TW201124585A - Laundry machine - Google Patents

Abstract

A laundry machine and a control method thereof are provided in which laundering ability may be improved while also improving efficiency and noise/vibration. The laundry machine employs a plurality of drum motions by varying drum rotational speed, drum rotational direction, and drum starting and stopping point, to provide different motion of laundry items in the drum.

Description

201124585 VI. Description of the invention: [Technical field to which the invention pertains] [0001] The present invention relates to a washing machine and a control method therefor. [Prior Art] [0002] A washing machine is a machine generally used for washing and/or wringing textiles. The washing machine may include a drum rotatably mounted to a cabinet for containing laundry to be disposed therein for processing. In an open-type washing machine, the drum is generally vertically disposed with an opening at a top end of the washing machine to allow the laundry to be placed through the opening. In a front-opening washing machine, the drum is substantially horizontally or slightly inclined, having an opening at a front end thereof for inserting the laundry through the opening. The movement of the drum, as well as the friction between the laundry, the washing water and the cleaning agent, and the inside of the drum can help remove the stain from the laundry. SUMMARY OF THE INVENTION The main object of the present invention is to provide a washing machine configured to implement a plurality of cleaning modes, the plurality of cleaning modes comprising: a standard mode having a first predetermined cleaning capability; and at least one weak mode having a smaller a second predetermined cleaning capability of the first predetermined cleaning capability of the standard mode; and, at least one strong mode, having a third predetermined cleaning capability that is less than the first 201124585 cleaning capability of the standard mode, wherein the at least Contains at least one powerful run with a strong cleansing strong diemoon & knives. Still another object of the present invention is to provide a washing machine configured to implement a plurality of gamma and main wash modes, the plurality of cleaning modes including - Γ a first - predetermined operation time ^ 柔 weak chess type having a quasi mode a predetermined operation time, a second predetermined operation time of the '^ standard time, and 'at least one strong mode, 1 士 λ, /, having the first predetermined less than the standard mode

A second sheet metal 4a top operating time of the operating time, wherein the at least one strong tenth comprises at least one strong operation having a relatively short throwing pattern and a mode saving time. A further object of the present month is to provide a washing machine configured to implement a plurality of cleaning modes, the plurality of cleaning modes comprising: a standard mode having a first pre-sound level; and a less-weak mode having a smaller than the standard a second predetermined noise level of the first predetermined noise level of the mode; and an 'at least-strong mode having a third predetermined material level greater than the first predetermined noise level of the standard mode, the towel being at least the strong mode The 匕 contains at least one strong operation with relatively two noise levels. [Embodiment] I. Washing Machine [0009] A washing machine and a control method thereof, as specifically and fully described in the present invention, will be described in detail below with reference to the accompanying drawings. Figure 1 is an exploded view of one of the first embodiment of the first embodiment of 201124585, which may be applied to control methods of different specific embodiments. [0010] Referring to FIG. 1, a washing machine 1' includes a cabinet 110 for defining its appearance according to a first embodiment, and a tub 120 is provided in the cabinet 11 to hold the washing water therein, and A rotatable drum 130 is provided in the barrel 12 。. The cabinet ι10 defines the appearance of the washing machine. - The door [n] is provided to the opening 1144 of the cabinet m, and a user opens the door 瘫 113 to place the laundry into the cabinet 110. [0011] A tub I20 is provided in the cabinet 110 to contain laundry water therein. The roller cartridge 0 is rotatable in the tub 120 and can accommodate the laundry therein. In this case, a plurality of lifting rods 135 may be provided in the drum 130 to lift and drop the laundry to be washed during cleaning. The drum 13A includes a plurality of through holes ΐ3ι to allow the washing water 12 contained in the tub to pass. The tub 12 can be supported by one or more springs disposed outside one of the tubs 12A. A motor 140 is mounted in the tub 12. A rear surface, and the motor 14 can rotate the drum 13. . When the motor 140 rotates the drum 130 to generate vibration, the barrel 12 is oscillated in conjunction with the drum. When the drum no is rotating, the vibration generated by the drum 13 桶 and the tub 12 吸收 can be absorbed by a damper located below the tub 120. 100121 As shown in FIG. 1, the tub 120 and the drum 130 may be disposed substantially parallel to a bottom plate of the planting 110. Alternatively, the rear portion of the tub 12 〇 and the drum 13 可 may be placed in an inclined orientation such that the (four) 130 (four) mouth end is slightly upwardly directed to facilitate loading the laundry into the drum 13 〇. 201124585 [0013] The control panel U5 can be provided in a predetermined portion in front of the casing lio. The user can select a mode of the washing machine through the control surface & 115, or confirm the information about the washing machine. For example, a selection (4) 117 is provided for the user to select a particular cleaning mode that can be provided on the control panel 115. Further, the option selection n 118 provides a selection mode for the user to adjust the operating conditions of each cycle or step, and a display area 119 can be provided on the control panel 115 to display the current operating information of the washing machine. Further details of the laundry _ machine are described in U.S. Patent No. 6,460,382 B1, the disclosure of which is incorporated herein by reference. Incorporate this case for reference. [0014] @2 is an exploded view of another specific embodiment of the washing machine in accordance with the details of the present invention. The washing machine according to different embodiments of the present invention may include a bucket fixedly supported by a cabinet, or a support body supported by a flexible structure such as a suspension unit. The bucket, therefore, is not fixedly locked thereto, as shown in Figure 2. Moreover, the support structure of the tub may be supported by the suspension unit and the integral fixed structure. That is, the tub can be elastically supported by a suspension unit to be described later, which can be stably supported, and is in a more rigid support state than the aforementioned elastic support state. In an alternative embodiment, the washing machine may not have a cabinet. For example, a wall-mounted structure, rather than a cabinet, defines an installation space for a built-in laundry 201124585 machine. That is, in some embodiments, a cabinet that forms a separate appearance is not configured. Referring to FIG. 2, a tub may include a tub front portion 200 and a tub rear portion 220 including a rear portion of the tub front portion 200. The front portion 200 of the tub and the rear portion 220 of the tub are assembled by screws or other suitable mechanism and define a predetermined space therein to accommodate a roller. The barrel rear portion 220 includes an opening formed in a rear surface thereof, and a rear gasket 250 is connectable to the inner circumference of the opening. Rear Pad • The ring 250 can be coupled to a barrel back 230 and the barrel back 23 can include a perforation having a shaft passing through its center. The rear gasket 250 is sealed 'and attached to the tub back 230 and the tub rear 220' to prevent wash water from leaking out of the tub. The barrel back 230 may vibrate as the drum rotates. The barrel back 230 may be remote from the barrel rear portion 220 - a predetermined distance so as not to touch the barrel rear portion 220. Moreover, the rear gasket 250 can be constructed of a flexible material to enable relative movement of the barrel back 230 without interfering with the rear of the barrel. The rear gasket 250 can include a corrugated region that can be expanded to a sufficient length to allow relative operation of the tub back 230. This particular embodiment presents a rear gasket 25A that is attached to the tub back 230, but is not limited to the present invention. The rear gasket 250 is used to seal the gap between the tub and a transmission portion (not shown) including a shaft 351 and a carrier casing, and to cause the transmission portion to move relative to the barrel. Therefore, the shape of the rear gasket 250 and the attachment member can be changed without limitation only when the function is provided. A 201124585 flexible material 280, hereinafter referred to as a front gasket, can be mounted in front of the front of the tub 2". [0017] The drum can be configured with a drum front 300, a drum center 320 and a drum rear 340. Ball balancers 310 and 330 can be mounted at the front and rear ends of the drum, respectively. The drum rear portion 340 can be coupled to a star wheel 35 〇 and the star wheel 350 can be coupled to the shaft 351. The roller 351 transmits a rotational force to rotate the drum in the barrel. [〇〇18] The shaft 351 can be connected to a motor and passed through the barrel back 23〇. In some embodiments, the motor can be concentrically coupled to the shaft 351. In some embodiments, the motor can be directly coupled to the shaft 351, and in particular, a shaft of the motor can be directly coupled to the shaft 351. In an alternative embodiment, the motor and shaft 351 can be interconnected indirectly, for example, by a belt. The rigid carrying case can be fixed to the tub back 23q to rotatably support the shaft between the motor and the tub back 230. The retaining disc can be fixed to the carrier casing 400. The shaft can be located near the fixed plate. As described above, the shaft can be directly coupled to the turn 351, and the horse (four)-turn shaft can be directly coupled to the shaft. The bearing housing 400 can be supported by the bottom cymbal 600 by means of a suspension. The suspension unit may include an upright suspension device and a tilt suspension device for supporting the carrying case 4〇〇 in a forward and backward direction. For example, the suspension unit may comprise three vertical (upright, as in Figure 2) suspensions 5〇〇51〇 and 201124585 520' with two tilts (angled or inclined, such as 2) Suspensors 450 and 530' are used to support the carrying case 400 corresponding to a forward and rearward direction. The suspension sheet 70 can be coupled to the bottom sill 6G0 by a predetermined elastic deformation so that the drum can be moved toward the squat/rear and/or left/right, and thus is not fixedly coupled. That is, the suspension sheet S may have sufficient predetermined elasticity to be supported by the base to allow rotation at a predetermined angle corresponding to a point connected to the base in a direction of 刖/backward and left/right. For this elastic support, the upright suspension can be mounted to the base by a rubber bushing or other suitable mechanism. The upright suspension of the suspension unit can elastically suspend the vibration of the drum' and the tilting suspension may block the vibration. That is, as in a vibration system including a spring and a damping member, the upright suspension device can function as a spring and the inclined suspension device can function as a damping member. The bucket is supported by the machine #, and the vibration of the drum can be reduced by the suspension unit. According to the washing machine of this embodiment, a substantially independent support structure can be provided between the barrel and the drum. Or it may have a structure that does not directly transmit the vibration of the drum to the tub.