CN215595328U - Casement window - Google Patents

Abstract

The utility model discloses a casement window which comprises a movable window, fixed glass, a main frame and a glass fixing mechanism, wherein the movable window is arranged on the main frame; the fixed glass is connected to the main frame through a glass fixing mechanism; one end of the movable window is rotatably connected to the main frame; the glass fixing mechanism comprises a glass fixing mechanism main body and a window pressing piece; the glass fixing mechanism main body is fixedly connected with the main frame; the window pressing piece is clamped with the glass fixing mechanism main body; the glass fixing mechanism main body and the window pressing piece clamp and fix glass on two sides of the fixed glass respectively. Specifically, the glass fixing mechanism main part and the window casting die of flat-open window press from both sides tight fixed glass respectively at fixed glass's two sides, and the window casting die can be directly through pressing the window casting die with glass fixing mechanism main part joint, make the joint of window casting die in glass fixing mechanism main part, improve the packaging efficiency of window casting die.

Description

Casement window

Technical Field

The utility model relates to the technical field of doors and windows, in particular to a casement window.

Background

The existing casement window is mostly formed by processing aluminum alloy, plastic steel, aluminum wood composite and other profiles, and the existing window pressing piece needs to be inserted along the length direction of the window pressing piece for assembly, so that the assembly is troublesome, and the assembly efficiency is reduced.

SUMMERY OF THE UTILITY MODEL

The utility model mainly aims to provide a casement window, and aims to solve the problem that in the prior art, the assembly efficiency of a window pressing piece is low.

The utility model provides a casement window which comprises a movable window, fixed glass, a main frame and a glass fixing mechanism, wherein the movable window is arranged on the main frame;

the fixed glass is connected to the main frame through a glass fixing mechanism;

one end of the movable window is rotatably connected to the main frame;

the glass fixing mechanism comprises a glass fixing mechanism main body and a window pressing piece;

the glass fixing mechanism main body is fixedly connected with the main frame;

the window pressing piece is clamped with the glass fixing mechanism main body;

the glass fixing mechanism main body and the window pressing piece clamp and fix glass on two sides of the fixed glass respectively.

Further, the general frame comprises an outer frame, a longitudinal middle support and a transverse middle support;

the number of the fixed glass is two, namely a first fixed glass and a second fixed glass;

the two glass fixing mechanisms are respectively a first glass fixing mechanism and a second glass fixing mechanism;

the outer frame and the longitudinal mullion enclose a first frame for mounting first fixed glass;

the first fixed glass is connected to the first frame through a first glass fixing mechanism;

the outer frame, the transverse middle support and the longitudinal middle support are encircled to form a second frame for installing second fixed glass and a third frame for installing a movable window;

the second fixed glass is connected to the second frame through a second glass fixing mechanism;

one end of the movable window is rotatably connected to the third frame.

Furthermore, the outer frame comprises four window frame frames forming four sides, the four window frame frames are sequentially connected end to end, and two adjacent window frame frames are connected together through window frame corner connectors;

the window frame comprises a window frame main body, a window frame hook part, a window frame convex edge, a window frame T-shaped bulge and a window frame hook bulge;

the window frame hook part is arranged on one side surface of the window frame main body and is respectively arranged along two long edges, and the bent parts of the two window frame hook parts are bent oppositely;

the window frame protruding edge, the window frame T-shaped bulge and the window frame hook bulge are sequentially arranged on one side surface of the window frame main body, which is deviated from the window frame hook part;

the protruding edge of the window frame is arranged along the long edge and extends along the direction departing from the side of the window frame where the hook part is located;

the window frame clamping bulge is arranged on one side surface of the window frame convex edge facing the window frame T-shaped bulge;

the window frame protruding edge, the window frame T-shaped bulge and the window frame hook bulge are arranged at intervals;

the window frame hook part of the outer frame is positioned on the periphery of the outer frame.

Further, the longitudinal mullion comprises a first mullion main body, a first mullion convex edge, a first mullion reinforcing protrusion, a first mullion T-shaped protrusion and a first mullion hook protrusion;

the opposite two sides of the first mullion main body are respectively provided with a first mullion convex edge, a first mullion T-shaped bulge and a first mullion hook bulge in sequence;

the two first middle stile protruding edges are arranged along the long edges of the first middle stile main bodies and extend along the directions which are mutually deviated;

a first middle support clamping bulge is arranged on one side surface of the first middle support convex edge facing the first middle support T-shaped bulge;

the first middle support convex edge, the first middle support T-shaped bulge and the first middle support hook bulge are arranged at intervals;

the first mullion reinforcing bulges are arranged on the side edge of the first mullion main body between the two first mullion convex edges.

Further, the transverse mullion comprises a second mullion main body, a second mullion convex edge, a second mullion T-shaped bulge and a second mullion hook bulge;

a second middle support convex edge, a second middle support T-shaped bulge and a second middle support hook bulge are sequentially arranged on two opposite sides of the second middle support main body respectively;

the two second middle support protruding edges are arranged along the long edges of the second middle support main bodies and extend along the directions which are mutually deviated;

a second middle stile clamping bulge is arranged on one side surface of the second middle stile convex edge facing the second middle stile T-shaped bulge;

the second middle support convex edge, the second middle support T-shaped bulge and the second middle support hook bulge are arranged at intervals.

