CN103321523B - Intelligent window - Google Patents
Intelligent window Download PDFInfo
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- CN103321523B CN103321523B CN201310282402.0A CN201310282402A CN103321523B CN 103321523 B CN103321523 B CN 103321523B CN 201310282402 A CN201310282402 A CN 201310282402A CN 103321523 B CN103321523 B CN 103321523B
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- window
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- micromachine
- inductor
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Abstract
The invention discloses an intelligent window. The intelligent window comprises a sash, a window frame, a driving part, a control part, a square frame and a fastening component, wherein the sash is rotatably mounted in the window frame, the square frame is arranged between the window frame and a wall, the driving part is mounted in the square frame and used for driving the sash to rotate to realize opening and closing of the window, and the fastening component is used for fastening the square frame on the wall. The driving part of the intelligent window is simple in structure and stable and reliable in operation. The control part of the intelligent window realizes control in three modes including intelligent control, short-range remote controller control and remote network control and is quite convenient to use. The driving part of the intelligent window is hidden in the sealed square frame, so that attractive appearance of the window is not affected. The square frame is simple in structure and convenient to dismount.
Description
Technical field
The invention belongs to building material industry, be specifically related to the window in a kind of building material industry, particularly relate to a kind of intelligent window.
Background technology
Current, most window all continues to use the way of hand switch sash, the slide window of plastic-steel and aluminum, and switch is convenient and installation is simple, but in use or existing defects, particularly in large place, the window of large workshop equal-height position, rope one class thing or people's cat ladder can only be adopted to carry out manual operation, or be only daylighting and arrange, general family can only time on and off duty window opening-closing, forget when going out close the window and weather changes suddenly again time, can only leave it to chance, inconvenient to use.
Summary of the invention
For prior art Problems existing, the object of the present invention is to provide a kind of intelligent window, its drive part structure simply stable and reliable operation, its control section then adopts three kinds of modes to be specially Based Intelligent Control, the control of short range remote device and remote network control, thus extremely easy to use, its drive part is hidden in the square frame of closed-loop layout, and does not affect the aesthetic property of window, the simply easy disassembly of this frame structure.
A kind of intelligent window provided by the invention, it comprises sash, window frame, drive part, control section, square frame and fastening assembly, described sash is rotating to be installed in described window frame, described square frame is located between described window frame and body of wall, described drive part is installed in described square frame, realizes folding in order to drive described its rotation, and described fastening assembly is in order to be fastened to described body of wall by described square frame, wherein
Described drive part comprises micromachine, worm screw, worm gear and sash installation shaft, and the rotating shaft of described micromachine is connected with described worm screw, and described worm gear is meshed with described worm screw, and described sash installation shaft one end is connected with described worm gear, and the other end is installed for sash;
The signal receiving module that described control section comprises micromachine controller and is electrically connected with described micromachine controller, communication module, alarm module, first infrared facility, second infrared facility and glass breaking inductor, described first infrared facility is arranged at the inner side of window, described second infrared facility is arranged at the outside of window, the contiguous window of described glass breaking inductor is arranged, when indoor occupant is near window and by described first infrared facility induction, described first infrared facility sends signal to described micromachine controller, described micromachine controller controls described micromachine and rotates and sash is closed, when outdoor personnel are near window and by described second infrared facility induction, described second infrared facility sends signal to described micromachine controller, described micromachine controller controls described micromachine and rotates and sash is closed, when described glass breaking inductor induction window breakage is broken, described alarm module can be reported to the police,
Described square frame is enclosed by four frames and forms, and adjacent described frame is fixedly connected with via corner brace, described in each, frame comprises section bar, cover plate and connect the skeleton of described section bar and described cover plate, described section bar comprises base plate, first side plate, second side plate, and by described base plate, described first side plate and described second side plate enclose the accommodation space of formation, wherein, described base plate respective chamber/chambers is arranged outward, described first side plate adjoins window frame and arranges, described second side plate adjoins body of wall and arranges, and described first side plate and described second side plate are equipped with insulation bridge, described base plate is interval with four baffle plates and is arranged in described accommodation space, baffle plate described in each is arranged along the longitudinally of described base plate, and baffle plate described in each comprises the junction plate be vertical setting with described base plate, and the stop catch plate to be vertical setting with described junction plate, described baffle plate specifically comprises the first baffle plate, second baffle, third gear plate and fourth gear plate, formed between described first baffle plate and described second baffle in the first step-like bolt mounting groove, formed in the second step-like bolt mounting groove between described third gear plate and described fourth gear plate, described skeleton comprises substrate, and the first installing plate and second installing plate of setting is bent from the two ends of described substrate, described first installing plate is connected via bolt with between described cover plate, described second installing plate is connected via bolt with between described baffle plate, described substrate is provided with perforation and lays for described window driving mechanism.
