section cavity 211 and the horizontal section cavity 212 are vertical A partition plate I213 is provided, and a partition plate II 222 is vertically arranged in the rectangular cavity I221 to divide it into a left cavity and a right cavity. The door leaf frame I is symmetrically arranged in the thickness direction.

The hook-and-groove cover plate I24 is an inverse L-shaped section composed of a vertical section I241 and a horizontal section I242. The end of the vertical section I241 away from the horizontal section I242 is provided with a card and a slot 2411 inward. The abutting plate 4111 on the end face of the notch of the buckle groove 2121 and the L-shaped hook plate I4112 hooked in the second buckle groove 2122; the outer side of the horizontal section I242 and along the direction away from the vertical section I241 are sequentially provided with the sixth buckle groove 2421, The clip slot II 2422 and the seventh buckle slot 2423, wherein the clip slot II 2422 is provided with a clip I4221 for clipping and fixing the cover plate 6, and the outside of the seventh buckle slot 2423 is provided with an inverted L-shaped hook plate I4231, an inverted L-shaped hook The plate I4231 and the bottom of the seventh buckle groove 2423 together form a U-shaped groove I with an opening facing away from the vertical section I241. Specifically in this embodiment: the sixth buckle groove 2421 and the seventh buckle groove 2423 are both provided with tops.

Profile VII31 includes a rectangular cavity II311, and the upper cavity wall of the rectangular cavity II311 protrudes to the left outside the rectangular cavity II311 and forms a group corner card slot III3112 and an eighth buckle slot 3113 downward in turn. The right cavity of the rectangular cavity II311 is formed. The outer side of the wall is provided with a wire pressing slot II3111; the profile Ⅷ32 includes a rectangular cavity III321, and the lower cavity wall of the rectangular cavity III321 protrudes to the left outside the rectangular cavity III321 and forms a group of corner card slots IV3212 and the tenth buckle upward in turn. Slot 3213, the lower cavity wall of the rectangular cavity III321 protrudes to the right outside the rectangular cavity III321 and forms a ninth buckle groove 3211 upward; the rectangular cavity II311 is vertically provided with a partition III312, and the rectangular cavity III321 A partition plate IV322 is provided, and the left part of the partition plate III312 has the same structure as the left part of the partition plate IV322, and the two are symmetrically arranged along the thickness direction of the door leaf frame II.

Hook-up cover plate II34 is an inverted L-shaped section composed of horizontal section II341 and vertical section II342. One end of vertical section II342 away from horizontal section II341 is provided with an inverted U-shaped hook plate 3421. The side arm extends into the tenth buckle groove 3213, and the other side arm of the inverted U-shaped hook plate 3421 abuts on the outer side wall of the tenth buckle groove 3213; the outer side of the horizontal section II341 is along the direction away from the vertical section II342 An eleventh buckle slot 3411, a clip slot III 3412 and a twelfth buckle slot 3413 are arranged in sequence, wherein, the clip slot III 3412 is provided with a clip II 4121 for clipping and fixing the cover plate 6, and the outside of the twelfth buckle slot 3413 is provided with a clip II 4121. There is an L-shaped hook plate II 4131, and the L-shaped hook plate II 4131 and the bottom of the twelfth buckle groove 3413 together form a U-shaped groove II with an opening facing away from the vertical section II 342. Specifically in this embodiment: the eleventh buckle groove 3411 and the twelfth buckle groove 3413 are both provided with tops.

The end of the special-shaped heat insulation strip 5 between the hook cover plate I24 and the profile VI22 is hooked to the third buckle groove 2211 on the non-overlap side, and the U-shaped groove extending into the above-mentioned U-shaped groove is provided at the end near the overlap side. The limit plate 51 in I, the special-shaped heat insulation strip 5 between the hook cover plate II34 and the profile VII31 are provided with a limit plate 51 extending into the U-shaped groove II at the end position close to the overlapping side. Each special-shaped heat insulation strip 5 is further provided with a limiting groove 52 with an opening facing away from the limiting plate 51 for accommodating the buffer rubber strip 7 .

