CN113638669A

CN113638669A - Sliding window

Info

Publication number: CN113638669A
Application number: CN202010343179.6A
Authority: CN
Inventors: 安田晋也
Original assignee: Ykk Ap Suzhou Co ltd
Current assignee: Ykk Ap Suzhou Co ltd
Priority date: 2020-04-27
Filing date: 2020-04-27
Publication date: 2021-11-12

Abstract

The present invention provides a slide-out window, comprising: a window frame; window sash: the window sash assembly is provided with a window sash frame and a window sash assembly arranged in the window sash frame; a sliding support mechanism: the sliding support mechanism comprises a window frame side mounting substrate fixed on the window frame, a sash side mounting substrate fixed on the window frame, and a plurality of connecting arms connected between the window frame side mounting substrate and the sash side mounting substrate; metal ropes: both ends are respectively connected with the window frame and the window sash frame. In the sliding window, the window sash is supported on the window frame in an openable and closable manner through the sliding support mechanism, the sliding support mechanism can limit excessive displacement generated when the window sash is opened, and meanwhile, when the window sash is opened through the sliding support mechanism, if the window sash is inclined due to accidents, the metal rope can reliably pull the window sash to avoid the window sash from falling off. Therefore, the sliding window has the functions of preventing the window sash from falling off and avoiding the window sash from being opened and displaced too much, and therefore the use safety of the sliding window is greatly improved.

Description

Sliding window

Technical Field

The invention relates to a window capable of being opened and closed, in particular to a sliding window.

Background

Windows have been widely used in various buildings in our lives, and windows used in living houses are openable windows. In high-rise buildings, the requirements for the safety of the open and closed window are very high, thereby avoiding accidents.

Currently, an openable window generally includes a window frame fixedly installed on an opening of a wall of a building, and a window sash openably and closably installed on the window frame, the window sash includes a window sash frame connected to the window frame, and a window sash assembly installed in the window sash frame, the window sash assembly includes a glass panel, a sealant, and the like.

In order to prevent the window sash from falling off the window frame, the opening and closing type window is also provided with a window sash falling-off prevention mechanism. In the prior art, the window sash anti-falling mechanism mainly comprises a metal rope, wherein two ends of the metal rope are respectively fixed on a window frame and a window sash frame of a window sash; when the window sash falls off, the falling window sash can be pulled through the metal rope, so that the function of preventing the window sash from falling off is achieved. However, in the above-described openable window, when the sash is opened, the sash is likely to be displaced greatly, which increases the risk of the sash falling off.

Disclosure of Invention

In view of the above-described drawbacks of the prior art, an object of the present invention is to provide a slide-out window capable of restricting an excessive opening displacement of a sash while achieving a drop-off prevention of the sash.

To achieve the above object, the present invention provides a slide-out window, comprising:

a window frame;

window sash: the window sash assembly is provided with a window sash frame and a window sash assembly arranged in the window sash frame;

a sliding support mechanism: the sliding support mechanism comprises a window frame side mounting substrate fixed on the window frame, a sash side mounting substrate fixed on the window sash frame, and a plurality of connecting arms connected between the window frame side mounting substrate and the sash side mounting substrate;

metal ropes: two ends of the window frame are respectively connected with the window frame and the window sash frame.

In the sliding window, the window sash is supported on the window frame in an openable and closable manner through the sliding support mechanism, the sliding support mechanism can limit excessive displacement generated when the window sash is opened, and meanwhile, when the window sash is opened through the sliding support mechanism, if the window sash is inclined due to accidents, the metal rope can reliably pull the window sash to avoid the window sash from falling off. Therefore, in the sliding window related to the application, the sliding support mechanism and the metal rope are matched, so that the sliding window has the functions of preventing the window sash from falling off and avoiding the window sash from being opened and displaced too much, and the use safety of the sliding window is greatly improved.

Further, the slide-out window may further include a fitting member having a fixing portion fixed to the window frame-side mounting substrate and an insertion portion fitted in the fitting groove, the window frame having a fitting groove extending in an extending direction of the window frame. Since the fitting is partially fitted in the fitting groove of the window frame and the remaining part is fixed to the window frame-side mounting substrate, even if the fastening member such as a screw for fixing the window frame-side mounting substrate to the window frame becomes loose, the window sash can be prevented from coming off the window frame by the fitting, and a double security is provided in the case of coming off in cooperation with the metal cord. Further, the fitting between the upper insertion portion of the fitting member and the fitting groove in the window frame can reinforce the fixation between the window frame side mounting substrate and the window frame, thereby more reliably preventing the window sash from coming off.

