CN204002339U - A kind of double window section bar five metals structure with screen window - Google Patents

Abstract

The utility model discloses a double-layer window profile hardware structure with a screen window, which comprises a glass fan profile installed around the glass fan, a screen window fan profile and a window frame profile installed around the screen window fan, the screen window fan profile is located at the The outer layer of the glass fan profile, the window frame profile is located on the outer layer of the screen window fan profile, the hardware structure for controlling the opening of the glass fan is installed on the glass fan profile, and the control window frame is installed on the screen window fan profile. The hardware structure for opening the screen window sash, the hardware structure for the movement of the glass sash and the screen window sash is installed on the window frame profile. The utility model enables the screen window and the glass window to have multiple opening modes at the same time, and the use is more flexible and convenient.

Description

A double-layer window profile hardware structure with a screen window

technical field

The utility model relates to a profile of a building door and window and a structure of hardware fittings.

Background technique

The opening methods of existing residential windows can include push-pull, side-opening, top-hung, inversion, etc. Traditional windows mostly use sliding windows or casement windows, that is, a window only adopts one opening method and cannot be opened at the same time. There are multiple ways to open the window, especially when the screen window is installed, so that the switch of the window is not flexible and convenient to use.

Utility model content

The purpose of the utility model is to overcome the shortcomings of the above-mentioned prior art, and provide a profile hardware structure that can open double-layer windows with screen windows in various ways such as outward swing, inward swing and inward inversion.

In order to achieve the above object, the utility model adopts the following technical solutions:

A double-layer window profile hardware structure with a screen window, including a glass sash profile installed around the glass sash, a screen sash profile and a window frame profile installed around the screen sash, the screen sash profile is located outside the glass sash profile The window frame profile is located on the outer layer of the screen sash profile, the glass sash profile is equipped with a hardware structure that controls the opening of the glass sash, and the screen sash profile is equipped with a hardware structure that controls the opening of the screen sash. hardware structure, the window frame profile is equipped with a hardware structure that cooperates with the action of the glass sash and the screen window sash.

The hardware structure installed on the glass fan profile includes a sliding stay assembly and a pull rod installed on the top of the glass fan profile. The sliding stay assembly includes a sliding rod and a sliding stay movable rod. The sliding rod is connected to the upper corner through the pull rod device, the lower end of the upper corner device is sequentially connected to the upper sliding lock seat installed on the vertical profile of the glass fan, the upper link of the driver, the one-way driver, the lower link of the driver and the lower sliding lock seat, the lower The sliding lock seat is connected to the lower corner device, and the lower corner device is connected transversely to the transmission rod installed at the bottom, a chute is formed on the sliding rod, and a first sliding groove matched with the chute is provided on the movable rod of the sliding brace. A positioning column, a handle is connected to the one-way actuator, and an opening is arranged on the transmission rod.

The hardware structure installed on the profile of the screen window fan includes an upper sliding buckle connected in sequence, an upper corner device, an upper link of the transmission, a one-way transmission, a lower link of the transmission, a lower corner device and a lower sliding buckle, The upper sliding buckle is installed on the screen window profile at the top, the upper link of the driver, the one-way driver and the lower link of the driver are installed on the vertical profile, and the lower sliding buckle is installed on the bottom profile Above, the upper sliding buckle is provided with a second positioning post, and the lower sliding buckle is provided with a third positioning post.

The hardware structure installed on the window frame profile includes an upper clip installed on the screen window sash on the top, an upper lock and a lower lock installed vertically and respectively matched with the upper sliding lock seat and the lower sliding lock seat, and The fixed deck under the glass sash and the fixed deck under the screen sash installed at the bottom, the upper deck of the screen sash forms an opening matched with the second positioning column, the lower fixed deck of the glass sash is connected with the transmission The opening of the rod is matched, and the fixing bracket under the screen window sash is matched with the third positioning column.

The side of the one-way driver installed on the glass fan profile is provided with a connecting groove with an opening facing the outdoor direction, and the side of the one-way driver installed on the screen window profile is provided with a connecting groove that can be inserted into the connecting groove. inside the connecting shaft.