滚筒.Roller rotation operation [2]h The diversity and combination of drum drive operations specifically and fully described in this case can significantly improve cleaning ability, noise/vibration, energy consumption, and customer satisfaction. The control method that improves the cleaning capacity is described in 201124585 below. The hand wash effect can be achieved by various movement modes of the laundry. For example, the hand wash effect can achieve a combination of entanglement and/or untangling and/or impact and/or oscillating and/or friction and/or squeezing/filtering. [0023] These different laundry modes of movement can take on different combinations of drum drive operations and different drum drive runs. The drum drive operation can include a combination of rotational direction and rotational speed. Due to the driving operation of the drum, the laundry to be placed in the drum may have different falling directions, falling positions and falling distances. Because of this, the laundry can have different motions within the drum. The drum driving operation can be realized by, for example, controlling the direction of rotation and/or the speed of the motor that drives the drum. [0024] When the drum rotates, it is to be smashed; ^^ The lifting plate 135 which has no clothing to break one or more inner circumferential surfaces of the drum is lifted. For this reason, the direction of rotation of the drum can be controlled, and the laundry is different. That is, a mechanical external force applied to the laundry, such as the friction generated between the laundry, the friction between the laundry and the water, and the falling impact of the laundry are different. In other words, you give + the skill to 'wash the laundry first and the impact or the degree of scrubbing on the laundry varies. The distribution of the laundry or the degree of inversion in the drum can be different. [00251 Therefore, the movement of the washing machine, the control method can provide different drum drives - specific ^ (d) according to each ring and the special steps to form the cycle. Stained spinning „^ 'can be used as the type of laundry to be 'dirty homaged', and other xinxin 6 ', 疋, and use a best mechanical external force to wash the laundry. 10 201124585 Washing the laundry. Because of this, the laundry The cleaning efficiency is improved. In addition, the extra time required for a typical drum drive operation can be avoided. [0026] In these embodiments, the motor 140 can be a direct connection type when these different drum drive operations are implemented. That is, the motor may have a fixed disk fixed to a rear surface of the tub 120, and the rotating shaft of the direct rotating drum "can avoid time delay or rebound due to the control of the direction and torque of the direct-connected motor, and then The drum drive operation is appropriately controlled. [0027] Conversely, the drum drive operation that allows time delay or rebound, for example, a roll-over operation or a rotary operation, can be realized by an indirect connection type motor including a pulley so that the torque can be borrowed The pulley is transmitted to a shaft. However, the indirect connection type motor may be limited in application. [0028] This can be achieved by controlling the motor 140. The drum drive operation. Therefore, the control method of the motor can be diversified, and then each drum drive operation is realized. [0029] The movement mode of the laundry and the drum drive operation to achieve the movement mode of the laundry will be described in detail below. [0030] If the friction between the laundry and the drum is maximized, a mode of movement of the laundry can be achieved. For example, when the drum rotates in a predetermined direction at a predetermined or small speed ' The laundry can be moved by rolling to achieve a smashing effect. If the rotational speed of the driving drum for the tumbling operation is defined as a reference speed, the predetermined speed can be a reference speed. For example, 11 201124585 A drum driving operation is used for a predetermined time. Or a smaller speed to rotate the drum in a predetermined direction can be defined as "rolling operation". [0031] A tangled motion mode can be implemented-unwrapped, for example, a rollover operation. The roll-over operation can be defined as an "running" system for continuously rotating the drum at a reference speed in the - direction. The untangling motion mode drops the laundry to be washed in the drum by a medium throw distance & t. The slam-impact mode can be achieved by throwing the laundry in the drum to a maximum throw distance. For example, if the drum is rotated at a reference speed or a speed to lift the laundry to the highest point in the drum and then suddenly brake the drum, this can be achieved - the impact effect m stomach (4) operation can be defined as " Stepping operation." Just w rotates clockwise/counterclockwise at a predetermined speed lower than (four) speed, and can swing the motion mode. This drum drive can be defined as "swing operation". [0034] When the friction between the laundry and the roller is increased, the frictional movement mode is obtained. For example, if the direction of the old pin is rotated at a faster speed than the old one, the laundry will be lifted from the roller to the top of the drum. The surface is rolled. This - the drum drive is running."皮疋义为“摩擦运12 201124585陶】If the washing water is supplied while rotating the drum at a reference speed or a faster speed, a rubbing and over-squeezing mode can be achieved. When the drum: relatively When the speed is rotated, the laundry can be carried out, or dispersed, and adhered to the inner circumferential surface of the drum, and then the washing water is sprayed into the drum to penetrate the laundry. Then the laundry can be squeezed to enhance the flushing effect. A drum drive operation can be defined as "filter operation". The various drum driving operations for realizing the various movement modes of the laundry described above will be described below with reference to the drawings. Tao 7®® 3 is a schematic representation of various drum drive operations as described and fully described in this case. [0038] Figure 3 (a) is a schematic view of - rolling operation. During the rolling operation, the motor 140 continuously rotates the drum 13 沿 in a predetermined direction, and the laundry to be washed on the inner circumferential surface of the drum which is rotated in the rotational direction of the drum is from about less than an angle 90. One of the rollers corresponding to the lowest point of the rotating drum to the drum: placed at a throw. [0039] φ is 'when the motor 14 旋转 rotates the drum at a speed lower than a reference rotational speed (rolling rotational speed), such as about 40 rpm, the laundry at the lowest point of the drum 13 提高 is raised to along the drum 13 0 A predetermined height of the direction of rotation 'then the laundry will then be less than 90 from the lowest point of the self-rolling drum corresponding to the direction of rotation of the drum. At the position of the drum, roll to the lowest point of the drum. Visually, in the case of a clockwise rotation of the drum system, the laundry is continuously rolling in a third quadrant of the drum. 13 201124585 [0040] In the rolling operation, the laundry is cleaned by the maximum friction with the washing water, the maximum friction with other washing articles, and the maximum friction with the inner circumferential surface of the drum. This rolling operation allows the laundry to be fully inverted to produce a lightly gripping cleaning effect. Based on the relationship with the radius of the drum, the drum rotation speed of the drum driving operation can be determined. φ, that is, the greater the rotational speed of the drum, the greater the centrifugal force generated by the laundry in the drum. The difference between the centrifugal force applied to the laundry in the drum and the magnitude of the force of the gravity distinguishes the point at which the laundry is dropped and the corresponding operation of the laundry in the drum. The rotational force of the drum and the friction between the drum and the laundry to be washed can also be considered. Therefore, the rotational speed of the drum during rolling operation can be determined so that the centrifugal force and friction generated are smaller than the gravity (iG). [0041] _ 3 (1) is a schematic diagram of a rollover operation. In the roll-over operation, the motor 140 continuously rotates the drum 13'' in a predetermined direction, and the laundry on the inner circumferential surface of the drum is about 90 from the direction of rotation with respect to the drum to the lowest point of the drum. To 110. The location was thrown away. If the drum is controlled to rotate at a suitable rotational speed in a predetermined direction, a mechanical external force can be generated between the laundry to be washed and the roller in the rolling operation. Because of this, the rollover operation can be used for cleaning and rinsing. That is, the laundry to be loaded into the drum 130 is located at the lowest point of the drum 130 before the motor is driven. When the motor 14 〇 applies a torque to the drum 13 ,, the drum 13 〇 starts to rotate, and the lifting rod 135 provided on the inner circumferential surface of the drum lifts the laundry from the lowest point of the drum to a predetermined height of 201124585. If the motor 140 rotates the drum 13 以 at a reference speed, for example, at a speed of about 46 RPM, the laundry can be lifted by about 90 with respect to the direction of rotation of the drum. To 110. The position is then dropped to the lowest point of the drum. In the roll-over operation, the drum rotation speed can be determined such that the centrifugal force generated is greater than the centrifugal force generated during the rolling operation and less than the gravity [0043] visibly, if the drum is rotated in a clockwise direction to perform the roll-over operation, the laundry is to be washed. The system is sequentially lifted from the lowest point of the drum to a portion of the second to fourth quadrants. After that, the laundry is thrown to the lowest point of the drum. Therefore, the roll-over operation allows the laundry to be washed by the impact and the throwing impact generated by the friction with the washing water. Because of this, in the roll-over operation, a mechanical external force greater than the mechanical external force of the rolling operation can be used to perform cleaning and flushing. Moreover, the 'rolling operation can effectively separate the tangled laundry and uniformly disperse the laundry. [0044] Figure 3 (c) is a schematic diagram of a stepping operation. In the step running mode, the motor 140 rotates the drum 130 in a predetermined direction, and the inner circumferential surface of the drum is controlled to be dropped from the highest point (about 180) with respect to the rotational direction of the drum. Go to the lowest point of the drum. Once the motor 140 rotates the drum 13 以 at a speed higher than the reference rotational speed (rolling rotational speed), for example, a speed of about 60 RPM or more, the laundry is rotated by the centrifugal force without falling until the highest drum is reached. point. In the step-by-step operation, the drum rotates at a predetermined speed without being thrown away. 15 201124585