Preferably, in the above-described aspect, the insertion portion has a T-shape and can be fitted into the fitting groove with a good fitting effect.

Preferably, in the above technical solution, the fitting further includes a bent portion, and the bent portion is connected between the fixing portion and the insertion portion, so that the structural strength of the fitting itself can be increased, the connection reliability between the fitting and the window frame and between the fitting and the window frame side mounting substrate can be ensured, and the performance of preventing the window sash from falling off can be finally improved.

Further, the metal rope is mounted on the window frame through a first connecting component; the first connecting assembly comprises a first frame fixing piece fixed on the window frame, a first rope fixing piece slidably arranged on the window frame and fixed at one end part of the metal rope, and a first resilient part, wherein a first through groove for the metal rope to pass through is formed in the first frame fixing piece, and the first resilient part is arranged between the first frame fixing piece and the first rope fixing piece. So, when the casement was opened, first rope stationary blade slided to the direction of being close to first frame stationary blade along with the one end of metal rope, so first frame stationary blade and first rope stationary blade both all act on first resilience part, compress first resilience part, and then first resilience part can cushion the effort of casement to the window frame when the casement falls down to can prevent reliably that the metal rope from splitting, guarantee from this that the metal rope can hold the casement reliably, guarantee the performance that prevents the casement and drop. Furthermore, when the window sash is opened, the first resilient part in a compressed state provides a reverse acting force for the first rope fixing piece, so that the distance that the metal rope is pulled out of the window frame is the minimum, and the influence of the metal rope on the appearance attractiveness of the sliding window is reduced. When the window sash is closed, the metal cord can be smoothly pulled back by the acting force of the first resilient member on the first cord fixing piece, and the window sash is smoothly closed. Therefore, by providing the first resilient member, the window sash can be reliably prevented from falling off, the appearance of the entire slide-out window when the window sash is opened is not impaired, and the closing operation of the slide-out window can be performed more smoothly.

According to the technical scheme, the first resilient part is a spring sleeved on the metal rope, and the first resilient part can be realized through a simple structure.

Further, the metal rope is mounted on the window sash frame through a second connecting assembly; the second coupling assembling including be fixed in the second frame stationary blade of window sash frame, set up slidable in on the window sash frame and fix the second rope stationary blade and the second part of kick-backing of another tip of metal rope, be equipped with in the second frame stationary blade and hold the second that the metal rope passed leads to the groove, the setting of second part of kick-backing is in the second frame stationary blade with between the second rope stationary blade. In this way, the action of the second resilient member is the same as that of the first resilient member, namely: by providing the second resilient member, the window sash can be reliably prevented from falling off, the appearance of the entire slide-out window when the window sash is opened is not affected, and the closing operation of the slide-out window can be performed more smoothly.

Preferably, the second resilient member is a spring sleeved on the metal rope, and the second resilient member can be realized by a simple structure.

Further, in other embodiments, the metal rope may not be connected to the sash frame through the second connecting assembly, such as: the metal rope is fixed with the window sash frame.

As described above, the slide-out window according to the present invention has the following advantageous effects:

Drawings

Fig. 1 is a schematic structural view of a slide-out window in the present application.

Fig. 2 is a longitudinal section through fig. 1 at the insert.

Fig. 3 is an enlarged view of a frame a of fig. 2.

Fig. 4 is a schematic view of the connection between the sliding support mechanism and the window frame in the present application.

Fig. 5 and 6 are schematic views illustrating an installation process of the sliding support mechanism and the window frame according to the present application.

Fig. 7 is a schematic structural view of a fitting member according to the present application.

Fig. 8 is a schematic view illustrating an installation process of the sliding support mechanism and the window sash frame according to the present application.

Fig. 9 is a schematic view showing another connection structure of the sash side mounting substrate and the fitting member in the present invention.

Fig. 10 is a schematic view of the connection of the metal wire to the window frame and the sash frame according to the present application, in which the metal wire is mounted to the sash frame through a second connection assembly.

Fig. 11 is a schematic view of the connection between the metal wire and the window frame and the window sash frame, in which the metal wire is fixedly connected with the window sash frame.