After adopting the above technical solution, the utility model has the following advantages compared with the prior art:

1. The utility model can realize the outward opening of the glass fan and the screen window fan, the inward opening of the glass fan, the inward turning of the glass fan, and various window opening methods, and the use is more flexible.

2. The utility model adopts a single handle control, that is, one handle can control the actions of two windows at the same time. Compared with the way that one handle can only control one window adopted by most windows on the market, the operation is easier. easy and convenient.

Description of drawings

Fig. 1 is the profile section view of the present utility model;

Fig. 2 is a structural diagram of hardware for closing two windows of the utility model;

Fig. 3 is the structural diagram of the hardware that two windows of the utility model open;

Fig. 4 is a structural diagram of the hardware opening inside the glass fan of the present invention;

Fig. 5 is a structural diagram of hardware parts poured inside the glass fan of the present utility model;

Figure 6 is a structural schematic diagram of two one-way actuators for controlling glass sash and screen sash

Detailed ways

In order to make the purpose, technical solution and advantages of the utility model clearer, the utility model will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the utility model, and are not intended to limit the utility model.

As shown in Figure 1, the double-layer window profile hardware structure with screen window includes a glass sash profile 1 installed on the periphery of the glass sash 4, a screen sash profile 2 installed on the periphery of the screen sash 5, and a window frame profile 3, and the glass sash 4 One side of the screen window sash is indoor, one side of the screen window sash 5 is outdoor, the screen window sash profile 2 is located on the outer layer of the glass sash profile 1, the window frame profile 3 is located on the outer layer of the screen sash profile 2, the glass sash profile 1 and the screen sash profile 2 The glass sash hardware structure and the screen window sash hardware structure are respectively installed on the top.

As shown in Figure 2, the hardware structure of the glass fan includes a sliding brace assembly and a pull rod 12 installed on the transverse profile at the top of the glass fan 4. The sliding brace assembly includes a sliding rod 11 and a sliding brace movable rod 31. The chute 19, the sliding brace movable rod 31 is provided with the first positioning column 36 matched with the chute 19, the pull rod 12 is connected to one end of the slide rod 11, and the slide rod 11 is connected to the upper corner 13a through the other end of the pull rod 12, and the upper The lower end of the angler 13a is connected to the upper sliding lock seat 14a with the lock point, and the upper sliding lock seat 14a is connected to the one-way transmission 16 through the upper link 15a of the transmission, and the lower end of the one-way transmission 16 passes through the lower link 15b of the transmission. To connect the lower sliding lock seat 14b with the locking point, the lower sliding lock seat 14b connects the lower corner device 13b, and the lower corner device 13b is transversely connected to the transmission rod 17 installed on the bottom transverse profile, the upper sliding lock seat 14a, the upper connection of the driver The rod 15a, the one-way driver 16, the lower link 15b of the driver and the lower sliding lock seat 14b are successively installed on the vertical profile of the glass fan 4, and the one-way driver 16 is connected with a handle 18.

The hardware assembly of the screen window fan includes an upper sliding buckle 21 installed on the horizontal profile at the top of the screen window fan 5. The upper sliding buckle 21 is provided with a second positioning column 26. The upper sliding buckle 21 is connected to the upper corner device 22a, and the upper corner device The lower end of 22 is connected to the one-way driver 24 through the upper link 23a of the driver, and the lower end of the one-way driver 24 is connected to the lower corner device 22b through the lower link 23b of the driver, and the lower corner device 22b is horizontally connected and installed at the bottom of the screen window sash 5. The lower sliding buckle 25 on the horizontal profile, the third positioning column 27 is arranged on the lower sliding buckle 25, the upper connecting rod 23a of the driver, the one-way driver 24 and the lower connecting rod 23b of the driver are installed on the vertical direction of the screen window sash 5. on the profile.

As shown in Figure 6, the side of the one-way driver 16 that controls the glass fan 4 has a connecting groove 161. The connecting shaft 241 in the direction of 161, when the glass sash 4 and the screen window sash 5 are close together, the connecting shaft 241 can be inserted in the connecting groove 161, and turning the handle 18 can make the one-way transmission 16 and the one-way transmission 24 produce linkage and synchronization Control the hardware of the two windows. When the glass sash 4 was opened inwards and left the screen window sash 5, the connecting shaft 241 broke away from the connecting groove 161, and the handle 18 was only turned to control the one-way drive 16.