Further, described control section also comprises the wind inductor be electrically connected with described micromachine controller, rain inductor and counter, wherein, described wind inductor and described rain inductor are arranged at the outside of described window, when described wind inductor senses the wind speed of specific size or when described rain inductor senses rainwater, described wind inductor or described rain inductor send signal to described micromachine controller, described counter starts counting simultaneously, when the count value of described counter reaches a certain setting value, and described wind inductor or described rain inductor are still sending signal to described micromachine controller, described micromachine controller controls described micromachine and rotates and drive sash to cut out, the setting of described wind inductor and described rain inductor, and avoid forgetting closedown in wind and rain weather window of going out, and causing wind and rain to the infringement of indoor, the setting of described counter avoids the short time to blow and to rain or other people are the misoperation that the wind that causes and rain cause,
Further, described control section also comprises blower fan and the controller of fan that is electrically connected with described micromachine controller and gas leakage inductor, the outside of described window is located at by described blower fan, and just the window of described window is arranged, described gas leakage inductor is located at indoor, when the gas content in described gas leakage inductor nernst cell exceeds standard, described micromachine controller control described micromachine rotate and sash is opened, and described controller of fan control described blower fan unlatching carry out; The setting of described blower fan, described controller of fan and described gas leakage inductor, to ensure indoor safety;
Further, described corner brace is connected with the baffle plate of adjacent described section bar respectively via bolt;
Further, described first side plate exceeds window frame and arranges to indoor, and is provided with screen window installation slide rail in its part exceeding window frame, and the screen window for easily assembling is installed;
Further, in each described frame, there is the cavity volume be interconnected, and each described frame is specially upper side frame, lower frame, left frame and left frame, base plate in described upper side frame is provided with air-vent, and be provided with air grid in described air-vent, in the cavity volume of described upper side frame, corresponding described air-vent is provided with three way type hush pipe, described three way type hush pipe is connected with the described baffle plate of described section bar via bolt, described three way type hush pipe comprises silencing pipeline, and the air inducing pipeline to be vertical setting with described silencing pipeline, the inwall of described silencing pipeline is provided with sound-absorbing dustproof sponge layer, mini fan is provided with and corresponding described air-vent setting in described air inducing pipeline, each described frame is provided with air-vent,
Further, described air-vent is opened on described first side plate, and be positioned at described screen window installation slide rail, and then, screen window covers described air-vent after installing, make described air-vent not affect the aesthetic property of window, meanwhile, screen window has filtration to prevent foreign material from blocking described air-vent to the air entering described air-vent;
Further, the one side of the corresponding described accommodation space of described cover plate is provided with sound-absorbing dustproof sponge layer, thus, there is the effect of sound-insulating dust-proof.
Further, frame described in each is fastened and fixed to body of wall through described fastening assembly, described fastening assembly comprises soket head cap screw and snap close piece, described soket head cap screw wears described first side plate and described second side plate is arranged, described snap close piece comprises the installation portion and the fixed part fixing with described first side plate that match with the hexagonal groove of described soket head cap screw, and described fastening assembly structure is simple and reliably fastening.
Further, described soket head cap screw runs through the heat-insulating bridge-cut-off setting of described first side plate and described second side plate.
