A motor-driven roll-up screen system that moves horizontally, and such roll-up screen system.
Patent Information
- Authority / Receiving Office
- TH · TH
- Patent Type
- Applications
- Filing Date
- 2024-08-02
- Publication Date
- 2026-06-29
Smart Images
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Abstract
Claims
------12 / 02 / 2569------(OCR)OCR10KL1. A horizontally driven motorized roll-up screen assembly incorporating: at least one drive unit (a) for driving the roll-up screen assembly, incorporating: at least one motor (1) for driving the drive unit (a); a top end cap (7) incorporating at least one outer top end cap (710) for attaching the hollow tube (12) and at least one inner top end cap (720) for attaching the motor (1); and at least one reduction gear (5). A motor (1) to adjust the speed and torque to optimize the horizontal movement of the screen (11) to close or open the doorway; at least one rail (b) to prevent the screen (11) from coming loose from the screen assembly; and a balanced tension system (c) to create force on the screen (11) to ensure that the screen (11) moves in a balanced horizontal direction both when the screen (11) is driven by the motor (1) and / or by user force.
2. A motor-driven screen assembly that moves horizontally according to claim 1,Where the reduction gear (5) adjusts the speed to a lower speed and adjusts the torque to a higher torque for driving the roll-up screen (11).
3. A roll-up screen driven by a horizontally moving motor according to claim 1 or 2, where the motor (1) is mounted inside a hollow tube (12) which acts as an axis for winding the roll-up screen (11) or unwinding the roll-up screen (11).
4. A roll-up screen driven by a horizontally moving motor according to one of claims 1-3, where the balanced tension system (c) consists of: a tensioning device. A fixed (15) set that transfers force to the mosquito net (11); at least one pulley (711), which is part of the outer upper end cap (710) that is set to rotate with the hollow tube (12); at least one tape (18) that is set to wrap around the pulley (711); at least one set of wires (16) that is set to pull the mosquito net (11); and at least one set of pulleys (17) that act as a spool (16).
5. A motor-driven mosquito net set that moves horizontally according to any of the claims 1-4,Where: The constant tension device (15) is composed of the first constant tension device (151) and the second constant tension device (152); the wire assembly (16) is composed of the lower wire (161) and the upper wire (162); and the pulley assembly (17) is composed of the first pulley (171), the second pulley (172), the third pulley (173), the fourth pulley (174) and the fifth pulley (175).
6. The motor-driven roll-up screen assembly moving horizontally according to any of the claims 1-5, where: The balanced tensioning system (c) operates as follows: the mesh roll (11) rotates in the opposite direction to the movement of the tape (18), where the tape (18) is positioned to disengage from the pulley (711) in the opposite direction to the wrapping of the mesh roll (11) around the hollow tube (12), where, as the tape (18) rotates inward into the pulley (711), the hollow tube (12) rotates to unwind the mesh roll (11), and conversely, as the tape (18) rotates outward from the pulley (711), the hollow tube (12) rotates the mesh roll (11) inward.Where at any given time the speed of movement of the roll-up net(11) is different from the speed of movement of the wire assembly(16); and where, as the hollow tube(12) rotates to unwind the roll-up net(11), the total diameter of the hollow tube(12) and the roll-up net(11) is reduced, and the pulley(711) rotates to wrap the tape(18), causing the total diameter of the pulley(711) and the tape(18) to increase; where, at any given time the movement of the handrail(14) the total diameter of the hollow tube(12) and the roll-up net(11) is reduced, and the pulley(711) rotates to wrap the tape(18), causing the total diameter of the pulley(711) and the tape(18) to increase; where, at any given time the movement of the handrail post ... is reduced, the total diameter of the hollow tube(12) and the roll-up net(11) is reduced, and the pulley(711) rotates to wrap the tape(18), causing the total diameter of the pulley(711) and the tape(18) to increase; The pulley (12) and the roll-up screen (11) are inversely proportional to the total diameter of the pulley (711) and the tape (18); and where the constant tensioning device (15) has a travel distance to compensate for the different travel distances of the tape (18) and the roll-up screen (11) but still maintains constant tension when the user does not have to exert force to increase the tension of the constant tensioning device, the user only exerts force against the friction of the balanced tensioning system (c) as mentioned above.