Furthermore, the first glass fixing mechanism comprises four first window conversion frames, three first glass pressing pieces, a first window conversion pressing seat, a first window pressing piece and four first window gaskets;

the four first window conversion frames are sequentially connected end to end and fixedly connected with the corresponding window frame or the longitudinal mullion in the left direction, the right direction, the upper direction and the lower direction respectively;

the three first glass pressing pieces are respectively clamped with the first window conversion frame in the left direction, the right direction and the lower direction, and the first window conversion frame and the first glass pressing pieces respectively clamp the first fixed glass on two sides of the first fixed glass;

the first window conversion pressing seat is fixedly connected with a first window conversion frame positioned on the upper side;

the first window pressing piece is clamped with the first window conversion pressing seat;

the first window conversion frame and the first window pressing piece respectively clamp the first fixed glass on two sides of the first fixed glass;

the four first window gaskets are respectively arranged between the first window conversion frame and the window frame or between the first window conversion frame and the longitudinal mullion in the left direction, the right direction, the upper direction and the lower direction;

when the first window gasket is arranged between the first window conversion frame and the longitudinal mullion, the first window gasket is positioned between the T-shaped bulge of the first mullion and the hook bulge of the first mullion and props against the first mullion main body and the first window conversion frame;

when the first window gasket is arranged between the first window conversion frame and the window frame, the first window gasket is positioned between the T-shaped bulge of the window frame and the hook bulge of the window frame and abuts against the window frame main body and the first window conversion frame.

Further, the first window conversion frame comprises a conversion frame main body, a conversion frame protruding edge and a conversion frame protrusion;

the convex edge of the conversion frame is arranged along the long edge of one side face of the conversion frame main body and extends along the extending direction of the adjacent side face of the conversion frame main body;

the conversion frame bulge is arranged on one side surface of the conversion frame main body, which is far away from the convex edge of the conversion frame;

the side surface between the convex edge of the conversion frame and the convex of the conversion frame is a first surface;

a conversion frame clamping position bulge is arranged on one side, facing away from the first surface, of the conversion frame main body, of the conversion frame protruding edge;

the conversion frame is protruding to be equipped with the conversion frame and to fill out gluey groove towards the one side that the conversion frame main part deviates from first face.

Further, the first glass press includes a glass press body and a glass press projecting edge;

a glass pressing piece clamping part is arranged on one side surface of the glass pressing piece main body;

the glass pressing piece protruding edge is arranged in the extending direction of the side face where the glass pressing piece clamping portion is located, and the glass pressing piece protruding edge is provided with a glass pressing piece protrusion on the same side with the glass pressing piece clamping portion;

and a clearance groove is arranged on one side surface of the glass pressing piece main body, which is far away from the clamping part of the glass pressing piece.

Furthermore, the second glass fixing mechanism comprises four second window conversion frames, three second glass pressing pieces, a second window conversion pressing seat, a second window pressing piece and four second window gaskets;

the four second window conversion frames are sequentially connected end to end and are respectively and fixedly connected with the corresponding window frame and the longitudinal middle support or the transverse middle support in the left, right, upper and lower directions;

the three second glass pressing pieces are respectively clamped with the second window conversion frame in the left direction, the right direction and the lower direction, and the second window conversion frame and the second glass pressing pieces respectively clamp second fixed glass on two sides of the second fixed glass;

the second window conversion pressing seat is fixedly connected with a second window conversion frame positioned on the upper side;

the second window pressing piece is clamped with the second window conversion pressing seat;

the second window conversion frame and the second window pressing piece respectively clamp the second fixed glass on two sides of the second fixed glass;

the four second window gaskets are respectively arranged between the second window conversion frame and the window frame, between the second window conversion frame and the longitudinal mullion or between the second window conversion frame and the transverse mullion in the left, right, upper and lower directions;

when the second window gasket is arranged between the second window conversion frame and the longitudinal mullion, the second window gasket is positioned between the T-shaped bulge of the first mullion and the hook bulge of the first mullion and props against the first mullion main body and the second window conversion frame;

when the second window gasket is arranged between the second window conversion frame and the window frame, the second window gasket is positioned between the T-shaped bulge of the window frame and the hook bulge of the window frame and abuts against the window frame main body and the second window conversion frame;

when the second window gasket is arranged between the second window conversion frame and the transverse mullion, the second window gasket is positioned between the T-shaped bulge of the second mullion and the hook bulge of the second mullion and abuts against the second mullion main body and the second window conversion frame.

Further, the moving window includes:

moving the fixed glass;

the window frame is fixedly connected with the movable fixed glass, and one end of the window frame is rotatably connected with the outer frame;

the lower end of the window frame is provided with a drainage structure.

