CN105442989A - Thermal-insulation energy-saving movable integrated top-hung window with screen window - Google Patents

Abstract

The invention relates to a door and window for buildings, in particular to a heat-insulating and energy-saving movable integrated top-hung window with a screen window. The two frames on the side are placed horizontally in the middle and upper sections of the two frames. The upper and lower ends of the middle stile are respectively connected to the middle of the horizontal stile and the middle of the lower frame. There is a hollow space between the horizontal stile and the upper frame. The glass window is made of thermal insulation layer and bonded and fixed by the surrounding rubber strips and heat insulation strips. There is a window between the middle stile and one side frame, and a glass window between the other side frame. The window is connected to the outside by hinges. On one side of the frame, the two frames of the upper and lower frames are equipped with heat-insulating connecting strips at the joints. The screen window is detachably installed on the side of the window facing the room. This door and window has the functions of sealing, heat insulation, and mosquito insulation , and the characteristics of high precision, beautiful and high-grade.

Description

A heat-insulating and energy-saving movable integrated top-hung window with screen window

technical field

The invention relates to a building door and window, in particular to an energy-saving casement window with good sealing performance, good sound insulation and heat insulation performance, and a screen window capable of preventing mosquitoes.

Background technique

Modern families pay more attention to decoration, even the design of doors and windows takes a lot of thought, and now the window industry is developing in a diversified direction, and it has become a necessary decoration for people's lives, while protecting people's lives. It has achieved success, progress, and popularity as window type designs have continued to change. At present, the design of the heat-insulating outer casement windows of the aluminum alloy, plastic steel, steel and other casement and top-hung windows used in houses, buildings and other buildings on the market is limited to two seals, and the airtightness and watertightness of the whole window Performance, sound insulation, and thermal insulation are not good, and there are shortcomings such as small cross-section, unsatisfactory thermal insulation and heat insulation and flow blocking effects, easy rainwater infiltration, and easy entry of mosquitoes. Moreover, most of the top-hung windows currently on the market are not equipped with screen windows. Even the screen windows worn are fixed on the window frame, which is not easy to disassemble and clean, and it is also not easy to replace and dismantle operations, or it is difficult to disassemble. Screw holes are left on the body, which destroys the beauty and integrity. The screen window that is easy to remove is too simple. The integrity of the screen window installed on the window is not high, which affects the appearance, and the sealing performance is poor. Now the market is lack of performance that can be compared with the heat insulation inner The heat-insulated casement windows with beautiful and easy-to-remove screens are comparable to window openings; for traditional top-hung windows, the handles are all located on the form. When opening the form, the hand needs to hold the handle although the form Turning outwards and moving up causes inconvenience and also affects the appearance.

Contents of the invention

In view of the above-mentioned problems existing in the doors and windows of the prior art, the applicant provides a casement top-hung window for buildings with good sealing performance, good heat insulation performance, water insulation, mosquito insulation and sound insulation. Balanced, high integration precision, high overall aesthetics, and has high integrity, high aesthetics, and a practical screen window (8) that can be easily disassembled, specifically: a heat-insulating and energy-saving movable integrated upper The hanging window comprises an outer frame (1), a cross stile (2), a middle stile (3), a form (5) and a screen window (8), and the two sides of the upper frame (11) and the lower frame (12) are respectively connected with two The side frame (13) forms the outer frame (1), the two ends of the cross stile (2) connect the two frames (13) on both sides, and are placed horizontally in the upper section of the two frames (13), and the upper and lower sides of the middle stile (3) The ends are respectively connected to the middle part of the cross-stile (2) and the middle part of the lower frame (12), the glass window (4) is installed between the cross-stile (2) and the upper frame (11), and the middle stile (3) and one side frame (13 ) is provided with a form (5), and a glass window (4) is provided between the frame (13) on the other side, and the form (5) is connected to the upper frame (11) through a hinge, and connected to On the frame (13), the glass window (4) is composed of two parallel glass with a hollow insulation layer (51) and bonded and fixed by the surrounding rubber strips (52) and heat insulation strips (53) , the two frames (13) of the upper frame (11) and the lower frame (12) are equipped with heat-insulating connecting strips (54) at the joints, and the screen window (8) is detachably installed on the window (5) on the indoor side, the handle (9) is arranged on the middle part of the lower frame (12) towards the indoor side, the handle (9) is connected to the crank connecting rod device (10), and the crank connecting rod device (10 ) is built in the lower frame (12) and connected to the lower window frame of the form (5).

