CN219117798U - Double-layer airing lifting clothes hanger - Google Patents

Abstract

The double-layer airing lifting type clothes hanger is formed by a rotatable clothes rod and supporting seats at two ends in a rotatable hinged manner; lifting steel ropes of lifting rope winding turns arranged at two sides of the rotatable clothes rod are connected with the lifting clothes rod to form an upper rod and a lower rod; the hand-operated or electric power assembly with the self-locking function is connected with the rotatable clothes pole. When the required airing quantity exceeds the capacity of the lower rod lifting clothes rod, the lifting clothes rod can be lowered so that the upper rod can be aired by means of the clothes fork, and double-layer airing is formed. The airing device has the characteristics of large airing capacity, small occupied area of the same capacity and small manufacturing cost. The rotatable clothes rod also has the function of power transmission between the two supporting seats, and the transmission mode is changed: the double-layer hand-operated type steel cable has a large number of exposed steel cables; the installation height of the hand crank device is not limited; can prevent false anti-shake; can be provided with a windproof shearing frame, etc. The electric power component and the rotatable clothes rod shaft joint rotate, and a large chassis for limiting the distance between the two lifting steel ropes is not provided. The modularized installation, maintenance and replacement of other parts are convenient.

Description

Double-layer airing lifting clothes hanger

Technical field:

the utility model relates to a textile airing device, in particular to a lifting type clothes hanger.

The background technology is as follows:

if a design point is provided, a double-layer airing mode of a lifting mode can be adopted for a balcony with the height of about 3 meters, namely, a plurality of clothes can be washed in a common family, when the required airing capacity exceeds the capacity of a liftable clothes rod, the liftable clothes rod can be lowered to enlarge the distance between the liftable clothes rod and the upper clothes rod, and the upper clothes rod can be aired by means of hanging and taking of a clothes fork, so that the double-layer airing of the upper and lower clothes rods can be formed. Sunlight enters the balcony in an inclined plane, and the high position and the low position have advantages. The double-layer airing has the advantages of large capacity and small occupied area with the same capacity. However, the existing hand-operated and electric lifting clothes hangers have no function.

The existing hand-operated lifting clothes hanger has the advantages of simple structure, good reliability and the like, but has a large number of exposed steel cables and has an uncluttered appearance; the allowable lifting distance is smaller than the distance from the hand lifter to the top of the balcony, the hand lifter is easy to break down due to wrong and reverse swing at the descending terminal point, and the installation height of the hand lifter is limited to a certain extent; the installation needs on-site steel cable cutting and knot making, and the installation and maintenance generally need professional personnel to go to the door and other problems. The electric installation can be integrated, and is not affected by balcony structure, but the volume of the organic case is large, the distance between two supporting steel cables is short, and the maintenance and replacement of another part are inconvenient.

The utility model comprises the following steps:

the utility model provides a double-layer airing lifting clothes hanger which comprises a hand lifter, a motor component and a position sensing component, wherein rotatable clothes rods with lifting cable turns arranged at two sides and supporting seats at two ends are rotatably hinged, lifting steel ropes in the lifting cable turns are connected with the lifting clothes rods to form an upper rod and a lower rod, a windproof shearing frame can be additionally arranged between the supporting seats and the lifting clothes rods, a hand power component comprising the hand lifter is connected with the rotatable clothes rods to form the double-layer airing hand lifting clothes hanger, or an electric power component comprising the motor component and the position sensing component is connected with the rotatable clothes rods to form the double-layer airing electric lifting clothes hanger.

Further, the hand-operated lifter and the power cable for driving the winding turn arranged on the rotatable clothes rod are connected back through a support steering pulley after being turned in the direction through a steering pulley, so as to drive the rotatable clothes rod to rotate.

Further, the hand-operated lifter and the power cable for driving the winding turn arranged on the rotatable clothes rod are connected after being turned in the direction through a turning pulley, so as to drive the rotatable clothes rod to rotate.

Further, the hand-operated lifter is connected with the transmission winding turns arranged on the rotatable clothes rod by a power steel cable, and the middle of the hand-operated lifter is not provided with a steering pulley, so that the rotatable clothes rod is directly driven to rotate.

