CN211559657U - Intelligent electric double-layer split curtain - Google Patents
Intelligent electric double-layer split curtain Download PDFInfo
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- CN211559657U CN211559657U CN201921304969.2U CN201921304969U CN211559657U CN 211559657 U CN211559657 U CN 211559657U CN 201921304969 U CN201921304969 U CN 201921304969U CN 211559657 U CN211559657 U CN 211559657U
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- 238000005286 illumination Methods 0.000 description 4
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- 230000009286 beneficial effect Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
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Abstract
The utility model belongs to the technical field of the product is used daily in life, especially, relate to an electronic double-deck curtain of running from opposite directions of intelligence. The method comprises the following steps: the outer curtain and the inner curtain are arranged in parallel; the outer layer left curtain motor is connected with the acousto-optic controller through an outer layer left curtain motor control line; the outer layer right curtain motor is connected with the acousto-optic controller through an outer layer right curtain motor control line, and the acousto-optic controller is connected with a power supply through a power supply plug; the inner layer right curtain motor is connected with the acousto-optic controller through an inner layer right curtain motor control line, the inner layer left curtain motor is connected with the acousto-optic controller through an inner layer left curtain motor control line, and the acousto-optic controller is connected with a power supply through a power plug. The utility model has the characteristics of simple structure, convenient operation, it is reasonable to make up. The manual curtain opening and closing device can solve the problem of complexity of manual curtain opening and closing, realizes a bidirectional and unidirectional opening and closing mode, is convenient to use and easy to operate, and can provide great convenience for daily life of people.
Description
Technical Field
The utility model belongs to the technical field of the product is used daily in life, especially, relate to an electronic double-deck curtain of running from opposite directions of intelligence.
Background
In the information era, a lot of manpower replaces the operation of people through intelligent control, and industrial automation and intellectualization gradually expand to household intelligent automation. An intelligent electric curtain is a substitute for human, and is operated manually by voice, indoor illumination control and electric opening and closing. The family life of people is more and more intelligent and more convenient.
Disclosure of Invention
Problem to prior art existence, the utility model provides an electronic double-deck curtain of running from opposite directions of intelligence, its purpose is in order to provide a simple structure, convenient operation, the electronic double-deck curtain of running from opposite directions of intelligence that the combination is reasonable.
The utility model provides a technical scheme that its technical problem adopted is:
an intelligent motorized double-layer curtain, comprising: the outer curtain and the inner curtain are arranged in parallel; the outer curtain comprises: outer left curtain motor, outer left curtain slideway, outer left curtain hook, outer right curtain slideway, outer right curtain motor and outer right curtain motor control line; the inner curtain includes: an inner layer right curtain motor control line, an inner layer right curtain motor, an inner layer right curtain slide way, an inner layer right curtain hook, an inner layer left curtain slide way and an inner layer left curtain motor;
the outer layer left curtain motor is connected with the acousto-optic controller through an outer layer left curtain motor control line; the outer layer right curtain motor is connected with the acousto-optic controller through an outer layer right curtain motor control line, and the acousto-optic controller is connected with a power supply through a power supply plug; the inner layer right curtain motor is connected with the acousto-optic controller through an inner layer right curtain motor control line, the inner layer left curtain motor is connected with the acousto-optic controller through an inner layer left curtain motor control line, and the acousto-optic controller is connected with a power supply through a power plug.
The outer layer curtain and the inner layer curtain are arranged on the wall or the window frame in parallel.
The sound and light controller is a controller with a voice switch and a light intensity control function and comprises an intelligent voice switch, a lighting device with control and a light intensity transmitter.
The outer layer left curtain slideway, the outer layer right curtain slideway, the inner layer left curtain slideway and the inner layer right curtain slideway are respectively connected with a pulley and a curtain hook.
The pulley is at least provided with more than one pulley.
The outer layer left curtain slideway and the outer layer right curtain slideway are respectively connected with an outer layer left curtain hook and an outer layer right curtain hook; the inner layer left curtain slideway and the inner layer right curtain slideway are respectively connected with an inner layer left curtain hook and an inner layer right curtain hook.
The outer layer left curtain motor and the outer layer left curtain slideway are driven by a toothed rubber belt to drive the outer layer left curtain hook to travel; the outer layer right curtain slideway and the outer layer right curtain motor are driven by a toothed rubber belt to drive the outer layer right curtain hook to move; the inner layer left curtain slideway and the inner layer left curtain motor are driven by a toothed rubber belt to drive the inner layer left curtain hook to travel; the inner layer right curtain motor and the inner layer right curtain slideway are driven by a tooth-shaped rubber belt to drive the inner layer right curtain hook to move.