7. A motor-driven roll-up screen set that moves horizontally according to any one of the claims 1-6,Where the constant tensioning device (15) which transfers force to the mosquito net (11) is installed inside the handrail (14).
8. A horizontally driven motorized mosquito net assembly under claim 7, where the force transfer is of the nature of which includes: the force from the constant tensioning device (15) is transferred along the wire assembly (16) in the opposite direction to the tension of the hollow tube (12) acting on the mosquito net (11).
9. A horizontally driven motorized mosquito net assembly under any of claims 1-8, where the constant tensioning device (15) which is installed inside the handrail (14). It is appropriate to provide at least two constant tension devices: the first constant tension device (151) and the second constant tension device (152).
10. A motor-driven roll-up screen set moving horizontally according to any of the claims 1-9, in which the first constant tension device (151) is attached to the lower wire (161) which changes direction of movement by working with the first pulley (171), the second pulley (172), and the third pulley (173), in which the first pulley (171) is mounted at one end of the handrail post (14).The lower pulley (161), installed at the lower corner of the door frame opposite the hollow tube (12), is designed to change the axis of the lower wire (161) from vertical to horizontal by pulling the lower wire (161) to the bottom corner of the door frame opposite the hollow tube (12) horizontally. The second pulley (172), installed at the bottom corner of the door frame opposite the hollow tube (12), is designed to change the axis of the lower wire (161) from horizontal to vertical by pulling the lower wire (161) vertically upward through the second pulley (172) to the top corner of the door frame opposite the hollow tube (12), and the third pulley (172) 11. A motor-driven roll-up screen moving horizontally according to one of the claims 1-10, where a second constant tensioning device (152) is attached to the upper wire (162) which changes direction of movement by working in conjunction with the fourth pulley (174), and the fifth pulley (175), where the fourth pulley (174),The pulley mounted at the other end of the handle post (14) is set up to change the axis of the upper wire (162) from vertical to horizontal by pulling the upper wire (162) against the upper door frame corner opposite the hollow tube (12) in the horizontal direction, the fifth pulley (175), mounted horizontally below the upper zipper track (231) so that the upper wire (162) is pulled vertically upwards through the fifth pulley (175) to a position above the upper zipper track (231), and then the upper wire (162) is pulled through the second groove of the third pulley (173) to change the direction of the upper wire (162) from vertical to horizontal. The axis of the upper wire (162) is re-aligned from vertical to horizontal, where, when the ends of both wires (161)(162) are positioned above the flat zipper track (231), both wires (161)(162) move through the third pulley (173), then the ends of both wires (161)(162) are secured to one end of the tape (18) by means of a fastening, and the tape (18) rotates into the pulley (711) to pull the handgrip post (14) in the opposite direction to the hollow tube (12).
12. A motor-driven roll-up screen assembly moving horizontally according to one of the claims 1-11,Where one of the first (151) and second (152) types of constant tension devices is a constant tension spring.
13. A motor-driven roll-up screen set moving horizontally according to any one of the claims 1-12, where another of the first (151) and second (152) types of constant tension devices is a counterweight consisting of at least one first (153) counterweight and sixth (176) counterweight and at least one second (154) counterweight and fourth (174) counterweight.
14. A motor-driven roll-up screen set moving horizontally according to any one of the claims 1-13. One, additionally incorporated, to reduce the width of the top rail (20), pusher wheels (24) that allow both wires (161) (162) and tape (18) to move horizontally parallel to the top rail (20), where the pusher wheels (24) are mounted flush with the line of the top rail (20) near the pulley (711) on the side where the roll-up screen is installed (11).
15. A motor-driven roll-up screen set moving horizontally according to one of claims 1-14, where the appropriate wire set (16) is wire rope.
16. A motor-driven roll-up screen set moving horizontally according to one of claims 1-15,Where another suitable wire set (16) is a rope with a tensile strength of more than 200 N.
17. A horizontally driven motor-driven roll-up screen under any of claims 1-16, where the drive unit (a) is further incorporated with: at least one conversion shaft (3) which is incorporated with at least one hole (310) at one end for mounting to the motor shaft and at least one drive gear (320) at the other end; at least one adjustment plate (4) which is used to adjust the distance of the motor (1) to fit the reduction gear (5) so that the drive gear (320) is aligned with the reduction gear (5).