The impact of the clothes is maximized.

The direction of rotation of the barrel is 180. Position), when the motor ι4〇 is at the highest point without dropping the highest point of the laundry spoon (relative to the roller 140, a reverse torque is applied to the drum 130. Therefore, the laundry is from the drum in the direction of rotation of the drum The lowest point of the call 130# is lifted, the drum is temporarily stopped by the reverse torque of the motor, and the laundry is thrown from the highest point of the drum 130 to the lowest point. The stepping operation can be achieved by being a laundry The laundry is cleaned from the impact caused by the maximum height difference being thrown. The mechanical external force generated by the stepping operation is greater than the mechanical external force generated during the rolling or rolling operation described above. [0046] In the 'stepping operation', after the drum is rotated and moved from the lowest point to the highest point of the drum, the throwing distance in the stepping drum is the largest' and the mechanical external force of the stepping operation can be effectively A small amount of laundry is applied. The motor 140 in the stepping operation can utilize a torque generated in an opposite direction to the direction of rotation of the motor to perform an opposite phase braking. One of the currents supplied to the motor The reverse phase can be reversed to produce a reverse torque in the opposite direction of rotation of the motor, and the opposite phase brake initiates a sudden braking to be applied. The opposite phase brake can be used to apply a strong impact to the laundry. 16 201124585 ] Therefore, after using the torque to rotate the drum in the clockwise direction, applying a counterclockwise torque to the drum causes the drum to suddenly brake. Then, a torque is applied to the clockwise rotation of the drum to achieve the stepping operation. It can be used to clean the laundry by the friction between the water sucked through the through hole 131 formed in the drum and the laundry, and to clean the laundry by using the impact of the laundry to the highest point of the (four) roller. Waiting for laundry. This stepping operation can produce a cleaning effect like "clothing impact." Qing] @3(d) is a schematic diagram of the swaying operation. During the slewing operation, the motor is clockwise and counterclockwise. The direction alternately rotates the drum 13〇, and the laundry is thrown at a position that is less than (4) in the direction of rotation of the drum. That is, 'once the motor 14 is at a speed At the reference speed (rolling speed), for example, 'about PM, turn the drum counterclockwise', the laundry at the lowest point of the roller U0 will be lifted counterclockwise to a predetermined height. The laundry stops the rotation of the drum before the laundry reaches a position of about 90 with respect to the counterclockwise direction of the drum, and the laundry is thrown to a position that is about 9% smaller than the counterclockwise direction corresponding to the drum. The lowest point of the drum. Neighbors, therefore, the motor 14 turns at a speed lower than the reference speed (rolling speed), for example, about 4 〇 RPM, rotates the drum 13 顺 clockwise, and the laundry will follow the clockwise The direction is raised to a predetermined height. Before the laundry reaches a position of about 9 逆 in the counterclockwise direction relative to the drum, the motor 17 201124585 stops the rotation of the drum, and the laundry will correspond to the drum The clockwise direction is less than about 90. The position is dropped to the lowest point of the drum. [0050] Therefore, the swing operation is an operation in which the rotation and the stop corresponding to a first direction and the rotation stop in a direction corresponding to a second (opposite) direction. Visibly, repeatedly, the laundry to be lifted from the third quadrant of the drum to a portion of the second quadrant is gently dropped, and is lifted from the fourth quadrant of the drum to the first quadrant A portion of the laundry was gently dropped. [0051] In some embodiments, the motor 140 can use resistive braking and a load applied to the stirrup 14G to reduce the mechanical wear of the motor 14Q, and the impact imparted to the laundry can be adjusted. Using resistance braking, if the current supplied to the motor is off, the Xiao motor has the function of a generator due to the moment of inertia, and the flow direction of the current in the coil of the motor will become the opposite before the power is turned off. The direction, along the direction that interferes with the direction of rotation of the motor (Fleming's right hand rule) will be used to brake the motor. Unlike the opposite phase brake, the resistance brake does not produce a sudden brake, but gently changes the direction of rotation of the drum. Ί Therefore, in the swinging operation, the laundry can be moved in the second and fourth quadrants of the drum door as shown in Fig. 8. This whirl operation can produce cleaning like "spinning and burning laundry". [0052] FIG. 3(e) is a schematic diagram of a frictional operation. In the frictional operation, the motor 140 alternately rotates the drum 130 in a clockwise and counterclockwise direction, 18 201124585 and the laundry is greater than 90 from the direction of rotation corresponding to the drum. The position was thrown away. 'When the motor 14G rotates the drum 130 counterclockwise at a speed higher than the reference rotational speed (rolling rotational speed)', for example, about 60 RPM or faster, the laundry is located at the lowest point of the roller 13〇. It is lifted in a counterclockwise direction. The laundry is passed through - a counterclockwise direction corresponding to the drum of about 90. After the position, the motor provides a reverse torque of the drum to temporarily stop the drum, and the laundry on the inner circumferential surface of the drum can be quickly dropped. In particular, therefore, the (four) circumferential surface of the H-cylinder has a laundry in a clockwise direction corresponding to the drum. Or greater than 90. The position is dropped to the lowest point of the drum. Therefore, in the frictional operation, the laundry can be quickly dropped from a predetermined height. The motor 14 can brake the drum with the opposite phase. Adjacent] In the friction operation, the rotation direction of the drum changes rapidly, and the laundry does not leave the inner circumferential surface of the drum for a long period of time. Because of this, a strong friction type cleaning effect can be achieved by the maximum friction between the laundry and the drum. In the frictional operation, the laundry to be moved to a portion of the second quadrant via the third quadrant is quickly dropped, and then moved to the first quadrant by the fourth quadrant and then thrown. Therefore, the visually rubbed operation 'lifted laundry line is repeatedly thrown down along the inner circumferential surface of the drum. 19 201124585 [0055] FIG. 3(f) is a schematic diagram of a filtration operation. In the filtering operation, the motor 140 rotates the drum 130 so that the laundry is not thrown off from the inner circumferential surface of the drum, and the washing water is sprayed into the drum. That is, in the filtration operation, when the washing water is sprayed into the drum, the laundry is spread out and kept in close contact with the inner circumferential surface of the drum. The water is discharged from the through hole 131 of the drum by centrifugal force. Since the filtering operation spreads/expands the surface area of the laundry and allows the water to pass through the laundry, the washing water can be uniformly supplied to the laundry 8 [0056] Fig. 3 (g) is a schematic view of a pressing operation. In the squeezing operation, the motor 140 rotates the drum 13 〇 to use the centrifugal force to cause the laundry to adhere to the inner circumferential surface of the drum without being thrown, and then the motor rotates the rotation speed 130 of the drum to temporarily temporarily from the inner circumferential surface of the drum. Separate the laundry. This process repeatedly sprays water into the drum during the rotation of the drum. That is, 'in the filtration operation' (d) is continuously rotated at a sufficiently high speed so that the laundry does not fall from the inner circumferential surface of the drum. On the other hand, in the squeezing operation, the rotational speed of the (four) is changed, and the laundry is repeatedly attached and separated from the inner circumferential surface of the drum 130. [0057] In the over-twisting operation and the squeezing operation, the washing water spray roller H can be connected to the system by the ❹-health ring passage and the 端-ring ring and the fourth end, and the material can be connected to the lower surface of the 2G. Connected so that the wash water can be sprayed from the barrel into the drum through the other end of the circulation passage. 20 201124585 [0058] In an alternative embodiment, the wash water may be sprayed into the drum via a supply conduit connected to an external source of water supply located outside the cabinet. Source ', and the other end is connected to the bucket. If a nozzle is provided to spray the wash water into the drum, the washing water can be sprayed into the drum in one or both of the filtration and extrusion operations. [0059]® 4 is a <- detail view of the stepping operation. #闺 First, as shown in Figs. 4(a) to (c), the laundry is moved from a lowest point of the drum 130 to a highest point. As described above, the drum 13 is fixedly held relative to the tub 120, and the laundry contained in the drum 13 is moved from a position near the lowest point of the tub 120 to the lowest point of the tub 12'. For this movement of the laundry, the motor 14 applies a rotational force to the drum in a predetermined direction, referred to as a torque, as shown in the figure in a clockwise direction, and the drum 130 along with the laundry Hold the predetermined side® to rotate 'to lift the laundry. The laundry can be rotated together with the drum to closely contact the inner surface of the drum 13〇 by friction with one of the inner circumferential surfaces of the lifting rod and the drum 130. Rotating the drum 13 以 at a speed of about 60 rpm or faster, the laundry can be lifted to the highest point of the drum 130 without leaving the drum 13 0 ' because this rotational speed can generate a predetermined centrifugal force enough to The laundry is prevented from coming off the drum 13 before reaching the highest point of the drum 130. 21 201124585 [0062] The rotational speed of the drum can be varied to produce a centrifugal force greater than gravity, such that the laundry and the drum can be predetermined from one of the lowest points of the drum 130, one of the inner surfaces of the drum near the lowest point of the barrel 120, Rotate together to 120 of the highest point of the bucket. When the drum 130 suddenly brakes, the laundry is dropped from the highest point of the drum 13 to the lowest point of the drum 130 before the laundry reaches the highest point or arrival of the drum 130. [0063] In particular, the motor 140 applies a reverse torque to the drum 130 to suddenly brake the # roller 130. Referring to Figure 3(c), the reverse torque is generated by the opposite phase braking used to supply the opposite phase current to the motor 14''. The opposite phase braking is a type of motor brake that utilizes a torque generated in an opposite direction relative to a direction of rotation of the motor. The phase of a current supplied to the motor can be reversed to produce a reverse torque in the direction opposite to the direction of rotation of the motor, and in contrast the phase brake initiates a sudden braking to be applied to the motor. For example, as shown, a current is supplied to the motor to rotate the drum in a clockwise direction, and then supplied to the motor to suddenly roll in a counterclockwise direction.

The sensing device is used to determine the rolling steam, and then a current point can be rolled. Because of this, a hall effect sensor can be provided and provided to determine an example. The rotation angle of the control unit is permeable, and the drum is rotated in the direction of the drum rotation 22 201124585 angle X 1 8 0 or before the control motor 14 is reversed. Therefore, the drum rotating in the clockwise direction is subjected to the counterclockwise torque. Quickly stop. The centrifugal force to be subjected to the laundry is removed, and then the laundry is thrown to the lowest point.

Therefore, as shown in Fig. 4 (4), the drum 13 is continuously rotated in the clockwise direction, and the laundry is repeatedly rotated/thrown. Although Figure 4 shows that the drum is rotating in a clockwise direction, the drum can also be rotated counterclockwise to set the stepping operation. The stepping operation will produce a large amount of 彡 14〇, which will reduce the net effect ratio of the stepping operation. [0066] The net effect ratio is a ratio of motor drive time to motor μ time and stop time. If the net effect ratio is Γ1", this = the motor is driven without stopping time. Considering the load of the motor, the stepping operation can be performed to achieve a ratio of about 7% of the net effect ratio. For example, 卞 达 can be stopped for 3 seconds after being driven for 秒钟). Other ratios and drive: / stop time are also appropriate. [嶋] Before the laundry is dropped to the lowest point of the drum, that is, every time the laundry is thrown, the tumbling 13Q starts to rotate to perform the lower operation. In this case, the tumbler 130 is rotated to a predetermined angle, the lowest point of the peach canteen 130. From this point on, the items to be washed and the rollers will be rubbed together with the laundry. However, the drum is set 180 by its system. But the laundry will not spin! Go to the highest point, and it cannot be from y, that is, the drum 13. The month b was thrown from the most point to the value of the value of the cleaning. 23 201124585 [0068] Because of this, after the laundry reaches the lowest point of the drum, the cylinder 130 is controlled to rotate again as shown in Fig. 4(d). That is, the drum remains stationary until the laundry reaches the lowest point of the drum. More specifically, the drum n is momentarily when the laundry is about to start to fall. Stop. From the point of the drop to the point where the laundry is to (d) the lowest point of the drum, the drum remains stopped and does not rotate. The stop time may be greater than the time the laundry is dropped from the highest point of the drum to the lowest point (the time required for point n. Therefore, the drum may remain stopped), such as 〇·4#, or 0.6 seconds in some embodiments, There is sufficient time for the break to stop in the stop state. This allows the application of the stepping operation to produce the maximum impact more accurately, thus achieving the required cleaning capability. [0069] Figure 5 is a detailed schematic view of a friction operation. First, as shown in Figs. 5(a) to (c), the laundry is moved from the lowest point of the drum 130 to a position in the clockwise direction of the roll 13 ▼ or a position exceeding the corner of 90. As described with respect to the tub, the adjacent drum remains stationary; the laundry in the cartridge 130 moves from a predetermined point on the inner surface of the drum near the lowest point of the barrel 12〇 to the smoothing along the drum 120 on the inner drum surface. In the hour hand direction, 9 turns or more than 90. In order to generate such a movement of the laundry, the motor applies a rotational force, that is, applies a torque to the drum 130 in a predetermined direction (clockwise direction), and then Roller 130 together with laundry Rotating to lift the laundry. 24 201124585 [0071] The laundry is in close contact with the (four) circumferential surface of the drum 13Q via the lifting rod and the friction with the inner circumferential surface of the drum, and rotates together with the drum without leaving the drum 130 To this end, the drum is rotated at a speed of about 6 〇RpM or faster to generate sufficient centrifugal force so that the laundry does not leave the drum 130. The rotation speed of the drum can be determined according to the size of the drum, such as the inner diameter. To generate a centrifugal force greater than gravity. Therefore, the laundry can be rotated with the drum from the lowest point of the drum to a position of 90° or more with respect to the lowest point of the drum. [0072] #洗衣物 Then From the position of 9" or a larger corner to the lowest point in order to throw off the laundry, when the laundry reaches 9 〇 or the position where the drum rotates, the drum 13 煞 suddenly brakes. The motor 14 〇 A drum 130 is provided to reverse the torque to suddenly brake the drum. As described above with reference to FIG. 3(e), the reverse torque is produced by the opposite phase braking of the opposite phase current supplied to the motor 14A. A reverse torque. [0073] The control unit can determine a rotation angle of the drum by using one of the sensing devices as described above. When the rotation angle of the drum is 9 〇 or more, the control The part controls the motor 140 to perform the opposite phase braking. Therefore, the drum 130 rotating clockwise is applied with a torque in the counterclockwise direction to temporarily stop the centrifugal force of the laundry, as shown in Fig. 5(c). The torque of the laundry in the counterclockwise direction will not be vertically dropped, but will be thrown obliquely to the lowest point of the drum relative to the inner circumferential surface of the drum. Due to the oblique falling, during the falling period, the laundry and the laundry The inner surface 25 of the drum, 201124585, will have a relatively large material, and the synchronous friction between the laundry and the laundry and the washing water is relatively large.