Further, the power steel rope of the hand-operated lifter is connected with the transmission winding turn through the steering pulley, or is connected with the transmission winding turn through the steering pulley and the support steering pulley, or is directly connected with the transmission winding turn without the steering pulley, and the middle part is not connected with the clamping sleeve.

Further, the ratio of the outer diameters of the drive wrap and the lift wrap can be used to set the hand force and lift speed.

Further, the spiral rope winding groove in the lifting rope winding turn is provided with a gravity center transferring hole sleeve as a terminal point self-locking device, when the lifting rope is lowered to a terminal point, the gravity center transferring hole sleeve locks the lifting rope so that load gravity center transferring occurs, the load gravity center is transferred to the position below the center line of the rotatable clothes rod, the lifting clothes rod cannot be lowered by rotating and releasing the power rope by the hand lifter, and only when the power rope is rotated and retracted, the load gravity center automatically moves back, and the lifting clothes rod rises.

Further, a windproof shearing frame is arranged, one end of the lifting steel cable is fixed on the supporting seat after passing through an alignment reinforcing pulley fixed on the connecting cross rod of the two lifting clothes rods, and the lifting clothes rods are driven to lift or descend.

Further, the motor component is driven by the seat and the rotatable clothes rod through the shaft, one end of the shaft is sleeved into a fixing sleeve hole of a fixing sleeve provided with the position sensing component, the fixing sleeve is arranged on the supporting seat, and the circuit is connected with the motor component through the fixing sleeve hole.

Further, the rotatable clothes rod is provided with an air-proof ring.

The beneficial effects are that:

and a, the cost performance is high, and the airing capacity is nearly doubled compared with the existing airing capacity under the condition of not increasing the occupied area. The double-layer single-rod airing capacity is almost the same as that of the existing hand-operated two-row double rods. The airing capacity can be increased by nearly one half by the windproof shearing rack, and the overall cost of the airing rack is not much different from that of the existing airing rack.

b, the hand-operated type is much less than the exposed number of steel cables due to the change of the transmission mode, and the appearance is tidy and attractive; the malfunction of the hand lifter caused by the wrong anti-shake can be almost impossible; the installation height of the hand-operated lifter and the steering pulley is not limited, and the hand-operated lifter and the steering pulley can be installed with decoration barriers; the steel rope cutting and knot making are not needed in the field installation, the modular installation is realized, the assembly, disassembly and replacement of other parts are convenient, and the installation and maintenance professional requirements are low; can be provided with a windproof shearing frame and the like.

c, the electric chassis does not cross two cable supporting points, so that moment separation of the two cable supporting points is not limited. The device is also installed in a modularized manner, and is convenient to install, maintain and replace another part.

d, because the rotatable clothes rod is hinged with the supporting seats at the two ends, a certain mutual protection effect is realized between the two supporting seats, namely, if one supporting seat at one end is loose, the supporting seat at the other end can play a certain protection effect.

Description of the drawings:

figure 1 is a schematic view of a double layer airing hand operated (double diverting pulley driven) hanger.

Figure 2 is a schematic side view of a dual layer sunning hand-operated (dual diverting pulley drive) laundry rack.

Figure 3 is a schematic view of a dual-layer electric hanger.

Figure 4 is a schematic side view of a dual layer electric hanger.

Figure 5 is a schematic view of a double layer airing hand operated (single diverting pulley drive) hanger.

Figure 6 is a schematic side view of a dual layer sunning hand-operated (single diverting pulley driven) laundry rack.

Figure 7 is a schematic view of a dual layer airing hand-operated (no diverting pulley drive) hanger.

Figure 8 is a schematic side view of a dual layer sunning hand-operated (no diverting pulley drive) laundry rack.

Fig. 9, a combined schematic of a hand-cranking lifting double-layer airing and pulley cable transmission single rod.

Fig. 10 is a schematic diagram of a hand-operated lifter power rope direct drive wrap.