It should be noted that: in the present invention, the hook-and-groove cover plate I24 and hook-and-groove cover plate II34 of the door leaf frame profile are reasonably designed, and the sixth buckle groove 2421, the seventh buckle groove 2423, the eleventh buckle groove 3411 and the tenth buckle groove Both the two buckle grooves 3413 are provided with tops, and the combination of the above-mentioned structures ensures the tightness of the sliding door when it is closed; in addition, in the present invention, a special-shaped heat insulation strip is arranged between the hook cover plate I24 and the profile VI22 5. There is a special-shaped heat insulation strip 5 between the hook-and-groove cover plate II34 and the profile VII31, and the two special-shaped heat insulation strips 5 overlap when the sliding door is closed, thereby ensuring the thermal insulation effect of the sliding door when it is closed.

The easy-to-manufacture high-strength waterproof sliding door further includes a lock seat 81 and a lock point 82, wherein the lock seat 81 is installed on the left side seal 13, and the lock point 82 is installed on the door leaf frame I. It should be noted that: in the present invention, the lock seat 81 is installed on the left seal 13, and the lock point 82 is installed on the door leaf frame I. On the one hand, it is beautiful and safe, and reduces the bumps when children go in and out and the hooking of clothes when adults go in and out. phenomenon; on the other hand, the structure is simple, the installation is convenient, and the service life is long.

The present invention and its embodiments are described above schematically, and the description is not restrictive. What is shown in the accompanying drawings is only one of the embodiments of the present invention, and the actual structure is not limited thereto. Therefore, if those of ordinary skill in the art are inspired by it, without departing from the purpose of the present invention, any structural modes and embodiments similar to this technical solution are designed without creativity, which shall belong to the protection scope of the present invention. .

Claims (10)

1. The utility model provides a make convenient waterproof push-and-pull door of high strength which characterized in that: including frame (1), interior door leaf (2), outer door leaf (3) and outer screen fan (4), wherein, interior door leaf (2), outer door leaf (3) and outer screen fan (4) from interior to exterior set gradually in frame (1), just interior door leaf (2) and outer screen fan (4) slide and set up in frame (1), outer door leaf (3) are fixed to be set up in frame (1), and above-mentioned frame (1) comprises last carriage (11), lower carriage (12), left side seal (13) and right side seal (14), wherein, its three section bar structures of lower carriage (12), left side seal (13) and right side seal (14) are the same, just down carriage (12) and the left side seal (13), the department of meeting of right side seal (14) are 45 degrees group angle connections, and the group angle passes through the structure of angle sign indicating number dowel, and injects the group angle glue in the cavity after the group angle, go up carriage (11) and left side seal (13) with two components, The joint of the right edge seal (14) is a 90-degree splicing structure and is fixed by screws.

2. A high strength waterproof sliding door convenient to manufacture according to claim 1, wherein: the lower sliding frame (12) comprises a section III (121) and a section IV (122) which are connected through an intermediate heat insulation strip II (123), the height of the upper surface of the section III (121) is higher than that of the upper surface of the section IV (122), wherein, the upper surface of the section bar III (121) is provided with a lower track (1211), the lower track (1211) is correspondingly connected with the lower frame body of the inner door leaf (2) in a sliding way through a pulley I, the upper surface of the section bar IV (122) is provided with a clamping groove I (1221), wherein a cover plate (6) is fixedly clamped in the clamping groove I (1221) positioned below the outer door leaf (3), a pedal (10) is fixedly clamped in the clamping groove I (1221) positioned on one side of the inner door leaf (2), the upper surface of the pedal (10) is downwards inclined from inside to outside, the highest point of the upper surface of the pedal (10) is flush with the upper surface of the section bar III (121), the lowest point of the upper surface of the pedal (10) is flush with the upper surface of the section IV (122);

go up smooth frame (11) including I (111) of section bar and II (112) of section bar that link to each other through middle heat insulating strip I (113), wherein, be equipped with on section bar I (111) and supply above-mentioned interior door leaf (2) to go up gliding upper track (1111) of framework, be equipped with on section bar II (112) and supply hanging wheel group (9) gliding hanger rail (1121), hanging wheel group (9) are totally two, and the upper end of every hanging wheel group (9) all is connected with hanger rail (1121) through pulley II, and the lower extreme of every hanging wheel group (9) all is connected with framework on above-mentioned outer screen window (4).

