TWM582524U - Ventilation window - Google Patents

Abstract

A venting window includes a sash unit and a sash unit. The window unit includes a fixed window group fixed to the window frame unit, and a movable window disposed on the inner side with respect to the fixed window group. The fixed panel group and the sash unit collectively define a gas permeable region. The movable window panel is movable relative to the fixed window panel between a closed position and a venting position. In the closed position, the movable window shields the venting area so that air cannot circulate. In the venting position, the movable window is spaced from the fixed window group such that air can circulate through the gap between the movable window and the fixed window group. By the design of the fixed window group and the movable window, in addition to being capable of generating sufficient air permeability, it is easy to manufacture and has a high yield.

Description

Ventilation window

The present invention relates to a window, and more particularly to a ventilation window.

Modern high-rise buildings often use glass curtains as the exterior, which provides good lighting and excellent visibility for those who live inside. However, most of the common glass doors and windows on the market have no venting design, which will make the whole building dense and airtight, and then adjust the indoor temperature through the air conditioning system. However, the cost of operating the air-conditioning system is quite large. The proper use of natural air convection will help reduce costs and energy consumption, and make a contribution to environmental protection.

A ventilated glass door and window as disclosed in Taiwan Patent No. I376447, comprising a fixed ventilation glass, a movable ventilation glass movable relative to the fixed movable glass, and a plurality of fixed movable glass and The venting holes of the movable breathable glass. When the movable ventilation glass moves relative to the fixed ventilation glass, the vent holes may be staggered to exhibit an airtight closed shape, and the vent holes may be made to correspond to each other to generate a gas permeable effect. In this way, the natural air convection can be properly utilized when the ventilated glass door and window is opened, and the airtight glass door and window can be closed, and the airtight resistance, waterproof and soundproof effect can be considered. However, the aforementioned ventilated glass door and window requires a large number of vent holes in the fixed movable glass and the movable venting glass, and the size and position of the venting holes must also correspond to each other and cannot be arbitrarily set, which is quite difficult and easy to manufacture. Resulting in poor yield.

Accordingly, it is an object of the present invention to provide a venting window that is easy to manufacture and has a high yield.

Thus, the novel venting window comprises a sash unit and a window unit. The sash unit includes a first frame edge, a second frame edge spaced apart from the first frame edge in a first direction, and a third frame connected between the first frame edge and the second frame edge a frame edge, and a fourth frame edge connected between the first frame edge and the second frame edge and spaced apart from the third frame edge in a second direction perpendicular to the first direction.

The window unit includes a fixed window group fixed to the window frame unit, and a movable window disposed on the inner side with respect to the fixed window group along an inner and outer direction perpendicular to the first direction and the second direction sheet. The fixed window group has two fixed windows respectively connected to the first frame edge and the second frame edge and spaced apart from each other in the first direction. The third frame edge, the fixed window and the fourth frame edge together define a gas permeable area. The movable window is connected between the third frame edge and the fourth frame edge and corresponds to the ventilation region.

The movable window panel is movable relative to the fixed window panel between a closed position and a venting position. When the movable window is in the closed position, the movable window abuts against the fixed window group in the inner and outer directions and shields the gas permeable region, so that the inner and outer air cannot flow through the gas permeable region. When the movable window is in the venting position, the movable window is spaced apart from the fixed window group in the inner and outer directions, so that the inner and outer air can pass through the venting area and the movable window and the fixed window group The gaps between them circulate.

The utility model has the advantages that the ventilating region is defined by the fixed window group, and the movable window can be moved between the closed position and the venting position, thereby generating sufficient ventilation effect. In addition, the fixed window group and the movable window do not need to be perforated and the structure is relatively simple, which can produce an effect of being easy to manufacture and having a high yield.

Referring to Figures 1 and 2, an embodiment of the novel venting window includes a sash unit 1 and a sash unit 2.

The sash unit 1 includes a first frame edge 11 , a second frame edge 12 spaced apart from the first frame edge 11 along a first direction D1 , and a first frame edge 11 and the second frame a third frame edge 13 between the edges 12, and a second frame D2 connected between the first frame edge 11 and the second frame edge 12 and perpendicular to the first direction D1 and the third frame The fourth frame edge 14 is spaced apart by the sides 13. The first frame edge 11 has a first fixing groove 111 recessed in the first direction D1 and opening toward the second frame edge 12. The second frame edge 12 has a second fixing groove 121 recessed in the first direction D1 and opening toward the first frame edge 11 . The third frame edge 13 has two first sliding slots 131 that are recessed in the second direction D2 and open toward the fourth frame edge 14 . The fourth frame edge 14 has two second sliding grooves 141 which are recessed in the second direction D2 and open toward the third frame edge 13 .

