阅读说明：本技术 一种带有电子锁闭器的智能窗系统 (Intelligent window system with electronic locking device ) 是由 张倩 朱平 王宝栓 刘文哲 张凯强 王志强 李茂阁 蘧双剑 于 2020-04-22 设计创作，主要内容包括：本发明涉及建筑物五金附件领域,特别公开了一种带有电子锁闭器的智能窗系统。该带有电子锁闭器的智能窗系统,包括组成窗体的框型材和扇形材,其特征在于：所述框型材上对称固定有安装支架,两安装支架上分别安装有推轴式电动开窗器左和推轴式电动开窗器右,并固定在扇形材的相对两侧；扇形材的开启侧边上安装带锁点五金件,且框型材的对应侧边上安装有电子锁闭器；推轴式电动开窗器左、推轴式电动开窗器右和电子锁闭器分别连接时间逻辑器,时间逻辑器连接开窗器控制装置。本发明采用电子锁闭器代替传统窗执手,节省人力,并且电子锁闭器可以开启关闭锁点,密闭性提高；采用电动智能开启,一键开启,方便、省力。(The invention relates to the field of hardware accessories of buildings, and particularly discloses an intelligent window system with an electronic locking device. This intelligent window system with electronic lock ware, including frame section bar and the fan-shaped section bar of constituteing the window body, its characterized in that: the frame section bar is symmetrically fixed with mounting brackets, and the two mounting brackets are respectively provided with a left push shaft type electric window opener and a right push shaft type electric window opener and are fixed on two opposite sides of the fan-shaped section bar; hardware with locking points is installed on the opening side edge of the sector section bar, and an electronic locking device is installed on the corresponding side edge of the frame section bar; the left side of the push shaft type electric window opener, the right side of the push shaft type electric window opener and the electronic locking device are respectively connected with a time logic device, and the time logic device is connected with a window opener control device. The electronic locking device is adopted to replace the traditional window handle, so that the labor is saved, and the electronic locking device can open and close the locking point, so that the sealing property is improved; adopt electronic intelligence to open, a key is opened, and is convenient, laborsaving.)

1. An intelligent window system with electronic locking device, including frame section bar (101) and fan-shaped section bar (102) that constitute window (1), its characterized in that: the frame section bar (101) is symmetrically fixed with mounting brackets (2), the two mounting brackets (2) are respectively provided with a left push shaft type electric window opener (3) and a right push shaft type electric window opener (4), and the ends of the left push shaft type electric window opener (4) and the right push shaft type electric window opener (4) are fixed on the two opposite sides of the fan-shaped section bar (102); hardware (7) with a locking point is installed on the opening side edge of the fan-shaped material (102), and an electronic locking device (6) is installed on the corresponding side edge of the frame profile (101); the left push shaft type electric window opener (3), the right push shaft type electric window opener (4) and the electronic locking device (6) are respectively connected with a time logic device (9), and the time logic device (9) is connected with a window opener control device (10).

2. The smart window system with electronic lock according to claim 1, wherein: the frame section bar (101) and the fan-shaped section bar (102) are fixedly connected at the connecting side through hinges (8); the electronic locking device is characterized in that a locking point seat (702) is installed on the opening side edge of the fan-shaped material (102), a locking point (701) is fixed in the middle of the locking point seat (702), a locking device support (602) is installed on the inner side of the corresponding side edge of the frame profile (101), the electronic locking device (6) is installed on the locking device support (602), and a shifting fork (603) corresponding to the locking point (701) is arranged on the electronic locking device (6).

3. The smart window system with electronic lock according to claim 1, wherein: push away electronic ware left (3) of windowing and push away electronic ware right (4) of windowing of axle formula and include left telescopic link (301) and right telescopic link (401) respectively, left telescopic link (301) and right telescopic link (401) are connected on the side of fan-shaped material (102) through fixing base (5) respectively, and the mounted position of fixing base (5) on fan-shaped material (102) is close to the side of opening of fan-shaped material (102).

4. The smart window system with electronic lock according to claim 1, wherein: the left side (3) of the push shaft type electric window opener is connected with a time logic device (9) through a left window opening power line (303), the right side (4) of the push shaft type electric window opener is connected with the time logic device (9) through a right window opening power line (402), an electronic locking device (6) is connected with the time logic device (9) through a locking device power line (601), and the time logic device (9) is connected with a window opener control device (10) through a main power line (901).

5. The smart window system with electronic lock according to claim 1, wherein: and the opposite inner sides of the two mounting brackets (2) are provided with mounting shafts connected with the left (3) of the push shaft type electric window opener/the right (4) of the push shaft type electric window opener.

