CN203905784U - Built-in drive type freely adjustable and controllable roller shutter - Google Patents
Built-in drive type freely adjustable and controllable roller shutter Download PDFInfo
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- CN203905784U CN203905784U CN201420241568.8U CN201420241568U CN203905784U CN 203905784 U CN203905784 U CN 203905784U CN 201420241568 U CN201420241568 U CN 201420241568U CN 203905784 U CN203905784 U CN 203905784U
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Abstract
The utility model relates to a built-in drive type freely adjustable and controllable roller shutter, and belongs to the field of design and application of roller shutters. The roller shutter comprises a driving system, a mechanical transmission system, a touch switch and a roller shutter main body. Transmission structures of all the devices are all gear transmissions, and are all hardware structures. The built-in drive type freely adjustable and controllable roller shutter is beautiful in appearance and simple in structure; as other accessories are not arranged at the two sides of the roller shutter, users also can mount such decorative door trims as a glass door indoors; the device is provided with a clutch; if any part of an electric appliance is damaged, the clutch is opened by using a key to support the roller shutter; and a chain rotating remote control roller shutter on the market at present has no the device, if one part of the electric appliance is damaged, a special maintenance man is only waited for repairing, so that the fault cost of the device is reduced. An existing chain rotating electric device is descended after being ascended to a certain height, the roller shutter is controlled through the touch switch, so that the limit is sensitive, and the operation is flexible.
Description
Technical field
The utility model relates to the rolling-gate that a kind of built-in drive-type can free adjustment be controlled, and belongs to rolling-gate design application.
Background technology
Rolling-gate is called again " rolling door ", is that the door sheet with a lot of joint motions is cascaded, and in fixing slideway, rotates upper and lower door centered by the spool of door top.Rolling-gate is applicable to public place or the houses such as the business shop front, garage, market, hospital, industrial enterprise.Especially door opening is larger, and convenient, fast unlatching effect is played in the place of inconvenient installation ground door body.As for garage door, market Fireproof Rolling Gate hangar door.
The common control mode of rolling-gate has following two kinds: joystick, and on line is controlled; Along with Informatization Development, external system is controlled this mode and is also used more and more, as electric door clearance system automatically by embedded control system or computer control, computer identifies number plate of vehicle, automatic door opening automatically.
Traditional linked transmission is very extensive in rolling-gate structure applications technology, and it utilizes Motor Drive rotating shaft, and rotating shaft rotarily drives chain and rotates, thereby realizes the rise and fall of rolling door hinge; There is at present following problem in traditional structure.
1, complicated structure, it is being provided with other attached annexes as transmission mechanisms such as driving-chains in rolling door both sides.
When 2, traditional rolling door hinge breaks down, rolling door hinge is often locked, needs specialized maintenance personnel to repair, and has therefore improved failure cost.
3, spacing very flexible, the direction of action of traditional rolling door hinge is single; Take common garage door as example, and in rolling door hinge uphill process, if operation door leaf moves down, its course of action generally rose to top and then decline before this, and this is to be determined by the direction of action unicity of linked transmission, so its course of action shows slightly unnecessary.
Summary of the invention
The rolling-gate that the purpose of this utility model has been to provide a kind of built-in drive-type can free adjustment to control, direction of motion single-phase ratio with existing linked transmission door, the utility model can be realized the free adjustment of rolling-gate rotation direction, the utility model can arrange manual control and regulation device simultaneously, when meeting with power-off, component of machine damaged condition, can manually control the free lifting of this rolling-gate.
For achieving the above object, the technical solution adopted in the utility model is the rolling-gate that a kind of built-in drive-type can free adjustment be controlled, and this rolling-gate comprises drive system, machine driven system, touch switch, rolling-gate body.
Drive system comprises motor, motor output shaft, power shaft.
Machine driven system comprises reducer I, reducer II, Worm Wheel System system; Reducer I comprises reducer I shell, gear a, gear b, output shaft a, gear c, gear d.