The outer layer left curtain motor and the outer layer right curtain motor are respectively arranged on two sides of a window; the inner layer left curtain motor and the inner layer right curtain motor are also respectively arranged at two sides of the window; the outer layer left curtain slideway, the outer layer right curtain slideway, the inner layer left curtain slideway and the inner layer right curtain slideway are fixed on the wall ceiling through screws.
When the double-layer split curtain is of a double-opening structure, two pulleys are respectively arranged on the outer-layer left curtain slideway, the outer-layer right curtain slideway, the inner-layer left curtain slideway and the inner-layer right curtain slideway, the pulleys are opened to slide towards two sides or opened from the middle to the two sides, and the curtain is opened and closed from the middle to the two sides of the track in a sliding manner; the double-layer split curtain can also be of a single-opening structure, and a pulley is arranged on the outer-layer left curtain slideway, the outer-layer right curtain slideway, the inner-layer left curtain slideway and the inner-layer right curtain slideway respectively.
The double-layer split curtain comprises the following components:
(1) single-track single-open: arranging a curtain slideway and a motor;
(2) single track double open: arranging a curtain slideway and a motor;
(3) double-track single-open: two motors are arranged on the two curtain slideways;
(4) double-track double-opening: two motors are arranged on the two curtain slideways.
The utility model has the advantages and beneficial effects that:
the utility model provides an intelligent electric double-layer split curtain with simple structure, convenient operation and reasonable combination. The manual curtain opening and closing device can solve the problems of complexity of the existing manual curtain opening and closing, can realize a bidirectional and unidirectional opening and closing mode, is convenient to use and easy to operate, and can bring great convenience for daily life of people.
Drawings
To facilitate understanding and practice of the invention for those skilled in the art, the invention is described in further detail below with reference to the accompanying drawings and the specific embodiments, but it is to be understood that the scope of the invention is not limited to the specific embodiments.
Fig. 1 is a schematic structural diagram of the present invention;
FIG. 2 is a schematic view of a double open type embodiment of the left curtain rail of the present invention;
fig. 3 is a schematic view of a single-open type embodiment of the left curtain rail of the present invention.
In fig. 1: the window curtain comprises an outer left curtain motor 1, an outer left curtain slide 2, an outer left curtain hook 3, an outer right curtain hook 4, an outer right curtain slide 5, an outer right curtain motor 6, an outer right curtain motor control line 7, an inner right curtain motor control line 8, an inner right curtain motor 9, an inner right curtain slide 10, an inner right curtain hook 11, an inner left curtain hook 12, an inner left curtain slide 13, an inner left curtain motor 14, an outer left curtain motor control line 15, an inner left curtain motor control line 16, a sound and light controller 17 and a power plug 18.
Detailed Description
As shown in fig. 1, the utility model relates to an intelligent electric double-layer split curtain, which comprises an outer curtain and an inner curtain, wherein the outer curtain and the inner curtain are arranged on a wall or a window frame in parallel.
The outer curtain includes: the curtain comprises an outer layer left curtain motor 1, an outer layer left curtain slide way 2, an outer layer left curtain hook 3, an outer layer right curtain hook 4, an outer layer right curtain slide way 5, an outer layer right curtain motor 6 and an outer layer right curtain motor control wire 7, wherein curtains are connected to the outer layer left curtain hook 3 and the outer layer right curtain hook 4. The outer layer left curtain motor 1 is connected with the sound and light controller 17 through an outer layer left curtain motor control wire 15, the outer layer right curtain motor 6 is connected with the sound and light controller 17 through an outer layer right curtain motor control wire 7, and the sound and light controller 17 is connected with a 220V alternating current power supply through a power plug 18.
The sound and light controller 17 is a controller with a voice switch and a light intensity control function, and can be selected from a commercially available intelligent voice switch, a lighting device with control and a light intensity transmitter.