Further, the stile (2) is composed of an inner stile (21), an outer stile (22), a glass spacer (41), a sash crimping line (42), and a crimping seat (43), and the inner stile (21) Connect the outer stile (22) through two heat-insulating connecting strips (54), the upper and lower ends of the outer stile (22) are respectively connected to two sash pressure lines (42), and the glass spacer (41) is placed At the joint between the outer stile (22) and the inner stile (21), the glass body is placed on the glass spacer (41), the sash pressure line (42) at the upper end and the inner stile (21) fix the glass body with each other, and the sash at the lower end is pressed Line (42) and interior cross stile (21) fix form (5) mutually.

Further, the window (5) includes an inner sash (44), an outer sash (45), a sash connecting part (46), a heat-insulating connecting strip (54), a crimping seat (43), a glass window (4) , wherein: the inner sash (44) is connected to the outer sash (45) through two heat-insulating connecting strips (54), the inner sash (44) is connected to the sash connecting part (46) through the crimping seat (43), and the sash connecting part (46 ) and the outer sash (45) press the glass window (4) mutually.

Further, the inward extension of the frame (13), the upper frame (11) and the lower frame (12) is provided with wool top sockets (47), and the inner cross stiles (21) and middle stiles (3) Top extensions (47) are provided on the extensions extending toward the window (5) and the glass window (4), and wool tops of siliconized clips are inserted into the top insertion holes (47).

Further, the frame (13) and the lower frame (12) near the form (5) are connected to the part of the form (5), and the cross stile (2) and the middle stile (3) are connected to the part of the form (5) A first magnetic strip seat socket (61) is also provided on the extension extending inward, and the magnetic strip seat (6) equipped with a magnetic strip is buckled and inserted on the first magnetic strip seat socket (61).

Further, the screen window (8) includes a gauze net and a screen window material (7), the screen window material (7) extends above the inner window sash (44) and is connected around four sides, and the four sides of the gauze net are buckled and fixed on the screen window material (7) Up, the side of the window screen material (7) facing the interior is parallel to the frame (13), lower frame (12), horizontal stiles (2), and middle stiles (3), and the screen window material (7) is facing in the magnetic strip seat (6) The corresponding position of the magnetic strip is provided with a second magnetic strip seat socket (62), and the magnetic strip corresponding to the magnetic strip in the first magnetic strip seat socket (61) attracts each other is installed in the second magnetic strip seat socket (62) .

Further, the end of the window screen material (7) facing the inner sash (44) and close to the gauze net is provided with a top insertion hole (47).

Further, the hollow insulation layer (51) is filled with inert gas.

Further, between the window (5) and the inner sash (44), the outer sash (45), and the sash connection (46), the connection between the window (5) and the upper frame (11) and the lower frame (12) The two sides are respectively connected to the two side frames (13) to form the outer frame (1) and the two ends of the crossbar (2) are connected to the two sides of the two frames (13) on both sides, and the gap between the connection and installation places is not more than 3mm.