18. A horizontally driven motor-driven roll-up screen under any of claims 1-17, where the drive unit (a) is further incorporated with: at least one drive wheel (6) in which: the speed of the motor (1) is adjusted by the reduction gear (5) to adjust the speed and torque to be suitable for driving the roll-up screen (11),Where the drive shaft of the reduction gear (520) is attached to the drive wheel (6); and the hollow tube (12) is attached to the drive wheel (6) for driving the tube which is installed inside the tube.
19. A roll-up screen assembly driven by a horizontally moving motor according to one of claims 1-18, where the adapter shaft (3) has one end bored out (310) so that the inside fits into the motor drive shaft (110) and the other end of the adapter shaft (3) has a drive gear (320) which is sized to fit into and work with the reduction gear (510).
20. A roll-up screen assembly driven by a horizontally moving motor according to one of claims 1-18, where the adapter shaft (3) has one end bored out (310) so that the inside fits into the motor drive shaft (110) and the other end of the adapter shaft (3) has a drive gear (320) which is sized to fit into and work with the reduction gear (510). A rolling screen driven by a horizontally moving motor according to one of the claims 1-19, where the adjustment plate (4), on one side is a motor mounting plate (410) with a number of mounting holes (411) for the motor (1) and on the other side is a gear mounting plate (420) with a number of mounting holes (421) for the gear (5), where the said mounting holes (411)(421) are arranged out of alignment to allow for easy tightening of screws on both sides.
21. A rolling screen driven by a horizontally moving motor according to one of the claims 1-20,Where the appropriate reduction gear (5) is a reduction planetary gear to reduce resistance in the case where the mosquito net (11) is moved by the user's force, where the user's force is transmitted back from the handgrip post (14) to rotate the hollow tube (12), and the hollow tube (12) is then reversed to rotate the low-speed drive shaft of the reduction gear (520) and transmits force to drive the motor drive shaft (110) of motor (1) to activate the motor (1) to operate continuously, where the appropriate gear ratio depends on the size of the tube. (12) To obtain the linear speed of movement of the roll-up net (11) shall be in the range of 5 to 15 m / min.
22. A roll-up net set driven by a motor moving horizontally according to one of the claims 1-21, in which the outer top end cap (710) is attached to the hollow tube (12) so that it rotates together with the hollow tube (12), the outer top end cap (710) is further incorporated with: at least one zipper groove (712) which has a diameter smaller than the diameter of the hollow tube (12),The appropriate size shall be no less than 20 mm; and at least one fitting (713) shall serve to fit into the central tube (12).
23. A motor-driven roll-up screen set that moves horizontally according to any of the claims 1-22, in which case the inner diameter of the top zipper groove (712) is large enough to allow the motor (1) to pass through and there is still a gap so that the motor (1) does not come into contact with any part of the outer top end cap (710) while the hollow tube (12) is rotating, shall hold the motor (1) to the end cap. The inner top end (720) directly where between the outer top end cap (710) and the inner top end cap (720) there is a ball bearing (101) centered so that the center joint (12) rotates around the motor (1) which is fixed in place.
24. A roll-up screen driven by a horizontally moving motor according to any of the claims 1-23, where the drive unit (a) is further incorporated with a cable and antenna (2), in the case where the inner diameter of the top zipper groove (712) is too small to allow the motor (1) to pass through,A motor (1) shall be installed in the area deep within the hollow tube (12), where the cable and antenna conduit (2) shall be additionally installed in the inner end cap of the top of the tube (720) to bring both the power (120) and antenna (130) from the motor (1) inside the hollow tube (12) to the outside for connection to an external power supply and for receiving control signals from a remote control unit.
25. A horizontally moving motor-driven roll-up net under one of the claims 1-24, where the cable and antenna conduit (2) shall be hollow inside for threading the power (120) and antenna (130) to the net. The bottom and top of the cable conduit have inlet (210) and outlet (220) respectively to allow the cable (120) and antenna (130) to be inserted and removed, and at one end of the cable and antenna conduit (2) there is an upper mounting bracket (240) which serves to secure the lid of the roll-up screen box (25), and at the other end of the cable and antenna conduit (2) is fitted with a motor mounting bracket (230) which serves to secure the motor (1).
