CN205895020U - Out -opening window structure - Google Patents
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- CN205895020U CN205895020U CN201620751719.3U CN201620751719U CN205895020U CN 205895020 U CN205895020 U CN 205895020U CN 201620751719 U CN201620751719 U CN 201620751719U CN 205895020 U CN205895020 U CN 205895020U
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Abstract
本申请提供一种外开窗结构，所述外开窗结构上设有排水结构和密封结构，所述排水结构包括排水通道和排水孔，所述密封结构包括至少三道密封。本实用新型在外开窗结构上同时设置排水结构和密封结构，该密封结构包括至少三道密封以加强外开窗结构的密封保温性能，通过排水结构可以有效将窗扇型材内的积水排到室外，避免积水进入室内，影响用户居住环境。
The present application provides an outward-opening window structure, and the outward-opening window structure is provided with a drainage structure and a sealing structure, the drainage structure includes a drainage channel and a drainage hole, and the sealing structure includes at least three seals. The utility model is equipped with a drainage structure and a sealing structure on the outward opening window structure at the same time. The sealing structure includes at least three seals to strengthen the sealing and heat preservation performance of the outward opening window structure. The accumulated water in the window sash profile can be effectively discharged to the outside through the drainage structure. , to prevent water from entering the room and affecting the living environment of users.
Description
技术领域technical field
本申请涉及建筑门窗领域，尤其涉及一种外开窗结构。The present application relates to the field of building doors and windows, in particular to an outward opening window structure.
背景技术Background technique
外开窗结构具有开启面积大，通风好，且不占用室内空间等特点，在市场上使用率越来越高，而目前，采用的外开窗结构大部分都采用窗户室内侧和室外侧安装密封胶条来实现密封，其密封效果一般，其次相对雨水较大的地区，外开窗结构的窗户型材由于密封不严或者排水通道不合理，会导致雨水通过型材流至室内，从而影响用户居住环境。The outward-opening window structure has the characteristics of large opening area, good ventilation, and does not occupy indoor space. Rubber strips are used to achieve sealing, and the sealing effect is average. Secondly, in areas with relatively heavy rain, the window profiles of the outward-opening window structure are not tightly sealed or the drainage channels are unreasonable, which will cause rainwater to flow into the room through the profiles, thereby affecting the living environment of users. .
因此，有必要提供一种结构简单，密封效果好同时具备排水功能的外开窗结构，以满足用户要求。Therefore, it is necessary to provide an outward opening window structure with simple structure, good sealing effect and drainage function, so as to meet the requirements of users.
实用新型内容Utility model content
有鉴于此，本申请提供一种结构简单，密封性能好同时具备排水功能的外开窗结构。In view of this, the present application provides an outward opening window structure with simple structure, good sealing performance and drainage function.
具体地，本申请是通过如下技术方案实现的：一种外开窗结构，所述外开窗结构上设有排水结构和密封结构，所述排水结构包括排水通道和排水孔，所述密封结构包括至少三道密封。型材内的积水经由排水通道以及排水孔排至室外，保证外开窗结构的排水性能良好，其次，本实用新型的外开窗结构采用至少三道密封，增强外开窗结构的密封隔热性能。Specifically, the present application is achieved through the following technical solutions: an outward opening window structure, the outward opening window structure is provided with a drainage structure and a sealing structure, the drainage structure includes a drainage channel and a drainage hole, and the sealing structure Include at least three seals. The accumulated water in the profile is discharged to the outside through the drainage channels and drainage holes to ensure good drainage performance of the outward opening window structure. Secondly, the outward opening window structure of the utility model adopts at least three seals to enhance the sealing and heat insulation of the outward opening window structure performance.