For how the energy-saving and heat-insulated casement window provided by the present invention solves the above problems, further understanding is introduced through the working principle of the present invention:

A heat-insulating and energy-saving movable integrated top-hung window with a screen window, comprising an outer frame (1), a horizontal stile (2), a middle stile (3), a window (5), a screen window (8), and an upper frame (11) and the two sides of the lower frame (12) are respectively connected with the two side frames (13) to form the outer frame (1), and the two ends of the cross-bar (2) are connected with the two frames (13) on both sides, horizontally placed on the two frames (13) ), the upper and lower ends of the middle stile (3) are respectively connected to the middle of the stile (2) and the middle of the lower frame (12), and a glass window (4) is installed between the stile (2) and the upper frame (11) A form (5) is installed between the stile (3) and one side frame (13), and a glass window (4) is installed between the other side frame (13), and the form (5) is connected by a hinge The upper frame (11) is connected to the frame (13) by a sliding stay hinge, and the glass window (4) is composed of two parallel glass with a hollow insulation layer (51) and is passed through the surrounding rubber strips (52). It is formed by bonding and fixing the heat insulation strip (53), and the two frames (13) of the upper frame (11) and the lower frame (12) are equipped with heat insulation connection strips (54) at the joints, and the screen window (8) Installed in a detachable manner on the side of the window (5) facing the room, the handle (9) is placed in the middle of the lower frame (12) on the side of the room, the handle (9) is connected by a crank The rod device (10), the crank connecting rod device (10) is built in the lower frame (12) and connected to the lower window frame of the window (5). Because the glass window (4) and the form (5) are heat-insulating designs, the form (5) and the glass window (4) all have the effect of heat insulation, and due to the hollow insulation layer (51), the The hollow insulation layer (51) is filled with inert gas, which has outstanding insulation effect and excellent sound insulation effect. The surrounding of the hollow insulation layer (51) is double guaranteed by rubber strips (52) and heat insulation strips (53), making the sound insulation It achieves high integrity while insulating heat, has high toughness, is not easy to be damaged, and has high safety. The two frames (13) of the upper frame (11) and the lower frame (12) are connected at the joints The heat-insulating connecting strip (54) is installed, and by using the heat-insulating connecting strip (54), it is equivalent to passing the heat-insulating connecting strip (54) at the structural connection of the window sash installation, which not only achieves the effect of connecting and fixing, but also cuts off the The air flow exchange gap ensures the air flow conditions that may be brought about by the small gaps in the connection between components, thereby further improving the heat insulation performance. The screen (8) is installed on the window (5) in a detachable manner On the side facing the room, it is convenient for people to directly disassemble the screen window (8) from the room, which improves the convenience. The precise mutual integration and connection makes the connection of the profile parts achieve a high degree of compatibility, which not only makes the overall harmony and unity of the window (5), has a high thermal insulation effect, but also achieves beautiful and tidy appearance and workmanship Fine and smooth. The handle (9) is placed on the middle part of the lower frame (12) towards the indoor side, which is not only beautiful and generous, but also convenient for people to open and close the window, and does not require people to open and close the window despite the movement of the handle (9). Directly pull the handle (9) to control the handle (9) to straighten by connecting the crank connecting rod device (10), and directly push up the window. When the window is turned upside down and the window is opened, the gap between the window and the lower opening of the window frame should not exceed 18 cm, preferably 17 cm, which not only meets the needs of the window for air flow and air exchange, but also has reliable safety.

The stile (2) is composed of an inner stile (21), an outer stile (22), a glass spacer (41), a sash crimping line (42), and a crimping seat (43). The inner stile (21) Connect the outer stile (22) through two heat-insulating connecting strips (54), the upper and lower ends of the outer stile (22) are respectively connected to two sash pressure lines (42), and the glass spacer (41) is placed on the outer stile (22) At the junction with the inner stile (21), the glass body is placed on the glass spacer (41), the sash line (42) at the upper end and the inner stile (21) fix the glass body with each other, and the lower sash line (42) ) and the inner cross stile (21) fix the form (5) mutually. The glass spacer (41) is used to support the glass window (4), the heat insulation connection strip (54) plays the role of heat insulation and connection, and the window sash pressure line (42) is fixed to the extension section on the inner cross bar (21) Live the glass window (4), and in the glass glue groove on the extension section on the inner cross stile (21), stick to fix the glass window (4) by glass glue.

