CN207960438U - A kind of glass door and window that can automatically adjust lighting angle - Google Patents

Abstract

The utility model is related to a kind of glass door and windows that can automatically adjust lighting angle of building doors and windows production field, hollow glass is separately fixed at by glazing bead on upper frame and lower frame, and hollow glass is filled with glazing compound between upper frame and its lower frame respectively；Blinds is provided with inside hollow glass from top to bottom, the inner side and outer side of blinds is cascaded by inner rope and outer rope respectively；It is respectively arranged with built-in motor and external motor above the inside front of hollow glass and its outside, built-in motor is connected with inner rope, and external motor is connected with outer rope；It is also equipped with sensor on the outside of hollow glass；The utility model is widely used in the production of various building doors and windows, the angle of blinds can be automatically adjusted according to the power of ambient, ensure that there is sufficient illumination in interior, in order to reach better energy-efficient purpose, avoid artificial de-regulation, to ensure the comfort requirement of user, automation is fully realized.

Description

A kind of glass door and window that can automatically adjust lighting angle

Technical field

The utility model is related to building doors and windows production fields, more particularly to a kind of glass that can automatically adjust lighting angle Glass door and window.

Background technology

It is traditional shading product to hollow louver glass window, is generally opened or is closed using artificial drawstring or mechanical means It closes, by advanced technology, by venetian blind integral installation in hollow glass, hundred in hollow glass is controlled using magnetic force Leaf curtain can lift or overturn easily 180 degree, which not only saves use space, but also reaches sunshade purpose, also have heat preservation Property and noise control sound function, while to building and indoor with novel vision, no matter summer or winter, can adjust shutter angle It spends to reach sunshade or daylighting heating, air conditioning energy consumption is made to be greatly reduced；But in use, it is adjusted manually to overturn blinds Inevitably inconvenient, especially family has the needs de-regulation in turn of a large amount of door and windows, in this way for user, do not have compared with High comfort；Common louver structure cannot fully achieve automation, it is also desirable to manual adjustment, it is cumbersome using process.

Utility model content

The purpose of this utility model is to provide a kind of glass door and window that can automatically adjust lighting angle, overcomes the prior art The problem of, the angle of blinds can be automatically adjusted according to the power of ambient, ensure that there is sufficient illumination in interior, In order to reach better energy-efficient purpose, artificial de-regulation is avoided, to ensure the comfort requirement of user, is fully realized certainly Dynamicization.

What the purpose of this utility model was realized in：A kind of glass door and window that can automatically adjust lighting angle, including It is fixed on main frame within the walls, main frame includes upper frame and lower frame, is fixedly installed between upper frame and lower frame hollow Glass, hollow glass are separately fixed at by glazing bead on upper frame and lower frame, hollow glass respectively with upper frame and its Glazing compound is filled between lower frame；It is characterized in that, blinds is provided with inside hollow glass from top to bottom, blinds it is interior Side and outside are cascaded by inner rope and outer rope respectively；It is respectively arranged with above the inside front of hollow glass and its outside Built-in motor and external motor, built-in motor are connected with inner rope, and external motor is connected with outer rope；Also cooperation is set on the outside of hollow glass It is equipped with sensor.

When utility model works, when carrying out daylighting, if fine day when extraneous, indoor daylighting is stronger at this time, so External motor operating drives the outer rope meeting blinds appropriate that fall outside afterwards, while built-in motor operating drives inner rope can be appropriate The blinds for rising inside, can ensure that the sun is unlikely to shine in directly through hollow glass in this way, ensure room brilliancy While, also it is unlikely to too bright；When cloudy, since sunlight is not strong, so external motor operating drives outer rope can be appropriate The blinds in outside is risen, while built-in motor operating drives inner rope appropriate can fall the blinds of inside, ensures that interior is filled Divide illumination, when indoor insufficient, built-in motor and external motor can work at the same time and blinds driven all to be raised above, guarantee room Inside there is sufficient illumination；Indoor user of service can automatically adjust light according to the requirement of oneself by remote controler simultaneously It is strong and weak.

The beneficial effects of the utility model are：The utility model can automatically adjust hundred according to the power of ambient The angle of leaf ensures that there is sufficient illumination in interior, in order to reach better energy-efficient purpose, artificial de-regulation is avoided, to protect The comfort requirement for demonstrate,proving user, fully realizes automation.

It is to ensure that blinds can fully realize that automation is adjusted as a further improvement of the utility model, ensures simultaneously Uniform force；Built-in motor and external motor are respectively arranged with two groups, and built-in motor is arranged in the both sides of blinds, external motor It is arranged in the both sides of blinds；It is provided with reel on built-in motor, is also equipped with reel on external motor, built-in motor and outer Set center line symmetrical setting of the motor along hollow door and window.

It is to ensure that blinds can be normally carried out overturning as a further improvement of the utility model,；Blinds is arranged in The position in empty inside glass center, the outside and inside of blinds and hollow glass are spaced a distance setting.

It is to ensure that sensor transmits correct data as far as possible as a further improvement of the utility model, avoids room Interior daylighting is excessively dark and excessively bright；Sensor is provided with several groups, and be spaced a distance setting between every group of sensor.