进一步地，该外开窗结构上设有框梃型材和窗扇型材，所述框梃型材上设有第一室内型材、第一室外型材及连接两者的第一隔热条，所述窗扇型材上设有第二室内型材、第二室外型材及连接两者的第二隔热条，所述排水通道和排水孔设置在所述第一室外型材和第二室外型材上。根据设计的排水通道在第一室外型材和第二室外型材上加工排水孔，以保证型材内部的积水能有效、快速的排到室外。Further, the outward opening window structure is provided with a stile profile and a sash profile, and the stile profile is provided with a first indoor profile, a first outdoor profile and a first heat insulation strip connecting the two, and the sash profile A second indoor profile, a second outdoor profile and a second heat insulation strip connecting them are arranged on the top, and the drainage channels and drainage holes are arranged on the first outdoor profile and the second outdoor profile. Drainage holes are processed on the first outdoor profile and the second outdoor profile according to the designed drainage channel to ensure that the accumulated water inside the profile can be effectively and quickly discharged to the outside.
进一步地，所述外开窗结构上还设有室内密封胶条、室外密封胶条、第一中央胶条及第二中央胶条，所述至少三道密封包括第一密封、第二密封以及第三密封，所述室内密封胶条连接窗扇型材和框梃型材的室内侧形成第一密封，所述室外密封胶条连接窗扇型材和框梃型材的室外侧形成第二密封，所述第一中央胶条和第二中央胶条分别卡接在所述第一隔热条和第二隔热条上形成第三密封。第一中央胶条与第二中央胶条之间的缝隙极小，在外开窗结构的内部能起到密封保温的效果，加强现有外开窗结构的保温隔热效果。Further, the outer window structure is also provided with an indoor sealing strip, an outdoor sealing strip, a first central strip and a second central strip, and the at least three seals include a first seal, a second seal and The third seal is that the indoor sealing strip connects the indoor side of the sash profile and the stile profile to form a first seal, and the outdoor sealing strip connects the sash profile and the outdoor side of the stile profile to form a second seal, and the first The central rubber strip and the second central rubber strip are clamped on the first heat insulation strip and the second heat insulation strip respectively to form a third seal. The gap between the first central rubber strip and the second central rubber strip is extremely small, and the effect of sealing and heat preservation can be achieved inside the outwardly opening window structure, and the thermal insulation effect of the existing outwardly opening window structure can be enhanced.
进一步地，所述第一室外型材上设有第一室外槽口、第二室外槽口以及L型结构，所述第二室外槽口位于所述第一室外槽口的上方且宽度窄于第一室外槽口的宽度，所述L型结构与所述第二室外槽口的室外侧垂直连接形成排水槽，所述L型结构的底面、第二室外槽口的室外侧及第一室外槽口的顶面形成装饰槽。设置装饰槽可以遮挡雨水直吹排水孔，防止雨水倒灌进型材内，其次，该装饰槽设置为内凹型能起到装饰作用。Further, the first outdoor profile is provided with a first outdoor notch, a second outdoor notch and an L-shaped structure, the second outdoor notch is located above the first outdoor notch and its width is narrower than that of the first outdoor notch. The width of an outdoor notch, the L-shaped structure is vertically connected to the outdoor side of the second outdoor notch to form a drainage tank, the bottom surface of the L-shaped structure, the outdoor side of the second outdoor notch and the first outdoor notch The top surface of the mouth forms a decorative groove. Setting the decorative groove can block the rainwater from blowing directly to the drain hole and prevent rainwater from pouring into the profile. Secondly, the decorative groove is set as a concave shape to play a decorative role.
进一步地，所述排水孔包括框梃排水孔和窗扇排水孔，所述第二室外型材上设有第三室外槽口，所述窗扇排水孔贯通于所述第三室外槽口的顶面及底面，所述框梃排水孔贯通于所述排水槽的底面。窗扇排水孔贯穿第三室外槽口，能将窗扇型材内的积水引流至排水槽中，进一步通过框梃排水孔排至室外。Further, the drainage hole includes a frame drainage hole and a window sash drainage hole, a third outdoor notch is provided on the second outdoor profile, and the window sash drainage hole penetrates the top surface of the third outdoor notch and On the bottom surface, the frame stile drainage hole penetrates the bottom surface of the drainage groove. The window sash drainage hole runs through the third outdoor notch, and can drain the accumulated water in the window sash profile to the drainage groove, and further discharge it to the outside through the frame drainage hole.
