CN110638304B - Indoor intelligent (window) curtain of quick detachable - Google Patents

Abstract

The invention discloses an indoor intelligent curtain easy to disassemble. The technical key points are as follows: the curtain lifting device comprises a controller, a lifting device, a left lifting device, a right lifting device, a left fixing component, a right fixing component, a left take-up reel and a right take-up reel, wherein the controller, the lifting device, the left lifting device, the right lifting device, the left fixing component, the right fixing component, the left take-up reel and the right take-up reel drive a curtain to lift, and a moving device, a rotating rod, a hanging rod, a moving motor, a steering gear, a moving chain, a moving groove and a placing groove drive the curtain to move left and right.

Description

Indoor intelligent (window) curtain of quick detachable

Technical Field

The invention relates to the field of curtains, in particular to an indoor intelligent curtain easy to disassemble.

Background

At present, the field of smart home is rapidly developed, smart home (home automation) is based on a home as a platform, and facilities related to home life are integrated by utilizing a comprehensive wiring technology, a network communication technology, a safety precaution technology, an automatic control technology and an audio and video technology, so that an efficient management system of home facilities and home schedule affairs is constructed, the home safety, convenience, comfortableness and artistry are improved, and the environment-friendly and energy-saving living environment is realized. However, the existing curtain is complex to mount, needs to climb when being dismounted, is more difficult to dismount than the common curtain after being mounted, and is difficult to dismount and clean.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide an indoor intelligent curtain which is free from climbing and easy to disassemble.

In order to achieve the purpose, the invention provides the following technical scheme: an indoor intelligent (window) curtain of quick detachable, including: the controller comprises a lifting device and a moving device, the controller is respectively connected with the lifting device and the moving device, the lifting device is used for driving the curtain to lift, the lifting device comprises a left lifting device and a right lifting device which are symmetrically arranged, the left lifting device comprises a left motor and a left fixing component, the left motor is connected with the controller, the left fixing component comprises a left fixing rod and a left fixing plate, the left fixing plate is vertically and fixedly connected with the side edge of the left fixing rod, a left through hole is formed in the left fixing rod, the left motor is fixedly connected in the left through hole, the left fixing plate and the left fixing rod are fixedly connected with the wall, a rotating shaft of the left motor extends out to one side of the wall in a back mode, a left take-up reel is arranged on the rotating shaft, the right lifting device comprises a right motor and a right fixing component, and the right motor is connected with the controller, the right fixing component comprises a right fixing rod and a right fixing plate, the right fixing plate is vertically and fixedly connected with the side edge of the right fixing rod, a right through hole is formed in the right fixing rod, the right motor is fixedly connected in the right through hole, the right fixing plate and the right fixing rod are fixedly connected with the wall, a rotating shaft of the right motor extends out of one side of the wall in a back mode, a right take-up reel is arranged on the rotating shaft, the left take-up reel and the right take-up reel are coaxial and have the same diameter, the moving equipment comprises a rotating rod, a hanging rod, a moving motor, a steering gear and a moving chain, the moving motor is connected with a controller, a moving clamping block is arranged on the moving chain, the rotating rod is fixedly connected with the hanging rod, the hanging rod is used for hanging a curtain, a moving groove is formed in the upper side of the hanging rod, the moving motor, the steering gear and the moving chain are arranged in the hanging rod, and the steering gear and the moving motor are respectively arranged at two ends of the hanging rod, the movable chain is sleeved on a driving gear on a rotating shaft of the steering gear and the movable motor and is opposite to the movable groove in position, the movable clamping block penetrates out of the movable groove, the rotary rod is provided with a connecting assembly, the connecting assembly is connected with a wall, and the movable clamping block is provided with a placing groove.

As a further improvement of the invention, the rotating rod is provided with a shielding edge, and the shielding edge extends along the length direction of the rotating rod to completely shield the rotating rod.

As a further improvement of the present invention, a left holding hole is formed in the left fixing plate, the axis of the left holding hole is perpendicular to the axis of the left through hole, a left rotating hole is formed in the hole wall of the left holding hole, a left rotating wheel is arranged in the left rotating hole, a left driving rod is arranged on a rotating shaft of the left motor, a left circular ring coaxial with the left motor is arranged on the left driving rod, the left motor is wrapped in the left circular ring and is partially embedded in the left holding hole, a left triggering ring is arranged in the left rotating hole and can rotate in the left rotating hole, the side surface of the left circular ring embedded in the left triggering ring part is completely attached to the hole wall of the left triggering ring, a left guiding groove is arranged on the side wall of the left circular ring, the left guiding groove surrounds a circle along the circumferential direction of the left circular ring and is connected end to end, a left triggering block is arranged on the left triggering ring and is embedded in the left guiding groove, the left side is equipped with left ejector pad on triggering the ring, the tip on the left side ejector pad is equipped with left magnet, be equipped with left switching subassembly on the rotary rod, left switching subassembly is used for connecting left motor and rotary rod, right accommodation hole has been seted up on the fixed plate of the right side, the axle center of right accommodation hole is perpendicular with the axle center of right through-hole, right rotatory hole has been seted up on the pore wall of right accommodation hole, be equipped with right swiveling wheel in the right swiveling hole, be equipped with right actuating lever in the pivot of right motor, be equipped with the right ring coaxial with right motor on the actuating lever of the right side, right ring wraps up right motor including, and in the partial embedding right accommodation hole, be equipped with right trigger ring in the right swiveling hole, right trigger ring can be in right swiveling hole, right ring embedding right trigger ring partial side and right trigger ring's pore wall laminating completely, be equipped with right guiding groove on right ring's the lateral wall, the round is encircleed along the circumference of right ring to right side guiding groove, and end to end, the right side triggers to be equipped with right trigger block on the ring, right side triggers in the block embedding right guiding groove, the right side triggers to encircle and is equipped with right ejector pad, the tip on the right side ejector pad is equipped with right magnet, be equipped with the right side on the rotary rod and connect the subassembly, the right side is changeed and is connected right motor and rotary rod to the subassembly.