Based on disclosing of above technical scheme, the present invention possesses following beneficial effect:
A kind of intelligent window provided by the invention, it comprises sash, window frame, drive part, control section, square frame and fastening assembly, described sash is rotating to be installed in described window frame, described square frame is located between described window frame and body of wall, described drive part is installed in described square frame, folding is realized in order to drive described its rotation, described fastening assembly is in order to be fastened to described body of wall by described square frame, wherein, described drive part comprises micromachine, worm screw, worm gear and sash installation shaft, the rotating shaft of described micromachine is connected with described worm screw, described worm gear is meshed with described worm screw, described sash installation shaft one end is connected with described worm gear, the other end is installed for sash, described control section comprises micromachine controller, signal receiving module, communication module, alarm module, first infrared facility, second infrared facility and glass breaking inductor, described first infrared facility is arranged at the inner side of window, described second infrared facility is arranged at the outside of window, the contiguous window of described glass breaking inductor is arranged, when indoor occupant is near window and by described first infrared facility induction, described first infrared facility sends signal to described micromachine controller, described micromachine controller controls described micromachine and rotates and sash is closed, when outdoor personnel are near window and by described second infrared facility induction, described second infrared facility sends signal to described micromachine controller, described micromachine controller controls described micromachine and rotates and sash is closed, when described glass breaking inductor induction window breakage is broken, described alarm module can be reported to the police, described square frame is enclosed by four frames and forms, and adjacent described frame is fixedly connected with via corner brace, described in each, frame comprises section bar, cover plate and connect the skeleton of described section bar and described cover plate, described section bar comprises base plate, first side plate, second side plate, and by described base plate, described first side plate and described second side plate enclose the accommodation space of formation, wherein, described base plate respective chamber/chambers is arranged outward, described first side plate adjoins window frame and arranges, described second side plate adjoins body of wall and arranges, and described first side plate and described second side plate are equipped with insulation bridge, described base plate is interval with four baffle plates and is arranged in described accommodation space, baffle plate described in each is arranged along the longitudinally of described base plate, and baffle plate described in each comprises the junction plate be vertical setting with described base plate, and the stop catch plate to be vertical setting with described junction plate, described baffle plate specifically comprises the first baffle plate, second baffle, third gear plate and fourth gear plate, formed between described first baffle plate and described second baffle in the first step-like bolt mounting groove, formed in the second step-like bolt mounting groove between described third gear plate and described fourth gear plate, described skeleton comprises substrate, and the first installing plate and second installing plate of setting is bent from the two ends of described substrate, described first installing plate is connected via bolt with between described cover plate, described second installing plate is connected via bolt with between described baffle plate, described substrate is provided with perforation and lays for described window driving mechanism, its drive part structure simply stable and reliable operation, its control section then adopts three kinds of modes to be specially: adopt described first infrared facility and described second infrared facility to carry out Based Intelligent Control, by adopt remote controller and described signal receiving module with the use of and arrive short range remote device and control, and carry out remote network control by described communication module with outer net, thus, extremely easy to use, its drive part is hidden in the square frame of closed-loop layout, and does not affect the aesthetic property of window, the simply easy disassembly of this frame structure.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of intelligent window provided by the invention;
Fig. 2 is the rough schematic view of the drive part of a kind of intelligent window provided by the invention;
Fig. 3 is the structural representation of the control section of a kind of intelligent window provided by the invention;
Fig. 4 is the cross-sectional schematic of the frame of a kind of intelligent window provided by the invention;
Fig. 5 is the cross-sectional schematic of the section bar of a kind of intelligent window provided by the invention;
Fig. 6 is the structural representation of the fastening assembly of a kind of intelligent window provided by the invention;
Fig. 7 be the fastening assembly of a kind of intelligent window provided by the invention the schematic side view of soket head cap screw;
Fig. 8 is the stressed schematic diagram of the square frame of a kind of intelligent window provided by the invention;
The cross-sectional schematic of the frame of a kind of intelligent window that Fig. 9 provides for another embodiment of the present invention;
The section bar cross-sectional schematic of the frame of a kind of intelligent window that Figure 10 provides for another embodiment of the present invention;
The cross-sectional schematic of the upper side frame of a kind of intelligent window that Figure 11 provides for another embodiment of the present invention;
Figure 12 is the cross-sectional schematic of three way type hush pipe in a kind of square frame of intelligent window that provides in another embodiment of the present invention.