The utility model provides a casement window, wherein a glass fixing mechanism main body and a window pressing piece of the casement window respectively clamp and fix glass on two sides of the fixed glass, the window pressing piece is clamped with the glass fixing mechanism main body, and the window pressing piece can be directly clamped on the glass fixing mechanism main body by pressing the window pressing piece, so that the assembly efficiency of the window pressing piece is improved.

Drawings

FIG. 1 is a schematic structural view of a casement window according to an embodiment of the present invention;

FIG. 2 is a schematic cross-sectional view of an embodiment of a casement window of the present invention at S-01;

FIG. 3 is a schematic cross-sectional view at S-02 of an embodiment of the casement window of the present invention;

FIG. 4 is a schematic cross-sectional view of an embodiment of a casement window of the present invention at S-03;

FIG. 5 is a schematic cross-sectional view of an embodiment of a casement window of the present invention at S-04;

FIG. 6 is a schematic structural view of a vertical mullion in an embodiment of a casement window according to the present invention;

FIG. 7 is a schematic structural view of a horizontal mullion in an embodiment of a casement window according to the present invention;

FIG. 8 is a schematic structural view of a window jamb according to an embodiment of the casement window of the present invention;

fig. 9 is a schematic structural view of a first window switching pressure seat in an embodiment of a casement window according to the present invention;

FIG. 10 is a schematic view of a first pressing member of a casement window according to an embodiment of the present invention;

fig. 11 is a schematic structural view of a first window conversion frame in an embodiment of a casement window according to the present invention;

FIG. 12 is a schematic view of a first glass pressing member according to an embodiment of the present invention;

fig. 13 is a schematic structural view of a first window gasket according to an embodiment of the casement window of the present invention;

FIG. 14 is a schematic view of a window jamb corner brace according to an embodiment of the present invention;

FIG. 15 is a schematic structural view of a sash corner brace in an embodiment of a casement window of the utility model;

fig. 16 is a schematic structural diagram of a window frame in an embodiment of a casement window according to the present invention.

The objects, features and advantages of the present invention will be further explained with reference to the accompanying drawings.

Detailed Description

It should be understood that the specific embodiments described herein are merely illustrative of the utility model and are not intended to limit the utility model.

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

It should be noted that all directional indicators (such as upper, lower, left, right, front and rear … …) in the embodiment of the present invention are only used to explain the relative position relationship between the components, the movement situation, etc. in a specific posture (as shown in the drawings), and if the specific posture is changed, the directional indicator is changed accordingly, and the connection may be a direct connection or an indirect connection.

In addition, the descriptions related to "first", "second", etc. in the present invention are only for descriptive purposes and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include at least one such feature. In addition, technical solutions between various embodiments may be combined with each other, but must be realized by a person skilled in the art, and when the technical solutions are contradictory or cannot be realized, such a combination should not be considered to exist, and is not within the protection scope of the present invention.

Referring to fig. 1, the present invention provides an embodiment of a casement window, including a moving window 3, a fixed glass, a main frame 1, and a glass fixing mechanism; the fixed glass is connected to the main frame 1 through a glass fixing mechanism; one end of the movable window 3 is rotatably connected to the main frame 1; the glass fixing mechanism comprises a glass fixing mechanism main body and a window pressing piece; the glass fixing mechanism main body is fixedly connected with the main frame 1; the window pressing piece is clamped with the glass fixing mechanism main body; the glass fixing mechanism main body and the window pressing piece clamp and fix glass on two sides of the fixed glass respectively.

Specifically, the glass fixing mechanism main part and the window casting die of flat-open window press from both sides tight fixed glass respectively at fixed glass's two sides, and the window casting die can be directly through pressing the window casting die with glass fixing mechanism main part joint, make the joint of window casting die in glass fixing mechanism main part, improve the packaging efficiency of window casting die.

It should be said that, through window casting die and glass fixed establishment main part joint, can make glass fixed establishment's contained angle department become 45 concatenation, make the flat-open window outward appearance more pleasing to the eye.

It should be noted that in some embodiments, the glass securing mechanism may be secured directly to the fixed glass; in some embodiments, the glass securing mechanism may secure the securing glass by abutting the bumper and securing the securing glass by the bumper.

Further, referring to fig. 1 to 5, the overall frame 1 includes an outer frame 11, a longitudinal mullion 12, and a transverse mullion 13; two fixing glasses are arranged, namely a first fixing glass 21 and a second fixing glass 22; the two glass fixing mechanisms are respectively a first glass fixing mechanism and a second glass fixing mechanism; the outer frame 11 and the longitudinal mullion 12 enclose a first frame for mounting the first fixed glass 21; the first fixed glass 21 is connected to the first frame through a first glass fixing mechanism; the outer frame 11, the transverse middle support 13 and the longitudinal middle support 12 are enclosed to form a second frame for installing the second fixed glass 22 and a third frame for installing the movable window 3; the second fixing glass 22 is connected to the second frame through a second glass fixing mechanism; one end of the movable window 3 is rotatably connected to the third frame.