As a further improvement of the invention, the left transfer assembly comprises a left driven disc, a left driving disc and a left reset magnet, the left driven disc is mounted at the left end of the rotating rod, the left driving disc is mounted at the outer side of the left take-up disc, the left driven disc is attached to the left driving disc, the left reset magnet is fixedly mounted on the wall, the left driven disc is provided with circumferentially distributed left driven holes, the left driving disc is provided with a left driving hole, a left transfer magnet is arranged in the left driving hole, when the left push block is close to the left driving hole, the left magnet is repelled with the left transfer magnet, the left reset magnet is parallel to the left magnet, an angle formed by the left reset magnet and the left magnet by taking the axis of the rotating rod as the center of a circle is the center angle between the adjacent left driven holes, the left transfer magnet is repelled with the adjacent side of the left reset magnet, one side of the left driven holes close to the left reset magnet is provided with a blocking net, a separation net is arranged on one side of the left driving hole close to the left magnet, the length of the left-turning magnet is larger than the depth of the left driven hole, the depth of the left driving hole is less than or equal to the depth of the left driving hole, the right-turning assembly comprises a right driven disc, a right driving disc and a right reset magnet, the right driven disc is arranged at the right end of the rotary rod, the right driving disc is arranged at the outer side of the right take-up disc, the right driven disc is attached to the right driving disc, the right reset magnet is fixedly arranged on the wall, the right driven disc is provided with right driven holes distributed in a circumferential manner, the right driving disc is provided with a right driving hole, the right turning magnet is arranged in the right driving hole, when the right push block is close to the right driving hole, the right magnet and the right-turning magnet repel each other, the right reset magnet is parallel to the right magnet, and the right reset magnet and the right magnet use the angle formed by the axis of the rotary rod as the center of the circle as the center angle between the adjacent right driven holes as well as the center angle, the right side switching magnet repels with the adjacent one side polarity of right reset magnet, and one side that a plurality of right driven holes are close to right reset magnet all is equipped with separates disconnected net, and one side that right initiative hole is close to right magnet is equipped with separates disconnected net, the degree of depth that the length of right switching magnet is greater than right driven hole, the degree of depth in the less than or equal to right initiative hole.

As a further improvement of the invention, the cut-off surface of the shielding edge is arc-shaped.

As a further improvement of the invention, the remote control device also comprises a remote controller, wherein the remote controller is used for outputting a control signal to the controller, and the remote controller is wirelessly connected with the controller.

The curtain mounting device has the advantages that when the curtain is mounted, the lifting device is started to descend firstly, the lifting device is started to ascend after the curtain is mounted, then the lower side of the curtain is pulled to change the inclination angle of the curtain, the curtain is mounted on the hanging rod, climbing is not needed when the curtain is taken down/mounted, the curtain mounting device is safer, climbing equipment does not need to be specially prepared, the curtain mounting device can be replaced at any time, and the curtain mounting device is more convenient to operate.

Drawings

FIG. 1 is a schematic view of the overall structure of the present invention;

FIG. 2 is a schematic structural view of the lifting device;

FIG. 3 is a schematic diagram of a mobile device;

FIG. 4 is a schematic structural diagram of a left transfer device and a right transfer device;

FIG. 5 is a schematic diagram of the structure of a left trigger block and a right trigger block;

FIG. 6 is a block flow diagram of the present invention;

FIG. 7 is a schematic structural view of the left driven hole and the left driving hole, the right driven hole and the right driving hole, the left magnet and the left reset magnet, and the right magnet and the right reset magnet;

FIG. 8 is a side view of the shield along the upper side;

FIG. 9 is a side view of the shield edge on the underside.