The outer layer left curtain motor 1 and the outer layer left curtain slideway 2 are driven by a toothed rubber belt to drive the outer layer left curtain hook 3 to walk, and the outer layer left curtain motor 1 and the outer layer left curtain slideway 2 are commercially available standard component curtain motors. The outer layer right curtain slideway 5 and the outer layer right curtain motor 6 are driven by a toothed rubber belt to drive the outer layer right curtain hook 4 to walk, and the outer layer right curtain slideway 5 and the outer layer right curtain motor 6 are commercially available standard component curtain motors. The outer layer left curtain slideway 2 and the outer layer right curtain slideway 5 are fixed on the wall ceiling through screws.
The window comprises a window body, an outer left curtain motor 1, an outer right curtain motor 6, an outer left curtain slide rail 2, an outer right curtain slide rail 5, an outer left curtain hook 3 and an outer right curtain hook 4, wherein the outer left curtain motor 1 and the outer right curtain motor 6 are arranged on two sides of the window body respectively, one end of the outer left curtain motor 1 and one end of the outer right curtain motor 6 are connected with the outer left curtain slide rail 2 and the outer right curtain slide rail 5 respectively, and the outer left curtain hook 3 and. The outer layer left curtain slideway 2 and the outer layer right curtain slideway 5 are respectively connected with a pulley. The pulley can be a commercially available product, and the connection mode of the pulley and the slideway is the same as that of the commercially available product. When the curtain is selected to be a double-open type curtain, the outer layer left curtain motor 1 respectively drives the two pulleys on the outer layer left curtain slideway 2 to open and slide towards two sides, namely, when the curtain is opened from the middle to the two sides, the double-open curtain cloth slides to open and close from the middle of the track to the two sides. The outer layer right curtain motor 6 respectively drives the two pulleys on the outer layer right curtain slideway 5 to open and slide towards two sides, namely when the two pulleys are opened from the middle to the two sides, the double-opening curtain cloth slides to open and close from the middle of the track to the two sides. As shown in fig. 2, fig. 2 is a schematic view of a double-open type embodiment of the left curtain rail of the present invention. The inner layer left curtain motor 14 and the inner layer right curtain motor 9 are respectively arranged at two sides of a window, one end of the inner layer left curtain motor 14 and one end of the inner layer right curtain motor 9 are respectively connected with the inner layer left curtain slide way 13 and the inner layer right curtain slide way 10, the inner layer left curtain slide way 13 and the inner layer right curtain slide way 10 are respectively connected with two pulleys, and the working principle of the pulleys is the same as that of the outer layer motor and the slide way.
When the curtain is selected to be a single-opening type curtain, the outer layer left curtain slideway 2 and the outer layer right curtain slideway 5 are respectively connected with a pulley, and the pulleys on the connected slideways are respectively driven by the outer layer left curtain motor 1 and the outer layer right curtain motor 6 on two sides, so that the curtain is driven to open and close towards one side. As shown in fig. 3, fig. 3 is a schematic view of a single-open type embodiment of the left curtain rail of the present invention. Similarly, one end of the inner layer left curtain motor 14 and one end of the inner layer right curtain motor 9 are respectively connected with the inner layer left curtain slideway 13 and the inner layer right curtain slideway 10, the inner layer left curtain slideway 13 and the inner layer right curtain slideway 10 are respectively connected with a pulley, and the working principle of the pulleys is the same as that of the outer layer motor and the slideways.
The inner curtain includes: an inner layer right curtain motor control line 8, an inner layer right curtain motor 9, an inner layer right curtain slide way 10, an inner layer right curtain hook 11, an inner layer left curtain hook 12, an inner layer left curtain slide way 13 and an inner layer left curtain motor 14. The inner layer right curtain hook 11 and the inner layer left curtain hook 12 are connected with curtains. The inner layer right curtain motor 9 is connected with the sound and light controller 17 through an inner layer right curtain motor control line 8, the inner layer left curtain motor 14 is connected with the sound and light controller 17 through an inner layer left curtain motor control line 16, and the sound and light controller 17 is connected with a 220V alternating current power supply through a power plug 18.
The inner layer left curtain slideway 13 and the inner layer left curtain motor 14 are driven by a toothed rubber belt to drive the inner layer left curtain hook 12 to move, and the inner layer left curtain slideway 13 and the inner layer left curtain motor 14 are commercially available standard component curtain motors;
the inner layer right curtain motor 9 and the inner layer right curtain slideway 10 are driven by a toothed rubber belt to drive the inner layer right curtain hook 11 to walk, and the inner layer right curtain motor 9 and the inner layer right curtain slideway 10 are also commercially available standard component curtain motors which are connected or installed in the same manner as the inner layer left curtain slideway 13 and the inner layer left curtain motor 14.