26. A roll-up screen unit driven by a horizontal motor according to any of the claims 1-25, where the drive unit (a) is further incorporated with a bottom end cap (8),The lower end cap (8) is assembled with: at least one outer lower end cap (810) with at least one grooved lower zipper section (811) and at least one fastening section (812) that fastens to the hollow tube (12); and the lower mounting shaft (820), located at the center of the vertical axis of the lower end cap (8), which acts as the pivot of the outer lower end cap (810), between which the outer lower end cap (810) and the lower mounting shaft (820) are fitted a bearing (101).
27. Any motor-driven roll-up screen assembly that moves horizontally according to claim 1-26.
28. Motorized roller shutter assembly driven horizontally under one of the claims 1-27, where the appropriate hollow tube (12) is provided as a cylindrical tube.
29. Motorized roller shutter assembly driven horizontally under one of the claims 1-28, where the appropriate hollow tube (12) shall have a diameter of 60 to 130 mm depending on the width and height of the roller shutter (11).
30. Motorized roller shutter assembly driven horizontally under one of the claims 1-29,Where the rail set (b) is assembled with: the upper rail (20); and the lower rail (19), where the rail set (b) works in conjunction with zippers (22) installed on the top and bottom edges of the roller screen (11) to prevent movement off the lower rail (19) and the upper rail (20) of the edges of the roller screen (11).
31. Motorized roller screen set that moves horizontally according to any of the claims 1-30, where: the lower rail (19) is assembled with: the outer lower rail (191) and the lower zipper rail (232) installed internally; and the upper rail (20) is assembled with: the outer upper rail (201); The upper middle rail (202); and the upper zipper rail (231) are installed on the innermost side, where the space between the upper outer rail (201) and the upper middle rail (202) is the area in which the tape (18) and the upper wire (162) and the lower wire (161) move, with upper zipper grooves (712) and lower zipper grooves (811) which are part of the upper end cap (7) and lower end cap (8) respectively, which rotate together with the hollow tube (12) to wrap the zippers (22).
32. A motor-driven roll-up screen moving horizontally according to any one of the claims 1-31,Where the outer bottom rail (191) has at least two wings (192) on both the left and right sides, which are positioned higher than the line of the bottom wire (161) to serve as a guide for the movement of the bottom wire (161) and to prevent passersby from tripping over the bottom wire (161).
33. A motor-driven roll-up screen that moves horizontally according to any of the claims 1-32, where the middle top rail (202) acts as a support for the top zipper rail (231) and is also adjustable to be parallel to the bottom zipper rail (232) of the bottom rail (19), where the middle top rail (202) is fitted with at least one screw (27) that penetrates the middle top rail (202) to the outer top rail (201), by which the screw (27) acts as a tensioner to keep the top zipper rail (231) parallel to the bottom zipper rail (232),Consisting of: a push screw (272) which is a screw (27) that can be threaded, with one end cut off so that it is not sharp and cannot penetrate the outer rail (201), in which the push screw (272) pushes the middle rail (202) against the outer rail (201); and a pull screw (271) which is a screw (27) that acts as a tightening and pulling mechanism to keep the upper zipper rail (231) parallel to the lower zipper rail (232).
34. A motor-driven roll-up screen assembly that moves horizontally according to any one of the claims 1-33, in which the zipper teeth (222) are attached to the fabric. (221) Selectable from plastic zipper teeth, and / or metal zipper teeth and / or zipper teeth of one or more of the materials, the appropriate being plastic zipper teeth.
35. Motorized roll-up screens that move horizontally according to any of claims 1-34, in which the motor (1) can be controlled by a remote control, and / or switch, and / or external receiver, in one or more of the same.
36. Motorized roll-up screens that move horizontally according to any of claims 1-35,Where the motor (1) stops when an obstruction is placed in the way of the roll-up screen (1).
37. A roll-up screen driven by a horizontal motor under any of the claims 1-36, where, while the motor (1) is stopped or in the absence of power to the motor (1), the motor (1) still allows the user to move the roll-up screen (11) by force.
38. A roll-up screen driven by a horizontal motor under any of the claims 1-37, where the motor (1) decelerates at startup and before stopping at the point of extension and retraction of the roll-up screen (11) to a predetermined threshold.