Description of the labeling: 1. a controller; 2. a lifting device; 3. a mobile device; 21. a left lifting device; 22. a right lifting device; 211. a left motor; 212. a left stationary component; 2121. a left fixed link; 2122. a left fixing plate; 2120. a left through hole; 2123. a left take-up reel; 221. a right motor; 222. a right fixed component; 2221. a right fixing rod; 2222. a right fixing plate; 2220. a right through hole; 2223. a right take-up reel; 31. rotating the rod; 32. a hanging rod; 33. a moving motor; 34. a steering gear; 35. moving the chain; 351. moving the fixture block; 320. a moving groove; 3510. a placement groove; 41. a left receiving hole; 42. a left drive rod; 43. a left circular ring; 44. a left trigger ring; 440. a left guide groove; 45. a left trigger block; 46. a left push block; 461. a left magnet; 5. a left transfer assembly; 61. a right accommodation hole; 62. a right drive rod; 63. a right circular ring; 64. a right trigger ring; 640. a right guide groove; 65. a right trigger block; 66. a right push block; 661. a right magnet; 7. a right transfer assembly; 51. a left driven disk; 52. a left driving disk; 53. a left reset magnet; 511. a left driven aperture; 521. a left active aperture; 54. a magnet is connected to the left turn; 71. a right driven plate; 72. a right driving disk; 73. a right reset magnet; 711. a right driven aperture; 721. a right active aperture; 74. a magnet is connected to the right turn; 8. a blocking edge; 9. and a remote controller.

Detailed Description

The invention will be further described in detail with reference to the following examples, which are given in the accompanying drawings.

Referring to fig. 1 to 9, the detachable intelligent indoor curtain of the present embodiment includes: controller 1, including jacking equipment 2, mobile device 3, controller 1 is connected with jacking equipment 2 and mobile device 3 respectively, jacking equipment 2 is used for driving the (window) curtain and goes up and down, jacking equipment 2 is including left elevating gear 21 and the right elevating gear 22 that the symmetry set up, left side elevating gear 21 is including left motor 211, left fixed subassembly 212, left side motor 211 is connected with controller 1, left fixed subassembly 212 is including left dead lever 2121, left fixed plate 2122 vertical fixation connects the side at left dead lever 2121, left through-hole 2120 has been seted up on the left dead lever 2121, left motor 211 fixed connection is in left through-hole 2120, left fixed plate 2122, left fixed lever 2121 and wall fixed connection, left side motor 211's pivot stretches out to wall one side dorsad, is equipped with left take-up reel 2123 in the pivot, right elevating gear 22 is including right motor 221, a left side motor, The right fixing component 222, the right motor 221 is connected to the controller 1, the right fixing component 222 includes a right fixing rod 2221 and a right fixing plate 2222, the right fixing plate 2222 is vertically and fixedly connected to a side edge of the right fixing rod 2221, the right fixing rod 2221 is provided with a right through hole 2220, the right motor 221 is fixedly connected to the right through hole 2220, the right fixing plate 2222 and the right fixing rod 2221 are fixedly connected to the wall, a rotating shaft of the right motor 221 extends out from a side opposite to the wall, a right take-up reel 2223 is provided on the rotating shaft, the left take-up reel 2123 and the right take-up reel 2223 are coaxial and have the same diameter, the moving device 3 includes a rotating rod 31, a hanging rod 32, a moving motor 33, a steering gear 34 and a moving chain 35, the moving motor 33 is connected to the controller 1, a moving block 351 is provided on the moving chain 35, the rotating rod 31 is fixedly connected to the hanging rod 32, and the hanging rod 32 is used for hanging curtains, the hanging rod 32 is provided with a moving groove 320 on the upper side, the moving motor 33, the steering gear 34 and the moving chain 35 are arranged in the hanging rod 32, the steering gear 34 and the moving motor 33 are respectively arranged at two ends of the hanging rod 32, the moving chain 35 is sleeved on a driving gear on the rotating shaft of the steering gear 34 and the moving motor 33 and is opposite to the moving groove 320, the moving clamping block 351 penetrates out of the moving groove 320, the rotating rod 31 is provided with a connecting assembly, the connecting assembly is connected with a wall, and the moving clamping block 351 is provided with a placing groove 3510.