Reducer II comprises gear e, output shaft b, gear f, gear g, reducer II shell, clutch, gear h, output shaft c.
Worm Wheel System system comprises worm screw, worm gear, rotating shaft, axle sleeve.
Touch switch comprises dynamic part and static part; Dynamic part comprises touching control rod A, touching control rod B, touch-control bolt A, touch-control bolt B; Static part comprises limit switch, piston trigger A, piston trigger B, limit switch terminals.
Rolling-gate body comprises driving shaft, rolling door hinge.
Particularly, the output shaft that motor one end is motor, motor output shaft is connected with power shaft by shaft coupling, and the motor other end is connected with power supply by wireless remote control module; Described gear a is arranged on power shaft, and gear b is meshed with gear a; It is upper that gear b, gear c are arranged on output shaft a, and gear c is meshed with gear d; It is upper that gear d, gear e8 are arranged on output shaft b, and gear e, gear f are meshed; It is upper that gear f, gear g are arranged on output shaft c, and gear g is meshed with gear h; Gear h is arranged on the worm screw of Worm Wheel System system; Described clutch, gear h are arranged on the output shaft c two ends that are fixed with gear g, between clutch and gear g, have certain interval, and this interstice coverage is 3-5mm; Described reducer I shell, reducer II shell 1 are the shell of two reducers, in order to protect internal gear transmission; One end, gear e center of described reducer II be output shaft b by the fixed structure of key and gear e, the gear e other end has central channel.
Described Worm Wheel System system is arranged in reducer II, and worm screw is output shaft, and worm gear, by screw thread transmission and worm engaging transmission, has been fixed rotating shaft by keyway in the middle of worm gear; Described axle sleeve is arranged on rotating shaft one end, and the dynamic part of touch switch is installed on it; One end of described worm screw is output, and is connected with the driving shaft of rolling-gate body by shaft coupling, and the worm screw other end is arranged in the central channel of gear e mono-side by bearing.
Touch switch is the electric control gear of native system, to realize the closure that taps switch; In the dynamic part of described touch switch, touching control rod A, touching control rod B one end are arranged on axle sleeve; Described touching control rod A, touching control rod B angle vertically equate; Touching control rod A, the touching control rod B other end are provided with screw, and screw A is arranged on the screw of touching control rod A, and screw B is arranged on the screw of touching control rod B; Described screw A, screw B are mutually vertical with the position of touching control rod A, touching control rod B respectively.
In the static part of touch switch, limit switch is fixed on reducer II shell; Described piston trigger A, piston trigger B are positioned at limit switch both sides, and piston trigger A, piston trigger B angle vertically equate; Described piston trigger A, piston trigger B can contact with the screw A, the screw B that are arranged on touching control rod A, touching control rod B; Limit switch terminals are limit switch and power line contact jaw; Described limit switch terminals comprise input a, output b, input c, output d.
Described piston trigger A, piston trigger B are when being arranged on screw A, screw B on touching control rod A, touching control rod B and contacting, the Men Gaowei linear relationship of the angle of its rotation and rolling-gate, i.e. the rising of rolling-gate or the time of decline equated with the time of touching control rod contact screw.
Described screw A, screw B can rotate along screw direction, and then distance and the time of contact of adjustment screw A, screw B and touching control rod A, touching control rod B; When rolling door hinge does not need decline completely or rise, the distance of adjustment screw A screw B and touching control rod A, touching control rod B, thus shorten or extend its time of contact, thus the height of control rolling door hinge.
When meeting with power-off and mechanical breakdown, when rolling door hinge can not normally start, now manually solenoidoperated cluthes contact with gear g, by external force transmitting gear g and drive the rise and fall of rolling door hinge.
Described rolling door hinge, being provided with keyhole with door bottom, can lock rolling door hinge.
The motor of described drive system is controlled by wireless remote control module, by wireless remote control, can realize forward, reversion, the time-out of motor; Drive system is arranged on action place of rolling door hinge volume lock, can realize built-inly, and the safety that has promoted rolling-gate has guaranteed that again it is attractive in appearance.