Specifically, the second fixed glass 22 and the moving window 3 are arranged one above the other and are simultaneously located on the same side of the first fixed glass 21; the general frame 1 is formed by splicing an outer frame 11, a longitudinal middle support 12 and a transverse middle support 13, and is convenient to assemble after arriving at an installation site and convenient to transport; the lower ends of the first fixed glass 21 and the second fixed glass 22 are provided with glass cushion blocks for preventing the first fixed glass 21 or the second fixed glass 22 from moving downwards in the process of flat window opening.

It should be noted that the first fixed glass 21 and the second fixed glass 22 are both hollow glass, and frost can be prevented.

Further, referring to fig. 8, in some embodiments, the outer frame 11 includes four window frames 111 forming four sides, the four window frames 111 are connected end to end in sequence, and two adjacent window frames 111 are connected together by window frame corner connectors; the window jamb 111 comprises a window jamb body 1111, a window jamb hook 1112, a window jamb protruding edge 1115, a window jamb T-shaped protrusion 1114, and a window jamb hook protrusion 1113; the window frame hook parts 1112 are arranged on one side surface of the window frame main body 1111 and are respectively arranged along two long edges, and the bent parts of the two window frame hook parts 1112 are bent oppositely; the window frame protruding edge 1115, the window frame T-shaped protrusion 1114 and the window frame hook protrusion 1113 are sequentially arranged on one side surface of the window frame main body 1111, which is deviated from the window frame hook part 1112; the jamb protruding edge 1115 is disposed along the long edge and extends in a direction away from the side of the jamb where the hook portion 1112 is located; the window frame protruding edge 1115 is provided with a window frame clamping protrusion on one side surface facing the window frame T-shaped protrusion 1114; the window frame protruding edge 1115, the window frame T-shaped protrusion 1114 and the window frame hook protrusion 1113 are arranged at intervals; the bezel hook 1112 of the outer frame 11 is located on the peripheral side of the outer frame 11.

Specifically, the window jamb body 1111 is hollow, so that the outer frame 11 is more portable; the window jamb 111 is hooked for attachment to a wall, or to a wall by a bonding agent.

Further, referring to fig. 6, in some embodiments, the longitudinal stile 12 includes a first stile body 121, a first stile protruding edge 122, a first stile reinforcing tab 125, a first stile T-shaped tab 123, and a first stile hook tab 124;

two opposite sides of the first mullion main body 121 are respectively and sequentially provided with a first mullion convex edge 122, a first mullion T-shaped bulge 123 and a first mullion hook bulge 124;

the two first mullion convex edges 122 are arranged along the long edges of the first mullion main body 121 and extend along the directions deviating from each other;

a first middle support clamping protrusion is arranged on one side surface of the first middle support convex edge 122 facing the first middle support T-shaped protrusion 123;

the first middle stile protruding edge 122, the first middle stile T-shaped protrusion 123 and the first middle stile hook protrusion 124 are arranged at intervals;

the first stiffener reinforcing protrusion 125 is provided on the side of the first stiffener body 121 between the two first stiffener projecting edges 122.

Specifically, the first mullion main body 121 is of a hollow structure, so that the longitudinal mullion 12 is light and convenient; first stile reinforcing tab 125 is also hollow, making longitudinal stile 12 lighter.

Further, referring to fig. 7, in some embodiments, the transverse muntin 13 includes a second muntin body 131, a second muntin raised edge 132, a second muntin T-shaped protrusion 133, and a second muntin hook protrusion 134;

two opposite sides of the second mullion main body 131 are respectively and sequentially provided with a second mullion convex edge 132, a second mullion T-shaped bulge 133 and a second mullion hook bulge 134;

the two second mullion protruding edges 132 are arranged along the long edges of the second mullion main body 131 and extend in the directions away from each other;

a second mullion blocking protrusion is arranged on one side surface of the second mullion convex edge 132 facing the second mullion T-shaped protrusion 133;

the second mullion convex side 132, the second mullion T-shaped projection 133 and the second mullion hooking projection 134 are spaced from each other.

Specifically, the second mullion body 131 is a hollow structure, so that the transverse mullion 13 is lightweight, the longitudinal mullion 12 is different from the transverse mullion 13 in size, and the longitudinal mullion 12 further includes a first mullion reinforcing protrusion 125.