Each of the first chutes 131 and each of the second chutes 141 has a sliding section 151 extending obliquely in an inner and outer direction D3 perpendicular to the first direction D1 and the second direction D2, and a direction along the inner and outer directions D3 is connected to an outer card portion 152 at one end of the outer side of the sliding portion 151, and an in-line card portion 153 connected to one end of the inner side of the sliding portion 151 in the inner and outer direction D3. The outer clamping portion 152 extends from the sliding portion 151 in the direction of the first direction D1 toward the second frame edge 12, and the in-line card segments 153 are oriented by the sliding segment 151 along the first direction D1 toward the first portion The direction of a frame edge 11 extends. It should be noted that the extending direction of the externally-engaged card segments 152 and the in-line card segments 153 is only by way of example, and the external card segments 152 may also be along the first direction by the sliding segments 151. D1 extends in the direction of the first frame edge 11. The in-line card segments 153 may also extend from the sliding segment 151 in the first direction D1 toward the second frame edge 12.

The window unit 2 includes a fixed window group 21 fixed to the window frame unit 1, and a movable window 22 disposed on the inner side in the inner and outer direction D3 with respect to the fixed window group 21. The fixed window group 21 has two fixed windows 211 respectively connected to the first frame 11 and the second frame 12 and spaced apart from each other in the first direction D1, and the first airtight is a soft material. Article 212. The fixed window pieces 211 are respectively inserted and fixed to the first fixing groove 111 and the second fixing groove 121. The third frame edge 13 and the fixed window piece 211 together with the fourth frame edge 14 define a gas permeable area A1. The first airtight strips 212 are respectively disposed at the boundary of the fixed window 22 and the gas permeable area A1. The movable window 22 is connected between the third frame 13 and the fourth frame 14 and corresponds to the gas permeable area A1. The movable window 22 has a body 221, two fixed to the side of the body 221 adjacent to the third frame 13 along the second direction D2 and protruded along the second direction D2 to be inserted into the first The first sliding member 222 of the sliding slot 131 is fixed to the side of the sheet body 221 adjacent to the fourth frame edge 14 along the second direction D2 and protrudes along the second direction D2 to be respectively inserted into the second The second sliding member 223 and the second sliding member 223 of the sliding groove 141 are respectively disposed on the two side edges of the sheet body 221 which are spaced apart in the first direction D1 and are of a soft material. The second airtight strip 225 is fixed to the sheet body. 221 and a handle 224 protruding inwardly in the inner and outer directions D3. The first sliding member 222 and the second sliding members 223 are respectively slidable in the first sliding slots 131 and the second sliding slots 141. The handles 224 are spaced apart along the first direction D1.

Referring to Figures 3 and 4, the movable window panel 22 is movable relative to the fixed window panel 21 between a closed position and a venting position. When the movable window 22 is in the closed position, the sheet 221 of the movable window 22 abuts against the first airtight strips 212 of the fixed window group 21 along the inner and outer directions D3 and shields the air permeable area. A1, the second airtight strips 225 are abutted against the fixed window 211 along the inner and outer directions D3, and the first sliding members 222 and the second sliding members 223 are respectively embedded in the externally embedded card segments. 152, such that the air on the inner side and the outer side cannot flow through the gas permeable area A1. When the movable window 22 is in the venting position, the movable window 22 is spaced apart from the fixed window group 21 along the inner and outer directions D3, and the first sliding member 222 and the second sliding member 223 are respectively inserted. The inner card segments 153 are such that the inner and outer air can pass through the air permeable area A1 and the gap between the movable window 22 and the fixed window group 21. In the present embodiment, the movable window 22 is moved between the closed position and the venting position by the user pulling the handles 224. However, in other variations, the movable window 22 may be driven electrically.

It should be noted that, since the outer card segments 152 extend along the first direction D1, when the movable window 22 is in the closed position, the fixed window group 21 and the movable window 22 are mutually The pressing abutment does not move in the inner and outer directions D3 and does not require additional part assistance to maintain positioning.

In this way, when the movable window piece 22 of the embodiment is in the closed position, the air inside and outside can be effectively insulated, and the effect of airtightness, waterproofness, and sound insulation is generated. In addition, a better airtight effect is also produced due to the first airtight strips 212 and the second airtight strips 223. When the movable window 22 of the present embodiment is in the venting position, the air inside and outside can circulate with each other, so that natural air convection can be properly utilized to achieve energy saving and environmental protection effects. In addition, when the present embodiment is manufactured, since the fixed window group 21 and the movable window 22 do not need to be perforated and the structure is relatively simple, an effect of easy manufacture and high yield can be produced.

In summary, the novel ventilation window can generate sufficient ventilation effect by the design of the fixed window group 21 and the movable window 22. In addition to this, it is also possible to produce an effect that is easy to manufacture and has a high yield, so that the object of the present invention can be achieved.

However, the above is only the embodiment of the present invention, and when it is not possible to limit the scope of the present invention, all the simple equivalent changes and modifications according to the scope of the patent application and the contents of the patent specification are still This new patent covers the scope.