Compared with prior art, the utlity model has following beneficial effect.
1, the utility model outside of deivce is attractive in appearance, simple in structure because there is no other annexes in rolling door hinge both sides, user just can also mounting glass door in door etc. other finishing door decorations.
If 2, this device is provided with that any one part of clutch electrical equipment position is damaged can also be utilized key to open clutch rolling door is held up, and the rotatable control rolling door that shakes of the chain on market does not have this device now, gone bad and just have to wait specialized maintenance personnel to process, therefore reduced the failure cost of this device.
3, this device operating process is few, installation is fast, and battery is not additionally made redundant electrical power; The drive mechanism of each device adopts gear drive, is hardware configuration, so the better quality of this device.
4, difference and the rotatable electric device of existing chain will decline at certain height that rises, and this device is controlled rolling door hinge by touch switch, its spacing sensitive, flexible operation; Tradition chain structure must be by after stop key, then presses decline key and could decline, and on pivoting electric device; Under, stop, spacing all very freely.
5, the equipment of the utility model device machine complete set is with low cost, and not only economy but also material benefit, for user provides many facilities.
Accompanying drawing explanation
Fig. 1 is the three-dimensional structure diagram of rolling-gate.
Fig. 2 is rolling-gate Worm Wheel System system drawing.
Fig. 3 is limit switch trigger theory figure.
Fig. 4 is rolling door hinge structure chart.
Fig. 5 is wireless remote control module circuit diagram.
Fig. 6 is touch switch work schematic diagram.
In figure: 1, motor, 1.1, motor output shaft, 1.2, power shaft, 2, reducer I shell, 3, gear a, 4, gear b, 5, output shaft a, 6, gear c, 7, gear d, 8, gear e, 9, output shaft b, 10, gear f, 11, gear g, 12, reducer II shell, 13, clutch, 14, gear h, 15, output shaft c, 16, worm screw, 17, worm gear, 18, rotating shaft, 19, axle sleeve, 20, touching control rod A, 21, touching control rod B, 22, touch-control bolt A, 23, touch-control bolt B, 24, limit switch, 24.1, piston trigger A, 24.2, piston trigger B, 24.3, limit switch terminals, 25, driving shaft, 26, rolling door hinge.
The specific embodiment
Below in conjunction with drawings and Examples, the utility model is described in further detail.
As shown in Fig. 1-6, the rolling-gate that a kind of built-in drive-type can free adjustment be controlled, this rolling-gate comprises drive system, machine driven system, touch switch, rolling-gate body.
Drive system comprises motor 1, motor output shaft 1.1, power shaft 1.2.
Machine driven system comprises reducer I, reducer II, Worm Wheel System system; Reducer I comprises reducer I shell 2, gear a3, gear b4, output shaft a5, gear c6, gear d7.
Reducer II comprises gear e8, output shaft b9, gear f10, gear g11, reducer II shell 12, clutch 13, gear h14, output shaft c15.
Worm Wheel System system comprises worm screw 16, worm gear 17, rotating shaft 18, axle sleeve 19.
Touch switch comprises dynamic part and static part; Dynamic part comprises touching control rod A20, touching control rod B21, touch-control bolt A22, touch-control bolt B 23; Static part comprises limit switch 24, piston trigger A24.1, piston trigger B24.2, limit switch terminals 24.3.
Rolling-gate body comprises driving shaft 25, rolling door hinge 26.
Particularly, motor 1 one end is motor output shaft 1.1, and motor output shaft 1.1 is connected with power shaft 1.2 by shaft coupling, and motor 1 other end is connected with power supply by wireless remote control module; Described gear a3 is arranged on power shaft 1.2, and gear b4 is meshed with gear a3; It is upper that gear b4, gear c6 are arranged on output shaft a5, and gear c6 is meshed with gear d7; It is upper that gear d7, gear e8 are arranged on output shaft b9, and gear e8, gear f10 are meshed; It is upper that gear f10, gear g11 are arranged on output shaft c15, and gear g11 is meshed with gear h14;
Gear h14 is arranged on the worm screw 16 of Worm Wheel System system; Described clutch 13, gear h14 are arranged on the output shaft c15 two ends that are fixed with gear g11, between clutch 13 and gear g11, have certain interval, and this interstice coverage is 3-5mm; Described reducer I shell 2, reducer II shell 12 are the shell of two reducers, in order to protect internal gear transmission; One end, gear e8 center of described reducer II be output shaft b9 by the fixed structure of key and gear e8, the gear e8 other end has central channel.