Further, referring to fig. 2-5, 8-9, in some embodiments, the first glass securing mechanism includes four first window conversion frames 141, three first glass presses 142, one first window conversion press 144, one first window press 145, and four first window gaskets 143;

the glass fixing mechanism body of the first glass fixing mechanism comprises a first window conversion frame 141, a first glass pressing piece 142, a first window conversion pressing seat 144 and a first window gasket 143;

the four first window conversion frames 141 are sequentially connected end to end and fixedly connected with the corresponding window frame 111 or the longitudinal mullion 12 in the left direction, the right direction, the upper direction and the lower direction respectively;

the three first glass pressing pieces 142 are respectively clamped with the first window conversion frame 141 in the left, right and lower directions, and the first window conversion frame 141 and the first glass pressing pieces 142 respectively clamp the first fixed glass 21 on two sides of the first fixed glass 21;

the first window converting press base 144 is fixedly connected to the first window converting frame 141 on the upper side;

the first window pressing piece 145 is clamped with the first window conversion pressing base 144;

the first window switching frame 141 and the first window presser 145 clamp the first fixed glass 21 on both sides of the first fixed glass 21, respectively;

the four first window gaskets 143 are respectively disposed between the first window conversion frame 141 and the window jamb 111 or between the first window conversion frame 141 and the longitudinal mullion 12 in the left, right, up, and down directions;

when the first window gasket 143 is disposed between the first window conversion frame 141 and the longitudinal mullion 12, the first window gasket 143 is located between the first mullion T-shaped projection 123 and the first mullion hooking projection 124 and abuts against the first mullion main body 121 and the first window conversion frame 141;

when the first window gasket 143 is disposed between the first window conversion frame 141 and the window jamb 111, the first window gasket 143 is positioned between the T-shaped protrusion 1114 of the window jamb and the hook protrusion 1113 of the window jamb and abuts against the window jamb body 1111 and the first window conversion frame 141.

Specifically, the first window gasket 143 is used to fill a gap between the window frame main body 1111 and the first window conversion frame 141 and abut against the window frame main body 1111 and the first window conversion frame 141, so that the first glass fixing mechanism and the window frame 111 are structurally stable, and the window frame main body 1111, the first window gasket 143 and the first window conversion frame 141 can be connected together by screws; above, the window frame body 1111, the first window conversion holder 144, the first window gasket 143, and the first window conversion frame 141 are coupled together by screws; referring to fig. 9 to 10, the first window converting pressure base 144 is provided with a clamping position 1443 for clamping the first window pressure member 145, the clamping position 1443 is bent upward, and further includes a protrusion 1441 and a downward clamping buckle 1442, the protrusion 1441 of the first window converting pressure base 144 is used for clamping the window jamb clamping protrusion, the first window pressure member 145 includes a pressure member abutting portion 1451, a downward bent hook 1452 and an upward clamping buckle 1453, the abutting portion 1451 abuts against the first fixing glass 21 or abuts against the first fixing glass 21 through a mounting member, the downward bent hook 1452 is clamped with the clamping position 1443, the clamping position 1443 also plays a role of limiting the first window pressure member 145 from moving downward, and the upward clamping buckle 1453 is clamped with the downward clamping buckle 1442.

It should be noted that, the first fixing glass 21, the second fixing glass 22 and the third fixing glass 32 are abutted, which may be directly abutted or, in some embodiments, abutted by the mounting member.

Further, referring to fig. 11, in some embodiments, the first window conversion frame 141 includes a conversion frame body 1411, a conversion frame protruding edge 1412, and a conversion frame protrusion 1413;

the conversion frame protruding edge 1412 is arranged along a long edge of one side surface of the conversion frame main body 1411 and extends along the extending direction of the adjacent side surface of the conversion frame main body 1411;

the conversion frame protrusion 1413 is arranged on one side surface of the conversion frame main body 1411, which is far away from the conversion frame protruding edge 1412;

the side surface between the conversion frame convex edge 1412 and the conversion frame protrusion 1413 is a first surface;

the conversion frame protruding edge 1412 is provided with a conversion frame clamping protrusion on the side facing the conversion frame main body 1411 and away from the first surface;

the conversion frame protrusion 1413 is provided with a conversion frame glue filling groove 14131 on a side facing the conversion frame body 1411 away from the first face.

Specifically, the screw passes through the window frame body 1111, the first window gasket 143, and the conversion frame body 1411; the conversion frame protrusions 1413 are fixedly connected with the corresponding window frame main body 1111, the longitudinal mullion 12 or the transverse mullion 13 by filling the glue filling grooves with glue, and abut against one surface of the first fixed glass 21 through the conversion frame clamping protrusions.

Further, referring to FIG. 12, in some embodiments, the first glass press 142 includes a glass press body 1421 and a glass press flange 1423; a glass pressing piece clamping part 1422 is arranged on one side surface of the glass pressing piece main body 1421; the glass pressing piece protruding edge 1423 is arranged in the extending direction of the side surface where the glass pressing piece clamping portion 1422 is located, and a glass pressing piece protrusion 14231 is arranged on the same side of the glass pressing piece protruding edge 1423 as the glass pressing piece clamping portion 1422; a clearance groove 1424 is provided on a side of the glass press body 1421 facing away from the glass press detent 1422.

Specifically, the glass pressing piece clamping part 1422 abuts against the first fixed glass 21, the glass pressing piece protrusion 14231 is clamped with the window frame T-shaped protrusion 1114, and the clearance groove 1424 is used for avoiding the window frame clamping protrusion, so that the surface of the main frame 1 is smoother; and glass casting die bulge 1423 is the slice, conveniently inserts window frame T type arch 1114 department, and the equipment is convenient.