Fig. 11 is a schematic view of a hand hoist and drive reeled power cable connection ferrule.

Figure 12 is a schematic view of a lifting cord wrap hand-cranked with a center of gravity shifting sleeve.

FIG. 13 is a schematic view of a hand-operated lifting double-layer airing hanger with a windproof shear rack.

Figure 14 is a schematic side view of a hand-operated lifting double-layer airing hanger with a windproof shear.

FIG. 15 is a schematic view of the installation of a hand-operated lifting windproof shearing rack and an alignment reinforcing pulley.

The specific embodiment is as follows:

the present utility model relates to a design concept of a rotatable clothes-horse as an upper pole with a dual function of airing clothes and transmitting power between two supporting cables with reference to fig. 1-15. The two ends of the rotatable clothes rod are rotatably hinged with the supporting seat, and the lifting steel ropes arranged in lifting rope winding turns at two sides of the rotatable clothes rod are connected with the lifting clothes rod to form an upper rod structure and a lower rod structure. The windproof shearing frame can also be additionally arranged between the supporting seat and the lifting clothes rod to form a structure of an upper rod and a lower rod.

The rotatable clothes rod is connected with a power component with a self-locking function, such as a hand-operated power component or an electric power component, so that the double-layer airing lifting clothes hanger is formed.

When the clothes hanger is lifted, the rotatable clothes rod rotates, the clothes to be dried are not hung generally, and when the distance between the two rods is suitable for double-rod drying, the clothes hanger does not need to be lifted. Of course, some lifting adjustment is also possible, because the hanger is rotated at a low speed, and the small hanger hung on the rotatable clothes rod can slide with the round clothes rod, so that the clothes are also safe to dry. The hand shaking is stopped without shaking, and the long-time mistaken shaking is unlikely. For example, the electric type wind-proof shear frame is characterized in that the upper rod and the lower rod are staggered, and if the lower rod is lifted to the bottom by pressing the remote controller by mistake, the distance between the upper rod and the lower rod is larger due to the wind-proof shear frame, so that the safety problem of clothes airing is avoided. When the upper rod clothes are taken down by the clothes fork, the lower rod single rod is adopted for airing, and the use of the upper rod clothes hanger is not different from that of the existing lifting clothes hanger.

The lifting steel rope requires stainless steel wires, does not allow lubricating oil to be coated, and prevents the pollution of the sunned clothes.

The hand power assembly comprises a hand lifter arranged on a balcony wall, a transmission cable turn arranged on a rotatable clothes rod, and the power cable of the hand power assembly and the transmission cable turn are connected to transmit power and have a self-locking function. The hand power assembly also includes a diverting pulley for diverting the power cable, but some balcony construction laundry rack styles may be straight through without a diverting pulley. Thus, the hand power assembly has different combinations.

The transmission mode of the double-layer airing hand-operated lifting clothes hanger is different from that of the existing hand-operated lifting clothes hanger, so that the transmission mode of the double-layer airing hand-operated lifting clothes hanger is changed differently:

a, the installation of the hand-operated lifter is related to a balcony structure, and the double-layer airing hand-operated lifter and the transmission winding turn have various connection modes: the two steering pulleys, namely the power steel cable can be connected after two steering, and is suitable for the installation of various balcony structures; the single steering pulley type, namely the power steel cable can be connected after one steering, but the hand lifter cannot be arranged on the side surface of the clothes hanger; the non-steering pulley type power steel cable can be directly connected without steering, and is suitable for a balcony in which the hand-operated lifter can be arranged on the side surface of the clothes hanger.

And B, if the power cable connection clamping sleeve is not limited on the length of the retractable power cable, if the lifting cable is long enough, the allowed lifting distance can be the distance from the ground to the top of the balcony, and unless a user falls to the ground at the lifting clothes poles, the problem that the hand-operated lifter is broken down due to mistaken and inverted shaking can hardly occur in the structure, the installation height of the hand-operated lifter and the steering pulley is not limited, the installation of the steering pulley can be low due to the decoration barrier at the top of the balcony, and some balcony structures can be high due to the requirement of the hand-operated lifter.