Through the above technical scheme, the rotation speeds of the left motor 211 and the right motor 221 are the same, the radii of the left take-up reel 2123 and the right take-up reel 2223 are equal, when the curtain is installed, hooks are mounted on the curtain at intervals, then the curtain is unfolded, holes for fixing are arranged on the upper sides of the two sides of the curtain and are respectively connected with the hooks on the lifting ropes on the two sides, the hooks penetrate into the holes and are started, the controller 1 outputs a lifting signal to the left motor 211 and the right motor 221, the left motor 211 and the right motor 221 rotate to respectively drive the left take-up reel 2123 and the right take-up reel 2223 to rotate, further the lifting ropes on the two sides are retracted to drive the hooks on the two sides to lift, further the curtain to lift, the left fixing plate 2122 and the left fixing rod 2121 are fixed on the wall, the connection strength between the left fixing plate and the wall is high, the position of the left motor 211 is stable, the right fixing plate 2222 and the right fixing rod 2221 are fixed on the wall, the connection strength between the wall is high, the position of the right motor 221 is stable, the left motor 211 and the right motor 221 are respectively installed in the left through hole 2120 and the right through hole 2220, the positions of the left motor 211 and the right motor 221 are stable, the left motor 211 and the right motor 221 gradually rotate to drive the curtain to rise, the curtain rises to the upper side and is at the same height with the hanging rod 32, then the left motor 211 and the right motor 221 continue to rotate to drive the curtain to continue to rise, the hook is abutted to the hanging rod 32 in the curtain continuing rising process, the upper side of the curtain inclines for a certain angle, then the curtain continues to rise, the opening of the hook is located on the upper side of the hanging rod 32, then the upper side of the curtain resets, at the moment, the curtain rises to the highest position, then the left motor 211 and the right motor 221 reversely rotate, the hook descends, the curtain descends, the hook is hung on the hanging rod 32 in the curtain descending process, and the hook and the hole are separated in a staggered mode. In a couple embedding standing groove 3510 by both sides, when moving motor 33 is rotatory, it is rotatory to drive steering gear 34, and then drive removal chain 35 and remove, and then it is rotatory to drive steering gear 34, it removes to remove chain 35 and removes and drive removal fixture block 351 and remove, it removes and then drives the couple removal in embedding standing groove 3510 to remove fixture block 351, and then drive the (window) curtain and remove, the removal groove 320 supplies to remove fixture block 351 and wears out, when removing chain 35 and driving removal fixture block 351 and remove, it slides in removal groove 320 to remove fixture block 351. When the curtain is taken down, the device is started, the controller 1 outputs a rising signal to control the left motor 211 and the right motor 221 to rotate, the left motor 211 and the right motor 221 drive the lifting rope to rise, the hook enters the hole in the rising process and then continues to rise to the highest position, the hook is separated from the hanging rod 32 at the moment, then the curtain below is pulled, the inclination angle of the curtain is changed, the hole opening position of the hook and the hanging rod 32 are staggered, then the controller 1 outputs a falling signal, the left motor 211 and the right motor 221 rotate to release the lifting rope, the curtain descends, the curtain stops when the curtain descends to the lowest position (the lowest position can be adjusted according to the height of a user), at the moment, the user separates the hooks on the two sides from the hole, takes down the curtain, then takes down the hook, and can be directly cleaned. The curtain is taken down/installed without being stepped on a ladder, so that the curtain is safer and more convenient to take down/install, regular cleaning of the curtain can be further guaranteed, and the influence on indoor air quality caused by the fact that the curtain is not cleaned after being used for a long time is avoided.

As a modified specific embodiment, the rotating rod 31 is provided with a shielding edge 8, and the shielding edge 8 extends along the length direction of the rotating rod 31 to completely shield the rotating rod 31.

Through above-mentioned technical scheme, shelter from along 8 extending along rotary rod 31 length direction, shelter from rotary rod 31 completely, reduce the dust and pile up sheltering from on 8, and then reduce the (window) curtain and need abluent frequency, it is more convenient to prolong the utility life of (window) curtain.

As an improved specific embodiment, a left accommodating hole 41 is formed in the left fixing plate 2122, the axis of the left accommodating hole 41 is perpendicular to the axis of the left through hole 2120, a left rotating hole is formed in the hole wall of the left accommodating hole 41, a left rotating wheel is arranged in the left rotating hole, a left driving rod 42 is arranged on the rotating shaft of the left motor 211, a left circular ring 43 coaxial with the left motor 211 is arranged on the left driving rod 42, the left circular ring 43 wraps the left motor 211 and is partially embedded into the left accommodating hole 41, a left triggering ring 44 is arranged in the left rotating hole, the left triggering ring 44 can rotate in the left rotating hole, the side surface of the left triggering ring 44 embedded into the left circular ring 43 is completely attached to the hole wall of the left triggering ring 44, a left guide groove 440 is formed in the side wall of the left circular ring 43, the left guide groove 440 surrounds the left circular ring along the circumferential direction of the left circular ring 43 and is connected end to end, the last left side that is equipped with of left side trigger ring 44 triggers piece 45, in the left guide groove 440 of left side trigger piece 45 embedding, be equipped with left ejector pad 46 on the ring 44 is triggered to a left side, the tip on the left side ejector pad 46 is equipped with left magnet 461, be equipped with left switching subassembly 5 on the rotary rod 31, left side switching subassembly 5 is used for connecting left motor 211 and rotary rod 31, right accommodation hole 61 has been seted up on the right fixed plate 2222, the axle center of right accommodation hole 61 is perpendicular with the axle center of right through-hole 2220, right rotatory hole has been seted up on the pore wall of right accommodation hole 61, be equipped with the right swiveling wheel in the right swiveling hole, be equipped with right actuating lever 62 in the pivot of right motor 221, be equipped with the right ring 63 coaxial with right motor 221 on the right actuating lever 62, right ring 63 is including right motor 221 wraps up, and partly imbeds in the right accommodation hole 61, be equipped with right trigger ring 64 in the right swiveling hole, trigger ring 64 can trigger ring 64 internal rotation in the right rotation hole, and right ring 63 imbeds and triggers the side of ring 64 part and the pore wall of right ring 64 is laminated completely in the right side, be equipped with right guiding groove 640 on the lateral wall of right side ring 63, right side guiding groove 640 encircles the round along right ring 63's circumference, and links to each other end to end, it triggers to be equipped with right trigger block 65 on the ring 64 to trigger on the right side, trigger block 65 embedding right in the guiding groove 640 on the right side, the right side is triggered and is equipped with right pusher 66 on the ring 64, the tip on the right side pusher 66 is equipped with right magnet 661, be equipped with right switching subassembly 7 on the rotary rod 31, right switching subassembly 7 is used for connecting right motor 221 and rotary rod 31.