进一步地，所述第一室内型材上设有呈反匚形的室内胶条槽，所述室内胶条槽的顶面和底面向内侧延伸形成卡勾，所述第二室外型材上设有呈匚形的室外胶条槽，所述室外胶条槽的顶面和底面向内侧延伸形成卡勾，所述第一隔热条和第二隔热条上分别设有至少一个呈凹形的中央胶条槽，所述中央胶条槽的两侧面向内侧延伸形成卡勾。Further, the first indoor profile is provided with a reverse-shaped indoor rubber strip groove, the top and bottom surfaces of the indoor rubber strip groove extend inwardly to form a hook, and the second outdoor profile is provided with a An outdoor rubber strip groove in the shape of an oval, the top surface and the bottom surface of the outdoor rubber strip groove extend inwardly to form a hook, and the first heat insulation strip and the second heat insulation strip are respectively provided with at least one concave central The rubber strip groove, the two sides of the central rubber strip groove face inwardly and extend to form a hook.
进一步地，所示室内密封胶条卡接在所述室内胶条槽中，所述室外密封胶条卡接在所述室外胶条槽中，所述第一中央胶条和第二中央胶条分别卡接在所述第一隔热条和第二隔热条的中央胶条槽中。室内密封胶条、室外密封胶条、第一中央胶条以及第二中央胶条分别设置在室内胶条槽、室外胶条槽以及中央胶条槽内，以实现本实用新型的三道密封，保证外开窗结构的密封隔热性能。Further, the indoor sealing rubber strip shown is clamped in the indoor rubber strip groove, the outdoor sealing rubber strip is clamped in the outdoor rubber strip groove, and the first central rubber strip and the second central rubber strip They are snapped into the central rubber strip grooves of the first heat insulation strip and the second heat insulation strip respectively. The indoor sealing strip, the outdoor sealing strip, the first central strip and the second central strip are respectively arranged in the indoor strip groove, the outdoor strip groove and the central strip groove to realize the three-way sealing of the utility model, Ensure the sealing and heat insulation performance of the outward opening window structure.
进一步地，所述第一中央胶条的顶部为斜面。该斜面可以引导积水向室外侧排放，避免雨水倒灌进入室内侧。Further, the top of the first central rubber strip is a slope. The slope can guide the accumulated water to be discharged to the outdoor side, preventing rainwater from entering the indoor side.
与现有技术相比，本实用新型具备如下有益效果：在外开窗结构上同时设置排水结构和密封结构，并且该密封结构包括至少三道密封以加强外开窗结构的密封保温性能，设置排水结构可以有效将窗扇型材内的积水排到室外，避免积水进入室内，影响用户居住环境。Compared with the prior art, the utility model has the following beneficial effects: a drainage structure and a sealing structure are provided on the outward opening window structure, and the sealing structure includes at least three seals to strengthen the sealing and heat preservation performance of the outward opening window structure, and the drainage structure is provided The structure can effectively drain the accumulated water in the sash profiles to the outside, preventing the accumulated water from entering the room and affecting the living environment of users.
附图说明Description of drawings
图1是本实用新型外开窗结构第一剖面图；Fig. 1 is the first cross-sectional view of the utility model outwardly opening window structure;
图2是本实用新型外开窗结构第二剖面图。Fig. 2 is a second cross-sectional view of the structure of the outwardly opening window of the present invention.
具体实施方式detailed description
下面结合附图对本实用新型作进一步的说明。Below in conjunction with accompanying drawing, the utility model is further described.
本实用新型一种外开窗结构，所述外开窗结构上设有排水结构和密封结构，所述排水结构包括排水通道和排水孔，所述密封结构包括至少三道密封。型材内的积水经由排水通道以及排水孔排至室外，保证外开窗结构的排水性能良好，其次，本实用新型的外开窗结构采用至少三道密封，增强外开窗结构的密封隔热性能。The utility model relates to an outward-opening window structure. The outward-opening window structure is provided with a drainage structure and a sealing structure. The drainage structure includes a drainage channel and a drainage hole. The sealing structure includes at least three seals. The accumulated water in the profile is discharged to the outside through the drainage channels and drainage holes to ensure good drainage performance of the outward-opening window structure. Secondly, the outward-opening window structure of the utility model adopts at least three seals to enhance the sealing and heat insulation of the outward-opening window structure performance.