Further, referring to fig. 2-5, in some embodiments, the second glass securing mechanism includes four second window transfer frames 151, three second glass presses 152, one second window transfer press seat, one second window press and four second window gaskets 153;

the glass fixing mechanism body of the second glass fixing mechanism comprises a second window conversion frame 151, a second glass pressing piece 152, a second window conversion pressing seat and a second window gasket 153;

the four second window conversion frames 151 are sequentially connected end to end and fixedly connected with the corresponding window frame 111, the longitudinal mullion 12 or the transverse mullion 13 in the left direction, the right direction, the upper direction and the lower direction respectively;

the three second glass pressing pieces 152 are respectively clamped with the second window conversion frame 151 in the left, right and lower directions, and the second window conversion frame 151 and the second glass pressing pieces 152 respectively clamp the second fixed glass 22 on two sides of the second fixed glass 22;

the second window conversion pressing base is fixedly connected with a second window conversion frame 151 on the upper side;

the second window pressing piece is clamped with the second window conversion pressing seat;

the second window switching frame 151 and the second window pressing member respectively clamp the second fixing glass 22 on both sides of the second fixing glass 22;

the four second window gaskets 153 are respectively disposed between the second window conversion frame 151 and the window jamb 111, between the second window conversion frame 151 and the longitudinal mullion 12, or between the second window conversion frame 151 and the transverse mullion 13 in the left, right, up, and down directions;

when the second window gasket 153 is disposed between the second window conversion frame 151 and the longitudinal mullion 12, the second window gasket 153 is located between the first mullion T-shaped projection 123 and the first mullion hooking projection 124 and abuts against the first mullion main body 121 and the second window conversion frame 151;

when the second window gasket 153 is disposed between the second window conversion frame 151 and the window jamb 111, the second window gasket 153 is positioned between the T-shaped protrusion 1114 of the window jamb and the hook protrusion 1113 of the window jamb and abuts against the window jamb body 1111 and the second window conversion frame 151;

when the second window gasket 153 is disposed between the second window conversion frame 151 and the lateral mullion 13, the second window gasket 153 is located between the second mullion T-shaped projection 133 and the second mullion hooking projection 134 and abuts against the second mullion main body 131 and the second window conversion frame 151.

Specifically, the second window conversion frame 151 has the same structure as the first window conversion frame 141, the second glass pressing member 152 has the same structure as the first glass pressing member 142, the second window conversion pressing base has the same structure as the second window conversion pressing base, the second window pressing member has the same structure as the first window pressing member 145, and the second window gasket 153 has the same structure as the first window gasket 143; similarly, the working principle of the second window conversion frame 151, the second glass pressing member 152, the second window conversion pressing base, the second window pressing member and the second window gasket 153 is similar to that of the first window conversion frame 141, the first glass pressing member 142, the first window conversion pressing base 144, the first window pressing member 145 and the first window gasket 143, the second fixing glass 22 is fixed through the second window conversion frame 151, the second glass pressing member 152 and the second window pressing member, and the second window gasket 153 abuts against the second window conversion frame 151 and the outer frame 11, so that the fixing effect is achieved.

Further, referring to fig. 1-5, in some embodiments, the moving window 3 includes a moving fixed glass 32 and a window frame 31; the window frame 31 is fixedly connected with the movable fixed glass 32, and one end of the window frame is rotatably connected with the outer frame 11; the lower end of the window frame 31 is provided with a drainage structure.

Specifically, one end of the movable window 3 is rotatably connected with the outer frame 11 so as to be opened and closed; the drainage structure can drain the condensed water generated at the position of the moving fixed glass 32, so that the side of the moving fixed glass 32 is kept relatively dry.

Further, referring to fig. 16, in some embodiments, the window frame 31 includes four sashes 311 forming four sides, the four sashes 311 are sequentially connected end to end, and two adjacent sashes 311 are connected together by corner connectors of the sashes 311;

the window sash 311 includes a sash main body 3111, a sash hook portion 3113, a sash protruding rim 3112, and two sash hook protrusions 3114;

the window sash bent hook portion 3113 is disposed on one side surface of the window sash main body 3111, and is disposed along two long sides, and bent portions of the two window sash bent hook portions 3113 are bent in opposite directions, and are used for clamping the moving fixed glass 32 on both sides of the moving fixed glass 32;

the window sash protruding edge 3112 and the two window sash hooking protrusions 3114 are sequentially disposed on a side surface of the window sash main body 3111 away from the window sash hooking portion 3113;

the sash protruding edge 3112 is provided along the long side and extends in a direction away from the side where the sash hook portion 3113 is located;

a sash clamping protrusion is arranged on one side surface of the sash protruding edge 3112 facing the two sash hook protrusions 3114;

the window sash protruding edge 3112 and the two window sash hooking protrusions 3114 are arranged at intervals;

the two sash hooking protrusions 3114 are spaced apart from each other, and bent portions of the two sash hooking protrusions 3114 are bent toward each other.