The window (5) includes an inner sash (44), an outer sash (45), a sash connecting portion (46), a heat insulation connecting strip (54), a crimping seat (43), and a glass window (4), wherein: The inner sash (44) is connected to the outer sash (45) through two heat-insulating connecting strips (54), and the inner sash (44) is connected to the sash connecting part (46) through the crimping seat (43), and the sash connecting part (46) is connected to the outer sash The sashes (45) press the glass windows (4) against each other. The inward extension of the frame (13), upper frame (11) and lower frame (12) is provided with top sockets (47), and the inner cross stiles (21) and middle stiles (3) extend toward the window The extension section of the direction of the body (5) and the glass window (4) is provided with wool top jacks (47), and the wool top jacks (47) are inserted with siliconized clip wool tops. The top of the siliconized clip can make the two closely contact each other without leaving any gaps at the relative gaps between the sash. The top can effectively play a buffer role and reduce the pressure on the opening and closing of the window sash in daily use. The probability of direct contact between the surfaces of the parts not only reduces the noise during use, but also protects the profile, and it can also play a role in sound insulation, heat insulation, and prevent small pests such as mosquitoes from entering through the gaps in the window sash It is possible, and has a certain waterproof and water-proof effect, which further strengthens the overall heat insulation performance of the casement window, the performance of sound insulation, mosquito insulation and waterproof performance, and achieves the quality that high-quality windows and doors should have.

The frame (13) and the lower frame (12) near the form (5) are connected to the part of the form (5), and the part connected to the form (5) on the horizontal stile (2) and the middle stile (3) is inward Also offer the first magnetic strip seat socket (61) on the extension extension, the magnetic strip seat (6) that is equipped with magnetic strip is buckled and inserted on the first magnetic strip seat socket (61). The first magnetic strip seat socket (61) is formed around the frame (13) of the form (5) on four sides, and the magnetic strip has magnetism, so the frame (13) around the form (5) then has magnetism, and the screen window ( 8) including gauze, screen window material (7), the top of the screen window material (7) extending the inner window sash (44) is connected around the four sides, the four sides of the gauze net are buckled and fixed on the screen window material (7), and the screen window material (7) One side and frame (13), lower frame (12), horizontal stile (2), middle stile (3) are parallel to the indoor side, and screen window material (7) is set toward the corresponding position of magnetic strip in magnetic strip seat (6). The second magnetic strip seat socket (62) is arranged, and the magnetic strip that is mutually attracted with the magnetic strip in the first magnetic strip seat socket (61) is installed in the second magnetic strip seat socket (62), and during use, the screen window ( 8) The screen window (8) is adsorbed on the frame (13) of the form (5) through the effect of magnetic mutual attraction, and the surroundings are attracted by magnetic strips, so that the screen window (8) is closely connected to the frame (13) of the form (5) touch to achieve the effect of gauze isolation, which can prevent mosquitoes outside the window from flying into the room, and is easy to disassemble. When the screen window (8) is not used or needs to be cleaned, a corner can be removed from the edge The lower screen window (8) is safe, efficient and convenient, and the screen window (8) is highly integrated with the shape of the window (5), achieving an elegant and delicate effect.

A top end (47) is provided on the side of the window screen material (7) facing the inner sash (44) and close to the gauze net. The gap between the screen window (8) and the frame (13) of the form (5) is also often the passage for mosquitoes to enter the room, and the wool top is inserted through the wool top jack (47), so that the wool top is in close contact with the window around the screen window (8). (5) on the surrounding surface of the frame (13), so a further sealing effect is achieved, and the effects of sound insulation, heat preservation and mosquito prevention can be further effectively played.