Fig. 12 is a schematic structural view of a sliding window in which a sash is prevented from falling off by only providing a metal cord when the sash falls off.

Fig. 13 is a side view of fig. 12.

Fig. 14 is a schematic view of a slide-out window in which only the fitting member is provided to prevent the window sash from falling off, when the window sash falls off.

Fig. 15 is a side view of fig. 14.

Fig. 16 is a schematic view of fig. 14 with the sash closed.

Fig. 17 is a side view of fig. 16.

Fig. 18 is a schematic view of the sliding window in which the metal cord and the fitting member are simultaneously provided to prevent the window sash from falling off when the window sash falls off.

Fig. 19 is a side view of fig. 18.

Fig. 20 is a schematic view of fig. 18 with the sash closed.

Fig. 21 is a side view of fig. 16.

Description of the element reference numerals

10 window frame

11 horizontal section bar of window frame

111 fitting groove

112 section bar arm

113 first profile projection

114 second section bar convex part

115 installation notch

12 vertical section bar for window frame

20 window sash

21 window sash frame

211 window sash frame horizontal section bar

212 vertical section bar for window sash frame

22 sash assembly

30 sliding support mechanism

31 window frame side mounting substrate

32 window sash side mounting base plate

33 connecting arm

40 Metal rope

50 fitting piece

51 fixed part

52 insertion part

53 bending part

60 Flexible part

61 connecting part

70 first connection assembly

71 first frame fixing piece

711 first passage part

712 first fastening part

72 first rope fixing piece

73 first resilient member

80 second connecting assembly

81 second frame fixing sheet

811 second passing part

812 second fastening portion

82 second rope fixing piece

83 second resilient member

90 third frame fixing sheet

91 third passing part

92 third fastening portion

Detailed Description

The following description of the embodiments of the present invention is provided for illustrative purposes, and other advantages and effects of the present invention will become apparent to those skilled in the art from the present disclosure.

It should be understood that the structures, proportions, and dimensions shown in the drawings and described herein are for illustrative purposes only and are not intended to limit the scope of the present invention, which is defined by the claims, but rather by the claims. In addition, the terms such as "upper", "lower", "left", "right", "middle" and "one" used in the present specification are for convenience of description only and are not intended to limit the scope of the present invention, and changes or modifications of the relative relationship thereof may be made without substantial technical changes and modifications.

The present application provides a sliding window, wherein for the convenience of description, in the following embodiments, the definition of each direction is as follows: defining the direction of the sliding window towards the outdoor side as the front direction, and defining the direction of the sliding window towards the indoor side as the rear direction; defining the height direction of the sliding window as an up-down direction; the width direction of the sliding window is defined as the left-right direction.

As shown in fig. 1, the slide-out window to which the present application relates includes a window frame 10, a window sash 20, a slide supporting mechanism 30, and a metal cord 40.

As shown in fig. 1, the window frame 10 is fixedly installed in an opening of a wall of a building, the window frame 10 includes a pair of window frame horizontal sectional materials 11 which are opposite to each other in a vertical direction and extend in both the left and right directions, and a pair of window frame vertical sectional materials 12 which are opposite to each other in the left and right directions and extend in both the up and down directions, and the window frame horizontal sectional materials 11 and the window frame vertical sectional materials 12 are aluminum sectional materials.

As shown in fig. 1 and 2, the window sash 20 is openably and closably mounted to the window frame 10 by the sliding support mechanism 30, the window sash 20 has a sash frame 21 and a sash assembly 22 mounted in the sash frame 21, the sash frame 21 includes a pair of sash frame horizontal sectional materials 211 opposite to each other in the up-down direction and extending in the left-right direction, and a pair of sash frame vertical sectional materials 212 opposite to each other in the left-right direction and extending in the up-down direction, and both the sash frame horizontal sectional materials 211 and the sash frame vertical sectional materials 212 are aluminum sectional materials.