The inner layer left curtain slideway 13 and the inner layer right curtain slideway 10 are fixed on the wall ceiling through screws.
The inner layer left curtain slideway 13 and the inner layer right curtain slideway 10 are respectively connected with an inner layer left curtain hook 12 and an inner layer right curtain hook 11.
The utility model discloses the product is when specifically using, according to following step operation:
step 1:
1.1, adjusting the sound and light controller 17 to the open gear;
1.2 saying 'outer curtain open' by voice, at this time, the outer left curtain motor 1 passes through the outer left curtain motor control line 15, the outer right curtain motor 6 passes through the outer right curtain motor control line 7, and simultaneously, the curtain of the outer left curtain hook 3 and the outer right curtain hook 4 starts to extend the outer left curtain slideway 2 and the outer right curtain slideway 5 to move towards two sides, so that the operation can be stopped at any time by saying 'stop' by voice, and the outer left curtain motor 1 and the outer right curtain motor 6 stop running; if the curtain is stopped, the outer layer left curtain hook 3 and the outer layer right curtain hook 4 are opened towards the two sides to the maximum degree, and then the actions are automatically stopped.
1.3 if the 'outer curtain is closed' is spoken by voice, the outer left curtain motor 1 starts to drive to work through an outer left curtain motor control line 15, the outer right curtain motor 6 starts to drive to work through an outer right curtain motor control line 7 and simultaneously receives an instruction of the acousto-optic controller 17, and the curtains of the outer left curtain hook 3 and the outer right curtain hook 4 start to move from two sides to the middle along the outer left curtain slide way 2 and the outer right curtain slide way 5; the operation can be stopped at any time by speaking stop with voice, and the outer layer left curtain motor 1 and the outer layer right curtain motor 6 can be stopped; if the curtain is stopped, the outer layer left curtain hook 3 and the outer layer right curtain hook 4 respectively move towards the middle until the curtain is closed, and the curtain automatically stops moving.
Step 2: the sound and light controller 17 is adjusted to an intelligent gear, the illumination of the sound and light controller 17 is adjusted to a required illumination value, and the outer layer left curtain motor 1 and the outer layer right curtain motor 6 can automatically and intelligently adjust the opening size of the curtain according to the indoor illumination.
And step 3: the sound and light controller 17 is adjusted to the open gear;
and 4, step 4: the inner layer curtain is opened by voice, the inner layer left curtain motor 14 passes through an inner layer left curtain motor control line 16, the inner layer right curtain motor 9 passes through an inner layer right curtain motor control line 8, and simultaneously receives an instruction of a sound and light controller 17 to start driving work, the curtains on the inner layer right curtain hook 11 and the inner layer left curtain hook 12 start to extend the inner layer right curtain slide way 10 and the inner layer left curtain slide way 13 to act, and the inner layer left curtain motor 14 and the inner layer right curtain motor 9 can stop running at any time by saying 'stop' by voice; if the user does not speak "stop" through voice, the inner layer left curtain motor 14 and the inner layer right curtain motor 9 respectively open towards the two sides to the maximum degree, namely, the user automatically stops.
If the inner layer curtain is closed through the voice, the inner layer left curtain motor 14 and the inner layer right curtain motor 9 start to work, and the inner layer right curtain hook 11 and the inner layer left curtain hook 12 drive the curtain above to start to extend to the inner layer right curtain slide way 10 and the inner layer left curtain slide way 13 to move; the inner layer left curtain motor 14 and the inner layer right curtain motor 9 can stop acting through speaking stop at any time through voice; if the user does not speak "stop" through voice, the inner layer left curtain motor 14 and the inner layer right curtain motor 9 respectively move towards the middle until the inner layer left curtain motor and the inner layer right curtain motor automatically stop moving after being closed.
The utility model discloses the product is when concrete implementation, can produce and all be in for following various structures the utility model discloses within the scope of implementation:
1. single-track single-open: a motor is arranged on the curtain slideway, and the curtain slideway can be arranged on both sides.