39. A roll-up screen driven by a horizontal motor under any of the claims 1-38, where the external receiver may be selectable from one or more inductive, and / or capacitive, and / or infrared receivers.
40. A roll-up screen driven by a horizontal motor under any of the claims 1-39,Where the roller blind (11) may be made of any other material such as a roller blind------------OCR07AP1. A horizontally moving motor-driven roller blind assembly consisting of: at least one drive unit (a) for driving the roller blind assembly, consisting of: at least one motor (1) for driving the drive unit (a); the upper end of the tube (7) consisting of at least one outer upper end of the tube (710) for attaching the hollow tube (12) and at least one inner upper end of the tube (720) for attaching the motor (1); and the gear At least one drop(5) to adjust the speed and torque to optimize the horizontal movement of the roll-up screen(11) to close or open the doorway; at least one track set(b) to prevent the roll-up screen(11) from coming loose from the roll-up screen assembly; and a balanced tension system(c) to create a force on the roll-up screen(11) to ensure that the roll-up screen(11) moves in a balanced horizontal direction both when the roll-up screen(11) is driven by the motor(1) and / or by user force.
2. The motor-driven roll-up screen assembly that moves horizontally according to claim1,Where the reduction gear (5) adjusts the speed to a lower speed and adjusts the closing force to a higher torque for driving the roll-up screen (11).
3. A roll-up screen driven by a horizontally moving motor under claim 1 or 2, where the motor (1) is mounted inside a hollow tube (12) which acts as an axis for winding the roll-up screen (1) or unwinding the roll-up screen (11).
4. A roll-up screen driven by a horizontally moving motor under one of claims 1-3, where the balanced tensioning system (c) consists of: a constant tensioning device. At least one set of (15) which serves to transfer force to the mosquito net roll(11); at least one pulley(711), which is part of the outer upper end of the tube(710) that is set to rotate together with the hollow tube(12); at least one tape(18) that is set to wrap around the pulley(711); at least one set of wire(16) that is set to pull the mosquito net roll(1t); and at least one set of pulleys(17) that serves to pull the wire(16) 5. A motor driven horizontally by any of the claims 1-4,Where: The constant tensioning device (15) is composed of the first constant tensioning device (151) and the second constant tensioning device (152); the wire assembly (16) is composed of the lower wire (161) and the upper wire (162); and the pulley assembly (17) is composed of the first pulley (171), the second pulley (172), the third pulley (173), the fourth pulley (174), and the fifth pulley (175).
6. The motor-driven rolling screen assembly moving horizontally according to any one of claims 1-5, where the balanced tensioning system (c) operates as follows: The rolling screen (11) rotates. In the opposite direction to the movement of the tape (18), where the tape (18) is set to be wrapped around the pulley (711), in the opposite direction to the wrapping of the mosquito net (11) around the hollow tube (12), where, as the tape (18) rotates inward into the pulley (711), the hollow tube (12) rotates to unwind the mosquito net (11), and conversely, as the tape (18) rotates outward from the pulley (711), the hollow tube (12) rotates the mosquito net (11) inward, at which time the speed of movement of the mosquito net (11) is different from the speed of movement of the wire assembly (16).And where, as the hollow tube (12) rotates to unwind the mesh roll (11), the total diameter of the hollow tube (12) and the mesh roll (11) is reduced, and the pulley (711) rotates to wind the tape (18), causing the total diameter of the pulley (711) and the tape (18) to increase; where, as the hand post (14) moves, the total diameter of the hollow tube (12) and the mesh roll (11) is inversely proportional to the total diameter of the pulley (711) and the tape (18); and where the constant tensioning device (15) has a displacement to compensate for the displacement 7. A motor-driven roll-up screen moving horizontally according to one of the claims 1-6, in which a constant tensioning device (15) that transfers force to the roll-up screen (11) is installed inside the handle post (14).
8. A motor-driven roll-up screen moving horizontally according to claim 7,Where the force transfer is characterized by: the transfer of force from the constant tensioning device (15) to be transmitted along the wire assembly (16) in the opposite direction to the tension of the hollow tube (12) acting on the mosquito net (11).