Through the technical scheme, when the left motor 211 rotates, the rotating shaft is driven to rotate, the rotating shaft drives the left driving rod 42 to rotate, the left driving rod 42 drives the left circular ring 43 to rotate, the left circular ring 43 drives the left triggering block 45 to move in the left guiding groove 440, and then the left triggering ring 44 is driven to rotate, the left triggering ring 44 drives the left pushing block 46 to rotate, the left circular ring 43 rotates for a circle, the left pushing block 46 rotates for a circle, when the left pushing block 46 rotates until the left magnet 461 is close to the left transfer assembly 5, the left transfer assembly 5 is triggered, the rotating rod 31 and the left motor 211 are linked, and then the rotating rod 31 is driven to rotate, the left rotating hole of the left circular ring 43 is jointed, the structure is stable, the left guiding groove 440 is arranged in the left rotating hole, the position of the left triggering ring 44 is limited, the structure is stable, and the service life is prolonged; when the right motor 221 rotates, the rotating shaft is driven to rotate, the rotating shaft drives the right driving rod 62 to rotate, the right driving rod 62 drives the right ring 63 to rotate, the right ring 63 drives the right trigger block 65 to move in the right guide groove 640, and further drives the right trigger ring 64 to rotate, the right trigger ring 64 drives the right push block 66 to rotate, the right ring 63 rotates for one circle, the right push block 66 rotates for one circle, when the right push block 66 rotates until the right magnet 661 approaches the right transfer assembly 7, the right transfer assembly 7 is triggered, the rotating rod 31 is linked with the right motor 221, and further drives the rotating rod 31 to rotate, the right rotating hole of the right ring 63 is attached, the structure is stable, the right guide groove 640 is in the right rotating hole, the position of the right trigger ring 64 is limited, the structure is stable, the service life is prolonged, the rotating rod 31 is driven to rotate from two ends together, the efficiency is high, and the rotating speeds of the left motor 211 and the right motor 221 are the same, left side ring 43 is the same with right ring 63's angular velocity, left side push rod is the same with right push rod's angular velocity, and then drive the rotation that rotary rod 31 can be stable, the rotatory in-process of rotary rod 31, peg 32 changes the top, it changes the below along 8 to shelter from, shelter from when 8 rotates the below, it is located the downside to shelter from along 8 last side when the top, the user can use direct washing such as mop, need not to use climbing tool, and is more convenient, safety.

As an improved specific embodiment, the left transfer assembly 5 includes a left driven disc 51, a left driving disc 52, and a left reset magnet 53, the left driven disc 51 is installed at the left end of the rotating rod 31, the left driving disc 52 is installed at the outer side of the left take-up disc 2123, the left driven disc 51 is attached to the left driving disc 52, the left reset magnet 53 is fixedly installed on the wall, the left driven disc 51 is provided with left driven holes 511 distributed circumferentially, the left driving disc 52 is provided with a left driving hole 521, a left transfer magnet 54 is arranged in the left driving hole 521, when the left push block 46 is close to the left driving hole 521, the left magnet 461 repels the left transfer magnet 54, the left reset magnet 53 is parallel to the left magnet 461, an angle formed by the left reset magnet 53 and the left magnet 461 with the axis of the rotating rod 31 as the center of a circle is a center angle between adjacent left driven holes 511, the polarities of the adjacent sides of the left transfer magnet 54 and the left reset magnet 53 are repellent, one side of each of the left driven holes 511 close to the left reset magnet 53 is provided with a separation net, one side of each of the left driving holes 521 close to the left magnet 461 is provided with a separation net, the length of the left transfer magnet 54 is larger than the depth of the left driven hole 511 and is less than or equal to the depth of the left driving hole 521, the right transfer assembly 7 comprises a right driven disc 71, a right driving disc 72 and a right reset magnet 73, the right driven disc 71 is installed at the right end of the rotating rod 31, the right driving disc 72 is installed at the outer side of the right take-up disc 2223, the right driven disc 71 is attached to the right driving disc 72, the right reset magnet 73 is fixedly installed on the wall, the right driven disc 71 is provided with right driven holes 711 distributed circumferentially, the right driving disc 72 is provided with a right driving hole 721, and the right transfer magnet 74 is arranged in the right driving hole 721, when the right push block 66 is close to the right driving hole 721, the right magnet 661 and the right transfer magnet 74 repel each other, the right reset magnet 73 is parallel to the right magnet 661, the angle formed by the right reset magnet 73 and the right magnet 661 using the axis of the rotating rod 31 as the center of the circle is the center angle between the adjacent right driven holes 711, the polarities of the adjacent sides of the right transfer magnet 74 and the right reset magnet 73 repel each other, the isolating nets are respectively arranged on the sides of the right driven holes 711 close to the right reset magnet 73, the isolating nets are arranged on the sides of the right driving hole 721 close to the right magnet 661, the length of the right transfer magnet 74 is greater than the depth of the right driven holes 711 and is less than or equal to the depth of the right driving hole 721.