Between the said form (5) and the inner sash (44), the outer sash (45), and the sash connecting part (46), the two sides of the form (5) and the upper frame (11) and the lower frame (12) respectively The outer frame (1) formed by connecting the two side frames (13) and the two ends of the horizontal stile (2) connected to the two frames (13) on both sides have a gap of no more than 3mm at the connection installation place. The spacing between the profiles is strictly controlled to reduce the gap to less than 3mm. With the contact of the tops, the gaps between the profile parts are tight enough to make the sliding door have a good sound insulation effect.

To sum up, the present invention provides a casement door and window for buildings with good sealing performance, good heat and sound insulation performance, and water and mosquito insulation. The structure is reasonable, the use of consumables is balanced, the integration accuracy is high, and the overall aesthetics is high. , and has high integrity, high aesthetics, and a practical screen window (8) that can be easily disassembled.

Description of drawings

Fig. 1 is a structural front view of a heat-insulating and energy-saving screen movable integrated top-hung window;

Fig. 2 is a schematic diagram of A-A' cross-sectional structure in Fig. 1;

Fig. 3 is a schematic diagram of the cross-sectional structure of BB' in Fig. 1;

Fig. 4 is a schematic diagram of CC' cross-sectional structure in Fig. 1;

Fig. 5 is a schematic diagram of the cross-sectional structure of D-D' in Fig. 1;

Fig. 6 is a sectional view of a three-dimensional structure of an integrated top-hung window with movable screens for heat insulation and energy saving;

Fig. 7 is a three-dimensional structural schematic diagram of a movable integrated top-hung window with heat insulation and energy-saving screen window and its screen window;

Among them: 1—outer frame, 2—horizontal stile, 3—middle stile, 11—upper frame, 12—lower frame, 13—frame, 4—glass window, 5—window, 6—magnetic strip seat, 61—section Socket for a magnetic strip seat, 62—the socket for the second magnetic strip seat, 7—window screen material, 21—inner horizontal stile, 22—outer horizontal stile, 41—glass spacer, 42—window sash crimping line, 43—crissing line seat, 44—inner sash, 45—outer sash, 46—connecting part of sash, 47—top socket, 51—hollow insulation layer, 52—adhesive strip, 53—heat insulation strip, 54—heat insulation connection strip, 8—screen window, 9—handle, 10—crank connecting rod device.