9. A motor-driven horizontally moving mosquito net assembly according to claim 1-8, where at least two suitable constant tensioning devices (15) are provided, namely the first constant tensioning device (151) and the second constant tensioning device (152).
10. A motor-driven horizontally moving mosquito net assembly according to claim 14, where at least two suitable constant tensioning devices (15) are provided, namely the first constant tensioning device (151) and the second constant tensioning device (152). The first constant tensioner (151) is attached to the lower wire (161), which is redirected by working in conjunction with the first pulley (171), the second pulley (172), and the third pulley (173), where the first pulley (171), mounted at one end of the handrail post (14), is set to change the axis of the lower wire (161) from vertical to horizontal by pulling the lower wire (161) against the lower door frame corner opposite the hollow tube (12). In this orientation, the second pulley (172), mounted at the lower door frame corner opposite the hollow tube (12),It is designed to change the axis of the lower wire (161) from vertical to horizontal by pulling the lower wire (161) vertically upward through the second pulley (172) to the upper door frame corner opposite the hollow tube (12), and the third pulley (173), which has a double groove and is installed above the middle rail (202). The lower wire (161) passes through the first groove of the third pulley (173) to change the axis of the lower wire (161) from vertical to horizontal again.
11. The motor-driven roll-up screen assembly moves horizontally. Under one of the claims 1-10, a second constant tensioning device (152) is attached to the upper wire (162) which changes direction of movement in conjunction with the fourth pulley (174), and the fifth pulley (175), where the fourth pulley (174), mounted at the other end of the handrail (14), is set to change the axis of the upper wire (162) from vertical to horizontal by pulling the upper wire (163) against the upper door frame corner opposite the hollow tube (12) in the direction of the fifth pulley (175).It is mounted horizontally below the upper zipper rail (231) so that the upper wire (162) is pulled vertically upward through the fifth pulley (175) to a position above the upper zipper rail (231). The upper wire (162) is then pulled through the second groove of the third pulley (173) to change the axis of the upper wire (162) from vertical to horizontal, where, once the ends of both wires (161) (162) are positioned above the upper zipper rail (231), the two wires (161) (162) move through the third pulley (173). ), then the ends of both wires (161)(162) are fastened to one end of the tape (18) by means of fastening, and the tape (18) is rotated into the pulley (711) to pull the hand post (14) in the opposite direction to the hollow tube (12).
12. A motor-driven roll-up screen set moving horizontally according to one of the claims 1-11, where one of the first (151) and second (152) suitable constant tension devices is a constant tension spring.
13. A motor-driven roll-up screen set moving horizontally according to one of the claims 1-12,Where another type of fixed tensioning device first(151) and second(152) is appropriate, which is a counterweight consisting of the first counterweight(153) and sixth pulley(176) and the second counterweight(154) and fourth pulley(174), at least one set14. A motor driven horizontal rolling screen set according to any one of the claims 1-13, which is additionally assembled, to increase the width of the top rail(20), pusher wheels(24) that make the wires Two lines (161)(162) and tape (18) are capable of horizontal movement parallel to the upper rail (20), where the pusher (24) is mounted flush with the line of the upper rail (20) near the pulley (71) on the side where the roll-up screen is installed (11).
15. A motor-driven roll-up screen unit that moves horizontally according to one of claims 1-14, where the appropriate wire set (16) is a wire rope.
16. A motor-driven roll-up screen unit that moves horizontally according to one of claims 1-15,Where another suitable wire set (16) is a rope with a tensile strength of more than 200 N.
17. A roll-up mosquito net set driven by a horizontal motor according to one of claims 1-16; where the drive set (a) is further included: at least one conversion shaft (3) which is fitted with at least one hole (310) at one end for mounting to the motor shaft and at least one drive gear (320) at the other end; at least one adjuster (4) which adjusts the distance of the motor (1) to fit the reduction gear (5) so that the drive gear (320) is positioned in line with the reduction gear (5).
18. A roll-up mosquito net set driven by a horizontal motor according to one of claims 1-17, where the drive set (a) is further included: at least one drive wheel (6) where: the speed of the motor (1) is adjusted by the reduction gear (5) to adjust the speed and torque to be suitable for driving the roll-up mosquito net (11),Where the drive shaft of the reduction gear (520) is attached to the drive wheel (6); and the hollow tube (12) is attached to the drive shaft (6) for driving the tube which is installed inside the tube.