Through the technical scheme, the left driving disc 52 and the left ring 43 are driven to rotate during the rotation of the left motor 211, the left triggering ring 44 is driven to rotate during the rotation of the left ring 43, the left pushing block 46 is driven to rotate by the rotation of the left triggering ring 44, the left ring 43 rotates by one circle, the left pushing block 46 rotates by one circle, when the left magnet 461 is closest to the left driving disc 52, the left magnet 461 is opposite to the left driving hole 521, the left driving hole 521 is opposite to one left driven hole 511, at this time, the repulsive force between the left magnet 461 and the left transfer magnet 54 pushes the left transfer magnet 54 to slide to the side of the left magnet 461 and enter the left driven hole 511 opposite to the left driving hole 521 to abut against the partition net in the left driven hole 511, the length of the left transfer magnet 54 is greater than that of the left driven hole 511, a part of the left transfer magnet 54 is located in the left driven hole 511, a part is located in the left driving hole 521, at this time, the left driving disc 52 is linked with the left driven disc 51, the left driving disk 52 rotates to drive the left driven disk 51 to rotate, when the left rotating magnet 54 is rotated to be opposite to the left reset magnet 53, the repulsive force between the left rotating magnet 54 and the left reset magnet 53 pushes the left rotating magnet 54 to move back to the left reset magnet 53, the left rotating magnet 54 is in contact with the partition net in the left driving hole 521 and completely leaves the left driven hole 511, the left driving disk 52 is not linked with the left driven disk 51, the angle formed by the left reset magnet 53 and the left magnet 461 with the axis of the rotating rod 31 as the center of the circle is the angle between the adjacent left driven holes 511, the left driving hole 521 is opposite to another left driven hole 511 during the continuous rotation process of the left motor 211, until the left driving hole 521 returns to be closest to the left magnet 461 (the left driven hole 511 opposite to the left magnet 461 is changed to the next one per rotation of the left driving disk 52), and the above processes are repeated, the left driving disc 52 rotates for N circles, the left driven disc 51 rotates for 180 degrees, and the upper and lower positions of the shielding edge 8 and the hanging rod 32 are exchanged; when the right motor 221 rotates, the right driving disk 72 and the right ring 63 are driven to rotate, the right ring 63 rotates, the right triggering ring 64 is driven to rotate, the right pushing block 66 is driven to rotate by the rotation of the right triggering ring 64, the right ring 63 rotates by a circle, the right pushing block 66 rotates by a circle, when the right magnet 661 is closest to the right driving disk 72, the right magnet 661 is opposite to the right driving hole 721, the right driving hole 721 is opposite to one right driven hole 711, at this time, the repulsive force between the right magnet 661 and the right turning magnet 74 pushes the right turning magnet 74 to slide to the side opposite to the right magnet into the right driven hole 661 opposite to the right driving hole 721 to abut against the partition net in the right driven hole 711, the length of the right turning magnet 74 is greater than that of the right driven hole 711, a part of the right turning magnet 74 is located in the right driven hole 711, a part is located in the right driving hole 721, at this time, the right driving disk 72 is linked with the right driven disk 71, the right driving disk 72 rotates to drive the right driven disk 71 to rotate, when the right rotary magnet 74 and the right reset magnet 73 are opposite, the repulsive force between the right rotary magnet 74 and the right reset magnet 73 pushes the right rotary magnet 74 to move back to the right reset magnet 73, the right rotary magnet 74 is in contact with the partition net in the right driving hole 721 and completely leaves the right driven hole 711, the right driving disk 72 is not linked with the right driven disk 71, the angle formed by the right reset magnet 73 and the right magnet 661 with the axis of the rotating rod 31 as the center angle between the adjacent right driven holes 711, the right motor 221 continues to rotate until the right driving hole 721 returns to the nearest distance between the right driving disk and the right magnet 661, the right driving hole 721 is opposite to the other right driven hole (the right driven hole 711 opposite to the right magnet 661 changes to the next one after each rotation of the right driving disk 72), and the above processes are repeated, the right driving disc 72 rotates for N circles, the right driven disc 71 rotates for 180 degrees, and the upper and lower positions of the shielding edge 8 and the hanging rod 32 are exchanged; after the curtain is installed, the shielding edge 8 is arranged on the upper side of the hanging rod 32, dust falling of the curtain is reduced, when the curtain is taken down for cleaning, the upper and lower positions of the hanging rod 32 and the shielding edge 8 are automatically switched, the shielding edge 8 can be cleaned, and the use is convenient.