请参阅图1和图2所示，该外开窗结构上设有框梃型材1和窗扇型材2，所述框梃型材1上设有第一室内型材11、第一室外型材12及连接两者的第一隔热条13，所述窗扇型材2上设有第二室内型材21、第二室外型材22及连接两者的第二隔热条23，所述排水通道和排水孔设置在所述第一室外型材12和第二室外型材22上。利用第一室外型材12和第二室外型材22的结构特点设计成为本实用新型排水结构的排水通道，根据设计的排水通道在第一室外型材12和第二室外型材22上加工排水孔，以保证型材内部的积水能有效、快速的排到室外。Please refer to Fig. 1 and Fig. 2, the outward opening window structure is provided with a frame profile 1 and a sash profile 2, and the frame profile 1 is provided with a first indoor profile 11, a first outdoor profile 12 and a connecting two The first heat insulation strip 13 of the sash profile 2 is provided with a second indoor profile 21, a second outdoor profile 22 and a second heat insulation strip 23 connecting the two, and the drainage channels and drainage holes are arranged on the On the first outdoor profile 12 and the second outdoor profile 22. Utilize the structural characteristics of the first outdoor profile 12 and the second outdoor profile 22 to design the drainage channels of the drainage structure of the present utility model, process drainage holes on the first outdoor profile 12 and the second outdoor profile 22 according to the designed drainage channels, to ensure The accumulated water inside the profile can be effectively and quickly drained to the outside.
所述外开窗结构上还设有室内密封胶条3、室外密封胶条4、第一中央胶条5及第二中央胶条6，所述至少三道密封包括第一密封、第二密封以及第三密封，所述室内密封胶条3连接窗扇型材2和框梃型材1的室内侧形成第一密封，所述室外密封胶条4连接窗扇型材2和框梃型材1的室外侧形成第二密封，所述第一中央胶条5和第二中央胶条6分别卡接在所述第一隔热条13和第二隔热条23上形成第三密封。本实用新型在第一隔热条13和第二隔热条23上分别设置第一中央胶条5和第二中央胶条6，且第一中央胶条5与第二中央胶条6之间的缝隙仅为1～2mm，在外开窗结构的内部能起到密封保温的效果，以使得外开窗结构上形成至少三道密封，加强现有外开窗结构的密封效果。The outer window structure is also provided with an indoor sealing strip 3, an outdoor sealing strip 4, a first central strip 5 and a second central strip 6, and the at least three seals include a first seal, a second seal And the third seal, the indoor sealing strip 3 connects the indoor side of the sash profile 2 and the stile profile 1 to form the first seal, and the outdoor sealing strip 4 connects the sash profile 2 and the outdoor side of the stile profile 1 to form the second Two seals, the first central rubber strip 5 and the second central rubber strip 6 are clamped on the first heat insulation strip 13 and the second heat insulation strip 23 respectively to form a third seal. The utility model sets the first central rubber strip 5 and the second central rubber strip 6 on the first heat insulation strip 13 and the second heat insulation strip 23 respectively, and between the first central rubber strip 5 and the second central rubber strip 6 The gap is only 1-2mm, and it can seal and keep warm inside the outward-opening window structure, so that at least three seals can be formed on the outward-opening window structure, and the sealing effect of the existing outward-opening window structure can be strengthened.