19. A roll-up net assembly driven by a horizontally moving motor according to one of the claims 1-18, where the conversion shaft (3) has one end bored out to a hole (310) so that the inside fits into the motor drive shaft (110) and the other end of the conversion shaft (3) has a drive gear (320) which is sized to fit into and work with the reduction gear (510).
20. A roll-up net assembly driven by a horizontally moving motor according to one of the claims 1-18, where the conversion shaft (3) has one end bored out to a hole (310) so that the inside fits into the motor drive shaft (110) and the other end of the conversion shaft (3) has a drive gear (320) which is sized to fit into and work with the reduction gear (510). A rolling screen set driven by a horizontally moving motor according to one of the claims 1-19, where the adjustment plate (4) shall be a motor mount (410) with a number of mounting holes (411) for mounting the motor (1) and on the other side shall be a gear mount (420) with a number of mounting holes (421) for mounting the gear (5), where the said mounting holes (411)(421) shall be arranged out of alignment so that screws on both sides can be easily tightened.
21. A rolling screen set driven by a horizontally moving motor according to one of the claims 1-20,Where the appropriate reduction gear (5) is a reduction planetary gear to reduce resistance in the event that the tube (11) is moved by the user's force, where the user's force is transmitted back from the hand post (14) to rotate the hollow tube (12), and the hollow tube (12) is then reversed to rotate the low-speed drive shaft of the reduction gear (520), and then transmits force to drive the motor drive shaft (110) of motor (1) to activate the motor (1) to operate continuously, where the appropriate reduction ratio depends on the size of the hollow tube. (12) To obtain the linear speed of movement of the roll-up net (11) shall be in the range of 5 to 15 m / min.
22. A roll-up net set driven by a motor that moves horizontally according to one of the claims 1-21, in which the outer top end of the tube (710) is attached to the hollow tube (12) so that it rotates together with the hollow tube (12), the outer top end of the tube (710) is further incorporated with: at least one zipper groove (712) which has a diameter smaller than the diameter of the hollow tube (12),The appropriate size shall be no less than 20 mm; and at least one of the grommets (713) shall serve to fit into the hollow tube (12).
23. The motor-driven roll-up screen assembly shall move horizontally according to one of the claims 1-22, in which case the inner diameter of the upper zipper groove (712) shall be large enough to allow the motor (1) to pass underneath and there shall still be a gap so that the motor (1) does not come into contact with any part of the outer upper tube end (710) while the hollow tube (12) is rotating, thus securing the motor (1) to the end. The inner top end (720) directly where, between the outer top end cap (710) and the inner top end cap (720), there is a ball bearing (101) centered so that the hollow tube (12) rotates around a fixed motor (1).
24. A horizontally driven roll-up screen set according to one of the claims 1-23, where the drive set (a) is further incorporated with a cable and antenna (2), in the case where the inner diameter of the top zip groove (712) is too small to allow the motor (1) to pass through,A motor(1) shall be installed in the area deep within the hollow tube(12), where the cable and antenna(2) shall be additionally installed in the inner upper end of the tube(720) to carry both the power(120) and antenna(130) from the motor(1) inside the tube(12) to the outside to connect to an external power supply and receive control signals from a remote control.
25. A horizontally moving motor-driven roll-up net under one of the claims 1-24, where the cable and antenna(2) shall have an inner hollow body to carry the power(120) and antenna(130) to the outside. The bottom and top of the roll-up screen have an inlet (210) and an outlet (220) important for allowing the cable (120) and antenna (130) to be inserted and removed, and at one end of the cable and antenna conduit (2) there is an upper mounting bracket (240) which serves to attach to the roll-up screen box lid (25), and at the other end of the cable and antenna conduit (2) is fitted as a motor mount (230) which serves to hold the motor (1).
26. A roll-up screen driven by a horizontal motor according to any of the claims 1-25, where the drive unit (a) is further incorporated with a bottom end of the conduit (8),The lower end cap (8) is comprised of: at least one outer lower end cap (810), at least one grooved lower zip storage section (811), and at least one fastening section (812) that fastens to the hollow tube (12); and the lower mounting rod (820), located at the center of the vertical axis of the lower end cap (8), which acts as the pivot of the outer lower end cap (810), between which the outer lower end cap (810) and the lower mounting rod (820) are mounted.