Described Worm Wheel System system is arranged in reducer II, and worm screw 16 is output shaft, and worm gear 17, by screw thread transmission and worm screw 16 engaged transmission, has been fixed rotating shaft 18 by keyway in the middle of worm gear 17; Described axle sleeve 19.1 is arranged on rotating shaft 18 one end, and the dynamic part of touch switch is installed on it; One end of described worm screw 16 is output, and is connected with the driving shaft 25 of rolling-gate body by shaft coupling, and worm screw 16 other ends are arranged in the central channel of gear e8 mono-side by bearing.
Touch switch is the electric control gear of native system, to realize the closure that taps switch; In the dynamic part of described touch switch, touching control rod A20, touching control rod B21 one end are arranged on axle sleeve 19; Described touching control rod A20, touching control rod B21 angle vertically equate; Touching control rod A20, the touching control rod B21 other end are provided with screw, and screw A20.1 is arranged on the screw of touching control rod A20, and screw B21.1 is arranged on the screw of touching control rod B21; Described screw A20.1, screw B21.1 are mutually vertical with the position of touching control rod A20, touching control rod B21 respectively.
In the static part of touch switch, limit switch 24 is fixed on reducer II shell 12; Described piston trigger A24.1, piston trigger B24.2 are positioned at limit switch 24 both sides, and piston trigger A24.1, piston trigger B24.2 angle vertically equate; Described piston trigger A24.1, piston trigger B24.2 can contact with the screw A20.1, the screw B21.1 that are arranged on touching control rod A20, touching control rod B21; Limit switch terminals 24.3 are limit switch and power line contact jaw; Described limit switch terminals 24.3 comprise input a, output b, input c, output d, wherein, and the output stage that input a, input c switch on power, the input utmost point that output b, output d switch on power.
Described piston trigger A24.1, piston trigger B24.2 are when being arranged on screw A20.1, screw B21.1 on touching control rod A20, touching control rod B21 and contacting, the Men Gaowei linear relationship of the angle of its rotation and rolling-gate, i.e. the rising of rolling-gate or the time of decline equated with the time of touching control rod contact screw.
Described screw A20.1, screw B21.1 can rotate along screw direction, and then distance and the time of contact of adjustment screw A20.1, screw B21.1 and touching control rod A20, touching control rod B21; When rolling door hinge 26 does not need decline completely or rise, the distance of adjustment screw A20.1, screw B21.1 and touching control rod A20, touching control rod B21, thus shorten or extend its time of contact, thus the height of control rolling door hinge 26.
When rolling-gate need to be closed, start power supply, motor 1 rotates while motor output shaft 1.1, by shaft coupling band driven input shaft 1.2, rotates, and power shaft 1.2 driven wheel a3 rotate, and gear b4 is meshed with gear a3 and drives output shaft a5 to rotate; Described gear c6 is meshed with gear d7 and driver output axle b9 rotates; The output torque of motor 1 is completed for the first time and is slowed down by gear a3, gear b4, gear c6, gear d7 in reducer I.
Output shaft b9 rotates the gear e8 driving on it and is meshed with gear f10, thereby driver output axle c15 rotates, and gear g11 is meshed with gear h14, thereby drives worm screw 16 to rotate; The output torque of motor 1 completes for the second time in reducer II slows down.