The hardware structure installed on the window frame profile 3 includes the upper clip 32 of the screen window installed on the top, the upper lock 33a and the lower lock 33b installed on the vertical, and the lower fixed clip 34 of the glass sash installed on the bottom and the screen window Fix the deck 35 under the fan.

The screen window upper deck 32 is formed with an opening through the outdoor, and the screen window upper deck 32 matches the second positioning column 26 of the upper sliding buckle 21; the upper lock 33a and the lower lock 33b are respectively connected with the upper sliding lock 14a , and the locking point of the lower sliding lock seat 14b; the fixed card seat 34 under the glass sash is used to cooperate with the transmission rod 17, and the fixed card seat 35 under the screen window sash is used to match the third positioning column 27 of the lower sliding buckle 25 Cooperate.

The utility model can have the following four states

1. Two windows closed

As shown in Figure 2, when the handle 18 is in the vertically downward position, the locking points of the upper sliding lock seat 14a and the lower sliding lock seat 14b are respectively locked by the upper lock catch 33a and the lower lock catch 33b, and the sliding brace movable rod The first positioning column 36 on the 31 is stuck in the chute 19 of the sliding rod 11, the second positioning column 26 on the upper sliding buckle 21 is stuck on the screen sash upper card seat 32 of the window frame, and the glass sash of the window frame is lowered. The fixed clip 34 blocks the drive rod 17 from the inside, and the fixed clip 35 under the screen sash of the window frame blocks the third positioning column 27 of the lower sliding buckle 25 from the outside, limiting the outward opening and the internal opening of the glass sash 4 and the screen sash 5. Open, so glass fan 4 and screen window fan 5 are all in the state of closing and locking.

2. Open two windows

As shown in Figure 3, turn the handle 18 counterclockwise so that when the handle 18 is at a position of 45 degrees, the handle 18 drives the upper link 15a of the driver and the upper sliding lock seat 14a to move downward through the one-way driver 16, And drive pull bar 12 by upper corner device 13a and slide bar 11 is moved to the left, and the locking point of upper sliding lock seat 14a, lower sliding lock seat 14b is still locked from the inside by upper lock catch 33a, lower lock catch 33b, and the window frame The lower fixed deck 34 of the glass sash blocks the drive rod 17 from the inside, limiting the inward opening of the two windows.

The one-way transmission 16 links the one-way transmission 24 through the connecting shaft 241. The one-way transmission 24 drives the upper sliding buckle 21 to move to the left through the upper corner device 22a, and the second positioning column 26 on the upper sliding buckle 21 moves toward the left. Move left to the opening of the deck 32 on the screen sash of the window frame, and the third positioning post 27 of the lower sliding buckle 25 moves to the right to the opening of the fixed deck 35 under the screen sash of the window frame, so that the glass sash 4 and The screen window sash 5 can be opened outwards.

3. The glass fan opens inward

As shown in Figure 4, continue to turn handle 18 counterclockwise, when handle 18 is positioned at the horizontal position of 90 degrees, one-way transmission 16 drives upper slide lock seat 14a to continue to move downward, and now upper slide lock seat 14a The lock point of the upper lock catch 33a is separated from the upper lock catch 33a, and the lower sliding lock seat 14b is the same, and the one-way driver 16 drives the transmission rod 17 to move to the right through the lower corner device 13b, so that the opening of the transmission rod 17 on the glass fan is just to the right. Move to the lower fixing bracket 34 of the glass sash of the window frame, the window frame no longer blocks the drive rod 17 from the inside, so the inward opening of the glass sash 4 can be realized.

The one-way transmission 16 links the one-way transmission 24 through the connecting shaft 241. The one-way transmission 24 drives the upper sliding buckle 21 to move to the left through the upper corner device 22a, and the second positioning column 26 on the upper sliding buckle 21 moves toward the left. Move to the left to leave the opening of the upper card seat 32 of the screen window sash so as to be stuck on the window frame, while the third positioning column 27 of the lower sliding buckle 25 moves to the right to leave the opening of the fixed card seat 35 under the screen window sash so as to be stuck at the window frame. The outward opening of screen window sash 5 has been realized.