As shown in Fig. 5(d), the drum 13 is rotated counterclockwise, and the above-mentioned laundry is repeatedly rotated/dropped. The edge of Figure 5 shows the drum system, which is first rotated in a clockwise direction, but still rotated counterclockwise before. The frictional operation produces a large load on the horse 胄 uo, such as stepping operation, and the net effect ratio of the friction operation is reduced. For example, the friction operation can be stopped for 3 seconds, and the net operation ratio of the rotation operation can be _ at 70. %. Other disposals are also appropriate. [0075] The laundry is dropped to the lowest point of the drum, i.e., when the laundry is thrown off, the roll 130 begins its opposite direction rotation to perform the lower-stepping operation. In this case, the drum U0 is rotated to a shape angle, and after that, the laundry is reached at the lowest point of the drum 13〇. From this point on, the laundry and the drum will rotate together. Although the drum is rotated to 90 because it is set, the laundry does not rotate to 9 inches. That is, the highest point of the roll (10), and it cannot fall from the most m to obtain the required cleaning ability. [0076] Because of this, after the laundry is reached at the lowest point of the drum, the drum 13 is rotated again in Fig. 5(d). That is, the drum is controlled to remain stationary until the laundry reaches the lowest point of the drum. More specifically, the poem will stop when the laundry is starting to fall. From the point of time when the laundry is being carried off, the number of the door is #^, the door point until the laundry reaches the lowest point of the drum. The drum is still in a stopped state without rotating. The stop state of the drum 26 201124585 will be longer than the (four) cost of dropping the laundry to the lowest point of the drum. Therefore, the stop state in which the drum is held can be set to, for example, two seconds' which is smaller than the time in which the drum is stopped in the stepping operation. The stop state of the drum preservation has just been set so that the stepping operation can be performed more accurately to generate the maximum friction between the inner surface of the drum and the laundry, the maximum friction between the laundry, and the laundry and laundry. The maximum friction between the waters can thus achieve the required cleaning power. Figure 6 is a schematic diagram showing one of the cleaning ability and the vibration-level of each operation as shown in Figure 3. Horizontal Station _ The flat-axis table does not clean the force, making it easier to separate the dirt contained in the laundry to the left. The vertical axis indicates the vibration or noise level. The higher the level is, the higher the level is, and the cleaning time of the same laundry will be reduced. When the laundry has extremely discriminating dirt, the stepping operation and the friction operation are suitable for performing the cleaning mode between (4) less clearing. Stepper and frictional operation have high vibration/noise levels that are typically not used to wash sensitive fabrics and/or reduce noise and vibration. [_] Rolling operation has good cleaning ability and low (four) rating to make #^_damage (four) less and reduce motor load. Because of A, the rolling operation can be used in all cleaning modes. In particular, it can help the detergent to dissolve and wet the laundry in the (4) cleaning stage. [81]; the failing operation has a cleaning ability lower than that of the frictional operation, and a comparison of the vibration level of the rubbing operation and the rolling operation. The rolling operation has a lower vibration level than the 27 201124585' but it requires longer cleaning time than the rollover operation. Because of this, the roll-over operation can be applied to all cleaning modes and efficiently disperses the laundry in a cleaning mode. (4) The operation also has a cleaning ability similar to that of the rollover operation and a vibration level higher than that of the rollover operation. The squeezing operation repeatedly pulls forward the laundry to separate the laundry from the inner circumferential surface of the drum. in

In this operation, the washing water is discharged outside the drum after passing through the laundry. Therefore, the squeezing operation can be applied to rinsing. [0083] The filtration operation has a cleaning ability lower than that of the extrusion operation, and a noise level similar to the rolling operation. In the filtration operation, water passes through the laundry and exits the drum, and the laundry will closely contact the inner circumferential surface of the drum. Therefore, the filtering operation can be applied to a mode of wetting the laundry. [0084] The swing operation has the lowest vibration level and cleaning ability, and can be applied to a low-pitched, low-vibration cleaning mode, and a mode of cleaning sensitive or slender clothes. [0085] As described above, each drum drive operation With their individual advantages, and more preferably, those different drum drive operations are used to maximize these advantages. There may also be advantages and disadvantages for each drum drive operation depending on the amount of laundry. Even in the case of the same mode and circulation, various drum drive operations can be applied differently depending on the amount of laundry. [0086] In the drum type washing machine, the inside of the drum can be seen from the outside through the door. Different drum drive operations can be applied to a cleaning 28 201124585 mode as will be detailed below. Therefore, the user can see various drum driving operations that are performed in the drum n. That is, it can be visually recognized - Zhu impact cleaning (rolling operation), a strong impact cleaning (stepping operation reversal), a gentle friction cleaning (rolling operation) n strong friction cleaning (friction operation). Because of this, the user can perceive a good cleaning function, which improves user satisfaction and greatly improves cleaning efficiency.

III. Mode Method of Washing Machine, That is, This Case [0087] Various modes of a washing machine specifically and fully described by various controllers of the washing machine will be discussed below. Mode A (Standard Mode) [_] Referring to FIG. 7A, the following Mode A will be described in detail. Mode a is a standard mode that does not have any auxiliary options and can be used to clean normal laundry mode A including a wash cycle, a rinse cycle, and a spin cycle. The user can select the standard mode from a mode selection area U7 (S71〇). A·1 cleaning cycle (S730): [〇〇89] cleaning cycle includes - water supply step (S733) provides laundry water and

The detergent is applied to the tank 110 or the drum 130 to dissolve the detergent in the washing water, and the washing step (S742) is used to drive the drum to wash the laundry. In this water supply step, water is supplied from an external source of water with the efficiency of the detergent 29 201124585 for cleaning, including cleaning efficiency and cleaning, to the washing machine. By increasing the preparation of the water supply step, the efficiency of the cleaning cycle can be achieved and the washing time can be reduced. A. 1 Decide on the amount of laundry (S 731):

As mentioned above, the completion of the water supply step is the 'primary cleaning step'. Because: detergent dissolution, strip wetting, and the like need to be achieved quickly and completely. However, considering the amount of load of the drum and the amount of water supplied to the drum, the drum drive operation can be controlled in accordance with the amount of the laundry in the drum in the water supply step. Also, depending on the amount of laundry to be washed in the drum, the drum rotation can be performed more efficiently to perform the dissolution and washing of the tanning agent (4). The amount of laundry to be used to determine the amount of laundry to be contained in the drum is determined by the washing step. The drum drive operation can be distinguished in the water supply step depending on the determined amount of laundry to be washed. [0092] The amount of laundry can be determined by measuring the current used to drive the drum. For example, the current used to perform the rollover operation is measured. In order to perform the tumbling operation, a control unit controls the drum to rotate at a predetermined rotational speed, for example, 46 RpM. Depending on the amount of laundry in the drum, the amount of current required to drive the drum at that speed will vary. Therefore, the amount of laundry to be washed can be determined based on a current flow rate required to drive a particular drum at a particular speed for a particular operation. 30 201124585 [0093] If the amount of laundry is relatively large, sufficient washing water is supplied to the laundry during the initial stage of the water supply step, and the cleaning efficiency can be further improved. The drum driving operation differs depending on the amount of laundry in the water supply step, and the parameters of the water supply step can be appropriately determined. A.1.2 Water supply (S733): A.1.2.1 Determining the type of detergent (§ 734): In the initial stage of the water supply step, a “detergent type determination step” may be performed to determine the initial stage of the water supply step. The detergent is liquid or powder. This step is performed to determine the number of flushes in the drum drive operation or flush_ after the cleaning cycle. At the beginning of the operation of the washing machine, the user can know through the display area 119 about the cleaning cycle and the flushing cycle. Because of this, the detergent type determining step can be performed at the initial stage of the water supply step, in particular, before the detergent-reinforcing step. A·1.2.] Detergent enhances dissolution (S735): The laundry water and decontaminant dissolution steps are provided in the water supply step. In order to increase the efficiency of the cleaning cycle, at the time:: go to the initial stage, go, and - the detergent in the water supply step should be completely dissolved more effectively. In the step of the stalk, the sputum is performed, and the dissolution step can be enhanced in the water supply to enhance the dissolution of the detergent. 31 201124585 [0096] The operation of moving the laundry in the drum to enhance the dissolution of the detergent is called a drum driving operation, which can be used to provide a strong mechanical external force to the washing water and the laundry. For example, in the detergent reinforced dissolution step, a stepping operation can be performed to repeatedly lift the laundry along the rotating drum, and according to the brake executed on the drum

The inner circumference surface of the pepper falls to the laundry. Alternatively, instead of performing a stepping operation, it is executable to lift the laundry along the rotating drum, and then to rotate the drum and reverse the drum to lift the frictional movement of the laundry. Both the stepping operation and the frictional operation are used to suddenly brake the rotating drum, and suddenly change the ice to the right and apply a strong impact on the laundry. In addition, the stepping and thick rubbing operation can also be used to exert a strong impact on the washing water. Because of the strong machine, the initial reading section of the water supply step provides strong mechanical external force to enhance the efficiency of going. The agent is cold-dissolved, thus improving the cleaning cycle [0097] in an alternative embodiment in this case of the water flow pattern can be more "reverse" combination, while laundry [0098] ... which 1, drive the drum yos &amp;; system: stop the ground along the predetermined direction at a predetermined speed h. Turn the operation, throw off the laundry u, run in the rollover operation or the combination of the larger/depleted agent to strengthen the dissolution step by stepping and rubbing The repeated combination of the operation is carried out. Under the circumstance, the two types of drum drive operation will be 仃, to improve the efficiency of the cleaning cycle. In a typical water supply step, the drum rotates at a semi-fixed speed to lift and The time of the water will be more than 15 minutes in the step-by-step or friction-dissolving detergent on the laundry 32 201124585 For example, in the one-step operation of the illustrated washing machine + ^ machine, the detergent is dissolved for about 15 minutes, while using the mountain The relative washing machine can dissolve the detergent in stepping or rubbing for 9 to 1 minute. Therefore, the step friction operation can dissolve the detergent in the washing water more quickly, and can reduce (4) cleaning. Mode [0099] In this step and friction operation, the laundry is thrown away and a throwing impact is applied to the first laundry, while rotating and stopping the drum creates a powerful vortex in the wash water. [00100J &amp; The outer step can be performed in the detergent reinforcing dissolution step - a circulation step for circulating the washing water contained in the tub and supplying the washing water to the drum. In the recycling step, the washing water contained under the drum is supplied to the drum Ρ 'In-step to enhance detergent dissolution and detergent wetting. [00101] In a disagreement and voiced / r mountain _ eight body embodiment, the detergent reinforced dissolution step can be carried out, for example Approximately 2 minutes to raise the AU KU • Ge other suitable time until the water supply has been completed. The water supply can be completed in the detergent reinforced dissolution step, or the water level can be lowered due to the subsequent washing and wetting step. Detergent plus = Dissolving step can be carried out - for a relatively short period of time so as not to significantly damage the laundry fabric. Therefore, each of the above modes of detergent enhances the dissolution of the second step of the drum drive operation, which can be determined The frictional operation of the laundry in the drum. Z, that is, if the amount of laundry is in a pre-alpha or lower, the detergent-enhancing step can be enhanced because of a small amount of laundry, 33 201124585 It can be more efficient to use a drum drive that supplies a strong mechanical external force, because a small amount of laundry can maintain sufficient contact with the laundry water. In particular, a small amount of laundry indicates that the laundry is in contact with the laundry water. The surface area is small, and the dissolving agent dissolving and washing and wetting can be achieved by inverting the laundry by the applied mechanical external force in a relatively short time. Therefore, the stepping operation or the material running can improve the cleaning efficiency, and the washing material room Thus reduced.