And C, because the length of the power cable which is wound and unwound by the hand-operated lifter is not limited, the hand-operated force and the lifting speed of the light (shorter) and heavy-duty clothes hanger (longer) can be designed by utilizing the ratio of the outer diameters of the transmission winding turns and the lifting winding turns.

And D, utilizing the characteristic that a lower rod is hung on an upper rod, arranging a gravity center transfer hole sleeve at the end point of a spiral groove of a lifting steel rope of a lifting rope winding turn, when the lifting clothes rod descends to the end point, namely the lifting steel rope is released to the end point, locking the lifting steel rope to transfer the gravity center of load, transferring the load to the position below the center line of the rotatable clothes rod, and because of the lack of load, the lifting clothes rod cannot be lowered by rotating a power steel rope by a hand-operated lifter, the load gravity center can only be automatically moved back when the power steel rope is rotated and retracted, and the lifting clothes rod rises. Therefore, the descending distance of the lifting clothes rod can be designed and determined, the lifting clothes rod has a descending self-locking function, and the steel cable can be prevented from falling off the groove when the descending distance of the lifting clothes rod exceeds the length of the lifting steel cable.

And E, because the self-locking function condition of the descending height of the lifting clothes rod can be set, the hand-operated type clothes rod can also be in a mode of arranging a first rod with a second rod of the windproof shearing frame, and the self-locking of the descending distance of the lifting clothes rod can be set to be smaller than the extensible distance of the windproof shearing frame. If the length of the rotating power steel cable is not limited by the height of the balcony, the adjusting and reinforcing pulleys which can reduce the stress of the upper rod and the symmetry of the clothes hanger can be additionally arranged.

And F, in the lifting operation of the clothes hanger, the process of winding and unwinding the power steel cable in the winding turns at the two ends is actually adopted, and the distances between the hand-operated lifter and the transmission winding turns are different due to the different areas of balcony structures, but the prepared redundant power steel cable can be wound into the transmission winding turns without the need of on-site steel cable cutting. Also because of the single wire rope connection, the end aluminum buckles can be made before the connection ends leave the factory, and the diverting pulleys can be slightly modified in size by the aluminum buckles. The length of the lifting steel cable is irrelevant to the balcony structure, and the end buckling can be made before leaving the factory. Thus, the field steel rope is not required to be installed for knot formation. The installation and maintenance professionals are reduced, and the reliability is also improved.

The electric power assembly consists of a motor assembly, a position sensing assembly, a fixed sleeve, a circuit board and the like. The seat of the motor component is driven by the rotatable clothes rod coupling, one end of the shaft is sleeved into a fixed sleeve hole of a fixed sleeve provided with the position sensing component and the circuit board, and the circuit is connected with the motor component through the fixed sleeve hole.

Specifically:

as shown in fig. 1,2,3 and 4, a rotatable clothes rod 1 and two supporting seats 5 at two ends are rotatably hinged, a lifting steel rope 3 and a lifting clothes rod 7 which are arranged in lifting rope winding turns 2 at two sides of the rotatable clothes rod 1 are connected to form an upper rod and a lower rod, a hand-operated power assembly comprising a hand-operated lifter 8-1 is connected with the rotatable clothes rod 1 to form a double-layer airing hand-operated lifting clothes hanger, and an electric power assembly comprising a motor assembly 12-2 and a position sensing assembly 12-1 is connected with the rotatable clothes rod 1 to form the double-layer airing electric clothes hanger.

As shown in fig. 3,4, 13, 14, 15, a windbreak shear frame 11 may be added between the support base 5 and the lifting garment rod 7.

The hand power assembly and the electric power assembly are combined differently according to different balcony structures and different requirements of users.

As shown in fig. 1,2, 10 and 11, a hand-operated power assembly is formed by a hand-operated lifter 8-1, a power steel rope 8-2, a transmission winding turn 8-3, a steering pulley 8-4 and a support steering pulley 8-5, wherein the hand-operated lifter 8-1 and the transmission winding turn 8-3 arranged on the rotatable clothes rod 1 are connected after being turned in direction by the power steel rope 8-2 through the steering pulley 8-4 and the support steering pulley 8-5, and the rotatable clothes rod 1 is driven to rotate. A cable connection ferrule 8-6 may also be mounted between the hand lift 8-1 and the diverting pulley 8-4.