detailed description

Embodiment 1: As shown in Figures 1 to 7, a heat-insulating and energy-saving movable integrated top-hung window with a screen window, the wall thickness of the profile is not less than 1.4mm, specifically, the sliding window is made according to the wall thickness of 1.2mm , comprising an outer frame 1, a cross stile 2, a middle stile 3, a form 5 and a screen window 8, the two sides of the upper frame 11 and the lower frame 12 are respectively connected with two side frames 13 to form the outer frame 1, and the two ends of the cross stile 2 are connected with two The two side frames 13 are placed horizontally in the middle and upper sections of the two frames 13, the upper and lower ends of the middle stile 3 are respectively connected to the middle of the stile 2 and the middle of the lower frame 12, and a glass window 4 is installed between the stile 2 and the upper frame 11 A window 5 is installed between the middle stile 3 and one side frame 13, and a glass window 4 is installed between the other side frame 13. The window 5 is connected to the upper frame 11 through a hinge, and connected to the frame through a sliding stay hinge. 13, the glass window 4 is composed of a hollow insulation layer 51 between two parallel glasses and is fixed by bonding and fixing the surrounding rubber strips 52 and heat insulation strips 53. The upper frame 11 and the lower frame 12 Both frames 13 are equipped with heat-insulating connecting strips 54 at the joints, and the screen window 8 is detachably installed on the side of the window 5 facing the room, and the handle 9 is placed on the middle part of the lower frame 12 facing the room. , the handle 9 is connected to the crank connecting rod device 10, and the crank connecting rod device 10 is built in the lower frame 12 and communicated with the lower window frame of the window 5. Because the glass window 4 and the window form 5 are heat-insulating designs, the window form 5 and the glass window 4 all have the effect of heat insulation, and because there is a hollow insulation layer 51, the hollow insulation layer 51 is filled with inert gas , its thermal insulation effect is outstanding and has excellent sound insulation effect, and the surrounding of the hollow insulation layer 51 is double guaranteed by the rubber strip 52 and the heat insulation strip 53, so that the sound insulation and heat insulation can be achieved at the same time. High integrity, with high toughness , is not easy to be damaged, and has high safety. The two frames 13 of the upper frame 11 and the lower frame 12 are equipped with heat-insulating connecting strips 54 at the joints. By using the heat-insulating connecting strips 54, it is equivalent to the structure installed on the window sash The joints are all passed through the heat-insulating connecting strips 54, which not only achieve the function of connecting and fixing, but also cut off the exchange gap of the air flow, ensuring the air flow conditions that may be brought about by the small gaps in the connection between the components, thereby further improving the heat insulation performance. Lifting, the screen window 8 is installed on the side of the window 5 facing the room in a detachable manner, which can facilitate people to directly disassemble the screen window 8 from the room, which improves the convenience. The effect of mosquitoes, and through the extremely high-precision mutual integration and connection between the profiles, the connection between the profile parts achieves a high degree of compatibility, which not only makes the window 5 harmonious and unified as a whole, but also has a high thermal insulation effect. It can also achieve beauty, neatness, fineness and smoothness in appearance and workmanship. The handle 9 is placed on the middle part of the lower frame 12 toward the indoor side, which is not only beautiful and elegant, but also convenient for people to open and close the window. It does not require people to move the handle 9 to open and close the operation. 9, to control the handle 9 to straighten by connecting the crank connecting rod device 10, and directly push up the window, and the window is turned from bottom to top under the action of the hinge and the sliding brace hinge, and the window is opened, and the window and the window The opening gap under the frame should not exceed 18 centimeters, preferably 17 centimeters, which not only meets the needs of the window for air flow and air exchange, but also has reliable safety. The stile 2 is composed of an inner stile 21, an outer stile 22, a glass spacer 41, a sash pressing line 42, and a liner seat 43. The inner stile 21 is connected to the outer stile 22 through two heat-insulating connecting strips 54, The upper and lower ends of the outer stile 22 are respectively connected to two sash pressing lines 42, the glass spacer 41 is placed on the connection between the outer stile 22 and the inner stile 21, the glass body is placed on the glass spacer 41, and the sash line at the upper end 42 and the inner cross stile 21 fix the glass body mutually, and the lower end sash pressure line 42 and the inner cross stile 21 fix the window 5 