As a specific embodiment of the improvement, the cut-off surface of the shielding edge 8 is arc-shaped.

Through above-mentioned technical scheme, cut and personally submit curved sheltering from along 8 and be difficult for piling up the dust, change the washing.

As a modified specific embodiment, a remote controller 9 is further included, the remote controller 9 is used for outputting a control signal to the controller 1, and the remote controller 9 is wirelessly connected with the controller 1.

Through the technical scheme, the remote controller 9 is used for outputting the control signal in the using process, and the controller 1 receives the control signal to perform corresponding operation, so that the use is more convenient.

The above description is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiments, and all technical solutions belonging to the idea of the present invention belong to the protection scope of the present invention. It should be noted that modifications and embellishments within the scope of the invention may occur to those skilled in the art without departing from the principle of the invention, and are considered to be within the scope of the invention.

Claims (4)

1. An indoor intelligent (window) curtain of quick detachable, including: a controller (1), characterized by: comprises a lifting device (2) and a mobile device (3), wherein the controller (1) is respectively connected with the lifting device (2) and the mobile device (3), the lifting device (2) is used for driving a curtain to lift, the lifting device (2) comprises a left lifting device (21) and a right lifting device (22) which are symmetrically arranged, the left lifting device (21) comprises a left motor (211) and a left fixing component (212), the left motor (211) is connected with the controller (1), the left fixing component (212) comprises a left fixing rod (2121) and a left fixing plate (2122), the left fixing plate (2122) is vertically and fixedly connected with the side edge of the left fixing rod (2121), a left through hole (2120) is formed in the left fixing rod (2121), the left motor (211) is fixedly connected in the left through hole (2120), and the left fixing plate (2122) and the left fixing rod (2121) are fixedly connected with a wall, the rotating shaft of the left motor (211) extends out of one side of the rotating shaft, which is opposite to the wall, a left take-up reel (2123) is arranged on the rotating shaft, the right lifting device (22) comprises a right motor (221) and a right fixing component (222), the right motor (221) is connected with the controller (1), the right fixing component (222) comprises a right fixing rod (2221) and a right fixing plate (2222), the right fixing plate (2222) is vertically and fixedly connected with the side edge of the right fixing rod (2221), a right through hole (2220) is formed in the right fixing rod (2221), the right motor (221) is fixedly connected in the right through hole (2220), the right fixing plate (2222) and the right fixing rod (2221) are fixedly connected with the wall, the rotating shaft of the right motor (221) extends out of one side of the rotating shaft, a right take-up reel (2223) is arranged on the rotating shaft, the left take-up reel (2123) and the right take-up reel (2223) are coaxial in diameter, the movable device (3) comprises a rotating rod (31), a hanging rod (32), a movable motor (33), a steering gear (34) and a movable chain (35), the movable motor (33) is connected with the controller (1), a movable clamping block (351) is arranged on the movable chain (35), the rotating rod (31) is fixedly connected with the hanging rod (32), the hanging rod (32) is used for hanging a curtain, a movable groove (320) is formed in the upper side of the hanging rod (32), the movable motor (33), the steering gear (34) and the movable chain (35) are arranged in the hanging rod (32), the steering gear (34) and the movable motor (33) are respectively arranged at two ends of the hanging rod (32), the movable chain (35) is sleeved on driving gears on rotating shafts of the steering gear (34) and the movable motor (33) and is opposite to the position of the movable groove (320), and the movable clamping block (351) penetrates out of the movable groove (320), be equipped with coupling assembling on rotary rod (31), coupling assembling and wall connection, be equipped with standing groove (3510) on removal fixture block (351), be equipped with on rotary rod (31) and shelter from along (8), shelter from along (8) rotary rod (31) length direction extension, shelter from rotary rod (31) completely, left accommodation hole (41) have been seted up on left fixed plate (2122), the axle center of left accommodation hole (41) is perpendicular with the axle center of left through-hole (2120), left rotatory hole has been seted up on the pore wall of left accommodation hole (41), be equipped with the left swiveling wheel in the left swiveling wheel, be equipped with left actuating lever (42) in the pivot of left motor (211), be equipped with left ring (43) coaxial with left motor (211) on left actuating lever (42), including left motor (211) is wrapped up in left ring (43), and the partial embedding left accommodation hole (41), the downthehole left side that is equipped with of left gyration triggers ring (44), the left side triggers ring (44) can be at the downthehole rotation of left gyration, and the side that the ring (44) part was triggered in left side embedding and the pore wall of left side trigger ring (44) are laminated completely, be equipped with left guiding groove (440) on the lateral wall of left side ring (43), the circumference of left side guiding groove (440) edge left ring (43) encircles the round, and end to end, be equipped with left trigger piece (45) on left side trigger ring (44), left side trigger piece (45) imbed in left guiding groove (440), be equipped with left ejector pad (46) on left side trigger ring (44), the tip on left ejector pad (46) is equipped with left magnet (461), be equipped with left turn-round on rotary rod (31) and connect subassembly (5), left turn-round subassembly (5) are used for connecting left motor (211) and rotary rod (31), right accommodation hole (61) have been seted up on right fixed plate (2222), the axle center of right accommodation hole (61) is perpendicular with the axle center of right through-hole (2220), right rotatory hole has been seted up on the pore wall of right accommodation hole (61), the downthehole right swiveling wheel that is equipped with of right swiveling, be equipped with right actuating lever (62) in the pivot of right motor (221), be equipped with on right actuating lever (62) with right motor (221) coaxial right ring (63), right ring (63) including right motor (221) parcel, and in partial embedding right accommodation hole (61), be equipped with right trigger ring (64) in the right swiveling hole, right trigger ring (64) can be in right rotatory downthehole rotation, and right ring (63) embedding right triggers the side of ring (64) part and the pore wall of right trigger ring (64) is laminated completely, be equipped with right guiding groove (640) on the lateral wall of right ring (63), right guiding groove (640) encircles the round along the circumference of right ring (63), and end to end, be equipped with right trigger block (65) on right trigger ring (64), trigger block (65) on the right side and imbed in right guiding groove (640), be equipped with right ejector pad (66) on right trigger ring (64) on the right side, tip on right ejector pad (66) is equipped with right magnet (661), be equipped with right switching subassembly (7) on rotary rod (31), right switching subassembly (7) are used for connecting right motor (221) and rotary rod (31).