Drawing reference numeral explanation
Sash 100
Window frame 200
Drive part 300
Micromachine 301
Worm screw 302
Worm gear 303
Sash installation shaft 304
Control section 400
Micromachine controller 401
Signal receiving module 402
Communication module 403
Alarm module 404
First infrared facility 405
Second infrared facility 406
Glass breaking inductor 407
Wind inductor 408
Rain inductor 409
Counter 410
Gas leakage inductor 411
Square frame 500
Frame 501
Section bar 51
Base plate 511
Junction plate 5111
Stop catch plate 5112
First baffle plate 5113
Second baffle 5114
Third gear plate 5115
Fourth gear plate 5116
First bolt mounting groove 5117
Second bolt mounting groove 5118
Air grid 5119
First side plate 512
Slide rail 5121 installed by screen window
Air-vent 5122
Second side plate 513
Accommodation space 514
Insulation bridge 515
Cover plate 52
Skeleton 53
Substrate 531
Perforation 5311
First installing plate 532
Second installing plate 533
Three way type hush pipe 54
Silencing pipeline 541
Air inducing pipeline 542
Sound-absorbing dustproof sponge layer 55
Mini fan 56
Corner brace 502
Fastening assembly 600
Soket head cap screw 60
Snap close piece 61
Installation portion 610
Fixed part 611
Detailed description of the invention
Technical scheme of the present invention is further illustrated by detailed description of the invention below in conjunction with accompanying drawing:
For prior art Problems existing, the object of the present invention is to provide a kind of intelligent window, its drive part structure simply stable and reliable operation, its control section then adopts three kinds of modes to be specially Based Intelligent Control, the control of short range remote device and remote network control, thus extremely easy to use, its drive part is hidden in the square frame of closed-loop layout, and does not affect the aesthetic property of window, the simply easy disassembly of this square frame 500 structure.
Refer to Fig. 1 to Fig. 4, a kind of intelligent window provided by the invention, it comprises sash 100, window frame 200, drive part 300, control section 400, square frame 500 and fastening assembly 600, described sash 100 is rotating to be installed in described window frame 200, described square frame 500 is located between described window frame 200 and body of wall, described drive part 300 is installed in described square frame 500, realize folding in order to drive described sash 100 to rotate, described fastening assembly 600 is in order to be fastened to described body of wall by described square frame 500.
Refer to Fig. 2, described drive part 300 comprises micromachine 301, worm screw 302, worm gear 303 and sash installation shaft 304, the rotating shaft of described micromachine 301 is connected with described worm screw 302, described worm gear 303 is meshed with described worm screw 302, described sash installation shaft 304 one end is connected with described worm gear 303, and the other end is installed for sash 100.
Refer to Fig. 2 to Fig. 3, the signal receiving module 402 that described control section 400 comprises micromachine controller 401 and is electrically connected with described micromachine controller 401, communication module 403, alarm module 404, first infrared facility 405, second infrared facility 406 and glass breaking inductor 407, described first infrared facility 405 is arranged at the inner side of window, described second infrared facility 406 is arranged at the outside of window, the contiguous window of described glass breaking inductor 407 is arranged, when indoor occupant is near window and when being responded to by described first infrared facility 405, described first infrared facility 405 sends signal to described micromachine controller 401, described micromachine controller 401 controls described micromachine 301 and rotates and sash 100 is closed, when outdoor personnel are near window and when being responded to by described second infrared facility 406, described second infrared facility 406 sends signal to described micromachine controller 401, described micromachine controller 401 controls described micromachine 301 and rotates and sash 100 is closed, when described glass breaking inductor 407 responds to window breakage fragmentation, described alarm module 404 can be reported to the police.
Refer to Fig. 1 to Fig. 3, in the present embodiment, described control section 400 also comprises the wind inductor 408 be electrically connected with described micromachine controller 401, rain inductor 409 and counter 410, wherein, described wind inductor 408 and described rain inductor 409 are arranged at the outside of described window, when described wind inductor 408 senses the wind speed of specific size or when described rain inductor 409 senses rainwater, described wind inductor 408 or described rain inductor 409 send signal to described micromachine controller 401, described counter 410 starts counting simultaneously, when the count value of described counter 410 reaches a certain setting value, and described wind inductor 408 or described rain inductor 409 are still sending signal to described micromachine controller 401, described micromachine controller 401 controls described micromachine 301 and rotates and drive sash 100 to cut out, the setting of described wind inductor 408 and described rain inductor 409, and avoid forgetting closedown in wind and rain weather window of going out, and causing wind and rain to the infringement of indoor, the setting of described counter 410 avoids the short time to blow and to rain or other people are the misoperation that the wind that causes and rain cause.