Worm screw 16 one end are connected with the driving shaft 25 of rolling-gate body by shaft coupling, thereby realize the rotation of rolling door hinge 26, realize the decline of rolling door hinge 25; Described worm screw 16 threaded engagement by opposite side in reducer II drives worm gear 17 to rotate, and rotating shaft 18 is also rotated with worm gear 17, and axle sleeve 19 is fixed on rotating shaft 18 one end, and touching control rod A20, touching control rod B21 on axle sleeve 19 rotate thereupon; When the screw A20.1 on touching control rod A20 contacts with the piston trigger A24.1 of limit switch 24 in the static part of touch switch, touch switch deenergization, rolling door hinge 26 touches ground completely closed, and rolling-gate quits work.
In like manner, when rolling-gate need to be opened, opening power, motor 1 reversion, when the screw B21.1 on touching control rod B21 contacts with the piston trigger B24.2 of limit switch 24 in the static part of touch switch, touch switch deenergization, rolling door hinge 26 touches top and opens completely, and rolling-gate quits work.
When meeting with power-off and mechanical breakdown, when rolling door hinge 26 can not normally start, now manually solenoidoperated cluthes 13 contact with gear g11, by external force transmitting gear g11 and drive the rise and fall of rolling door hinge 26.
Described rolling door hinge 29 is being provided with keyhole with door bottom, can lock rolling door hinge 29.
The motor 1 of described drive system is controlled by wireless remote control module, by wireless remote control, can realize forward, reversion, the time-out of motor.
As shown in Figure 5, be the circuit diagram of this wireless remote control module, its process of opening the door is as follows, and IC1 receives the enabling signal that remote controller sends, and 4 pin output high level, make triode conducting, and relay J 1 obtains electric, K switch 1 closure, motor forward is opened door.
Its process of closing the door is as follows, and IC1 receives the pass gate signal that remote controller sends, and 2 pin output high level, make triode conducting, and relay J 2 obtains electric, K switch 2 closures, and motor reversal is closed door.
Described triode has conducting and cutoff function; D1, D2 diode action is as follows, they are generally used for the not sensed voltage breakdown of protecting component or burn out in circuit, receive in parallel the element two ends that produce induced electromotive force, and with its formation loop, the high electromotive force that makes its generation in loop to continue current system consumption, thereby the element playing in holding circuit is not damaged; Full bridge rectifier 1 output DC current is to relay J 1, and J2 powers; Full bridge rectifier 2 output DC current signals, to IC1, are controlled its out output signal.
Claims (3)
1. the rolling-gate that built-in drive-type can free adjustment be controlled, is characterized in that: this rolling-gate comprises drive system, machine driven system, touch switch, rolling-gate body;
Drive system comprises motor (1), motor output shaft (1.1), power shaft (1.2);
Machine driven system comprises reducer I, reducer II, Worm Wheel System system; Reducer I comprises reducer I shell (2), gear a (3), gear b (4), output shaft a (5), gear c (6), gear d (7);
Reducer II comprises gear e (8), output shaft b (9), gear f (10), gear g (11), reducer II shell (12), clutch (13), gear h (14), output shaft c (15);
Worm Wheel System system comprises worm screw (16), worm gear (17), rotating shaft (18), axle sleeve (19);
Touch switch comprises dynamic part and static part; Dynamic part comprises touching control rod A (20), touching control rod B (21), touch-control bolt A (22), touch-control bolt B (23); Static part comprises limit switch (24), piston trigger A (24.1), piston trigger B (24.2), limit switch terminals (24.3);
Rolling-gate body comprises driving shaft (25), rolling door hinge (26);
Particularly, motor (1) one end is for being motor output shaft (1.1), and motor output shaft (1.1) is connected with power shaft (1.2) by shaft coupling, and motor (1) other end is connected with power supply by wireless remote control module; It is upper that described gear a (3) is arranged on power shaft (1.2), and gear b (4) is meshed with gear a (3); It is upper that gear b (4), gear c (6) are arranged on output shaft a (5), and gear c (6) is meshed with gear d (7); It is upper that gear d (7), gear e (8) are arranged on output shaft b (9), and gear e (8), gear f (10) are meshed; It is upper that gear f (10), gear g (11) are arranged on output shaft c (15), and gear g (11) is meshed with gear h (14);