27. A roll-up screen set driven by a motor that moves horizontally according to one of the claims 1-26, where the appropriate motor (1) is a curtain motor (cartainmotor).
28. A roll-up screen set driven by a motor that moves horizontally according to one of the claims 1-27, where the appropriate hollow tube (12) is provided as a cylindrical tube.
29. A roll-up screen set driven by a motor that moves horizontally according to one of the claims 1-28, where the appropriate hollow tube (12),It shall have a diameter of 60 to 130 millimeters depending on the width and height of the roll-up screen (11).
30. A motor-driven roll-up screen set moving horizontally according to any of claims 1-29, in which the rail set (b) is comprised of: the top rail (20); and the bottom rail (19), in which the rail set (b) works in conjunction with zippers (22) installed on the top and bottom edges of the roll-up screen (11) to prevent movement away from the bottom rail (19) and the top rail (20) of the roll-up edge (1).
31. A motor-driven roll-up screen set moving horizontally according to any of claims 1-30, in which: the bottom rail (19) is comprised of: the outer bottom rail (191) and the bottom zipper rail (232) installed internally; and the top rail (20) is comprised of: the outer top rail (201); the middle top rail (202); and the top zipper rail (231) installed internally,Where the space between the outer top rail (201) and the middle top rail (202) is the area in which the tape (18) and the upper wire (162) and lower wire (16) move, there are upper zipper grooves (712) and lower zipper grooves (811) which are part of the upper end cap (7) and lower end cap (8) respectively, which rotate together with the hollow tube (12) to wrap the zipper (22).
32. A motor-driven winding unit moving horizontally according to one of the claims 1-31, where the outer bottom rail (191) has at least two wings (192), left and right, which are arranged Raised above the line of the lower wire (161) to serve as a guide for the movement of the lower wire (16) and to prevent passersby from tripping over the lower wire (161).
33. A motor-driven winding assembly that moves horizontally according to one of the claims 1-32, where the middle rail (202) acts as a support for the upper zip rail (231) and can also be adjusted to be parallel to the lower zip rail (232) of the lower rail (19), where the middle rail (202) is fitted with at least one screw (27) that pierces through the middle rail (202) to the outer rail (201) by the screw (27),which acts as a tightening and pulling mechanism to keep the upper zipper rail (231) parallel to the lower zipper rail (232), is composed of: a screw (272) which is a screw (2) that is screwed into the base so that it is not sharp and cannot penetrate the outer upper rail (201); the push screw (272) pushes the middle upper rail (202) against the outer upper rail (201); and the pull screw (271) which is a screw (27) that acts as a tightening and pulling mechanism to keep the upper zipper rail (231) parallel to the lower zipper rail (232).
34. A motor-driven roll-up screen set that moves horizontally according to any one of the claims 1-33, which The zipper teeth (222) attached to the zipper fabric (221) are selectable from plastic zipper teeth, and / or metal zipper teeth and / or zipper teeth of one or more of these materials, the appropriate being plastic zipper teeth.
35. Motorized roll-up screens that move horizontally according to any of claims 1-34, where the motor (1) can be controlled by a remote control, and / or switch, and / or external receiver, one or more of these.
36. Motorized roll-up screens that move horizontally according to any of claims 1-35,Where the motor (1) stops working, there is an obstruction that obstructs the movement of the mosquito net (1).
37. A motor-driven roll-up mosquito net set that moves horizontally according to any of the claims 1-36, where, while the motor (1) is stopped or in the event that no electricity is supplied to the motor (1), the motor (1) allows the user to move the mosquito net (11) by force of their own strength.
38. A motor-driven roll-up mosquito net set that moves horizontally according to any of the claims 1-37, where the motor (1) slows down when starting and before stopping.
39. Motorized roll-up screens that move horizontally according to one of the claims 1-38; where an external receiver may be selected from either inductive, and / or ionizing, and / or infrared receivers, or a combination of both.
40. Motorized roll-up screens that move horizontally according to one of the claims 1-39; where the screen (11) may be made of any other material such as a roller blind;