Refer to Fig. 1 to Fig. 3, in the present embodiment, described control section 400 also comprises blower fan, and the controller of fan to be electrically connected with described micromachine controller 401 and gas leakage inductor 411, the outside of described window is located at by described blower fan, and just the window of described window is arranged, described gas leakage inductor 411 is located at indoor, when the gas content in described gas leakage inductor 411 nernst cell exceeds standard, described micromachine controller 401 controls described micromachine 301 and rotates and sash 100 is opened, and described controller of fan control described blower fan open carry out, the setting of described blower fan, described controller of fan and described gas leakage inductor 411, to ensure indoor safety.
Refer to Fig. 1, Fig. 4 and Fig. 5, described square frame 500 is enclosed by four frames 501 and forms, and adjacent described frame 501 is fixedly connected with via corner brace 502, described in each, frame 501 comprises section bar 51, cover plate 52 and connect the skeleton 53 of described section bar 51 and described cover plate 52, described section bar 51 comprises base plate 511, first side plate 512, second side plate 513, and by described base plate 511, described first side plate 512 and described second side plate 513 enclose the accommodation space 514 of formation, wherein, described base plate 511 respective chamber/chambers is arranged outward, described first side plate 512 adjoins window frame 200 and arranges, described second side plate 513 adjoins body of wall and arranges, and described first side plate 512 and described second side plate 513 are equipped with insulation bridge 515, described base plate 511 is interval with four baffle plates and is arranged in described accommodation space 514, baffle plate described in each is arranged along the longitudinally of described base plate 511, and baffle plate described in each comprises the junction plate 5111 be vertical setting with described base plate 511, and the stop catch plate 5112 to be vertical setting with described junction plate 5111, described baffle plate is specially the first baffle plate 5113, second baffle 5114, third gear plate 5115 and fourth gear plate 5116, formed between described first baffle plate 5113 and described second baffle 5114 in the first step-like bolt mounting groove 5117, formed in the second step-like bolt mounting groove 5118 between described third gear plate 5115 and described fourth gear plate 5116, described skeleton 53 comprises substrate 531, and from the first installing plate 532 and the second installing plate 533 that the bending of the two ends of described substrate 531 is arranged, described first installing plate 532 is connected via bolt with between described cover plate 52, described second installing plate 533 is connected via bolt with between described baffle plate, described substrate 531 is provided with perforation 5311 and lays for described window driving mechanism, in the present embodiment, described corner brace 502 is connected with the described baffle plate of adjacent described section bar 51 respectively via bolt, described first side plate 512 exceeds window frame 200 and arranges to indoor, and be provided with screen window installation slide rail 5121 in its part exceeding window frame 200, screen window for easily assembling is installed.
Refer to Fig. 9 to Figure 12, in each described frame 501, there is the cavity volume be interconnected, and each described frame 501 is specially upper side frame, lower frame, left frame and left frame, in the present embodiment, base plate 511 in described upper side frame is provided with air-vent (non-label), and be provided with air grid 5119 in described air-vent, in the cavity volume of described upper side frame, corresponding described air-vent is provided with three way type hush pipe 54, described three way type hush pipe 54 is connected via the described baffle plate of bolt with described section bar 51, described three way type hush pipe 54 comprises silencing pipeline 541, and the air inducing pipeline 542 to be vertical setting with described silencing pipeline 541, the inwall of described silencing pipeline 541 is provided with sound-absorbing dustproof sponge layer 55, mini fan 56 is provided with and corresponding described air-vent setting in described air inducing pipeline 542, each described frame 501 is provided with air-vent 5122, described air-vent 5122 is opened on described first side plate 512, and be positioned at described screen window installation slide rail 5121, and then, screen window covers described air-vent 5122 after installing, described air-vent 5122 is made not affect the aesthetic property of window, simultaneously, screen window has filtration to prevent foreign material from blocking described air-vent 5122, further, in the present embodiment to the air entering described air-vent 5122, the one side of the corresponding described accommodation space 514 of described cover plate 52 also arranges and is provided with sound-absorbing dustproof sponge layer 55, thus has the effect of sound-insulating dust-proof.