As shown in fig. 1, there are two sets of the sliding support mechanisms 30, one set of the sliding support mechanisms 30 is disposed between the frame transverse profile 11 on the upper side of the window frame 10 and the sash frame transverse profile 211 on the upper side of the sash frame 21, the other set of the sliding support mechanisms 30 is disposed between the frame transverse profile 11 on the lower side of the window frame 10 and the sash frame transverse profile 211 on the lower side of the sash frame 21, and the two sets of the sliding support mechanisms 30 support the sash 20 on the window frame 10 in an openable and closable manner. The two sets of sliding support mechanisms 30 are disposed vertically symmetrically, or the structures of the sliding window at the frame transverse profile 11 on the upper side of the window frame 10 and the sash frame transverse profile 211 on the upper side of the sash frame 21 are symmetrical to the structures of the frame transverse profile 11 on the lower side of the window frame 10 and the sash frame transverse profile 211 on the lower side of the sash frame 21, so the following description will be made only for the structures of the sliding window at the frame transverse profile 11 on the lower side of the window frame 10 and the sash frame transverse profile 211 on the lower side of the sash frame 21. As shown in fig. 4, the slide support mechanism 30 includes a frame-side mounting base plate 31 fixed to the frame cross-section 11, a sash-side mounting base plate 32 fixed to the sash-frame cross-section 211, and a plurality of connecting arms 33 connected between the frame-side mounting base plate 31 and the sash-side mounting base plate 32. Preferably, as shown in fig. 6, the window frame side mounting base plate 31 and the window frame horizontal section bar 11 are fixedly connected by a plurality of screws; as shown in fig. 8, the sash-side mounting base plate 32 and the sash frame cross-section 211 are also fixedly connected by a plurality of screws.

As shown in fig. 1, both ends of the metal cord 40 are connected to the window frame 10 and the sash frame 21, respectively; for example, one end of the metal cord 40 is attached to the window frame mullion 12 and the other end of the metal cord 40 is attached to the sash frame mullion 212.

In the above sliding window, the window sash 20 is supported openably and closably by the window frame 10 via the sliding support mechanism 30, so that the window sash 20 can be opened and closed; when the window sash 20 is opened, the sliding support mechanism 30 can limit the excessive displacement of the window sash 20, and avoid the excessive opening of the window sash 20, thereby improving the use safety of the sliding window. Meanwhile, when the window sash 20 is opened by the sliding support mechanism 30, if the window sash 20 is inclined by accident or the connection between the window sash 20 and the window frame 10 is not reliable, the metal cord 40 can reliably hold the window sash 20, and the window sash 20 is prevented from falling off from the window frame 10. Therefore, in the sliding window related to the present application, the sliding support mechanism 30 and the metal rope 40 are matched, so that the sliding window has the functions of preventing the window sash 20 from falling off and preventing the window sash 20 from being opened and displaced too much, thereby greatly improving the use safety of the sliding window.

As shown in fig. 2 to 4 and 7, the slide-out window further includes a fitting 50, the fitting 50 includes a fixing portion 51 having a flat plate shape and an insertion portion 52 having a convex portion, the fixing portion 51 is provided above the right end of the sash-side mounting board 31 and fixed to the sash-side mounting board 31, the sash transverse profile 11 of the sash 10 has a fitting groove 111 extending in the left-right direction in the extending direction of the sash transverse profile 11, and the insertion portion 52 having the convex portion of the fitting 50 is fitted in the fitting groove 111. Because at least a part of the fitting 50 is fitted into the fitting groove 111 of the window frame 10 and at least the remaining part is fixed to the frame-side mounting base plate 31, even if the screw for fixing the frame-side mounting base plate 31 to the frame horizontal member 11 is loosened, the insertion portion 52 of the fitting 50 is fitted into the fitting groove 111 of the frame horizontal member 11, whereby the window sash 20 can be prevented from coming off the window frame 10, and a double safety function can be provided when the fitting is engaged with the metal cord 40 to prevent the window sash from coming off. Further, by fitting the fitting piece 50 between the insertion portion 52 and the fitting groove 111 of the window frame 10, the fixation between the frame-side mounting substrate 31 and the frame horizontal member 11 can be reinforced, and the window sash 20 can be more reliably prevented from coming off.

Preferably, as shown in fig. 4, the fixing portion 51 of the fitting 50 is fixedly connected to the right end of the sash-side mounting substrate 31 by a pin extending vertically; as shown in fig. 7, the fixing portion 51 of the fitting 50 has a vertically penetrating pin hole. The insertion portion 52 of the fitting 50 is T-shaped; thus, as shown in fig. 7, the insertion portion 52 of the fitting member 50 has one convex portion projecting upward and one convex portion projecting downward; as shown in fig. 3, the fitting groove 111 of the frame transverse profile 11 is also T-shaped and fitted to the insertion portion 52, so that a good fitting effect between the insertion portion 52 of the fitting 50 and the fitting groove 111 of the frame transverse profile 11 can be obtained, and the reliability of fixing between the frame-side mounting substrate 31 and the frame transverse profile 11 and the reliability of preventing the window sash 20 from coming off can be further improved. In addition, the fitting 50 further includes a bent portion 53, the bent portion 53 is connected between the fixing portion 51 and the insertion portion 52, and the fixing portion 51, the bent portion 53, and the insertion portion 52 are connected in sequence, so that the structural strength of the fitting 50 itself can be increased, the connection reliability between the fitting 50 and the window frame 10 and the window frame side mounting substrate 31 can be ensured, and the performance of preventing the window sash 20 from falling off can be improved. The fitting 50 is an integrally molded member.