mutually. The glass spacer 41 is used to support the glass window 4, and the heat-insulating connecting strip 54 plays the role of heat insulation and connection. The glass glue groove on the extension section on the 21 sticks and fixes the glass window 4 by glass glue. The window 5 includes an inner sash 44, an outer sash 45, a sash connecting portion 46, a heat-insulating connecting strip 54, a crimping seat 43, and a glass window 4, wherein the inner sash 44 is connected to the outer sash through two heat-insulating connecting strips 54 45 , the inner sash 44 is connected to the sash connecting portion 46 through the wire pressing seat 43 , and the sash connecting portion 46 and the outer sash 45 press the glass window 4 against each other. The inward extension of the frame 13 , the upper frame 11 and the lower frame 12 is provided with wool top sockets 47 , and the inner cross stiles 21 and middle stiles 3 extend toward the window 5 and the glass window 4 on the extension section. All are provided with wool top jacks 47, and siliconized clip wool tops are inserted in the wool top jacks 47. The top of the siliconized clip can make the two closely contact each other without leaving any gaps at the relative gaps between the sash. The top can effectively play a buffer role and reduce the pressure on the opening and closing of the window sash in daily use. The probability of direct contact between the surfaces of the parts not only reduces the noise during use, but also protects the profile, and it can also play a role in sound insulation, heat insulation, and prevent small pests such as mosquitoes from entering through the gaps in the window sash It is possible, and has a certain waterproof and water-proof effect, which further strengthens the overall heat insulation performance of the casement window, the performance of sound insulation, mosquito insulation and waterproof performance, and achieves the quality that high-quality windows and doors should have. The frame 13 and the lower frame 12 on the side close to the form 5 are connected to the part of the form 5, and the part connected to the form 5 on the horizontal stile 2 and the middle stile 3 is also provided with a first magnetic strip seat socket 61 on the extension extending inward. , the magnetic strip seat 6 that is equipped with magnetic strip is buckled and inserted on the first magnetic strip seat socket 61. The first magnetic strip seat socket 61 is composed of four sides around the frame 13 of the form 5, and the magnetic strip has magnetism, so the frame 13 around the form 5 has magnetism, and the screen window 8 includes gauze, screen window material 7, screen window material 7. The top of the inner sash 44 is connected around the four sides, and the four sides of the gauze are buckled and fixed on the screen window material 7, and the indoor side of the screen window material 7 is parallel to the frame 13, the lower frame 12, the horizontal stile 2, and the middle stile 3. The window material 7 is provided with a second magnetic strip socket 62 towards the corresponding position of the magnetic strip in the magnetic strip seat 6, and the magnetic strip that is mutually attracted to the magnetic strip in the first magnetic strip seat socket 61 is installed in the second magnetic strip seat. In the socket 62, when in use, the screen window 8 is adsorbed on the frame 13 of the form 5 by the effect of magnetic attraction, and the surroundings are attracted by the magnetic strip, so that the screen window 8 is in close contact with the frame 13 of the form 5 to achieve a The net sealing function can prevent mosquitoes outside the window from flying into the room, and it is easy to disassemble. When the screen window 8 is not used or needs to be cleaned, the screen window 8 can be removed by lifting a corner from the edge, which is safe, efficient and convenient. Moreover, the screen window 8 is highly integrated with the form 5 to achieve a beautiful and delicate effect. The side of the window screen material 7 facing the inner sash 44 and the end close to the gauze net is provided with a top insertion hole 47 . The gap between the screen window 8 and the frame 13 of the form 5 is also usually the passage for mosquitoes to enter the room, and the wool top is inserted through the wool top jack 47, so that the wool top is in close contact with the surrounding surfaces of the form 5 frame 13 around the screen window 8, thus achieving The further sealing effect can further effectively play the role of sound insulation, heat preservation and mosquito prevention. Between the window 5 and the inner sash 44, the outer sash 45, and the sash connecting portion 46, the two sides of the window 5 and the upper frame 11 and the lower frame 12 are respectively connected with the two side frames 13 to form the outer frame 1 and the crossbar 2. The gap between the two frames 13 connecting the two sides at the two ends is not more than 3mm. The spacing between the profiles is strictly controlled to reduce the gap to less than 3mm. With the contact of the tops, the gaps between the profile parts are tight enough to make the sliding door have a good sound insulation effect.