[00103] Κ &amp; If the amount of laundry determined in the laundry amount determining step is - a predetermined or higher level, then the dirt enhancing dissolution step may be skipped. That is, if the amount of laundry is relatively large, the mechanical external force is insufficient to sufficiently contact the laundry with the washing water because the washing water cannot be supplied to/or absorbed by a sufficient amount of tangled laundry. [00104] Therefore, if the amount of laundry is in a box of seedlings a &quot; at the level of the pre- or more two, then omitted

The detergent enhances the dissolution step while *P initiates the wash wetting step immediately. If the amount of laundry is at a predetermined or higher level, the cycle step in the water supply step is used. The laundry is better able to be washed by the fish/with no contact with the clothes to enhance the dissolution of the detergent. A.1.2.3 Washing strips and dampness (s736): [00105] In the water supply step, a step of fully drying the laundry to be washed with washing water, and dissolving together in a drum type In the case of the washing machine, the laundry is not necessarily completely flooded with the washing water, and therefore the knee is wetted quickly in an initial stage of the washing cycle. After the detergency 34 201124585 enhanced dissolution step, a laundry wetting enhancement step can be performed to promote washing wetting. This step may be performed to ensure that the laundry is sufficiently saturated after the water supply step has been carried out to a predetermined extent or until the water supply step has been completed. Alternatively, the detergent reinforced dissolution step can be performed after the water supply has been completed. The water level will be reduced during the washing and wetting step and additional water supply will be made. [00106] In the detergent-reinforcing dissolution step described above, the strip conditioning step can be partially performed and the water level can be increased to allow the washing water to be sufficiently collected in the drum. Because of this, the step of promoting washing wetting can be carried out after the detergent intensifying dissolution step. A drum drive operation in the wash wetting enhancement step can be controlled to be different from the detergent reinforced dissolution step. For example, the drum drive operation of the wash wetting enhancement step may include a rolling operation and/or a filtration operation. In some embodiments, the filtering operation and the rolling operation can be performed continuously. [00107] 35 Filtration # operates to widely disperse the laundry to increase the area of the laundry to be washed, and because this filtering operation can be used to uniformly wet the laundry. The rolling operation is to repeatedly reverse the laundry to allow the washing water under the drum to be in contact with one of the laundry items, and the rolling operation can be applied to the washing and wetting at the same time. In order to utilize these effects as much as possible, different drum drive operations, i.e., repeated/continuous filtration and rolling operations in a predetermined sequence, maximize the effect of the wash wetting enhancement step. 35 201124585 [00108] If the amount of laundry is a predetermined or higher level, the drum drive operation of the washing and moistening step may include a filtering operation. That is, in the transient operation, the surface area of the laundry is increased and the washing water is supplied in the filtering operation, and the laundry is uniformly distributed without being entangled and the washing water is uniformly supplied to the laundry. Alternatively, or in addition to the filtration operation, the tumbling operation can also be performed simultaneously.

[00109] If the amount of laundry is below a predetermined level, a filtration and/or rollover operation can be performed in the washing and wetting enhancement step. 〇 〇 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者However, the net effect ratio in the water supply step may not vary depending on the selected degree of soiling, since the net effect ratio in the k-horse supply step is preset to optimize detergent dissolution and soaking. "Because fishing cannot ignore the unnecessary damage of the object." If the net effect ratio is lowered, the detergent solubilization and washing and wetting will not proceed sufficiently. [〇_Water supply step in the standard mode Steps, soil... Mori 1 Include the type of detergent to determine the step to enhance the dissolution step, to 疋. In the specific example of the tube generation in the # &amp;# ρ φ &amp; γ α, in the specific example of the tube generation, the de-tanning agent enhances the dissolution step, the decontamination culvert cooling step, or the decontamination turbidity enhancement step The contamination proceeded. In this case, the brocade can be separated from the water supply step, or the knee turbidity step can be carried out after the two-step gang and the detergent supply are completed. 36 201124585 A.1.3 Heating (S74〇): [00112] The cleaning cycle includes a cleaning step. In order to prepare for cleaning, a heating step can be performed between the washing and water supply steps. [00113] The heating step can be used to heat the wash water by using a heater disposed below the tub or by increasing the brewing of the wash water or drum by utilizing steam supplied to the interior of the drum. Because of this, the heating step can be carried out as needed or omitted, i.e., if the laundry is washed with cold air or water, the heating step can be performed. However, if the predetermined degree of wash water in a selected mode is preset to be higher than the temperature of the cold water, or if the temperature of the wash water selected from the option selection area 118 is higher than the temperature of the cold water, the heating may be performed. step. [00114] The drum driving operation in the heating step may vary depending on the amount of laundry. Regardless of the amount of laundry, a roll-over operation can be performed in the heating step. However, as described above, if the amount of laundry is a predetermined level or less, the rolling operation can be performed in the heating step. That is, assuming that the laundry is in a relative amount of j, it is more efficient to repeatedly roll the laundry and heat and clean in the lower half of the drum than to disperse the laundry. Alternatively, a combination of rollover and rolling operation may be used with a small amount of laundry to be washed in the heating step, and a rolling operation may be used when there is a large amount of laundry. [00115] The heating step can include a heating preparation step to prepare for heating after the water supply step. This means that after the complete strip is wetted, the water supply step is completed. Therefore, it is possible to more accurately determine the amount of laundry to be washed after the water supply step. Because the dry laundry before wetting is cleaned, the amount of laundry of the wet laundry cannot be recognized. For example, the amount of wet laundry to be determined prior to washing wetting will be greater than the actual amount prior to washing wetting. Thus, in some embodiments, a more precise laundry amount determination step can be performed in the heating step prior to cleaning. If the heating step is omitted, a step corresponding to the heating preparation step can be performed to determine the exact amount of the laundry. That is, if the heating step is omitted, an accurate laundry amount determination step can be performed before the washing step after the supplementary water supply step. A-1.4 Cleaning (S742): [00116] When the water supplying step and the above heating step are completed, a washing step for washing the laundry can be performed. A drum drive operation in the cleaning step can be a continuous step and/or a combination of drying and/or rolling operations to apply a strong mechanical external force and move the laundry to a different mode to enhance cleaning efficiency. [00117] Alternatively, the drum driving operation in the washing step may be a combination of continuous over-running operation and rolling-over operation, continuously supplying the washing water to the laundry to enhance the cleaning efficiency of the detergent. And the cleaning efficiency caused by the mechanical external force applied to the laundry. [00118] Therefore, the drum driving operation in the washing step can be varied depending on the amount of laundry, because the drum driving operation can produce different optimum cleaning effects depending on the amount of laundry. The amount of laundry may be the amount of laundry determined before the water supply step or during the heating step 38 201124585. In the cleaning step, the drum driving operation may be different depending on the amount of laundry determined after the water supply step. [00119] If the amount of laundry is a predetermined level or higher, the drum drive operation may include (iv) running and/or rolling (four) turning. If the washing machine is not equipped with circulating laundry water, then only the tumbling motion can be performed. In the case of a large amount of laundry, the washing water can be uniformly supplied to the laundry, and mechanical external force can be simultaneously applied to the laundry to advance the cleaning efficiency.

[Face] If the laundry (4)-敎 level or lower, the drum driving operation may include a stepping operation and/or a rolling operation to improve the cleaning efficiency when the laundry is moved in various modes and applied under mechanical external force. In some embodiments, the roll-over operation can also be performed with stepping and/or rolling (four). [0_ As described above, in the standard mode, the drum drive operation in the water supply rotation, heating step, and cleaning step is more diverse, and the efficiency of the cleaning cycle can be increased accordingly. Further, the drum driving operation in each step can be made different depending on the amount of laundry to be washed in the drum, and thus an optimized washing cycle can be performed. [Face] b The user selects the degree of squashing of the laundry from the option selection area 118. The net effect ratio of the heating step to the washing step is different. If the degree of soiling is relatively low, the net effect is not unnecessarily high. The laundry will be unnecessarily damaged. 39 201124585 A·2 Flushing Cycle (S750): [00123] Referring to Figure 7a, the control of the mode, τ耵禋 sweat cycle, and details are as follows. In accordance with this implementation &lt;column, the flush cycle can be performed as part of a single mode along with the described wash cycle, &lt;it can be independent: stubborn. 4 A brief description of the control method of a flushing cycle after the /month washing cycle mentioned in the standard mode will be described in detail below. Α·2·1. First rinsing (S751): [oom] When the cleaning cycle has been completed, a first rinsing step for supplying water and driving the drum to perform rinsing may be performed. [00125] One or more spin steps can be performed in standard mode in each of the wash cycle, the rush ring, and the (four) ring. For example, spins in the spin and rinse cycles after the purge cycle can be performed. These spin steps are referred to as "intermediate spins" to distinguish them from the spin cycles of the last-cycle in the standard mode. [00126] A spin level can be determined based on the rotational speed of the drum. Typically up to 400 rpm, and for example about 6 rpm in a sensitive mode, the intermediate spin can be performed at about 2 rpm per minute, about 400 rpm, in an in-mode mode about every minute. And in the - strong mode about every minute. The rotational speed of a drum for intermediate spin is selected based on the low resonant frequency and the high resonant frequency during the operation determined by the current operating parameters. 201124585 [00127] The resonance frequency is a physical characteristic value of the washing machine, and the movement of the washing machine is greatly increased as it approaches the resonance frequency. If the drum rotates near the resonance frequency and the laundry is not distributed, the vibration of the washing machine suddenly increases. Therefore, if the spin is performed at a predetermined rotational speed higher than the resonance frequency, the preceding laundry untangling step is usually performed to match the laundry knife in the drum and to sense the vibration. If the sensed vibration is less than a predetermined value, an acceleration step can be performed to exceed a resonance frequency band.