Specifically, the sash clamping protrusion can be used for installing a buffer piece, and can play a buffer role when the movable window 3 is closed; the window sash main body 3111 is hollow, so that the window sash 311 can be more portable; in some embodiments, the drainage structure includes a drainage hole penetrating through the window sash body 3111, which allows water at the moving fixing glass 32 to drain out of the window frame 31, and external water is not easily introduced to the moving fixing glass 32; in some embodiments, a drain hole is also formed at the second muntin hook protrusion 134 of the lateral muntin 13 to facilitate drainage of water flowing out through the window sash body 3111.

In some embodiments, the window frame hooking protrusion 1113 of the window frame 111 is provided with a drainage hole at the lower side of the first and second frames, and the corresponding first and second window gaskets 143 and 153 are also provided with drainage holes to facilitate drainage of water.

In some embodiments, the movable window 3 is provided with a handle, and a transmission rod or a window lock is arranged between the two window sash hook protrusions 3114, so that the handle can drive the window lock conveniently.

The glass fixing mechanism main body and the glass pressing piece of the casement window respectively clamp and fix glass on two sides of the fixed glass, the glass pressing piece is clamped with the glass fixing mechanism main body, the glass pressing piece can be directly clamped on the glass fixing mechanism main body through pressing the glass pressing piece, and therefore the assembling efficiency of the glass pressing piece is improved.

The above description is only a preferred embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the present specification and the accompanying drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.

Claims (10)

1. A casement window is characterized by comprising a movable window, fixed glass, a main frame and a glass fixing mechanism;

the fixed glass is connected to the main frame through the glass fixing mechanism;

one end of the movable window is rotatably connected to the main frame;

the glass fixing mechanism comprises a glass fixing mechanism main body and a window pressing piece;

the glass fixing mechanism main body is fixedly connected with the main frame;

the window pressing piece is clamped with the glass fixing mechanism main body;

the glass fixing mechanism main body and the window pressing member clamp the fixing glass on both sides of the fixing glass respectively.

2. The casement window according to claim 1, wherein the overall frame includes an outer frame, a longitudinal mullion, and a transverse mullion;

the number of the fixed glass is two, namely a first fixed glass and a second fixed glass;

the two glass fixing mechanisms are respectively a first glass fixing mechanism and a second glass fixing mechanism;

the outer frame and the longitudinal middle support are encircled to form a first frame for mounting the first fixed glass;

the first fixed glass is connected to the first frame through the first glass fixing mechanism;

the outer frame, the transverse middle support and the longitudinal middle support are encircled to form a second frame for mounting the second fixed glass and a third frame for mounting the movable window;

the second fixed glass is connected to the second frame through the second glass fixing mechanism;

one end of the movable window is rotatably connected to the third frame.

3. The casement window according to claim 2, wherein the outer frame comprises four window frames forming four sides, the four window frames are sequentially connected end to end, and two adjacent window frames are connected together through window frame corner connectors;

the window frame comprises a window frame main body, a window frame hook part, a window frame convex edge, a window frame T-shaped bulge and a window frame hook bulge;

the window frame hook part is arranged on one side surface of the window frame main body and is respectively arranged along two long edges, and the bent parts of the two window frame hook parts are bent oppositely;

the window frame protruding edge, the window frame T-shaped bulge and the window frame hook bulge are sequentially arranged on one side surface of the window frame main body, which is deviated from the window frame hook part;

the protruding edge of the window frame is arranged along the long edge and extends along the direction departing from the side of the window frame where the hook part is located;

a window frame clamping bulge is arranged on one side surface of the window frame convex edge facing the window frame T-shaped bulge;

the window frame protruding edge, the window frame T-shaped bulge and the window frame hook bulge are arranged at intervals;

the window frame hook part of the outer frame is positioned on the periphery of the outer frame.

4. The casement window according to claim 3, wherein the longitudinal mullion includes a first mullion main body, a first mullion convex edge, a first mullion reinforcing protrusion, a first mullion T-shaped protrusion, and a first mullion hook protrusion;

the opposite two sides of the first mullion main body are respectively and sequentially provided with a first mullion convex edge, a first mullion T-shaped bulge and a first mullion hook bulge;

the two first middle stile protruding edges are arranged along the long edges of the first middle stile main bodies and extend along the directions which are mutually deviated;

a first middle support clamping protrusion is arranged on one side surface of the first middle support protruding edge facing the first middle support T-shaped protrusion;

the first middle support convex edge, the first middle support T-shaped bulge and the first middle support hook bulge are arranged at intervals;

the first mullion reinforcing bulges are arranged on the side edges of the first mullion main body between the two first mullion convex edges.

5. The casement window according to claim 4, wherein the lateral mullion includes a second mullion main body, a second mullion convex edge, a second mullion T-shaped projection, and a second mullion hook projection;

the two opposite sides of the second mullion main body are respectively and sequentially provided with a second mullion convex edge, a second mullion T-shaped bulge and a second mullion hook bulge;

the two second middle support protruding edges are arranged along the long edges of the second middle support main bodies and extend along the directions which are mutually deviated;

a second middle support clamping protrusion is arranged on one side surface of the second middle support protruding edge facing the second middle support T-shaped protrusion;

the second middle support protruding edge, the second middle support T-shaped protrusion and the second middle support hook protrusion are arranged at intervals.