Further, as shown in fig. 2 to 4, an upwardly extending profile arm 112 is provided at a rear edge of the sash cross-section 11, a first profile protrusion 113 having a T-shape is provided on a front end surface of the profile arm 112 facing the outdoor side, a second profile protrusion 114 extending straight upward is provided at a rear end of an upper edge of the sash cross-section 11, the first profile protrusion 113 and the second profile protrusion 114 both extend right and left in the extending direction of the sash cross-section 11, and a region between the first profile protrusion 113 and the second profile protrusion 114 forms the fitting groove 111 of the sash cross-section 11. Thus, the fitting groove 111 is provided at the rear edge of the window frame horizontal section bar 11 and is disposed frontward, that is: since the fitting groove 111 is provided at the indoor side end of the sash horizontal section bar 11 and faces the outdoor side, the fitting groove 111 and the first and second

section bar protrusions

113 and 114 forming the fitting groove 111 do not easily come into the user's view, and the appearance of the sliding window is improved.

Further, as shown in fig. 4, the second profile convex portion 114 of the sash cross-section 11 is formed with an installation notch 115, the installation notch 115 allows the insert to be inserted, and the installation notch 115 communicates with the fitting groove 111. In this way, when the sash-side mounting substrate 31 in the slide stay mechanism 30 is fixed to the sash cross-section 11, the fitting 50 is fixed to the right end of the sash-side mounting substrate 31 by using a pin; thereafter, as shown in fig. 5, the fitting member 50 at the right end of the sash-side mounting board 31 is inserted into the fitting groove 111 while being aligned with the mounting notch 115 of the sash transverse profile 11, and the sash-side mounting board 31 is moved in the extending direction of the fitting groove 111 to fit the fitting member 50 to the fitting groove 111. After the sash-side mounting substrate 31 is disposed at a predetermined position of the sash cross-member 11, the sash-side mounting substrate 31 is fixed to the sash cross-member 11 using a plurality of screws, as shown in fig. 6.

Further, after the window frame side mounting board 31 and the fitting 50 are mounted, the lower end surface of the fitting 50 is in contact with the second profile protrusion 114 of the window frame horizontal profile 11, and the second profile protrusion 114 is in contact with the fitting 50, so that the whole fitting 50 is in an inclined state, that is, the second profile protrusion 114 slightly pushes up the rear end of the fitting 50, and the front end of the fitting 50 is in contact with the window frame side mounting board 31 downward, thereby providing a large holding force and further preventing the window sash 20 from falling off.

Further, in the above embodiment, the sash-side mounting substrate 31 and the fitting 50 are fixedly connected by the pin; of course, in other embodiments, the sash-side mounting substrate 31 and the fitting member 50 may be connected in other manners. Such as: as shown in fig. 9, the window frame side mounting substrate 31 and the engaging member 50 are connected by a flexible member 60, the flexible member 60 may be a belt, a wire rope, a chain, a rope, or the like made of metal or plastic, the two ends of the flexible member 60 are respectively and fixedly provided with a connecting portion 61, the connecting portion 61 at one end of the flexible member 60 is fixed to the window frame side mounting substrate 31 by a pin extending up and down, and the connecting portion 61 at the other end of the flexible member 60 is fixed to the fixing portion 51 of the engaging member 50 by a pin extending up and down.