Gear h (14) is arranged on the worm screw (16) of Worm Wheel System system; Described clutch (13), gear h (14) are arranged on output shaft c (15) two ends that are fixed with gear g (11), between clutch (13) and gear g (11), have certain interval, and this interstice coverage is 3-5mm; Described reducer I shell (2), reducer II shell (12) are the shell of two reducers, in order to protect internal gear transmission; Gear e (8) one end, center of described reducer II be output shaft b (9) by the fixed structure of key and gear e (8), gear e (8) other end has central channel;
Described Worm Wheel System system is arranged in reducer II, and worm screw (16) is output shaft, and worm gear (17), by screw thread transmission and worm screw (16) engaged transmission, has been fixed rotating shaft (18) by keyway in the middle of worm gear (17); Described axle sleeve (19.1) is arranged on rotating shaft (18) one end, and the dynamic part of touch switch is installed on it; One end of described worm screw (16) is output, and is connected with the driving shaft (25) of rolling-gate body by shaft coupling, and worm screw (16) other end is arranged in the central channel of gear e (8) one sides by bearing;
Touch switch is the electric control gear of native system, to realize the closure that taps switch; In the dynamic part of described touch switch, touching control rod A (20), touching control rod B (21) one end are arranged on axle sleeve (19); Described touching control rod A (20), touching control rod B (21) angle vertically equate; Touching control rod A (20), touching control rod B (21) other end are provided with screw, and screw A (20.1) is arranged on the screw of touching control rod A (20), and screw B (21.1) is arranged on the screw of touching control rod B (21); Described screw A (20.1), screw B (21.1) are mutually vertical with the position of touching control rod A (20), touching control rod B (21) respectively;
Limit switch in the static part of touch switch (24) is fixed on reducer II shell (12); Described piston trigger A (24.1), piston trigger B (24.2) are positioned at limit switch (24) both sides, and piston trigger A (24.1), piston trigger B (24.2) angle vertically equate; Described piston trigger A (24.1), piston trigger B (24.2) can contact with the screw A (20.1), the screw B (21.1) that are arranged on touching control rod A (20), touching control rod B (21); Limit switch terminals (24.3) are limit switch and power line contact jaw; Described limit switch terminals 24.3 comprise input a, output b, input c, output d, wherein, and the output stage that input a, input c switch on power, the input utmost point that output b, output d switch on power;
Described piston trigger A (24.1), piston trigger B (24.2) are when being arranged on screw A (20.1), screw B (21.1) on touching control rod A (20), touching control rod B (21) and contacting, the Men Gaowei linear relationship of the angle of its rotation and rolling-gate, i.e. the rising of rolling-gate or the time of decline equated with the time of touching control rod contact screw;
Described screw A (20.1), screw B (21.1) can rotate along screw direction, and then distance and the time of contact of adjustment screw A (20.1), screw B (21.1) and touching control rod A (20), touching control rod B (21); When rolling door hinge (26) does not need decline completely or rise, the distance of adjustment screw A (20.1), screw B (21.1) and touching control rod A (20), touching control rod B (21), thereby shorten or extend its time of contact, thereby the height of control rolling door hinge (26);
When meeting with power-off and mechanical breakdown, when rolling door hinge (26) can not normally start, now manually solenoidoperated cluthes (13) contact with gear g (11), by external force transmitting gear g (11) and drive the rise and fall of rolling door hinge (26);
Described rolling door hinge (29) is being provided with keyhole with door bottom, can lock rolling door hinge (29);
The motor of described drive system (1) is controlled by wireless remote control module, by wireless remote control, can realize forward, reversion, the time-out of motor.