Claims (9)

1. A heat-insulating and energy-saving movable integrated top-hung window with a screen window, comprising an outer frame (1), a horizontal stile (2), a middle stile (3), a form (5) and a screen window (8), and the upper frame ( 11) and the two sides of the lower frame (12) are respectively connected to the two side frames (13) to form the outer frame (1), and the two ends of the crossbar (2) are connected to the two sides of the two frames (13) on both sides, horizontally placed on the two frames (13) in the upper section, the upper and lower ends of the middle stile (3) connect the middle part of the cross stile (2) and the middle part of the lower frame (12) respectively, and a glass window ( 4), a form (5) is installed between the stile (3) and one side frame (13), and a glass window (4) is installed between the other side frame (13), and the form (5) is hinged Connected to the upper frame (11) and connected to the frame (13) through a sliding stay hinge, it is characterized in that: the glass window (4) is composed of two parallel glasses with a hollow insulation layer (51) and through The surrounding rubber strips (52) and heat insulation strips (53) are bonded and fixed, and the two frames (13) of the upper frame (11) and the lower frame (12) are equipped with heat insulation connection strips ( 54), the screen window (8) is detachably installed on the side of the window (5) facing the room, the handle (9) is placed on the middle part of the lower frame (12) on the side of the room, the handle ( 9) By connecting the crank connecting rod device (10), the crank connecting rod device (10) is built in the lower frame (12) and connected to the lower window frame of the window (5). 2. A heat-insulating and energy-saving movable integrated top-hung window with a screen window according to claim 1, characterized in that the stile (2) consists of an inner stile (21), an outer stile (22), glass Spacer (41), window sash pressure wire (42), pressure wire seat (43) constitute, and inner horizontal stile (21) connects outer horizontal stile (22) by two pieces of heat-insulating connection bars (54), and outer horizontal stile (22 ) are respectively connected to two sash pressure lines (42), the glass spacer (41) is placed on the connection between the outer stile (22) and the inner stile (21), and the glass body is placed on the glass spacer (41) On the top, the sash pressure line (42) at the upper end and the inner cross stile (21) fix the glass body mutually, and the lower sash pressure line (42) and the inner cross stile (21) fix the window (5) mutually. 3. The heat-insulating and energy-saving movable integrated top-hung window with screen window according to claim 1, characterized in that the window (5) comprises an inner sash (44), an outer sash (45), and a sash connecting part (46), heat insulation connecting strip (54), pressure wire seat (43), glass window (4), wherein: the inner sash (44) connects the outer sash (45) through two heat insulating connecting strips (54), and the inner The window sash (44) is connected to the sash connecting portion (46) through the wire pressing seat (43), and the sash connecting portion (46) and the outer sash (45) press the glass window (4) mutually. 4. The heat-insulating and energy-saving movable integrated top-hung window with screen window according to claim 1, characterized in that the extensions of the frame (13), the upper frame (11) and the lower frame (12) extend inward There are wool top jacks (47) on the top, and wool top jacks ( 47), the silicified clip wool top is inserted in the wool top jack (47). 5. A heat-insulating and energy-saving movable integrated top-hung window with a screen window according to claim 1, characterized in that the frame (13) and the lower frame (12) close to the window (5) are connected to the window (5) ), the part connecting the form (5) on the horizontal stile (2) and the middle stile (3) also has a first magnetic strip seat socket (61) on the inwardly extending extension, and the magnetic strip seat socket (61) is installed. The bar seat (6) is buckled and inserted on the first magnetic bar seat socket (61). 6. A heat-insulating and energy-saving movable integrated top-hung window with a screen window according to claim 5, characterized in that the screen window (8) includes gauze, screen window material (7), and the screen window material (7) is extended The top of the window sash (44) is surrounded and connected on four sides, and the four sides of the gauze are buckled and fixed on the screen window material (7), and the screen window material (7) faces the indoor side and frame (13), lower frame (12), horizontal stile ( 2), the middle stile (3) is parallel, and the screen window material (7) is provided with a second magnetic strip seat socket (62) on the corresponding position facing the magnetic strip in the magnetic strip seat (6), corresponding to the first magnetic strip seat The magnetic strips that the magnetic strips attract each other in the socket (61) are installed in the second magnetic strip holder socket (62). 7. A heat-insulating and energy-saving movable integrated top-hung window with a screen window according to claim 1, characterized in that the screen window material (7) is on the side facing the inner sash (44) and on the end close to the screen mesh Be provided with top jack (47). 8. A novel heat-insulating and energy-saving sliding door according to claim 1, characterized in that the hollow insulating layer (51) is filled with inert gas. 9. A novel heat-insulating and energy-saving sliding door according to claim 1, characterized in that between the window (5) and the inner sash (44), outer sash (45), and sash connecting portion (46), The two sides of form (5) and upper frame (11) and lower frame (12) respectively connect two sides borders (13) to form outer frame (1) and the two ends of horizontal stile (2) connect two borders on both sides ( 13) The gap between the connection and installation places shall not exceed 3mm.