[00128] Since the water supply and the flushing are too many times, the Af wash is repeated more times in the flushing cycle, and the time required for the intermediate-level self-spinning spin performed in the middle section of the flushing becomes longer. In order to understand the concerns of the residual detergent after the completion of the cleaning, at least two or more rinsing steps can be performed in the rinsing cycle. The intermediate spins performed this time will add a large amount of pull pg time to the rinse path, resulting in an excessively long flush cycle. According to this embodiment, the speed of the intermediate spins performed in the middle section of the fire L, ', and / washes will be different. That is, step A if can be rotated at a predetermined and intermediate spin in a predetermined intermediate spin at a lower than a low resonant frequency, and in a further pre-intermediate special intermediate spin. Rotating at a predetermined rotational speed of the resonant frequency of the gang. [00129] During the line, when a certain intermediate level is lower than a low resonance frequency, the auxiliary washing machine shovel door 解 解 tangling step, the vibration amount sensing step, and the acceleration step are required to be washed. The time required for the loop. The interval may be unnecessary, so it is possible to reduce the rotational speed of the intermediate spin to be set to approximately 1〇〇201124585 to 110. Conversely, if a particular intermediate spin is performed at a lower speed than the -low resonance frequency, the time required for the flush cycle may be reduced, but the detergent water containing the detergent may not be completely discharged. _30] After the cleaning cycle, the dirtiest and detergent residues are found in the washing water. Because of this, the washing water is discharged from the laundry as thoroughly as possible after the washing cycle. '31] After the cleaning cycle in the standard mode, high speed spin (S752) can be performed in the initial stage of the first rinsing step. In high speed spins, the drum will rotate at a higher rotational speed than the 鬲 resonance frequency so that the maximum amount of wash water can be discharged from the laundry, for example, the rotational speed can be set to approximately 1000 revolutions per minute. Regardless of the user's choice, the high speed spin step can continuously rotate the drum at a 鬲 speed, i.e., about 1 revolution per minute, so that the detergent residue can be drained as thoroughly as possible during the rinsing. [00132] ▲ The surface speed spin is completed, and a first roller driving step (S753) may be performed after the water supply to drive the drum to flush the laundry. A flushing water level can be regarded as a relatively high water level, so that the water level is visible through the door, allowing the laundry to be submerged in the washing water. Therefore, a large amount of washing water can be supplied to wash the laundry in an initial stage of the flushing cycle. [00133] A drum driving operation in the first drum driving step may be a friction and/or a swing operation to immerse the washing water in a quantity to move the maximum laundry to improve the flushing performance. This friction and/or whirl operation corresponds to a procedure for repeatedly washing the laundry after the laundry is immersed in the laundry water. Rolling 42 201124585 Turning and stepping operation corresponds to a process of moving the laundry into and out of the washing water. Thus, the first drum driving step can control the drum to be driven at a high water level during friction and/or swing operation, allowing the user to directly view the full flushing. In an alternative embodiment, a cycle of circulating the wash water in the tub into the drum can be performed in the first drum drive step. The washing water is sprayed into the drum to wash the laundry. This procedure can be referred to as "spray flushing." This can also be shown to the user as it is visible through the door. [00134] When the first drum driving step has been completed, a first dehydration and intermediate spin step (S754) may be performed. During draining, the drum can be driven during stepping and/or rollover operations. The laundry is raised and thrown to improve cleaning efficiency, and foam is generated to increase the rinsing efficiency. The drum drive operation can vary depending on the amount of laundry. In the case of a small amount of laundry, the drum is driven to perform a stepping operation to produce a maximum distance for lifting and throwing. In the case of a loud amount of laundry, the drum can be driven to perform a rollover operation. [00135] In the first dehydration and intermediate spins, the intermediate spins are performed at about 100 to 110 revolutions per minute. Then, the laundry can be omitted to untie the entanglement step, the vibration sensing step, and the acceleration step, and the time required can be significantly reduced. [00136] In an alternate embodiment, in the first dewatering and intermediate spin steps in a standard mode, the intermediate spins will be performed at about 400 revolutions per minute above the low resonant frequency. In this case, when the water is discharged and the knife is to be dissipated, the 竽牿, “$ and 'next roll operation can be omitted. Because the laundry is untwisted and entangled. The frequency, which is more in the speed of the step / intermediate spin can be combined with the vibration sensing step and single-acceleration and advancement - a short time. This intermediate speed is performed, in order to produce + A ^ relative to the disk Detergent that is not discharged in the speed spin step. However, in the case of the vibration sensing step

Exceeding the allowable range, the vibration sensing step can be repeated without entering the acceleration step' and the flushing time may be disadvantageously increased. Because the vibration sensing step can be performed at a drum speed of about (10) i revolution per minute and the acceleration step is not initiated for a predetermined time during the vibration step, the first dehydration and the t-class spin can be completed. step. 2 First rinse (S756) and final rinse (S760): [00137] - The second rinse step (S756) may be followed by a first rinse step. The first rinsing step may include a second drum driving step (S757) and a first dehydration and intermediate spin step (S758). This second roller driving step is essentially the same as the first roller driving step described above. Moreover, the second dehydration and intermediate spin steps are essentially the same as the first dehydration and intermediate spin steps. However, because the detergent residue has been discharged in the high-speed spin step and the first dehydration and intermediate spin steps, the intermediate spin can be about 1 to 11 per minute in the second dehydration and intermediate spin steps. Twist to reduce the rinse time. 44 201124585 [00138] The flushing cycle can be determined by the type of detergent, and the decision of the step is to lag the time the deficient agent will remain. If the rinsing step can be internal [00139] if the detergent is in a liquid type, the second rinsing step is omitted to reduce the rinsing agent required to be in a powder type, the first rinsing step and the second grading step. . [00140] If the detergent is a liquid type, a third

Γ / no step (S760 ) can be used as the __ final rinse step after the first rinse step. If the detergent is in powder form, a third rinse step can be used as a final rinse step. However, when the foam is subjected to a fourth rinse in the second rinse step, the fourth rinse is performed (in the case of a powder type detergent), and the step is the final rinse step. [00141] A water level in the final rinse step (S76〇) can be a relatively low water level. In the case of a tilt drum type washing machine having a drum inclined at a predetermined angle, a water level may be a predetermined level sufficient to supply water to a predetermined tail of the inclined drum. That is, such a water level is not detectable or visible from outside the washing machine. However, such water levels are predetermined so as not to create any more foam in the laundry. Even if foam has been generated, the foam will be produced in the tub and not in the drum, preventing excessive accumulation of foam. Therefore, the user can intuitively determine that there is no foam generation in the final rinsing step, and the satisfaction level of the rinsing performance can be improved. 45 201124585 [00142] A third draining step (S762) may be performed after the third drum driving step (S761) in the last flushing step to perform a spin cycle. The drum can be driven to perform a stepping and/or rubbing operation in the third draining step to evenly disperse the laundry. A·3 spin cycle (S770): [Squelly refer to Fig. 7A, the spin cycle control method in the standard mode will be described in detail below. The spin cycle can be performed as part of a standard mode plus a wash cycle and a flush cycle, or as an independent single mode. For ease of discussion, a control method of the spin cycle after performing the standard mode consisting of the cleaning cycle and the flushing cycle will be described in detail below. A.3.1 Untied laundry tangled (S77i): Tao 4] The spin cycle may include - the laundry unwinding and tangling step, by means of the drive roller to uniformly disperse the laundry to untang the tangled laundry .

This spin cycle provides a reduction in the vibration generated by the L-cell A-cavity at 1 revolution. In the draining step of the spin cycle, the drum is driven to perform stepping and / rubbing operation, and the laundry is likely to be solved in stepping and/or frictional transportation: to a predetermined extent 'while laundry The time required to unlock the entanglement step can be greatly reduced. 46 201124585 [00145] After the tangling step of the laundry is untied, the eccentric amount of the drum is rotated at a predetermined rotation speed lower than the low resonance frequency at a predetermined time interval, and the acceleration drum is passed through and the laundry is uniformly distributed in the drum. to measure. [00146] An eccentricity measurement step of the spin cycle in the standard mode in accordance with other embodiments can be performed prior to the step of untangling the laundry. A large amount of unwinding tangles of the amount of laundry can be performed directly by the drum drive operation of the flush cycle. Therefore, the spin cycle can be started with the eccentricity amount measuring step to reduce the spin cycle time. If the measured eccentricity is ideal compared to the eccentricity of a reference, acceleration as described later can be performed. If the measured amount of eccentricity is undesirable compared to the amount of eccentricity of a reference, the step of untangling the laundry can be performed. The driving roller can perform the stepping operation in the laundry untangling step to promote the untangling of the laundry, and the eccentricity measuring step can be restarted after the laundry is untied and tangled. A.3.3 Acceleration and Standard Spin (S775): [00147] After the eccentricity measurement step, a pair of drum rotation acceleration steps to a standard spin speed (acceleration step) may be performed. Thereafter, a normal spin step is used to perform the spin cycle at a standard spin speed to complete the spin cycle. The standard spin speed can be preset to about 1000 revolutions per minute. That is, the amount of water contained in the laundry can be reduced as much as possible to reduce the detergent residue. The standard spin speed can be changed according to the user's choice, because the standard spin speed of 201124585 is related to the spin cycle. The residual moisture level after completion and the degree of wrinkles of the laundry. Therefore, the user can select the rotational speed of the ordinary spin step with respect to the water level and the degree of wrinkles of the laundry to be washed. B. Mode B (Extremely Dirty Mode): [00148] Referring to Figure 8 'Severe soiling will be removed from the laundry in Mode B as detailed below. In addition, the extremely dirty mode can be selected (ssio) in the selection 117. B.1 Cleaning Cycle (S830): Β·1.1 Determine the amount of laundry (S831):

[00149] When the extremely dirty mode is selected, the laundry amount determining step can be performed to determine the laundry 4 in the loading drum. The amount of laundry that is determined to be $ will be approximated by the above method corresponding to the standard mode, so the repeated explanation will be omitted. The laundry amount determining step can be performed prior to the mode selection step. [00150] The &amp; department will compare the amount of laundry determined in the laundry amount determining step with the result of the comparison, and control the drum driving operation which will be described in detail below for a water supply step and a cleaning step. In fact, a laundry amount greater than the - reference value can be regarded as a large negative hit and (5) a laundry amount lower than the - reference value can be regarded as a small load I determined by the amount of laundry The drum drive operation for each step will be detailed as follows. 48 201124585 B.1.2 Water supply (S833): [00151] In a water supply step, the control unit controls the water supply device that connects the water supply source and the barrel (for example, the water supply pipe and Water supply room) to supply laundry water to the barrel. Control is performed if the amount of laundry measured by the laundry amount determining step is less than a reference value. The drum drive is controlled to perform a rollover operation and/or a stepper operation and/or a frictional operation and/or the filtration operation and/or the rolling operation. Lu [001521 first] if the laundry to be placed in the drum is entangled, the rotation of the drum will be activated, and the control unit will control the drum drive to perform the roll-over operation in the water supply step to unlock the laundry. Tangled. In the roll-over operation, the cylinder rotates in a predetermined direction and the laundry is about 9 inches from a rotation direction corresponding to the drum. Or more positions are dropped to the lowest point of the drum, so that the tangled laundry can be untangled and evenly dispersed. [00153] The control unit controls the drum to perform stepping operation or friction operation. The rotation of the sample will exert a throwing impact on the laundry to be loaded on the drum. This stepping operation and friction can be used to smoothly remove insoluble resects. Therefore, when the drum is driven in a stepping operation and/or a rubbing operation, the insoluble matter can be removed in the water supply step, and the cleaning time can be reduced and the cleaning efficiency can be improved. [00154] As described above, the water supply (4) supplies the laundry water to the inside and is filled with the laundry to be loaded into the drum. Because of this, the control unit can drive the drum to perform the overrun operation after the washing operation and/or the friction operation at 49 201124585 to perform the operation. 55 In addition, the control unit can drive the drum to perform the rolling operation to cool the water supply step. The detergent is applied to the washing water, and in addition to the rolling operation, the laundry is soaked in the washing water before the water supply step has been completed. [6] If the amount of laundry is greater than a reference value, in the water supply step, control: control the drum to perform the rollover operation and/or the filtration operation if the amount of laundry is relatively large, in particular, exceeds the reference value, The operation of the drum, such as stepping operation and/or frictional operation, in which the drum is suddenly braked, exerts a too large load on the motor. The original application of stepping and/or frictional operation, that is, the application of the impact shock, will not be realized. Therefore, if the drum is loaded with a large amount of laundry, the stepping and/or rubbing operation is not performed. Moreover, 'if the drum is loaded with a large amount of laundry to be washed, the wetting effect by the rolling operation with a relatively low rotational speed cannot be effectively achieved' and the rolling operation is not performed to achieve the washing operation. wet. Finally, if the amount of t exceeds the reference value, the drum can be driven to roll over and/or the over-running operation to achieve the above-mentioned dispersion of the laundry, the removal of the insoluble soil, the washing and wetting, and the detergent dissolution. Effect. Β.1·3 Cleaning (S835): Tao 7] After the water supply step has been completed, the “dirty mode-cleaning step” can be activated; the cleaning step of the dirty mode can include a soaking step, 50 201124585 The object removal step and the remaining dirt removal step. In this case, washing water having different temperatures may be supplied in each step, and each step may be performed accordingly. B.1.3.1 Soaking (S836): [Face] $bubble step is a way to soak the laundry in cold water to loosen