(I) technical field

The invention relates to the field of hardware accessories of buildings, in particular to an intelligent window system with an electronic locking device.

(II) background of the invention

At present, in the field of building windows, electrically opened windows are increasingly popular with people, and not only can the daily ventilation requirement be ensured, but also the fire-fighting function can be realized. However, when the window is opened by using the electric window opener, the window opening hardware adopts a sliding support or a hinge, so that the sealing performance of the window is reduced, and the use performance of the window is influenced; however, when the hardware with the locking point is used, the electric window opener cannot realize the function of opening or closing the locking point.

Disclosure of the invention

In order to make up for the defects of the prior art, the invention provides the intelligent window system with the electronic locking device, which has high tightness, intelligent opening, labor saving and convenience.

The invention is realized by the following technical scheme:

the utility model provides an intelligent window system with electronic lock ware, includes frame section bar and the fan-shaped section bar of constituteing the window body, its characterized in that: the frame section bar is symmetrically fixed with mounting brackets, a left push shaft type electric window opener and a right push shaft type electric window opener are respectively mounted on the two mounting brackets, and the right ends of the left push shaft type electric window opener and the right ends of the push shaft type electric window opener are fixed on the two opposite sides of the fan-shaped section bar; hardware with locking points is installed on the opening side edge of the sector section bar, and an electronic locking device is installed on the corresponding side edge of the frame section bar; the left side of the push shaft type electric window opener, the right side of the push shaft type electric window opener and the electronic locking device are respectively connected with a time logic device, and the time logic device is connected with a window opener control device.

In the invention, the left side of the push shaft type electric window opener and the right side of the push shaft type electric window opener are connected with the frame section bar through the mounting bracket, are connected with the fan-shaped material and are connected with the time logic device through the power cord, and after the two push shaft type electric window openers and the mounting bracket are assembled, the two push shaft type electric window openers can rotate according to a direct mounting structure to realize the opening and closing of the fan-shaped material.

The more preferable technical scheme of the invention is as follows:

the frame section bar and the fan-shaped section bar are fixedly connected at the connecting side through hinges; the electronic locking device is characterized in that a locking point seat is installed on the opening side edge of the fan-shaped section, a locking point is fixed in the middle of the locking point seat, a locking device support is installed on the inner side of the corresponding side edge of the frame section, the electronic locking device is installed on the locking device support, and a shifting fork corresponding to the locking point is arranged on the electronic locking device.

The hardware with the locking point is made of the locking point and a locking point seat, a shifting fork on the electronic locking device is correspondingly installed with the locking point, locking and releasing functions are achieved between the shifting fork and the locking point, and the electronic locking device is controlled by the time logic device to be switched on and off.

The left side of the push shaft type electric window opener and the right side of the push shaft type electric window opener respectively comprise a left telescopic rod and a right telescopic rod, the left telescopic rod and the right telescopic rod are connected to the side edge of the fan-shaped material through fixing seats respectively, and the installation position of the fixing seats on the fan-shaped material is close to the opening side edge of the fan-shaped material.

The fan-shaped section bars are supported by the telescopic control of the two telescopic rods, so that the fan-shaped section bars can be opened and closed from the opening side edges.

The left side of the push shaft type electric window opener is connected with the time logic device through a left window opening power line, the right side of the push shaft type electric window opener is connected with the time logic device through a right window opening power line, the electronic locking device is connected with the time logic device through a locking device power line, and the time logic device is connected with the window opener control device through a main power line.

The time logic device can send signals to the two windowing power lines and the locking device power line, and can adjust the sequence of sending signals to the windowing power line and the locking device power line to realize the ordered control steps of unlocking, windowing and locking the window; meanwhile, the window opener control device can send window opening or window closing commands to the time logic device, so that the time logic device can send commands conveniently.

The opposite inner sides of the two mounting brackets are provided with mounting shafts for connecting the left/right push shaft type electric window openers of the push shaft type electric window openers, and the two push shaft type electric window openers are mounted through the mounting shafts.

The electronic locking device is adopted to replace the traditional window handle, so that the labor is saved, and the electronic locking device can open and close the locking point, so that the sealing property is improved; the electric intelligent opening is adopted, and the opening is realized by one key, so that the convenience and labor saving are realized; the time logic device can adjust the opening sequence of the electronic locking device and the push shaft type window opener to ensure that the window can be normally opened and closed; the push shaft type window openers are symmetrically arranged on two sides of the window, and the requirements of stability and opening distance when the window is opened are met.