As shown in fig. 1, the schematic view is a double layer two bar, and the double stippled diverting pulley in the figure indicates that it may be a double layer two row four bar.

As shown in fig. 5,6, 10 and 11, the power steel rope 8-2 is turned by the turning pulley 8-4 and then the handle lifter 8-1 is connected with the driving winding turns 8-3 to drive the rotatable clothes pole 1 to rotate. A power steel rope 8-2 can also be arranged to connect the clamping sleeve 8-6. The hand-operated lifter 8-1 of this connection cannot be mounted on the side of the laundry rack.

If the hand-operated lifter 8-1 can be installed at the side of the laundry rack, as shown in fig. 7,8 and 10.11, the hand-operated power assembly may not have a diverting pulley, and the hand-operated lifter 8-1 and the driving winding turns 8-3 are directly connected by the power cable 8-2 to rotate the rotatable clothes-horse 1. A connecting sleeve 8-6 of the power steel rope 8-2 can also be arranged.

As shown in fig. 10 and 11, the power cables 8-2 are one rod, and the connecting clamping sleeve 8-6 of the power cables 8-2 can be omitted, and the power cables 8-2 can be connected with the driving winding turns 8-3 by the hand-operated lifter 8-1 through the steering pulley or directly. Because the connecting clamping sleeve 8-6 cannot pass through the steering pulley 8-4, the length of the power steel cable 8-2 is not related to the height of the balcony, and is determined by design, the steering pulley 8-4 does not need to be arranged on the top of the balcony, and the installation height of the hand-operated lifter 8-1 is not limited.

As shown in figure 10, the end aluminum buckles 8-2-1 of the power steel cables 8-2 are placed into the steel cable cutting sleeves 8-3-1 of the transmission winding turns 8-3, and the blocking sleeves 8-3-2 are arranged to prevent the end aluminum buckles 8-2-1 from falling out. The diverting pulley can be slightly modified in size by means of the end aluminium clasp 8-2-1, which is easy to assemble and disassemble. The double-point marking support diverting pulley 8-5 in the figure shows that different hand power assembly combinations are also possible.

As shown in fig. 1 and 10, since the power cable 8-2 is not arranged to be connected with the clamping sleeve 8-6, the length of the power cable 8-2 which is wound and unwound is irrelevant to the balcony height and is determined by design, the external diameters of the driving winding rope turn 8-3 and the lifting winding rope turn 2 can be used for designing hand shaking force and lifting speed, for example, the external diameter ratio is designed in a light (shorter) or heavy clothes hanger (longer) mode.

As shown in fig. 1 and 12, a center-of-gravity shifting hole sleeve 2-1 is arranged in a spiral groove of the lifting winding turn 2 as a terminal self-locking device, when the lifting steel rope 3 is lowered and turned to a terminal, the center-of-gravity shifting hole sleeve 2-1 locks the lifting steel rope 3 so as to shift the center of gravity of the load lifting clothes rod 7 below the center line of the upper rotatable clothes rod 1, and at the moment, the lifting steel rope 3 cannot be lowered due to the fact that the lifting device 8-1 is turned and turned by a load losing hand. The user can feel the resistance reducing process and stop the hand shaking, so that the self-locking purpose of setting the descending terminal point is achieved. Only when the power steel rope 8-2 is rotated and retracted, the gravity center of the load is automatically moved back, and the lifting clothes rod 7 is lifted.

As shown in figures 1 and 12, the lifting winding turns 2 on two sides of the rotatable clothes pole 1 are winding turns with spiral grooves, which is also beneficial to balancing the winding and unwinding of the steel cable; the self-locking function of the descending terminal point is achieved, and the lifting steel rope 3 is prevented from jumping out of the groove.