Be as a further improvement of the utility model, ensure inner rope and outer rope can prolonged use will not damage； Inner rope and outer rope are all made of high-strength material and are made.

Description of the drawings

Fig. 1 is the front view of the utility model.

Wherein, frame, 2 glazing beads, 3 built-in motors, 4 blinds, 5 inner ropes, 6 lower frames, 7 glazing compounds, 8 pass on 1 Sensor, 9 external motors, rope, 11 hollow glasses outside 10.

Specific implementation mode

As shown in Figure 1, what the purpose of this utility model was realized in：A kind of glass that can automatically adjust lighting angle Door and window, including it is fixed on main frame within the walls, main frame includes upper frame 1 and lower frame 6, solid between upper frame 1 and lower frame 6 Surely it is provided with hollow glass 11, hollow glass 11 is separately fixed at by glazing bead 2 on upper frame 1 and lower frame 6, hollow glass Glass 11 is filled with glazing compound 7 between upper frame 1 and its lower frame 6 respectively；It is arranged from top to bottom inside hollow glass 11 There are blinds 4, the inner side and outer side of blinds 4 to be cascaded respectively by inner rope 5 and outer rope 10；The inside front of hollow glass 11 And its built-in motor 3 and external motor 9 are respectively arranged with above outside, built-in motor 3 is connected with inner rope 5, and external motor 9 connects There is outer rope 10；11 outside of hollow glass is also equipped with sensor 8；Built-in motor 3 and external motor 9 are respectively arranged with two Group, built-in motor 3 are arranged in the both sides of blinds 4, and external motor 9 is also disposed at the both sides of blinds 4；It is provided on built-in motor 3 Reel is also equipped with reel on external motor 9, and built-in motor 3 and external motor 9 are symmetrical along the center line of hollow door and window Setting；Blinds 4 is arranged in the position of 11 center of inside of hollow glass, between the outside and inside of blinds 4 and hollow glass 11 are equal It is arranged every a distance；Sensor 8 is provided with several groups, and be spaced a distance setting between every group of sensor 8；5 He of inner rope Outer rope 10 is all made of high-strength material and is made.

When utility model works, when carrying out daylighting, if fine day when extraneous, indoor daylighting is stronger at this time, so External motor 9 drives 10 meeting of the outer rope blinds 4 appropriate that fall outside by reel operating afterwards, while built-in motor 3 passes through volume Cylinder operating drives the blinds 4 on the inside of the meeting of inner rope 5 rise appropriate, can ensure that the sun is unlikely to directly through hollow glass in this way 11 shine in, and while ensureing room brilliancy, are also unlikely to too bright；When cloudy, since sunlight is not strong, so external Motor 9 drives the blinds 4 on the outside of the 10 meeting rise appropriate of outer rope by reel operating, while built-in motor 3 is operated by reel It drives inner rope 5 appropriate can fall the blinds 4 of inside, ensures that interior obtains adequate illumination, when indoor insufficient, built-in motor 3 and external motor 9 can work at the same time and blinds 4 is driven all to be raised above, ensure that there is sufficient illumination in interior；Indoor use simultaneously Personnel can automatically adjust the power of light according to the requirement of oneself by remote controler.

The utility model is not limited to above-described embodiment, on the basis of technical solution disclosed by the utility model, this For the technical staff in field according to disclosed technology contents, not needing performing creative labour can be special to some of which technology Sign makes some and replaces and deform, these are replaced and deformation is within the protection scope of the present utility model.

Claims (5)

1. the glass door and window of lighting angle can be automatically adjusted a kind of, including is fixed on main frame within the walls, the main frame packet Frame and lower frame are included, hollow glass is fixedly installed between the upper frame and lower frame, the hollow glass passes through glass Glass press strip is separately fixed on frame and lower frame, and the hollow glass is filled between upper frame and its lower frame respectively Glazing compound；It is characterized in that, blinds is provided with inside the hollow glass from top to bottom, the inner side and outer side of the blinds It is cascaded respectively by inner rope and outer rope；It is respectively arranged with above the inside front of the hollow glass and its outside built-in Motor and external motor；The built-in motor is connected with inner rope, and the external motor is connected with outer rope；On the outside of the hollow glass Also it is equipped with sensor.

2. a kind of glass door and window that can automatically adjust lighting angle according to claim 1, it is characterised in that：In described It sets motor and external motor is respectively arranged with two groups, the built-in motor is arranged in the both sides of blinds, and the external motor is also set It sets in the both sides of blinds；It is provided with reel on the built-in motor, reel is also equipped on the external motor, it is described interior Set the center line symmetrical setting of motor and external motor along hollow door and window.

3. a kind of glass door and window that can automatically adjust lighting angle according to claim 1, it is characterised in that：Described hundred Leaf is arranged in the position of hollow glass center of inside, and the outside and inside of the blinds and hollow glass, which are spaced a distance, to be set It sets.

4. a kind of glass door and window that can automatically adjust lighting angle according to claim 1, it is characterised in that：The biography Sensor is provided with several groups, and be spaced a distance setting between every group of sensor.

5. a kind of glass door and window that can automatically adjust lighting angle according to claim 1, it is characterised in that：In described Rope and outer rope are all made of high-strength material and are made.