3. A high strength waterproof sliding door convenient to manufacture according to claim 1, wherein: the inner door leaf (2) comprises a door leaf frame I, the door leaf frame I comprises a section V (21) and a section VI (22) which are connected through a middle heat insulation strip III (23), a hooked rabbet cover plate I (24) is arranged on the outer side of a side frame body of the door leaf frame I, which is far away from the left edge seal (13), the outer door leaf (3) comprises a door leaf frame II, the door leaf frame II comprises a section VII (31) and a section VIII (32) which are connected through a middle heat insulation strip IV (33), a hooked rabbet cover plate II (34) is arranged on the outer side of the side frame body of the door leaf frame II, which is far away from the right edge seal (14), wherein a special-shaped heat insulation strip (5) is arranged between the hooked rabbet cover plate I (24) and the section VI (22), a heat insulation strip (5) is arranged between the hooked rabbet cover plate II (34) and the section VII, the special-shaped heat insulation strip (31), the two heat insulation strips (5) are in lap joint when the sliding door is closed, and a buffer adhesive tape (7) is, the horizontal distance between the top of the buffering adhesive tape (7) on any one special-shaped heat insulation strip (5) and the end part of the lap joint side of the other special-shaped heat insulation strip (5) when the sliding door is closed is a, and the horizontal distance between the bottom of the buffering adhesive tape (7) on any one special-shaped heat insulation strip (5) and the end part of the lap joint side of the other special-shaped heat insulation strip (5) when the sliding door is closed is b.

4. A high strength waterproof sliding door convenient to manufacture according to claim 3, wherein: the horizontal distance a is 1-2.5mm, and the horizontal distance b is 1-5 mm.

5. A convenient high strength waterproof sliding door according to claim 4 wherein: the section V (21) comprises an L-shaped cavity consisting of a vertical section cavity (211) and a horizontal section cavity (212), a first buckle groove (2121) is formed in the horizontal section cavity (212) on the outer side of the cavity wall far away from the vertical section cavity (211), a corner piece clamping groove I (2123) is formed in the inner side of the upper cavity wall of the horizontal section cavity (212) and at one end far away from the vertical section cavity (211), a second buckle groove (2122) is formed in the outer side of the lower cavity wall of the horizontal section cavity (212) and at one end far away from the vertical section cavity (211), and a line pressing clamping groove I (2111) is formed in the vertical section cavity (211) and at the outer side of the cavity wall opposite to the first buckle groove (2121);

the section bar VI (22) comprises a rectangular cavity I (221), a third buckling groove (2211) is formed in the outer side of one end of the upper cavity wall of the rectangular cavity I (221), a fourth buckling groove (2212) is formed in the outer side of the cavity wall, close to the third buckling groove (2211), of the rectangular cavity I (221), a group of corner piece clamping grooves II (2213) are formed in the inner side of the lower cavity wall of the rectangular cavity I (221) and one end, close to the fourth buckling groove (2212), and the other end of the rectangular cavity I (221) extends out to form a fifth buckling groove (2214) upwards.

6. A convenient high strength waterproof sliding door according to claim 5 wherein: the hooked rabbet cover plate I (24) is a reverse L-shaped profile composed of a vertical section I (241) and a horizontal section I (242), one end, far away from the horizontal section I (242), of the vertical section I (241) is provided with a clamp and groove (2411), and the clamp and groove (2411) comprises a tight abutting plate (4111) abutting against the end face of a notch of the first buckling groove (2121) and an L-shaped hook plate I (4112) hooked in the second buckling groove (2122); the outer side of the horizontal section I (242) is sequentially provided with a sixth buckling groove (2421), a clamping groove II (2422) and a seventh buckling groove (2423) in the direction far away from the vertical section I (241), a clamping rib I (4221) used for clamping and connecting a fixing cover plate (6) is arranged in the clamping groove II (2422), an inverted L-shaped hook plate I (4231) is arranged outside the seventh buckling groove (2423), and the inverted L-shaped hook plate I (4231) and the bottom of the seventh buckling groove (2423) jointly form a U-shaped groove I with an opening facing away from the vertical section I (241).