As shown in fig. 10, 12, 13, 14 and 15, the lift steel cable 3 has a terminal self-locking function, so that the extension length of the wind-proof shear frame 11 is larger than the descending terminal self-locking length of the lift steel cable 3, and the wind-proof shear frame 11 can also be provided by hand. Because one rod is provided with two rods, the length of the retractable power steel rope 8-3 can be determined by design independently of the height of the balcony, for example, an alignment reinforcing pulley 14 can be arranged to enable the clothes hanger to be symmetrical and reduce the stress of an upper rod, namely, one end of the lifting steel rope 3 is fixed on the supporting seat 5 after passing through the alignment reinforcing pulley 14 fixed on the connecting cross rod of the two lifting clothes rods 7.

As shown in fig. 13, because the rotatable clothes rail 1 is provided with two rails, the ceiling lamp 10 may be installed on the top of the balcony, and in order to facilitate the clothes hanging on the rotatable clothes rail 1, the ceiling lamp 10 should be as thin as possible, and may be moved a distance back and forth.

As shown in fig. 3 and 4, the electric power assembly is composed of a position sensing assembly 12-1, a motor assembly 12-2, a fixed sleeve 12-3 and a circuit board 12-4. The seat of the motor component 12-2 is in coupling transmission with the rotatable clothes rod 1, one end of the shaft is sleeved into a fixing sleeve hole 12-3-1 of a fixing sleeve 12-3 of the circuit board 12-4, and a circuit is connected with the motor component 12-2 through the fixing sleeve hole 12-3-1.

As shown in fig. 3, for example, the electrical circuit in the dome lamp 10 is connected via the support base 5 and the circuit board 12-4 mounted in the fixing sleeve 12-3.

As shown in fig. 1, in order to prevent the small hanger hung on the upper rotatable clothes pole 1 from sliding, a wind-proof ring 4 is installed on the pole.

As shown in fig. 1 and 3, the lifting rope turn 2, the transmission rope turn 8-3, the cover comprising the transmission rope turn 8-2, the cover of the lifting rope turn 2, the cover 9 of the fixing sleeve 12-3 and the like are close to the top of the balcony, no direct sunlight and ultraviolet rays are emitted, the lifting type clothes hanger can be manufactured by using plastic as a main material, and the existing hand-operated lifting type clothes hanger also has a mode of hanging clothes rods special for airing a sheet below lifting clothes rods, so the overall manufacturing cost of the clothes hanger is not quite different from the existing clothes hanger.

As shown in fig. 1, the hoist rope 3 using a stainless steel material is spirally fed into the spiral groove of the hoist rope turn 2 without passing through the diverting pulley except for a special pattern, and although the hoist rope 3 is not allowed to be lubricated in order to prevent contamination of the laundry, its service life is limited.

As shown in fig. 1 and 3, the hand-operated type large chassis between two supports without installing on-site cutting steel ropes and tying the steel ropes is electrically operated. For example, the installation can be performed in a modular manner, two supporting seats 5 and the rotatable clothes rod 1 are firstly perforated and installed, the installation errors of the two supporting seats 5 are controlled within an allowable range, the rotatable clothes rod 1 on site is free to rotate by hand, the rotatable clothes rod 1 can be fixed by using the self-locking screw 6 afterwards, and then the other parts are installed by using the axle center of the rotatable clothes rod 1. Also, the maintenance and the replacement are convenient.

As shown in fig. 14, a decorative barrier 15 is also installed on the balcony roof because there is no connecting ferrule 8-6 for the power cable 8-2.

As shown in fig. 9, for example, a transmission mode 13 of a conventional hand-operated lifting steel rope and pulley and a double-layer airing mode of an upper rod and a lower rod can be combined and installed.

The utility model provides a plurality of structural schematic diagrams in different modes, which can be changed into production drawings after being adjusted in manufacturability, for example, the technical upgrade for the production of the existing lifting clothes hanger is realized, and part of other parts are universal.