Further, as shown in fig. 10 or 11, the metal cord 40 is mounted to the window frame 10 by a first connection assembly 70. The first connection assembly 70 includes a first frame fixing piece 71 fixed to the window frame 10, a first string fixing piece 72 slidably disposed on the window frame 10 and fixed to one end of the metal string 40, and a first resilient member 73, the first frame fixing piece 71 has a first passing portion 711 allowing the metal string 40 to pass through the whole, and a first fastening portion 712, a first through groove allowing the metal string 40 to pass through is opened in the first passing portion 711, the first fastening portion 712 is fixed to the window frame 10 by two screws, and the first resilient member 73 is disposed between the first frame fixing piece 71 and the first string fixing piece 72; the first through-groove does not allow the first resilient member 73 to pass through. Preferably, the first resilient member 73 is a spring and is sleeved on the metal rope 40; of course, the first resilient member 73 may be selected from other members capable of generating a resilient force.

When the window sash 20 is opened, the first rope fixing piece 72 slides in a direction approaching the first frame fixing piece 71 along with one end of the metal rope 40, so that both the first frame fixing piece 71 and the first rope fixing piece 72 act on the first resilient member 73 to compress the first resilient member 73, and further the first resilient member 73 can buffer the acting force of the window sash 20 on the window frame 10 when the window sash 20 falls down, so that the metal rope 40 can be reliably prevented from being broken, thereby ensuring that the metal rope 40 can reliably hold the window sash 20 and ensuring the performance of preventing the window sash 20 from falling off. Furthermore, when the window sash 20 is opened, the first resilient member 73 in a compressed state provides a reverse force to the first cord fixing piece 72, so that the metal cord 40 is drawn out of the window frame 10 by a minimum distance, thereby reducing the influence of the metal cord 40 on the appearance of the sliding window. When the window sash 20 is closed, the metal cord 40 can be smoothly pulled back by the biasing force of the first resilient member 73 against the first cord fixing piece 72, and the window sash 20 can be smoothly closed. Therefore, by providing the first resilient member 73, it is possible to reliably prevent the window sash 20 from coming off, to prevent the appearance of the entire slide window from being impaired when the window sash 20 is opened, and to perform the closing operation of the slide window more smoothly.

Further, as shown in fig. 10, the metal cord 40 is mounted to the sash frame 21 by a second connection assembly 80. The second connection assembly 80 includes a second frame fixing piece 81 fixed to the window sash frame 21, a second string fixing piece 82 slidably disposed on the window sash frame 21 and fixed to one end of the metal string 40, and a second resilient member 83, the second frame fixing piece 81 has a second passing portion 811 allowing the metal string 40 to pass through the whole, and a second fastening portion 812, a second through groove allowing the metal string 40 to pass through is opened in the second passing portion 811, the second fastening portion 812 is fixed to the window sash frame 21 by two screws, and the second resilient member 83 is disposed between the second frame fixing piece 81 and the second string fixing piece 82; the second through slot does not allow passage of the second resilient member 83. Preferably, the second resilient member 83 is a spring and is sleeved on the metal cord 40; of course, other resilient members may be used for the second resilient member 83. In this way, the second resilient member 83 functions in the same way as the first resilient member 73, namely: by providing the second resilient member 83, the window sash 20 can be reliably prevented from falling off, the appearance of the entire slide-out window when the window sash 20 is opened is not impaired, and the closing operation of the slide-out window can be performed more smoothly.

Further, in other embodiments, the metal cord 40 and the sash frame 21 may not be connected by the second connection assembly 80, such as: as shown in fig. 11, the metal cord 40 and the sash frame 21 are fixed to each other by a third frame fixing piece 90, the third frame fixing piece 90 has a third passing portion 91 allowing the metal cord 40 to pass through the entire body thereof and a third fastening portion 92, a third through groove allowing the metal cord 40 to pass through is opened in the third passing portion 91, an end portion of the metal cord 40 is fixed to the third passing portion 91 by being locked thereto, the third fastening portion 92 is fixed to the sash frame 21 by two screws, and the third frame fixing piece 90 is reliably fixed to the sash frame 21, so that one end of the metal cord 40 away from the window frame 10 is reliably fixed to the sash frame 21.