6. The casement window according to claim 5, wherein the first glass fixing mechanism includes four first window switching frames, three first glass pressing members, one first window switching pressing base, one window pressing member first window pressing member, and four first window gaskets;

the four first window conversion frames are sequentially connected end to end and fixedly connected with the corresponding window frame or the longitudinal mullion in the left direction, the right direction, the upper direction and the lower direction respectively;

the three first glass pressing pieces are respectively clamped with the first window conversion frame in the left direction, the right direction and the lower direction, and the first window conversion frame and the first glass pressing pieces respectively clamp the first fixed glass on two sides of the first fixed glass;

the first window conversion pressure seat is fixedly connected with the first window conversion frame on the upper side;

the first window pressing piece is clamped with the first window conversion pressing seat;

the first window conversion frame and the first window pressing member respectively clamp the first fixed glass on two sides of the first fixed glass;

the four first window gaskets are respectively arranged between the first window conversion frame and the window frame or between the first window conversion frame and the longitudinal mullion in the left direction, the right direction, the upper direction and the lower direction;

when the first window gasket is arranged between the first window conversion frame and the longitudinal mullion, the first window gasket is positioned between the first mullion T-shaped bulge and the first mullion hook bulge and abuts against the first mullion main body and the first window conversion frame;

when the first window gasket is arranged between the first window conversion frame and the window frame, the first window gasket is positioned between the T-shaped bulge of the window frame and the hook bulge of the window frame and abuts against the window frame main body and the first window conversion frame.

7. The casement window according to claim 6, wherein the first window switching frame includes a switching frame main body, a switching frame protruding side, and a switching frame protrusion;

the convex edge of the conversion frame is arranged along the long edge of one side face of the conversion frame main body and extends along the extending direction of the adjacent side face of the conversion frame main body;

the conversion frame bulge is arranged on one side surface of the conversion frame main body, which is deviated from the convex edge of the conversion frame;

the side surface between the convex edge of the conversion frame and the convex of the conversion frame is a first surface;

a conversion frame clamping position bulge is arranged on one side, facing the conversion frame main body and departing from the first surface, of the conversion frame protruding edge;

the conversion frame is protruding towards one side that the conversion frame main part deviates from the first face is equipped with the conversion frame and fills gluey groove.

8. The casement window of claim 7, wherein the first glass press includes a glass press body and a glass press ledge;

a glass pressing piece clamping part is arranged on one side surface of the glass pressing piece main body;

the glass pressing piece protruding edge is arranged in the extending direction of the side face where the glass pressing piece clamping portion is located, and the glass pressing piece protruding edge is provided with a glass pressing piece protrusion on the same side with the glass pressing piece clamping portion;

and a clearance groove is formed in one side surface of the glass pressing piece main body, which deviates from the clamping part of the glass pressing piece.

9. The casement window according to claim 5, wherein the second glass fixing mechanism includes four second window switching frames, three second glass pressing members, one second window switching pressing base, one second window pressing member, and four second window gaskets;

the four second window conversion frames are sequentially connected end to end and are fixedly connected with the corresponding window frame, the longitudinal middle support or the transverse middle support in the left direction, the right direction, the upper direction and the lower direction respectively;

the three second glass pressing pieces are respectively clamped with the second window conversion frame in the left direction, the right direction and the lower direction, and the second window conversion frame and the second glass pressing pieces respectively clamp the second fixed glass on two sides of the second fixed glass;

the second window conversion pressure seat is fixedly connected with the second window conversion frame on the upper side;

the second window pressing piece is clamped with the second window conversion pressing seat;

the second window conversion frame and the second window pressing member clamp the second fixed glass on both sides of the second fixed glass, respectively;

the four second window gaskets are respectively arranged between the second window conversion frame and the window frame, between the second window conversion frame and the longitudinal mullion or between the second window conversion frame and the transverse mullion in the left direction, the right direction, the upper direction and the lower direction;

when the second window gasket is arranged between the second window conversion frame and the longitudinal mullion, the second window gasket is positioned between the first mullion T-shaped bulge and the first mullion hook bulge and abuts against the first mullion main body and the second window conversion frame;

when the second window gasket is arranged between the second window conversion frame and the window frame, the second window gasket is positioned between the T-shaped bulge of the window frame and the hook bulge of the window frame and abuts against the window frame main body and the second window conversion frame;

the second window gasket is arranged between the second window conversion frame and the transverse mullion, and the second window gasket is positioned between the T-shaped bulge of the second mullion and the hook bulge of the second mullion and abuts against the second mullion main body and the second window conversion frame.

10. The casement window according to claim 1, wherein the moving window comprises:

moving the fixed glass;

the window frame is fixedly connected with the movable fixed glass, and one end of the window frame is rotatably connected with the outer frame;

and a drainage structure is arranged at the lower end of the window frame.

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