Refer to Fig. 1, Fig. 4 and Fig. 6 to Fig. 8, frame 501 described in each via described fastening assembly 600 be fastened and fixed to body of wall (particularly, in the present embodiment, frame 501 described in each is fastened and fixed to body of wall via two described fastening assemblies 600), described fastening assembly 600 comprises soket head cap screw 60 and snap close piece 61, described soket head cap screw 60 runs through described first side plate 512 and described second side plate 513 is arranged, described snap close piece 61 comprises the installation portion 610 and the fixed part 611 fixing with described first side plate 512 that match with the hexagonal groove of described soket head cap screw 60, particularly, in the present embodiment, the heat-insulating bridge-cut-off that described soket head cap screw 60 runs through described first side plate 512 and described second side plate 513 is arranged, the simply easy disassembly of described fastening assembly 600 structure.
Based on disclosing of above technical scheme, the present invention possesses following beneficial effect:
A kind of intelligent window provided by the invention, it comprises sash 100, window frame 200, drive part 300, control section 400, square frame 500 and fastening assembly 600, described sash 100 is rotating to be installed in described window frame 200, described square frame 500 is located between described window frame 200 and body of wall, described drive part 300 is installed in described square frame 500, folding is realized in order to drive described sash 100 to rotate, described fastening assembly 600 is in order to be fastened to described body of wall by described square frame 500, wherein, described drive part 300 comprises micromachine 301, worm screw 302, worm gear 303 and sash installation shaft 304, the rotating shaft of described micromachine 301 is connected with described worm screw 302, described worm gear 303 is meshed with described worm screw 302, described sash installation shaft 304 one end is connected with described worm gear 303, the other end is installed for sash 100, described control section 400 comprises micromachine controller 401, signal receiving module 402, communication module 403, alarm module 404, first infrared facility 405, second infrared facility 406 and glass breaking inductor 407, described first infrared facility 405 is arranged at the inner side of window, described second infrared facility 406 is arranged at the outside of window, the contiguous window of described glass breaking inductor 407 is arranged, when indoor occupant is near window and when being responded to by described first infrared facility 405, described first infrared facility 405 sends signal to described micromachine controller 401, described micromachine controller 401 controls described micromachine 301 and rotates and sash 100 is closed, when outdoor personnel are near window and when being responded to by described second infrared facility 406, described second infrared facility 406 sends signal to described micromachine controller 401, described micromachine controller 401 controls described micromachine 301 and rotates and sash 100 is closed, when described glass breaking inductor 407 responds to window breakage fragmentation, described alarm module 404 can be reported to the police, described square frame 500 is enclosed by four frames 501 and forms, and adjacent described frame 501 is fixedly connected with via corner brace 502, described in each, frame 501 comprises section bar 51, cover plate 52 and connect the skeleton 53 of described section bar 51 and described cover plate 52, described section bar 51 comprises base plate 511, first side plate 512, second side plate 513, and by described base plate 511, described first side plate 512 and described second side plate 513 enclose the accommodation space 514 of formation, wherein, described base plate 511 respective chamber/chambers is arranged outward, described first side plate 512 adjoins window frame 200 and arranges, described second side plate 513 adjoins body of wall and arranges, and described first side plate 512 and described second side plate 513 are equipped with insulation bridge 515, described base plate 511 is interval with four baffle plates and is arranged in described accommodation space 514, baffle plate described in each is arranged along the longitudinally of described base plate 511, and baffle plate described in each comprises the junction plate 5111 be vertical setting with described base plate 511, and the stop catch plate 5112 to be vertical setting with described junction plate 5111, described baffle plate specifically comprises the first baffle plate 5113, second baffle 5114, third gear plate 5115 and fourth gear plate 5116, formed between described first baffle plate 5113 and described second baffle 5114 in the first step-like bolt mounting groove 5117, formed in the second step-like bolt mounting groove 5118 between described third gear plate 5115 and described fourth gear plate 5116, described skeleton 53 comprises substrate 531, and from the first installing plate 532 and the second installing plate 533 that the bending of the two ends of described substrate 531 is arranged, described first installing plate 532 is connected via bolt with between described cover plate 52, described second installing plate 533 is connected via bolt with between described baffle plate, be provided with perforation 5311 in described substrate 531 to lay for described window driving mechanism, its drive part 300 structure simply stable and reliable operation, its control section 400 adopts three kinds of modes to be specially: adopt described first infrared facility 405 and described second infrared facility 406 to carry out Based Intelligent Control, by adopt remote controller and described signal receiving module 402 with the use of and arrive short range remote device and control, and carry out remote network control with outer net by described communication module 403, thus, extremely easy to use.Its drive part 300 is hidden in the square frame 500 of closed-loop layout, and does not affect the aesthetic property of window, the simply easy disassembly of this square frame 500 structure.