(IV) description of the drawings

The invention will be further described with reference to the accompanying drawings.

FIG. 1 is a schematic view of a closed window configuration of the present invention;

FIG. 2 is a schematic view of the window opening state according to the present invention;

fig. 3 is a schematic top view of the window body in the closed state according to the present invention.

In the figure, 1 window, 101 frame section bar, 102 sash section bar, 2 mounting bracket, 3 push shaft type electric window opener left, 301 left telescopic link, 302 left window opener power cord, 4 push shaft type electric window opener right, 401 right telescopic link, 402 right window opener power cord, 5 fixing base, 6 electronic locking device, 601 locking device power cord, 602 locking device bracket, 603 shift fork, 7 hardware with locking point, 701 locking point, 702 locking point base, 8 hinge, 9 time logic device, 901 general power cord, 10 window opener control device.

(V) detailed description of the preferred embodiments

In order to more fully understand the technical contents of the present invention, the technical solutions of the present invention will be further described and illustrated with reference to the following specific embodiments.

As shown in fig. 1 and 2, an intelligent window system with an electronic locking device includes a window body 1, an installation support 2, a left push shaft type electric window opener 3, a right push shaft type electric window opener 4, a fixed seat 5, an electronic locking device 6, a locking device support 602, a hinge 8, a hardware with a locking point 7, a time logic device 9, an electric window opener control device 10, and a main power line 901.

The window 1 comprises a frame section 101 and a sash section 102, wherein the frame section 101 and the sash section 102 are assembled into the window 1 through hinges 8 and hardware with locking points 7. The hardware with the locking point 7 consists of a locking point 701 and a locking point seat 702. The left push shaft type electric window opener 3 and the right push shaft type electric window opener 4 are respectively connected with the frame section bar 101 through the mounting bracket 2, respectively connected with the sash section bar 101 through the fixing seat 5, and respectively connected with the time logic device 9 through the window opener power line 302 and the window opener power line 402. The opening executing components of the left push shaft type electric window opener 3 and the right push shaft type electric window opener 4 are a left telescopic shaft 301 and a right telescopic shaft 401.

The electronic locking device 6 is connected to the frame profile 102 via a locking device holder 602, the actuating element of the electronic locking device 6 is a fork 603, and the fork 603 is designed to be locked and unlocked from the locking point 701. The time logic device 9 is connected with the electric window opener control device 10 through a main power line 901; the time logic device 9 is configured to receive a command from the electric window opener control device 10 and to issue commands to the left window power line 302, the right window power line 402, and the locker power line 601; the electric window opener control device 10 is configured to issue a window opening or closing command to the time logic 9.

The window opening process is as follows: when the window body is in a closed state, the window opener control device 10 sends a window opening command, the time logic device 9 receives the window opening command through the main power line 901 and sends the window opening command to the electronic locking device 6, the shifting fork 603 of the electronic locking device 6 is separated from the locking point 701 of the hardware part 7 with the locking point, then the time logic device 9 sends the window opening command to the push shaft type electric window opener left 3 and the push shaft type electric window opener right 4 through the left window opening power line 302 and the right window opening power line 402 simultaneously, the push shaft type electric window opener left 3 and the push shaft type electric window opener right 4 extend the left telescopic shaft 301 and the right telescopic shaft 401, the fan-shaped section 102 rotates along with the hinge 8, and finally the window body 1 is in an open state, so that the function of electrically opening the window is realized.

The window closing process is as follows: when the window body is in an opening state, the window opener control device 10 sends a window closing command, the time logic device 9 receives the window closing command through the main power line 901, the window closing command is sent to the left 3 of the push shaft type electric window opener and the right 4 of the push shaft type electric window opener through the left window opening power line 302 and the right window opening power line 402 at the same time, then the left telescopic shaft 301 and the telescopic shaft 401 are retracted by the left 3 of the push shaft type electric window opener and the right 4 of the push shaft type electric window opener, the sash profile 102 rotates through the hinge 8, the window body 1 is finally in a closing state, the window closing command is sent to the electronic locking device 6 by the time logic device 9, and the shifting fork 603 of the electronic locking device 6 is locked with the locking point 701 of the hardware with the locking point 7, so that the function of electrically closing the sash profile is achieved.

The technical contents of the present invention are further described by way of examples only so as to facilitate understanding of the present invention for those skilled in the art, but the present invention is not limited thereto, and any technical extension or re-creation based on the present invention is protected by the present invention.