The extent of serious contamination contained in the laundry. A relatively cold water having a temperature such as about hunger is used in the soaking step to release the protein component contained in the extremely dirty matter of the laundry for a long time. If these protein components are in contact with hot water, the dirt tends to solidify on the laundry to be washed and it is difficult to separate them from the laundry. Because of this, the soaking step can utilize cold water to prevent the extremely fouling protein f component from being fixed on the laundry D _59] If the laundry amount is less than a predetermined amount, the motor can drive the roller to perform the stepping operation. Increase the rollover operation and/or the rolling operation after the stepping operation. Due to the excellent cleaning ability of the stepping operation and the reduction of the cleaning time, it can carry out the immersion of the serious dirt attached to the laundry, and the stepping operation has the induction of extremely dirty and a shock to the laundry. Things. Therefore, the action of separating the objects from the laundry [00160] If the amount of laundry exceeds the reference value, the drum can be driven to perform a roll-over operation and/or a rolling operation in the soaking step. That is, if the measured laundry 1 is more than a predetermined reference value, since no overload is applied to the motor, it is possible to perform stepping operation in 201124585. As described above, the stepping operation exerts a throwing impact on the laundry to be washed in the drum to improve the cleaning effect. However, if the amount of laundry is large, it may not be stepped up. Do not exceed the reference value. Stepping operation will not perform the steps of removing the dirt and removing the remaining dirt as detailed below. Β.1.3.2 Dirty removal (S837):

[00161] After the soaking step, a dirty soil removal step can be initiated to heat the wash water within a range of temperatures from 35 ° C to 40 ° C to remove severe resects. The temperature of the washing water is set at 35 in the dirt removal step. 〇 to 4 (between TC, because the sebum component contained in extremely dirty matter is provided at a temperature close to the body temperature, the heater is provided for easy removal/bottom surface of the tub or the water supply device for supplying heated water is provided The steam to the equipment in the tub can be used to increase the temperature of the washing water within a predetermined range. [00162] In the dirt removing step, 'if the amount of laundry is a reference value or less', the motor controlled by the control material The drum is subjected to roll-over operation and/or rolling operation. (4) Turning operation and/or the rolling operation can apply a low load to the motor' to reduce the cleaning time and have high cleaning efficiency. Because of this, the cleaning time can be reduced. Tao (6)] When the amount of laundry is more than the reference value, the control unit can control the drum drive to perform the roll-over operation. If the amount of the large laundry is large, it may not be used in the removal step of the sewage 52 201124585 and is now used to The rolling operation of the rotating drum is relatively low, and therefore the rolling operation is performed. B·1·3.3 Residual dirt removal (S838): [164] The control unit can realize the residual dirt removal The step is to heat the washing water to about the temperature of the laundry after the step of removing the dirt, and to sterilize and bleach the laundry. In the remaining dirt removing step, the temperature of the washing water may be about 6 ( TC or higher for disinfecting and bleaching the laundry. [嶋5] In the remaining dirt removal step, 'the control unit can control the drum drive to perform the stepping operation' or to perform the step when the laundry amount is less than the reference value In-run and/or roll-over operation and/or rolling operation. , [When the amount of laundry exceeds the reference value, in the remaining dirt removal step, the control unit can control the drum drive to perform (4) operation and/or Rolling. Dish B.2 Flushing Cycle (S850): Wash cycle in the above standard mode. Therefore, [00167] The flush cycle of the extremely dirty mode will approximate the flush cycle and the other modes of the following will be omitted. Repeated description of the flushing cycle Β·3 Spin cycle (S870): 53 201124585 [嶋8] The spin cycle of the dirt mode will approximate the spin cycle of the above standard mode and the other modes as detailed below Rotating cycle. Therefore, Repeat the repetitive description of the spin cycle. c. Mode c (rapid boiling mode): [〇〇(10)] Referring to Figure 9, mode C will be described in detail. Mode c can be called "rapid boiled mode", which is used in Heating the washing water to a predetermined temperature in a relatively short period of time to achieve the hygienic boiling effect of the laundry, as in a sanitary treatment cycle. Qing] In general, when the sterilization and bleaching of the laundry, it will heat up The washing water contained in the tub reaches a preset "set temperature" and then is cleaned. Since the washing time is relatively long, the washing water heating also consumes a lot of power, which takes a long time and more power. The washing water contained in the tub is heated to a preset temperature. In the quick boil mode, the laundry can be disinfected and bleached, and the overall cleaning time and power consumption can also be reduced. Regardless of the temperature of the washing water, it is known that the fast boiling mode heats the washing water supplied to the tub within a predetermined period of time instead of heating the washing water until the washing water reaches a preset temperature. If the sound is washed, the Atm6 first month &quot; force, in this cleaning mode, may include the step of compensating time according to the temperature of the washing water provided in the rapid stagnation mode - the cleaning step, as detailed below with reference to FIG. . [_] First, the user can select the quick test boiling mode from the mode selection area m (closed h then, the control unit executes - the quick boiling mode cleaning step 54 201124585 allows the control unit to store it in a step or a Setting step. This cleaning time setting step determines the time required for the cleaning step of the quick cooking mode, the storage device 'such as the memory t. This step is performed simultaneously with the mode selection water supply step. C·1 cleaning cycle (S930) : .1 determines the amount of laundry and sets the cleaning time (S93丨): When the user selects the quick boiling mode, the control unit can be used to measure the amount of laundry 'and the cleaning time is set to 疋 疋 according to the determined amount of laundry The quick m-type - the time required for the cleaning step to the pre-turn position determines the amount of laundry, or the time of the remaining rotation after the drum is rotated one.