Above by reference to the accompanying drawings to invention has been exemplary description; obvious realization of the present invention is not subject to the restrictions described above; as long as have employed the various improvement that method of the present invention is conceived and technical scheme is carried out; or design of the present invention and technical scheme directly applied to other occasion, all in protection scope of the present invention without to improve.
Claims (9)
1. an intelligent window, it is characterized in that, it comprises sash, window frame, drive part, control section, square frame and fastening assembly, described sash is rotating to be installed in described window frame, and described square frame is located between described window frame and body of wall, and described drive part is installed in described square frame, folding is realized in order to drive described its rotation, described fastening assembly in order to described square frame is fastened to described body of wall, wherein
Described drive part comprises micromachine, worm screw, worm gear and sash installation shaft, and the rotating shaft of described micromachine is connected with described worm screw, and described worm gear is meshed with described worm screw, and described sash installation shaft one end is connected with described worm gear, and the other end is installed for sash;
The signal receiving module that described control section comprises micromachine controller and is electrically connected with described micromachine controller, communication module, alarm module, first infrared facility, second infrared facility and glass breaking inductor, described first infrared facility is arranged at the inner side of window, described second infrared facility is arranged at the outside of window, the contiguous window of described glass breaking inductor is arranged, when indoor occupant is near window and by described first infrared facility induction, described first infrared facility sends signal to described micromachine controller, described micromachine controller controls described micromachine and rotates and sash is closed, when outdoor personnel are near window and by described second infrared facility induction, described second infrared facility sends signal to described micromachine controller, described micromachine controller controls described micromachine and rotates and sash is closed, when described glass breaking inductor induction window breakage is broken, described alarm module can be reported to the police,
Described square frame is enclosed by four frames and forms, and adjacent described frame is fixedly connected with via corner brace, described in each, frame comprises section bar, cover plate and connect the skeleton of described section bar and described cover plate, described section bar comprises base plate, first side plate, second side plate, and by described base plate, described first side plate and described second side plate enclose the accommodation space of formation, wherein, described base plate respective chamber/chambers is arranged outward, described first side plate adjoins window frame and arranges, described second side plate adjoins body of wall and arranges, and described first side plate and described second side plate are equipped with insulation bridge, described base plate is interval with four baffle plates and is arranged in described accommodation space, baffle plate described in each is arranged along the longitudinally of described base plate, and baffle plate described in each comprises the junction plate be vertical setting with described base plate, and the stop catch plate to be vertical setting with described junction plate, described baffle plate specifically comprises the first baffle plate, second baffle, third gear plate and fourth gear plate, formed between described first baffle plate and described second baffle in the first step-like bolt mounting groove, formed in the second step-like bolt mounting groove between described third gear plate and described fourth gear plate, described skeleton comprises substrate, and the first installing plate and second installing plate of setting is bent from the two ends of described substrate, described first installing plate is connected via bolt with between described cover plate, described second installing plate is connected via bolt with between described baffle plate, described substrate is provided with perforation and lays for described window driving mechanism.
2. intelligent window according to claim 1, it is characterized in that, described control section also comprises the wind inductor be electrically connected with described micromachine controller, rain inductor and counter, wherein, described wind inductor and described rain inductor are arranged at the outside of described window, when described wind inductor senses the wind speed of specific size or when described rain inductor senses rainwater, described wind inductor or described rain inductor send signal to described micromachine controller, described counter starts counting simultaneously, when the count value of described counter reaches a certain setting value, and described wind inductor or described rain inductor are still sending signal to described micromachine controller, described micromachine controller controls described micromachine and rotates and drive sash to cut out.
3. intelligent window according to claim 1, it is characterized in that, described control section also comprises blower fan and the controller of fan that is electrically connected with described micromachine controller and gas leakage inductor, the outside of described window is located at by described blower fan, and just the window of described window is arranged, described gas leakage inductor is located at indoor, when the gas content in described gas leakage inductor nernst cell exceeds standard, described micromachine controller control described micromachine rotate and sash is opened, and described controller of fan control described blower fan unlatching carry out.