Further, if the window sash 20 is prevented from falling off only by disposing the metal cord 40 in the sliding window, in this case, once the window sash 20 is accidentally fallen off, as shown in fig. 12 and 13, although the fallen window sash 20 can be pulled by the metal cord 40, the fallen window sash 20 may be hung on a wall, which is very dangerous. If the sliding window is configured with the fitting member 50 to prevent the window sash 20 from falling off, since the window sash 20 configured in the large sliding window is very heavy, once the window sash 20 falls off accidentally, as shown in fig. 14 and 15, the sliding support mechanism 30 and the fitting member 50 are very likely to be deformed, and particularly, the fitting member 50 is very likely to be deformed, so that the subsequent window sash 20 cannot be closed normally, as shown in fig. 16 and 17. However, the sliding window in the present application is provided with the metal rope 40 and the engaging member 50 at the same time to prevent the window sash 20 from falling off, and the metal rope 40 is sleeved with the first resilient member 73, at this time, once the window sash 20 falls off accidentally, as shown in fig. 18 and 19, the first resilient member 73 can buffer the acting force of the window sash 20 on the window frame 10 and directly apply the acting force to the window sash 20, so that the sliding support mechanism 30 and the engaging member 50 can be effectively prevented from being deformed, and the subsequent normal closing of the window sash 20 is ensured, as shown in fig. 20 and 21. Thus, it can be seen that: meanwhile, the sliding window provided with the metal rope 40 and the embedded piece 50 is not the superposition of the sliding window provided with only the metal rope 40 or only the embedded piece 50, and the sliding window provided with the metal rope 40 and the embedded piece 50 can prevent the sliding support mechanism 30 and the embedded piece 50 from deforming while realizing the falling prevention of the window sash 20, thereby ensuring the subsequent normal closing of the sliding window.

In conclusion, the present invention effectively overcomes various disadvantages of the prior art and has high industrial utilization value.

The foregoing embodiments are merely illustrative of the principles and utilities of the present invention and are not intended to limit the invention. Any person skilled in the art can modify or change the above-mentioned embodiments without departing from the spirit and scope of the present invention. Accordingly, it is intended that all equivalent modifications or changes which can be made by those skilled in the art without departing from the spirit and technical spirit of the present invention be covered by the claims of the present invention.

Claims

1. A roll-out window, comprising: the sliding out window includes:

a window frame (10);

sash (20): having a window sash frame (21), and a window sash assembly (22) mounted within the window sash frame (21);

sliding support mechanism (30): the slide support mechanism (30) includes a frame-side mounting substrate (31) fixed to the frame (10), a sash-side mounting substrate (32) fixed to the sash frame (21), and a plurality of connecting arms (33) connected between the frame-side mounting substrate (31) and the sash-side mounting substrate (32);

metal cord (40): two ends of the window frame are respectively connected with the window frame (10) and the window sash frame (21).

2. A sliding out window according to claim 1, wherein: the window frame further comprises a mosaic piece (50), the mosaic piece (50) is provided with a fixing part (51) and an inserting part (52), the fixing part (51) is fixed with the window frame side installation substrate (31), a mosaic groove (111) extending along the extending direction of the window frame (10) is arranged in the window frame (10), and the inserting part (52) is mosaic in the mosaic groove (111).

3. A sliding out window according to claim 2, wherein: the insertion portion (52) is T-shaped.

4. A sliding out window according to claim 2, wherein: the fitting member (50) further includes a bent portion (53), and the bent portion (53) is connected between the fixing portion (51) and the insertion portion (52).

5. A sliding out window according to claim 1, wherein: the metal rope (40) is mounted to the window frame (10) by a first connection assembly (70); the first connecting assembly (70) comprises a first frame fixing piece (71) fixed on the window frame (10), a first rope fixing piece (72) which is slidably arranged on the window frame (10) and fixed at one end part of the metal rope (40), and a first resilience part (73), wherein a first through groove for allowing the metal rope (40) to pass through is formed in the first frame fixing piece (71), and the first resilience part (73) is arranged between the first frame fixing piece (71) and the first rope fixing piece (72).

6. The roll-out window of claim 5, wherein: the first resilient part (73) is a spring sleeved on the metal rope (40).

7. The roll-out window of claim 1 or 5, wherein: the metal rope (40) is mounted on the window sash frame (21) through a second connecting assembly (80); second coupling assembling (80) including be fixed in second frame stationary blade (81), the slidable set up in on window sash frame (21) and fix second rope stationary blade (82) and second resilience part (83) of another tip of metal rope (40), be equipped with in second frame stationary blade (81) and hold the second logical groove that metal rope (40) passed, second resilience part (83) set up second frame stationary blade (81) with between second rope stationary blade (82).

8. The roll-out window of claim 7, wherein: the second rebound part (83) is a spring sleeved on the metal rope (40).

9. The roll-out window of claim 1 or 5, wherein: the metal rope (40) is fixed with the window sash frame (21).