2. the rolling-gate that a kind of built-in drive-type according to claim 1 can free adjustment be controlled, rolling-gate it is characterized in that: when need to be closed, start power supply, motor (1) rotates while motor output shaft (1.1), by shaft coupling band driven input shaft (1.2), rotates, power shaft (1.2) driven wheel a (3) rotates, and gear b (4) is meshed with gear a (3) and drives output shaft a (5) to rotate; Described gear c (6) is meshed with gear d (7) and driver output axle b (9) rotates; The output torque of motor (1) is completed for the first time and is slowed down by gear a (3), gear b (4), gear c (6), gear d (7) in reducer I;
Output shaft b (9) rotates the gear e (8) driving on it and is meshed with gear f (10), thereby driver output axle c (15) rotates, and gear g (11) is meshed with gear h (14), thereby drives worm screw (16) to rotate; The output torque of motor (1) completes for the second time in reducer II slows down;
Worm screw (16) one end is connected with the driving shaft (25) of rolling-gate body by shaft coupling, thereby realizes the rotation of rolling door hinge (26), realizes the decline of rolling door hinge (25); Described worm screw (16) threaded engagement by opposite side in reducer II drives worm gear (17) to rotate, rotating shaft (18) is also rotated with worm gear (17), axle sleeve (19) is fixed on rotating shaft (18) one end, and touching control rod A (20), touching control rod B (21) on axle sleeve (19) rotate thereupon; When the screw A (20.1) on touching control rod A (20) contacts with the piston trigger A (24.1) of limit switch (24) in the static part of touch switch, touch switch deenergization, rolling door hinge (26) touches ground completely closed, and rolling-gate quits work;
In like manner, when rolling-gate need to be opened, opening power, motor (1) reversion, when the screw B (21.1) on touching control rod B (21) contacts with the piston trigger B (24.2) of limit switch (24) in the static part of touch switch, touch switch deenergization, rolling door hinge (26) touches top and opens completely, and rolling-gate quits work.
3. the rolling-gate that a kind of built-in drive-type according to claim 1 can free adjustment be controlled, it is characterized in that: described wireless remote control module, its process of opening the door is as follows, IC1 receives the enabling signal that remote controller sends, 4 pin output high level, make triode conducting, and relay J 1 obtains electric, K switch 1 closure, motor forward is opened door;
Its process of closing the door is as follows, and IC1 receives the pass gate signal that remote controller sends, and 2 pin output high level, make triode conducting, and relay J 2 obtains electric, K switch 2 closures, and motor reversal is closed door;
Described triode has conducting and cutoff function; D1, D2 diode action is as follows, they are generally used for the not sensed voltage breakdown of protecting component or burn out in circuit, receive in parallel the element two ends that produce induced electromotive force, and with its formation loop, the high electromotive force that makes its generation in loop to continue current system consumption, thereby the element playing in holding circuit is not damaged; Full bridge rectifier 1 output DC current is to relay J 1, and J2 powers; Full bridge rectifier 2 output DC current signals, to IC1, are controlled its out output signal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420241568.8U CN203905784U (en) | 2014-05-13 | 2014-05-13 | Built-in drive type freely adjustable and controllable roller shutter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420241568.8U CN203905784U (en) | 2014-05-13 | 2014-05-13 | Built-in drive type freely adjustable and controllable roller shutter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203905784U true CN203905784U (en) | 2014-10-29 |
Family
ID=51780073
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420241568.8U Withdrawn - After Issue CN203905784U (en) | 2014-05-13 | 2014-05-13 | Built-in drive type freely adjustable and controllable roller shutter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203905784U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103953276A (en) * | 2014-05-13 | 2014-07-30 | 叶钢祥 | Concealed driving type rolling gate capable of being adjusted and controlled freely |
-
2014
- 2014-05-13 CN CN201420241568.8U patent/CN203905784U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103953276A (en) * | 2014-05-13 | 2014-07-30 | 叶钢祥 | Concealed driving type rolling gate capable of being adjusted and controlled freely |
| CN103953276B (en) * | 2014-05-13 | 2017-05-24 | 叶钢祥 | Concealed driving type rolling gate capable of being adjusted and controlled freely |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20141029 Effective date of abandoning: 20170524 |
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| AV01 | Patent right actively abandoned |