2. Single track double open: a motor is arranged on the curtain slideway.
3. Double-track single-open: two motors are arranged on the two curtain slideways.
4. Double-track double-opening: two motors are arranged on the two curtain slideways.
Claims (9)
1. An electronic double-deck folio (window) curtain of intelligence, characterized by: the method comprises the following steps: the outer curtain and the inner curtain are arranged in parallel; the outer curtain comprises: outer left curtain motor, outer left curtain slideway, outer left curtain hook, outer right curtain slideway, outer right curtain motor and outer right curtain motor control line; the inner curtain includes: an inner layer right curtain motor control line, an inner layer right curtain motor, an inner layer right curtain slide way, an inner layer right curtain hook, an inner layer left curtain slide way and an inner layer left curtain motor; the outer layer left curtain motor is connected with the acousto-optic controller through an outer layer left curtain motor control line; the outer layer right curtain motor is connected with the acousto-optic controller through an outer layer right curtain motor control line, and the acousto-optic controller is connected with a power supply through a power supply plug; the inner layer right curtain motor is connected with the acousto-optic controller through an inner layer right curtain motor control line, the inner layer left curtain motor is connected with the acousto-optic controller through an inner layer left curtain motor control line, and the acousto-optic controller is connected with a power supply through a power plug.
2. The intelligent electric double-layer split curtain as claimed in claim 1, wherein: the outer layer curtain and the inner layer curtain are arranged on the wall or the window frame in parallel.
3. The intelligent electric double-layer split curtain as claimed in claim 1, wherein: the sound and light controller is a controller with a voice switch and a light intensity control function and comprises an intelligent voice switch, a lighting device with control and a light intensity transmitter.
4. The intelligent electric double-layer split curtain as claimed in claim 1, wherein: the outer layer left curtain slideway, the outer layer right curtain slideway, the inner layer left curtain slideway and the inner layer right curtain slideway are respectively connected with a pulley and a curtain hook.
5. The intelligent electric double-layer split curtain as claimed in claim 4, wherein: the pulley is at least provided with more than one pulley.
6. The intelligent electric double-layer split curtain as claimed in claim 1, wherein: the outer layer left curtain slideway and the outer layer right curtain slideway are respectively connected with an outer layer left curtain hook and an outer layer right curtain hook; the inner layer left curtain slideway and the inner layer right curtain slideway are respectively connected with an inner layer left curtain hook and an inner layer right curtain hook.
7. The intelligent electric double-layer split curtain as claimed in claim 1, wherein: the outer layer left curtain motor and the outer layer left curtain slideway are driven by a toothed rubber belt to drive the outer layer left curtain hook to travel; the outer layer right curtain slideway and the outer layer right curtain motor are driven by a toothed rubber belt to drive the outer layer right curtain hook to move; the inner layer left curtain slideway and the inner layer left curtain motor are driven by a toothed rubber belt to drive the inner layer left curtain hook to travel; the inner layer right curtain motor and the inner layer right curtain slideway are driven by a tooth-shaped rubber belt to drive the inner layer right curtain hook to move.
8. The intelligent electric double-layer split curtain as claimed in claim 1, wherein: the outer layer left curtain motor and the outer layer right curtain motor are respectively arranged on two sides of a window; the inner layer left curtain motor and the inner layer right curtain motor are also respectively arranged at two sides of the window; the outer layer left curtain slideway, the outer layer right curtain slideway, the inner layer left curtain slideway and the inner layer right curtain slideway are fixed on the wall ceiling through screws.
9. The intelligent electric double-layer split curtain as claimed in claim 1, wherein: when the double-layer split curtain is of a double-opening structure, two pulleys are respectively arranged on the outer-layer left curtain slideway, the outer-layer right curtain slideway, the inner-layer left curtain slideway and the inner-layer right curtain slideway, the pulleys are opened to slide towards two sides or opened from the middle to the two sides, and the curtain is opened and closed from the middle to the two sides of the track in a sliding manner; the double-layer split curtain can also be of a single-opening structure, and a pulley is arranged on the outer-layer left curtain slideway, the outer-layer right curtain slideway, the inner-layer left curtain slideway and the inner-layer right curtain slideway respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921304969.2U CN211559657U (en) | 2019-08-13 | 2019-08-13 | Intelligent electric double-layer split curtain |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921304969.2U CN211559657U (en) | 2019-08-13 | 2019-08-13 | Intelligent electric double-layer split curtain |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN211559657U true CN211559657U (en) | 2020-09-25 |
Family
ID=72521947
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201921304969.2U Expired - Fee Related CN211559657U (en) | 2019-08-13 | 2019-08-13 | Intelligent electric double-layer split curtain |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN211559657U (en) |
-
2019
- 2019-08-13 CN CN201921304969.2U patent/CN211559657U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20200925 |