The lifting clothes hanger is a large household article, and has large quantity and large application area. Different balcony structures, different regional climate conditions and different use habits of users exist. For example, the hand-operated lifting type has multiple modes of double-layer single-row two-rod, double-layer double-row four-rod changing lifting, double-layer double-row four-rod lifting, combination type with the existing hand-operated mode, one-rod-with-two-rod type with a windproof shearing rack and the like, so that different combination hand-operated power assemblies can be adopted, and the mode is good and better for market selection.

The problem of mistakenly pressing a remote controller can exist in the electric lifting type, a mode that one rod with a windproof shearing rack is provided with two rods is recommended, and the problem is solved if a photoelectric object detecting device can be installed, for example, the electric lifting type single-row two rods are also feasible.

Claims (10)

1. A double-layer airing lifting clothes hanger is characterized in that: the rotatable clothes poles with lifting rope turns arranged at two sides and the supporting seats at two ends are rotatably hinged, the lifting rope in the lifting rope turns is connected with the lifting clothes poles to form an upper rod and a lower rod, a windproof shearing frame can be additionally arranged between the supporting seats and the lifting clothes poles, a hand power assembly comprising a hand lifter is connected with the rotatable clothes poles to form a double-layer airing hand lifting clothes hanger, or an electric power assembly comprising a motor assembly and a position sensing assembly is connected with the rotatable clothes poles to form the double-layer airing electric lifting clothes hanger.

2. The dual-layer airing lifting type airing hanger according to claim 1, wherein: the hand lifter and the power cable for driving the winding turn arranged on the rotatable clothes rod are connected backwards through a support steering pulley after being turned in the direction through a steering pulley, and the rotatable clothes rod is driven to rotate.

3. The dual-layer airing lifting type airing hanger according to claim 1, wherein: the hand lifter and the power cable for driving the winding turn arranged on the rotatable clothes rod are connected after being turned in the direction by a turning pulley, so as to drive the rotatable clothes rod to rotate.

4. The dual-layer airing lifting type airing hanger according to claim 1, wherein: the hand lifter is connected with the transmission winding turns arranged on the rotatable clothes rod by a power steel cable, and the middle of the hand lifter is not provided with a steering pulley, so that the rotatable clothes rod is directly driven to rotate.

5. The dual-layer airing lifting type airing hanger according to claim 1, wherein: the power steel rope of the hand-operated lifter is connected with the transmission winding turn through the steering pulley, or is connected with the transmission winding turn through the steering pulley and the support steering pulley, or is directly connected with the transmission winding turn without the steering pulley, and the middle part is not connected with the clamping sleeve.

6. The dual-layer airing lifting clothes hanger of claim 5 wherein: the external diameter ratio of the driving winding turns and the lifting winding turns can be used for setting the hand force and the lifting speed.

7. The dual-layer airing lifting type airing hanger according to claim 1, wherein: the spiral rope winding groove in the lifting rope winding turn is provided with a gravity center transferring hole sleeve as a terminal point self-locking device, when the lifting rope is lowered to a terminal point, the gravity center transferring hole sleeve locks the lifting rope so as to transfer the gravity center of the load, the gravity center of the load is transferred to the position below the center line of the rotatable clothes rod, the lifting clothes rod cannot be lowered by rotating and releasing the power rope by the hand lifter, and the gravity center of the load can be automatically moved back and the lifting clothes rod is lifted only when the power rope is rotated and retracted.

8. The dual-layer airing lifting type airing hanger according to claim 1, wherein: a windproof shearing frame is arranged, one end of the lifting steel cable is fixed on the supporting seat after passing through an alignment reinforcing pulley fixed on the connecting cross rod of the two lifting clothes rods, and the lifting clothes rods are driven to lift or descend.

9. The dual-layer airing lifting type airing hanger according to claim 1, wherein: the motor assembly is driven by the seat and the rotatable clothes rod through the shaft, one end of the shaft is sleeved into a fixing sleeve hole of a fixing sleeve provided with the position sensing assembly, the fixing sleeve is arranged on the supporting seat, and the circuit is connected with the motor assembly through the fixing sleeve hole.

10. The dual-layer airing lifting type airing hanger according to claim 1, wherein: the rotatable clothes rod is provided with an anti-wind ring.

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