7. A convenient high strength waterproof sliding door according to claim 6 wherein: the section bar VII (31) comprises a rectangular cavity II (311), the upper cavity wall of the rectangular cavity II (311) extends out of the rectangular cavity II (311) leftwards and forms a group of corner piece clamping grooves III (3112) and an eighth buckling groove (3113) downwards in sequence, and the outer side of the right cavity wall of the rectangular cavity II (311) is provided with a line pressing clamping groove II (3111); the section bar VIII (32) comprises a rectangular cavity III (321), the lower cavity wall of the rectangular cavity III (321) extends out of the rectangular cavity III (321) to the left and upwards sequentially forms a group of corner piece clamping grooves IV (3212) and a tenth buckling groove (3213), and the lower cavity wall of the rectangular cavity III (321) extends out of the rectangular cavity III (321) to the right and upwards forms a ninth buckling groove (3211).

8. A high strength waterproof sliding door that makes things convenient for according to claim 7, characterized in that: the hooked rabbet cover plate II (34) is an inverted L-shaped section bar formed by a horizontal section II (341) and a vertical section II (342), one end, far away from the horizontal section II (341), of the vertical section II (342) is provided with an inverted U-shaped hook plate (3421), one side arm of the inverted U-shaped hook plate (3421) extends into the tenth buckling groove (3213), and the other side arm of the inverted U-shaped hook plate (3421) abuts against the outer side wall of the tenth buckling groove (3213); an eleventh buckling groove (3411), a clamping groove III (3412) and a twelfth buckling groove (3413) are sequentially formed in the outer side of the horizontal section II (341) and in the direction far away from the vertical section II (342), a clamping rib II (4121) used for clamping and fixing the cover plate (6) is arranged in the clamping groove III (3412), an L-shaped hook plate II (4131) is arranged outside the twelfth buckling groove (3413), and the L-shaped hook plate II (4131) and the bottom of the twelfth buckling groove (3413) jointly form a U-shaped groove II with an opening facing away from the vertical section II (342).

9. A high strength waterproof sliding door that is easy to manufacture according to claim 8, wherein: the tip of its non-overlap joint side of special-shaped heat insulating strip (5) between hooked rabbet apron I (24) and section bar VI (22) hooks third catching groove (2211), and its tip position department that is close to the overlap joint side is equipped with limiting plate (51) that stretch into above-mentioned U type inslot I, special-shaped heat insulating strip (5) between hooked rabbet apron II (34) and section bar VII (31) its tip position department that is close to the overlap joint side is equipped with limiting plate (51) that stretch into above-mentioned U type inslot II, all still is equipped with spacing recess (52) that the opening dorsad limiting plate (51) is used for holding buffering adhesive tape (7) on every special-shaped heat insulating strip (5).

10. A high strength waterproof sliding door convenient to manufacture according to claim 2, wherein: outer screen (4) include the screen frame, the one end that the screen was kept away from to the screen frame is equipped with mounting groove II (41), wherein, the screen frame goes up two (41) both ends of mounting groove in the framework respectively with the lower extreme joint fixed fit of two hanging wheel group (9), and still is provided with two-way damper in the last mounting groove II (41) of framework of screen frame, installs lower seal assembly in the mounting groove II (41) of framework under the screen frame, lower seal assembly passes through the upper surface sealing connection of wool top and gliding frame (12), still is equipped with mounting groove I (1122) on the above-mentioned section bar II (112), the position department that is close to both ends in mounting groove I (1122) respectively installs a locator that can collide with above-mentioned two-way damper in order to trigger this two-way damper work through the screw.

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