所述第一室外型材12上设有第一室外槽口121、第二室外槽口122以及L型结构123，所述第二室外槽口122位于所述第一室外槽口121的上方且宽度窄于第一室外槽口121的宽度，所述L型结构123与所述第二室外槽口122的室外侧垂直连接形成排水槽124，所述L型结构123的底面、第二室外槽口122的室外侧及第一室外槽口121的顶面形成装饰槽125。L型结构123的底面低于第二室外槽口122的顶面，以使得排水槽124具有一定深度，保证积水不会流向室内侧，设置装饰槽125可以遮挡雨水直吹排水孔，防止雨水倒灌进型材内，其次，该装饰槽125设置为内凹型起到装饰作用。The first outdoor profile 12 is provided with a first outdoor notch 121, a second outdoor notch 122 and an L-shaped structure 123, and the second outdoor notch 122 is located above the first outdoor notch 121 and has a width of Narrower than the width of the first outdoor notch 121, the L-shaped structure 123 is vertically connected to the outdoor side of the second outdoor notch 122 to form a drainage groove 124, the bottom surface of the L-shaped structure 123, the second outdoor notch The outdoor side of 122 and the top surface of the first outdoor notch 121 form a decorative groove 125 . The bottom surface of the L-shaped structure 123 is lower than the top surface of the second outdoor notch 122, so that the drainage groove 124 has a certain depth to ensure that the accumulated water will not flow to the indoor side, and the decorative groove 125 is set to block the rainwater from blowing directly to the drainage hole to prevent rainwater It is poured into the profile, and secondly, the decorative groove 125 is set as a concave shape to play a decorative role.
所述排水孔包括框梃排水孔14和窗扇排水孔24，所述第二室外型材22上设有第三室外槽口221，所述窗扇排水孔24贯通于所述第三室外槽口221的顶面及底面，所述框梃排水孔14贯通于所述排水槽124的底面。窗扇排水孔24贯穿第三室外槽口221能将窗扇型材2内的积水引流至排水槽124中，进一步通过框梃排水孔14排至室外。The drain hole includes a frame drain hole 14 and a window sash drain hole 24, the second outdoor profile 22 is provided with a third outdoor notch 221, and the window sash drain hole 24 penetrates through the third outdoor notch 221. On the top surface and the bottom surface, the stile drainage hole 14 penetrates the bottom surface of the drainage groove 124 . The sash drainage hole 24 runs through the third outdoor notch 221 to drain the accumulated water in the sash profile 2 into the drainage groove 124 , and further discharge it to the outside through the frame drainage hole 14 .
外开窗结构处于关闭状态时，室外的雨水等会从板件与室外侧密封胶条之间少量的渗入窗扇型材2内部，通过窗扇型材2内的排水通道以及窗扇排水孔24将积水引到框梃型材1的排水槽124内，再通过框梃排水孔14排到室外。When the outward opening window structure is in the closed state, a small amount of outdoor rainwater will seep into the inside of the window sash profile 2 from between the plate and the outdoor side sealing strip, and drain the accumulated water through the drainage channels in the sash profile 2 and the sash drainage holes 24. In the drainage groove 124 of the frame stile section bar 1, discharge to the outside through the frame stile drainage hole 14 again.
所述第一室内型材11上设有呈反匚形的室内胶条槽111，所述室内胶条槽111的顶面和底面向内侧延伸形成卡勾，所述第二室外型材22上设有呈匚形的室外胶条槽222，所述室外胶条槽222的顶面和底面向内侧延伸形成卡勾，所述第一隔热条13和第二隔热条23上分别设有至少一个呈凹形的中央胶条槽131，所述中央胶条槽131的两侧面向内侧延伸形成卡勾。The first indoor profile 11 is provided with a reverse-shaped indoor rubber strip groove 111, the top and bottom surfaces of the indoor rubber strip groove 111 extend inwardly to form a hook, and the second outdoor profile 22 is provided with The outdoor rubber strip groove 222 is U-shaped, the top surface and the bottom surface of the outdoor rubber strip groove 222 extend inwardly to form a hook, and the first heat insulation strip 13 and the second heat insulation strip 23 are respectively provided with at least one The central rubber strip groove 131 is concave, and the two sides of the central rubber strip groove 131 extend inwardly to form hooks.