4. Invert the glass fan

As shown in Figure 5, continue to turn the handle 18 counterclockwise, when the handle 18 is in a vertically upward position, the one-way drive 16 drives the upper sliding lock seat 14a to continue to move downward, and the upper sliding lock seat 14a and the lower sliding lock seat 14a continue to move downward. The locking point of the lock seat 14b remains disengaged, and the first positioning column 36 on the movable rod 31 of the sliding brace leaves the chute 19 of the sliding rod 11, so that the sliding brace assembly can be expanded, and the lower corner 13b drives the transmission rod 17 to continue to the right Move, the opening of transmission rod 17 is no longer facing the fixed bracket 34 under the glass sash, so that the window frame blocks the transmission rod 17 from the inside, so the bottom of the glass sash is locked from the inside, and the top of the glass sash is free, so that the glass sash can be realized. 4 inside pour.

The one-way driver 24 under the linkage of the one-way driver 16 keeps the second positioning post 26 on the upper sliding buckle 21 of the screen window and the third positioning post 27 of the lower sliding buckle 25 still in a locked state.

The above is only a preferred embodiment of the utility model, but the scope of protection of the utility model is not limited thereto, and any person familiar with the technical field can easily think of All changes or replacements should fall within the protection scope of the present utility model. Therefore, the protection scope of the present utility model should be based on the protection scope of the claims.

Claims (5)

1. the double window section bar five metals structure with screen window, it is characterized in that: comprise the glass fan section bar that is arranged on glass fan periphery, be arranged on mesh window leaf section bar and the window frame profile of screen window periphery, described mesh window leaf section bar is positioned at the skin of described glass fan section bar, described window frame profile is positioned at the skin of described mesh window leaf section bar, on described glass fan section bar, be provided with and control the hardware structure that described glass fan is opened, on described mesh window leaf section bar, be provided with and control the hardware structure that described screen window is opened, on described window frame profile, be provided with and coordinate described glass fan, the hardware structure of described screen window action.

2. a kind of double window section bar five metals structure with screen window according to claim 1, it is characterized in that: the hardware structure of installing on described glass fan section bar comprises the sliding and supporting components and the pull bar that are arranged on described glass fan section bar top, sliding and supporting components comprises sliding bar and sliding support motion bar, described sliding bar connects upper gyrator by described pull bar, the lower end of described upper gyrator is mounted on the upper slip lock on glass fan vertical profiles successively, connecting rod on driver, one-way driver, driver lower link and lower slider lock, described lower slider lock connects lower gyrator, described lower gyrator is laterally mounted on the drive link of bottom, on described sliding bar, be formed with chute, described sliding support motion bar is provided with the first reference column matching with described chute, on described one-way driver, connect handle, described drive link is provided with opening.

3. a kind of double window section bar five metals structure with screen window according to claim 1, it is characterized in that: the hardware structure of installing on described mesh window leaf section bar comprises the upper slip buckle connecting successively, upper gyrator, connecting rod on driver, one-way driver, driver lower link, lower gyrator and lower slider buckle, described upper slip buckle is arranged on the mesh window leaf section bar at top, connecting rod on described driver, one-way driver and driver lower link are arranged on vertical profiles, described lower slider buckle is arranged in bottom section bar, described upper slip buckle is provided with the second reference column, described lower slider buckle is provided with the 3rd reference column.

4. a kind of double window section bar five metals structure with screen window according to claim 3, it is characterized in that: the hardware structure of installing on described window frame profile comprises the screen window upper blocking seat that is arranged on top, be arranged on vertically and respectively with described upper slip lock, upper snap close and the lower snap close that lower slider lock coordinates and be arranged under the glass fan of bottom Fixing clamp-seat under Fixing clamp-seat and screen window, described screen window upper blocking seat forms the opening matching with described the second reference column, under described glass fan, Fixing clamp-seat matches with the opening of described drive link, under described screen window, Fixing clamp-seat matches with described the 3rd reference column.

5. a kind of double window section bar five metals structure with screen window according to claim 4, it is characterized in that: the side that is arranged on the described one-way driver on described glass fan section bar is provided with the link slot of an opening towards outdoor direction, and the side of the one-way driver of installing on described mesh window leaf section bar is provided with a connecting axle that can be inserted in described link slot.