1‧‧‧Window frame unit  11‧‧‧ first frame  111‧‧‧First fixed slot  12‧‧‧ second frame  121‧‧‧Second fixing slot  13‧‧‧ third frame  131‧‧‧First chute  14‧‧‧ fourth frame side  141‧‧‧Second chute  151‧‧‧Sliding section  152‧‧‧Exclusive card segments  153‧‧‧Inline card segment  2‧‧‧window unit  21‧‧‧Fixed window set  211‧‧‧Fixed windows  212‧‧‧First airtight strip  22‧‧‧Event window  221‧‧‧ tablets  222‧‧‧First slide  223‧‧‧Second slide  224‧‧‧Handle  225‧‧‧Second airtight strip  D1‧‧‧ first direction  D2‧‧‧ second direction  D3‧‧‧Inside and outside directions  A1‧‧‧Ventilated area

Other features and effects of the present invention will be apparent from the following description of the drawings, in which:  Figure 1 is a perspective view of an embodiment of the novel venting window;  Figure 2 is an exploded perspective view of the embodiment;  Figure 3 is a cross-sectional view taken along line III-III of Figure 1, illustrating a movable window in a closed position;  Figure 4 is a cross-sectional view similar to Figure 3 illustrating the movable window in a venting position.  

Claims (8)

A venting window containing:  a sash unit includes a first frame edge, a second frame edge spaced apart from the first frame edge in a first direction, and a second connection between the first frame edge and the second frame edge a third frame edge, and a fourth frame edge connected between the first frame edge and the second frame edge and spaced apart from the third frame edge in a second direction perpendicular to the first direction; and  A window unit includes a fixed window group fixed to the window frame unit, and an activity disposed on the inner side with respect to the fixed window group along an inner and outer direction perpendicular to the first direction and the second direction a fixed window panel having two fixed windows respectively connected to the first frame edge and the second frame edge and spaced apart from each other in the first direction, the third frame edge, the fixed window segments and The fourth frame edge collectively defines a gas permeable area, the movable window piece is connected between the third frame edge and the fourth frame edge and corresponds to the gas permeable area, and the movable window piece is opposite to the fixed window piece The group moves between a closed position and a venting position, and when the movable window is in the closed position, the movable window abuts against the fixed window group in the inner and outer directions and shields the venting area, so that the inner side The air outside is not permeable to the air permeable area, and when the movable window is in the venting position, the movable window is spaced apart from the fixed window group in the inner and outer directions, so that the inner and outer air can pass through the air permeable Area and the event The gap between the fixing piece and another pane flow group.   The ventilating window of claim 1, wherein the third frame edge of the sash unit has a plurality of first sliding grooves recessed in the second direction and opening toward the fourth frame edge, the fourth frame edge having a plurality of a second sliding slot that is recessed in the second direction and opens toward the third frame edge. The movable window of the window unit has a body, and the plurality of frames are fixed to the third body adjacent to the third frame in the second direction. One side of the side edge and extending along the second direction to be respectively inserted into the first sliding member of the first sliding slot, and a plurality of first sliding members fixed to the side of the first adjacent side of the first frame in the second direction and a second sliding member that protrudes in the second direction and is respectively inserted into the second sliding slots, wherein the first sliding member and the second sliding members are respectively at the first sliding slot and the second sliding member The slot slides such that the movable window is movable relative to the fixed window set between the closed position and the venting position. The ventilating window of claim 2, wherein each of the first sliding slots and each of the second sliding slots of the sash unit has a sliding section extending obliquely in the inner and outer directions, and is connected to the inner and outer directions. An externally-engaged card segment at one end of the outer side of the sliding segment, and an in-line card segment connected to one end of the inner side of the sliding segment in the inner and outer directions, when the movable window is in the closed position, the first sliding member Inserting the second sliding member with the second sliding member respectively, and inserting the first sliding member and the second sliding member into the embedded portion when the movable window is in the venting position Card segment. The venting window of claim 3, wherein the outer card segments of the sash unit extend in the first direction toward the first frame edge or the second frame edge by the sliding segment The in-line card segments extend from the sliding segment in the first direction toward the other of the first frame edge or the second frame edge. The ventilating window of claim 2, wherein the first frame edge of the sash unit has a first fixing groove recessed in the first direction and opening toward the second frame edge, the second frame edge having a The second fixing slots are recessed in the first direction and open toward the first frame edge. The fixing windows are respectively inserted and fixed to the first fixing slot and the second fixing slot. The ventilating window of claim 2, wherein the fixed window panel of the window unit further comprises two first airtight strips respectively disposed at the boundary between the fixed window and the venting region, the first air The dense strip is a soft material. When the movable window is in the closed position, the sheet of the movable window abuts against the first airtight strips in the inner and outer directions. The ventilating window of claim 2, wherein the movable window of the window unit further has two second airtight strips respectively disposed on two sides of the body spaced along the first direction, The second airtight strip is a soft material. When the movable window is in the closed position, the second airtight strips abut against the fixed window in the inner and outer directions. The ventilating window of claim 2, wherein the movable window of the window unit further has two handles fixed to the sheet and projecting inwardly in the inner and outer directions, the handles being along the first direction interval.