所示室内密封胶条3卡接在所述室内胶条槽111中，所述室外密封胶条4卡接在所述室外胶条槽222中，所述第一中央胶条5和第二中央胶条6分别卡接在所述第一隔热条13和第二隔热条23的中央胶条槽131中。室内密封胶条3卡接在室内胶条槽111中并通过室内胶条槽111的顶面及底面上的卡勾加强固定，避免滑落，室内密封胶条3与第二室内型材21相抵接，以满足外开窗结构的室内侧密封；室外密封胶条4卡接在室外胶条槽222中并通过室外胶条槽222的顶面及底面上的卡勾加强固定，避免滑落，室外密封胶条4与第一室外型材12相抵接，以满足外开窗结构的室外侧密封；第一中央胶条5和第二中央胶条6安装在中央胶条槽131中并通过两侧面上的卡勾进行固定，避免滑落，安装后的第一中央胶条5和第二中央胶条6之间的缝隙极小，以使得两者的配合在型材中间起到保温隔热作用。The indoor sealing strip 3 shown is clamped in the indoor strip groove 111, the outdoor sealing strip 4 is clamped in the outdoor strip groove 222, the first central strip 5 and the second central The rubber strips 6 are snapped into the central rubber strip grooves 131 of the first heat insulation strip 13 and the second heat insulation strip 23 respectively. The indoor sealing rubber strip 3 is clamped in the indoor rubber strip groove 111 and strengthened and fixed by hooks on the top and bottom surfaces of the indoor rubber strip groove 111 to avoid slipping. The indoor sealing rubber strip 3 abuts against the second indoor profile 21, To meet the indoor and inner sealing of the outward opening window structure; the outdoor sealing strip 4 is clamped in the outdoor strip groove 222 and strengthened and fixed by the hooks on the top and bottom surfaces of the outdoor strip groove 222 to avoid slipping. The strip 4 abuts against the first outdoor profile 12 to meet the outdoor sealing of the outward-opening window structure; the first central rubber strip 5 and the second central rubber strip 6 are installed in the central rubber strip groove 131 and pass through the clamps on both sides. The hook is fixed to avoid slipping, and the gap between the first central rubber strip 5 and the second central rubber strip 6 after installation is very small, so that the cooperation of the two plays the role of heat insulation in the middle of the profile.
所述第一中央胶条5的顶部为斜面。第一中央胶条5的顶部设为斜面，当室外的雨水沿第二中央胶条6的侧面滴在第一中央胶条5上时，该斜面可以引导积水向室外侧排放，避免雨水倒灌进入室内侧。The top of the first central rubber strip 5 is an inclined plane. The top of the first central rubber strip 5 is set as a slope. When outdoor rainwater drips on the first central rubber strip 5 along the side of the second central rubber strip 6, the slope can guide the accumulated water to be discharged to the outside to avoid rainwater backflow. Enter the interior side.
本实用新型的外开窗结构上还设有铰链8和锁座10，在第三室外槽口221的底部卡接有根据铰链8的尺寸加工的铰链补偿条7，铰链补偿条7通过螺钉与窗扇型材2实现固定，铰链8的顶部与铰链补偿条7的底部相抵接，铰链8的底部与第二室外槽口122的顶部相抵接，通过铰链8完成窗扇型材2的开启与关闭，而铰链8和铰链补偿条7部分设置在窗扇型材2上，所以在实现门窗开启与关闭功能时不会影响外开窗结构的排水性能，其次，安装铰链补偿条7可以补偿铰链8的安装空间，增加铰链8的安装强度，从而保证整窗的安全性，并且铰链补偿条7和铰链8分别设置在第一室外型材12和第二室外型材22上，从而使铰链7开启角度变大，窗扇开启后不容易刮框。The outer opening window structure of the present utility model is also provided with a hinge 8 and a lock seat 10, and the bottom of the third outdoor notch 221 is clamped with a hinge compensation strip 7 processed according to the size of the hinge 8, and the hinge compensation strip 7 is connected with the screw by a screw. The sash profile 2 is fixed, the top of the hinge 8 abuts against the bottom of the hinge compensation strip 7, the bottom of the hinge 8 abuts against the top of the second outdoor notch 122, and the opening and closing of the sash profile 2 is completed through the hinge 8, and the hinge 8 and the hinge compensation strip 7 are partly arranged on the sash profile 2, so the drainage performance of the outward opening window structure will not be affected when the door and window are opened and closed. Secondly, the installation of the hinge compensation strip 7 can compensate for the installation space of the hinge 8, increasing the The installation strength of the hinge 8 ensures the safety of the whole window, and the hinge compensation bar 7 and the hinge 8 are respectively arranged on the first outdoor profile 12 and the second outdoor profile 22, so that the opening angle of the hinge 7 becomes larger, and the window sash is opened. Not easy to scratch the frame.