2. The quick detachable indoor intelligent window curtain of claim 1, wherein: the left transfer component (5) comprises a left driven disc (51), a left driving disc (52) and a left reset magnet (53), the left driven disc (51) is installed at the left end of the rotating rod (31), the left driving disc (52) is installed on the outer side of the left take-up disc (2123), the left driven disc (51) is attached to the left driving disc (52), the left reset magnet (53) is fixedly installed on the wall, left driven holes (511) which are circumferentially distributed are formed in the left driven disc (51), a left driving hole (521) is formed in the left driving disc (52), a left transfer magnet (54) is arranged in the left driving hole (521), when the left pushing block (46) is close to the left driving hole (521), the left magnet (461) and the left transfer magnet (54) repel each other, the left reset magnet (53) is parallel to the left magnet (461), and an angle formed by the rotating rod (31) and the left reset magnet (53) and the left magnet (511) are adjacent to the left driven hole (511) ) The polarities of the adjacent sides of the left turning magnet (54) and the left reset magnet (53) are repellent, isolating nets are arranged on the sides, close to the left reset magnet (53), of the left driven holes (511), the isolating nets are arranged on the sides, close to the left reset magnet (53), of the left driving holes (521), the isolating nets are arranged on the sides, close to the left magnet (461), of the left driving holes (521), the length of the left turning magnet (54) is larger than the depth of the left driven holes (511) and smaller than or equal to the depth of the left driving holes (521), the right turning assembly (7) comprises a right driven disc (71), a right driving disc (72) and a right reset magnet (73), the right driven disc (71) is installed at the right end of the rotating rod (31), the right driving disc (72) is installed on the outer side of the right take-up disc (2223), the right driven disc (71) is attached to the right driving disc (72), the right reset magnet (73) is fixedly installed on the wall, and right driven discs (71) are provided with right driven holes (711) which are distributed circumferentially, the right driving disc (72) is provided with a right driving hole (721), a right rotary magnet (74) is arranged in the right driving hole (721), when the right push block (66) is close to the right driving hole (721), the right magnet (661) is repellent to the right rotary magnet (74), the right reset magnet (73) is parallel to the right magnet (661), an angle formed by the right reset magnet (73) and the right magnet (661) by taking the axis of the rotating rod (31) as the center of a circle is taken as the center angle between the adjacent right driven holes (711), the polarities of one sides of the right rotary magnet (74) and the right reset magnet (73) are repellent to each other, one sides of the right driven holes (711) close to the right reset magnet (73) are respectively provided with a separating net, one side of the right driving hole (721) close to the right magnet (661) is provided with a separating net, the length of the right rotary magnet (74) is greater than the depth of the right driven holes (711), is less than or equal to the depth of the right active hole (721).

3. The quick detachable indoor intelligent window curtain of claim 2, wherein: the cut-off surface of the shielding edge (8) is arc-shaped.

4. The quick detachable indoor intelligent window curtain of claim 3, wherein: the remote control device is characterized by further comprising a remote controller (9), wherein the remote controller (9) is used for outputting a control signal to the controller (1), and the remote controller (9) is in wireless connection with the controller (1).

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