4. intelligent window according to claim 1, is characterized in that, described corner brace is connected with the baffle plate of adjacent described section bar respectively via bolt.
5. intelligent window according to claim 1, is characterized in that, described first side plate exceeds window frame and arranges to indoor, and is provided with screen window installation slide rail in its part exceeding window frame.
6. intelligent window according to claim 1, it is characterized in that, in each described frame, there is the cavity volume be interconnected, and each described frame is specially upper side frame, lower frame, left frame and left frame, base plate in described upper side frame is provided with air-vent, and be provided with air grid in described air-vent, in the cavity volume of described upper side frame, corresponding described air-vent is provided with three way type hush pipe, described three way type hush pipe is connected with the described baffle plate of described section bar via bolt, described three way type hush pipe comprises silencing pipeline, and the air inducing pipeline to be vertical setting with described silencing pipeline, the inwall of described silencing pipeline is provided with sound-absorbing dustproof sponge layer, mini fan is provided with and corresponding described air-vent setting in described air inducing pipeline, each described frame is provided with air-vent.
7. intelligent window according to claim 5, it is characterized in that, in each described frame, there is the cavity volume be interconnected, and each described frame is specially upper side frame, lower frame, left frame and left frame, base plate in described upper side frame is provided with air-vent, and be provided with air grid in described air-vent, in the cavity volume of described upper side frame, corresponding described air-vent is provided with three way type hush pipe, described three way type hush pipe is connected with the described baffle plate of described section bar via bolt, described three way type hush pipe comprises silencing pipeline, and the air inducing pipeline to be vertical setting with described silencing pipeline, the inwall of described silencing pipeline is provided with sound-absorbing dustproof sponge layer, mini fan is provided with and corresponding described air-vent setting in described air inducing pipeline, each described frame is provided with air-vent, described air-vent is opened on described first side plate, and be positioned at described screen window installation slide rail.
8. intelligent window according to claim 1, it is characterized in that, frame described in each is fastened and fixed to body of wall through described fastening assembly, described fastening assembly comprises soket head cap screw and snap close piece, described soket head cap screw wears described first side plate and described second side plate is arranged, and described snap close piece comprises the installation portion and the fixed part fixing with described first side plate that match with the hexagonal groove of described soket head cap screw.
9. intelligent window according to claim 8, is characterized in that, the heat-insulating bridge-cut-off that described soket head cap screw runs through described first side plate and described second side plate is arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310282402.0A CN103321523B (en) | 2013-07-05 | 2013-07-05 | Intelligent window |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310282402.0A CN103321523B (en) | 2013-07-05 | 2013-07-05 | Intelligent window |
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| CN103321523A CN103321523A (en) | 2013-09-25 |
| CN103321523B true CN103321523B (en) | 2015-05-27 |
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| CN201310282402.0A Expired - Fee Related CN103321523B (en) | 2013-07-05 | 2013-07-05 | Intelligent window |
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Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104806112B (en) * | 2015-02-11 | 2016-08-24 | 河南理工大学 | A kind of smart window |
| CN105649242B (en) * | 2016-01-04 | 2018-09-07 | 安阳师范学院 | A kind of double-layered glass facade intelligent control method |
| CN106639736B (en) * | 2016-12-19 | 2018-09-04 | 裕克施乐塑料制品（太仓）有限公司 | A kind of portable type intelligent window folding actuator |
| CN110242172B (en) * | 2019-06-11 | 2022-03-29 | 青岛海尔空调器有限总公司 | Smart window and control method for smart window |
| CN110242173B (en) * | 2019-06-11 | 2022-03-29 | 青岛海尔空调器有限总公司 | Smart window and control method for smart window |
| CN110206462B (en) * | 2019-06-11 | 2022-03-29 | 青岛海尔空调器有限总公司 | Smart window and control method for smart window |
| CN110259344B (en) * | 2019-06-11 | 2022-03-29 | 青岛海尔空调器有限总公司 | Smart window and control method for smart window |
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| JP2002332775A (en) * | 2001-05-10 | 2002-11-22 | Arai Pump Mfg Co Ltd | Control device for automatic closing sliding door, and electromagnetic brake therefor |
| CN2937406Y (en) * | 2006-06-13 | 2007-08-22 | 杨秀新 | Intelligent door and window |
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| CN103321523A (en) | 2013-09-25 |
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