第一室内型材11的顶部凹槽内卡接有锁座补偿条9，锁座补偿条9的顶部与锁座10相抵接，锁座10与第二室内型材21相配合，完成外开窗结构的锁紧，该锁座补偿条9可以补偿锁座10的安装高度，增强锁座10的连接强度，提升整窗的安全性和密封性能。The top groove of the first indoor profile 11 is clamped with a lock seat compensation strip 9, the top of the lock seat compensation bar 9 abuts against the lock seat 10, and the lock seat 10 cooperates with the second indoor profile 21 to complete the outward opening window structure The lock seat compensation strip 9 can compensate the installation height of the lock seat 10, enhance the connection strength of the lock seat 10, and improve the safety and sealing performance of the entire window.
本实用新型在外开窗结构上同时设置排水结构和密封结构，并且该密封结构包括至少三道密封以加强外开窗结构的密封保温性能，设置排水结构可以有效将窗扇型材内的积水排到室外，避免积水进入室内，影响用户居住环境。The utility model is provided with a drainage structure and a sealing structure on the outward opening window structure at the same time, and the sealing structure includes at least three seals to strengthen the sealing and heat preservation performance of the outward opening window structure. Outdoors, avoid stagnant water entering the room and affecting the living environment of users.
以上结合附图实施例对本实用新型进行了详细说明，本领域中普通技术人员可根据上述说明对本实用新型做出种种变化例。因此，实施例中的某些细节不应构成对本实用新型的限定，本实用新型将以所附权利要求书界定的范围作为本实用信息的保护范围。The utility model has been described in detail above in conjunction with the embodiments of the accompanying drawings, and those skilled in the art can make various changes to the utility model according to the above description. Therefore, some details in the embodiments should not constitute a limitation to the utility model, and the utility model shall take the scope defined by the appended claims as the protection scope of the practical information.
Claims (8)
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106948717A (en) * | 2017-04-01 | 2017-07-14 | 浙江瑞明节能科技股份有限公司 | A kind of aluminum wood is combined Buddha's warrior attendant net integral type swinging-out casement window |
| CN107035272A (en) * | 2017-04-01 | 2017-08-11 | 浙江瑞明节能科技股份有限公司 | A kind of accessible concealed draining aluminum alloy doors and windows |
| CN109162610A (en) * | 2018-10-10 | 2019-01-08 | 四川航鑫新型建材有限公司 | A kind of outward opening door and window discharge structure |
| CN114396213A (en) * | 2022-01-24 | 2022-04-26 | 烟台市飞龙建筑幕墙门窗有限公司 | Low-energy-consumption aluminum alloy outward-opening window |
-
2016
- 2016-07-15 CN CN201620751719.3U patent/CN205895020U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106948717A (en) * | 2017-04-01 | 2017-07-14 | 浙江瑞明节能科技股份有限公司 | A kind of aluminum wood is combined Buddha's warrior attendant net integral type swinging-out casement window |
| CN107035272A (en) * | 2017-04-01 | 2017-08-11 | 浙江瑞明节能科技股份有限公司 | A kind of accessible concealed draining aluminum alloy doors and windows |
| CN109162610A (en) * | 2018-10-10 | 2019-01-08 | 四川航鑫新型建材有限公司 | A kind of outward opening door and window discharge structure |
| CN109162610B (en) * | 2018-10-10 | 2024-03-08 | 四川航鑫新型建材有限公司 | Outward opening type door and window drainage structure |
| CN114396213A (en) * | 2022-01-24 | 2022-04-26 | 烟台市飞龙建筑幕墙门窗有限公司 | Low-energy-consumption aluminum alloy outward-opening window |
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