[] In the rinsing time setting step, the control unit can select a cleaning time ‘ relative to the amount of laundry measured in an appropriate number of times in the memory. The quick money mode cleaning step requires (4) time to be stored in the storage device 'such as memory, because &, when the fast boiling mode is selected, the control can select the appropriate time to store in the memory. C.1.2 Water Supply (S933) • [00] The cleaning expansion ring called the rapid stagnation mode may include a water supply step for supplying the laundry water to the barrel. In the water supply step, the control unit controls the connection to the water supply source and the water supply equipment of the barrel (such as the water supply path and the water supply room) to supply water to the barrel. Further, the control unit controls the drum drive (four) to rotate, for example, the water supply step of the above-described extreme dirt mode in the drum driving operation, and thus a further detailed description thereof will be omitted. C.1.3 Water temperature measurement step/compensation (S935): [00175] When the water system is supplied to the tub, the control unit measures the temperature of the washing water using a Lu S sensor located in the washing machine, and compares the measured Temperature and - reference temperature to adjust the time of the cleaning step. [00176] For example, the control portion may compare the measured temperature of the wash water with a reference temperature, for example, above about 5 (rc. If the measured temperature is higher than the reference temperature, for example, if the heated water system is supplied to In the barrel, the control unit immediately performs the washing step. However, if the measured temperature is lower than the reference temperature, the control unit may perform a compensation step for adjusting the time of the washing step. [00177] As described above, in this mode The washing step may be performed after the washing water is heated at predetermined intervals regardless of the water temperature. Because of this, the temperature of the washing water contained in the tub may vary depending on the supply to the tub after a heating step has been completed. The temperature of the water, and the cleaning ability may vary due to the difference in water temperature. Therefore, the compensation step is to provide a difference in cleaning ability caused by different temperatures of the washing water after the heating step. If the temperature of the washing water is lower than When the temperature is referenced, the cleaning step can be increased to compensate for the cleaning ability at a lower temperature. 56 201124585 [After defining a temperature range The amount of temperature can be suitably adjusted. For example, in a particular embodiment, a single-reference temperature can be provided, and in an alternative embodiment, a plurality of reference temperatures can be provided. If the temperature of the wash water is higher than one a reference temperature (eg 5 〇. 〇, and it has three reference temperatures, ie 'first, when the second and third reference temperatures are provided, the control can immediately perform the cleaning step. When the measured temperature of the wash water Is lower than the first reference temperature and higher than the second reference temperature, the second reference temperature (eg, 4 〇. (b) is lower than the first reference temperature (eg, machine), and when the measured temperature is lower than the second reference temperature At a third reference temperature, the third reference temperature (eg, 30 C) is lower than the second reference temperature (eg, 4 〇 (2), and when the measured temperature is lower than the third reference temperature' is performed to compensate for the cleaning time The compensation step of setting the time of the cleaning step preset in the step. [When the time of the washing step has been compensated, the control unit can control different compensation time depending on the temperature of the washing water. The cleaning ability is greatly greater than Depending on the temperature of the washing water. Because the rabbit is in prison, the lower the measured temperature of the washing water, the longer the compensation time. The time range added in the reference temperature and compensation steps can be advanced according to the capacity of the washing machine and other factors. Set. CM Heating (S937): [00180] When the compensation (four) towel has compensated for the cleaning step (4) preset time 'can perform a heating step for a box + this bb pre-time, for the way to run by the drum Removing the compartment containing the (4) dirt in the laundry, and simultaneously heating and washing 57 201124585 clothing water. The heating step may be part of a separate cleaning step. Just for the description, the heating step will be performed by the cleaning step. Or, as will be described later, a part of the description of this mode is described in detail below. CU Cleaning (S939): [00181] A drum driving operation of the cleaning step in the Shiyan Instant Buddha mode may include This stepping operation and/or the rolling operation and/or the rolling operation. Qing 2] stepping operation has a good cleaning ability' and exerts an impact on the laundry, so that the dirt adhering to the laundry can be separated, and the cleaning time can be reduced. Therefore, in the initial stage of the cleaning step, control The rotating drum can be stepped in. In this case, the heating step can be performed after the stepping operation of the washing step. _83] In the stepping operation, the drum is rotated at a predetermined speed so that the laundry is not washed away from the inner circumferential surface of the drum. When the laundry is located near the highest point of the drum, a reverse torque can be applied to the drum. Since the net action (4) of the stepping operation is adjusted, the step running towel is applied to the horse, and the load is larger than the other operation. Because of this, if the heating step for heating the washing water is continued in the stepping operation, the power consumption amount will increase and a safety problem may occur due to the increase in the current. Therefore, the heating step can be performed after the stepping operation has been completed - a predetermined time. The heating step is performed while the heater is not being driven for a predetermined heating time and is not necessary until the temperature of the washing water reaches a predetermined value. This allows the time and power required for the 58 201124585 get/month wash step to be accurately predicted and the user can know the predicted data. Further, the -degree of washing step of the washing water supplied in the washing step can be substantially performed for the same preset time, so that power consumption and washing time can be reduced. [00185] The control unit can control the rollover operation and/or the rolling operation to be performed. In this case, the rollover operation and/or the roll operation are performed while the heating step is started. Rolling operation and rolling operation give the motor a low load. • It has good cleaning ability and reduces cleaning time. Therefore, the roll-over operation and the rolling operation can achieve the effect of reducing the cleaning time required for the washing step, and the effect of proper cleaning ability even in the washing step using washing water of different temperatures. C·2 Flush Cycle (S950): [00186] A flush cycle of the fast boil mode will approximate the flush cycle of the above mode _ flush cycle and other modes described later. Therefore, further detailed explanations will be omitted. C.3 Spin Cycle (S970): [00187] A spin cycle of the fast boil mode will approximate the spin cycle of the above mode and other spin cycles of the modes described later. Therefore, further detailed explanations will be omitted. 59 201124585 D. Mode D (Cold Wash Mode) · [00188] Referring to Figure 10, a cold wash mode D will be described in detail. The cold wash mode D is used to clean the laundry without heating the washing water, providing energy saving without reducing a required cleaning power. Therefore, this mode measures the temperature of the wash water supplied to the tub, compares the measured temperature with the preset temperature, and adjusts the operating parameters accordingly to maintain the cleaning capability. For example, if the temperature of the wash water does not reach the reference temperature based on the result of the comparison, the wash time can be sufficiently compensated to provide a target cleaning capability in the cold wash mode. [〇〇1] First, the user can select the cold wash mode from the mode selection area 117. The user selects the cold wash mode, and the control unit can sequentially or selectively perform a cleaning cycle. A flush cycle and/or spin cycle. D.1 cleaning cycle (first embodiment) (sl〇3〇): D. 1.1 determines the amount of laundry / cleaning time setting (s丨〇 3 1): Tao Wei] When the user selects the cold wash mode, the The control unit may perform a laundry amount determining step for measuring the amount of the laundry to be washed, and a cleaning time setting step for setting the cold washing mode according to the measured amount of the laundry to be washed: required for the washing step time. In the laundry amount determining step, the control portion takes the time taken to rotate the drum to the pre-position or the time spent on the residual rotation of the drum, as described above, to measure the amount of laundry. In the cleaning time setting step, the control unit may select a cleaning time for the laundry amount to be measured from the appropriate time stored in the memory according to the amount of washing 201124585. D.U Water Supply (S1033): The [REDUTED... mode cleaning backup ring may include a water supply step for the laundry to the barrel. In the water supply step, the control unit controls the water supply source and the tub connected to the water supply device (e.g., the water supply path and the water supply port) to supply the water to the tub. Further, the control unit controls the drum driving operation in the drum-like driving operation to perform the drum driving operation in the extreme water supply mode or the above-described boiling mode. Therefore, further detailed description thereof will be omitted. D.1.3 Water temperature measurement/washing time compensation (si〇35): [峨], when the washing water is supplied to the tub' The control unit can measure the temperature of the washing water using a temperature measuring device provided in the washing machine. The control unit can compare the measured temperature with the reference temperature (for example, 15. If the temperature of the washing water is reference, w / 1 amount ~ 疋 reference - degree or more, the control department can be based on the laundry amount The cleaning time is not compensated. If the measured temperature is lower than the reference/dish, the control unit can perform the cleaning time compensation step. In this example: "15t" is an example of -critical temperature, which can guarantee - A reference temperature test for cold wash and cold water use cleaning test, if the temperature of the wash water is lower than the reference temperature, &quot; adjust the time of the cleaning step set in the cleaning time setting step 201124585 For example, if the measured temperature is lower than the reference temperature, the control portion may increase the predetermined time to the cleaning step to prevent the cleaning ability from being deteriorated due to (4) cold washing water having a temperature lower than the reference value. For example, if The temperature of the washing water is less than about step, and the washing time compensation step can be added for 1 minute to the cleaning step. If, for example, the measured temperature exceeds and is less than , can be increased by 5 minutes to the cleaning step (4) D-1.4 Cleaning (S1037): Array 93] When the compensated cleaning (4) material is used, the laundry amount measured in the above laundry amount determining step is compared with the laundry amount reference value, and A washing step including a different drum driving operation depending on the amount of laundry may be performed. The washing amount reference value may be executed in accordance with the allowable stepping operation, and (4) in advance in consideration of the size of the drum and the amount of laundry to be outputted by the motor. For example, the laundry amount reference value may be half of the washing capacity of a washing machine (about 5 to 6 kg in a washing machine with a capacity of # 斤. $ first describes an example in which the measured amount of laundry is less than the reference value of the laundry amount, and then An example in which the measured value is the reference value or more is described. [00194] When the measured value of the laundry amount is less than the laundry amount reference value, the control unit controls the stepping operation and/or the rollover operation to be performed in the washing step and/or Or rolling operation. This stepping operation applies a throwing impact to the laundry to be loaded into the drum, and even if it is cold water, it is easy to remove the dirt contained in the laundry. If the laundry is tangled together during the washing step, the eccentric rotation m of the roller 62 201124585 can be generated, and the control portion drives the roller to perform the rolling operation and/or the rolling operation to solve the m and disperse the tangled laundry. When the measured value of the laundry amount is the reference value or more, the control unit controls the filtering operation and/or the rolling operation to be performed in the washing step. If the amount of laundry is a reference value or more, a large load amount makes it difficult to reach. The impact effect of the laundry on the stepping operation, and the effect of rolling the laundry along the inner circumferential surface of the drum during the rolling operation.

The turning and rolling operations can be carried out individually or sequentially to achieve the effect of maintaining the cleaning power and dispersing the laundry. D.1' Cleaning Cycle (Second Embodiment) (sll3〇): [00196] Figure 11 is a schematic illustration of a second specific cold wash mode as detailed herein. [00197] Compared with the cold wash mode according to the first embodiment, the cold wash mode according to the second specific embodiment omits a cleaning time setting step and a compensation step, but instead the temperature of the washing water is lower than丨5 It uses a heater to heat the washing water. That is, a water supply step (S1133) is immediately performed in the cold wash mode according to the second embodiment, in which the laundry amount (S1131) is determined and the cleaning time is not set. Thereafter, the temperature of the washing water is measured (S1135) to perform a washing step (S1137). A drum driving operation of the drum may differ depending on the amount of laundry in the washing step according to the second embodiment, which is similar to the first embodiment described above. The cleaning step of the second embodiment of the invention may further include a heating step based on measuring the temperature of the washing water. [00198] A case in which the amount of laundry measured in the washing step is lower than the reference value will be described in detail below, in which the drum driving operation of the drum includes a step running and/or a rolling operation and/or a rolling operation. [Xie 991 When the measured washing water temperature is less than the reference value, the stepping operation is performed after the cleaning step starts. After the stepping operation, a heating step can be performed to heat the washing water using a heater or a moisture supply device provided in the tub. The heating step is started after the stepping operation, as described above, because the stepping operation increases the load of the motor. Therefore, if the heating step and the stepping operation are simultaneously performed, safety problems occur and the cleaning ability is deteriorated. Moreover, if the heating step is performed before the stepping operation to avoid the above problem, the cleaning time will be disadvantageously increased. Thus, in this particular embodiment, the heating step begins after the stepping operation has been completed. _) 0] At the beginning of the heating step, the control section can sequentially perform the rollover operation and the scrolling operation. Rolling and rolling operations are independent of cleaning capacity and safety degradation and reduced cleaning time, even if they are combined with the heating step. [0201] The temperature of the wash water is re-measured after the heating step, which determines whether the re-measured temperature reaches the reference temperature. When the temperature of the washing water reaches the reference temperature, the heating step is completed. "If the temperature of the washing water is not measured, the heating step can be continued in the washing step. Also 64 201124585 ie 'even if the temperature of the washing water heated in the heating step does not reach the reference temperature' if the washing step is completed The heating step is also completed. [00202] If the measured temperature is the reference temperature or above, the control portion drives the drum to perform the stepping operation and/or the rolling operation and/or substantially the same as the drum driving operation described in accordance with the first embodiment. The rolling operation, and thus the corresponding further explanation will be omitted. [00203] If the washing amount is the reference value or more in the washing step, the control unit can drive the drum to perform the filtering operation and/or the rolling operation. A heating step may be provided to prevent the measured wash water temperature from being lower than the reference temperature. As described above, during the heating step, the drum is not driven to perform the stepping operation. S1230): D_1 ''cleaning cycle of the third embodiment (No. Three specific embodiments) (Fig. I2 is a basis for the detailed description of the first cold washing mode.

[00205] The cold wash mode according to the second embodiment provides a warm water extension if the temperature of the wash water supplied by a water supply step is lower than about 15 as compared with the wash mode according to the second embodiment.控制 After the amount of laundry (S1231) is determined, the control unit may perform the water supply step (S1233) to supply the laundry servant according to the determined amount of laundry, a cleaning time, a set time, and a Compensation step. [00206] At the moment of the water supply step, the 幻4 magic control unit supplies cold water to the tub (1234) and can perform a water temperature (b1235) and a cold water supply at the same time as 65 201124585. In this case 'When the measured wash water temperature is 丨5. 〇 or more A cleaning step (S1240) may be performed depending on the amount of laundry to be loaded into the drum. If the measured temperature is lower than 15t:, a warm water supply step (S1236) can be performed. [00207] The water supply step may continue until the amount of cold water and the amount of warm water supplied in the water supply step reaches the amount of the wash water determined in accordance with the amount of laundry. When the water supply step has been completed, the cleaning step, which is performed in accordance with the amount of laundry, can be initiated. The drum driving operation can be varied in accordance with the amount of laundry in the washing step, as described in the first embodiment above, and thus a further detailed description thereof will be omitted. D.2 Flush cycle (S1050, S1150, S1250): [00208] A flush cycle of the cold wash mode can be approximated to the flush cycle of the above mode and other flush cycles of the modes described later. Therefore, a detailed description of # will be omitted. D. 3 Spin cycle (S1070, S1170, S1270): [00209] A spin cycle of the cold wash mode, which approximates the spin cycle of the above mode and the spin cycle of other modes described later. Therefore, further detailed description thereof will be omitted. E. Mode E (Colored Clothing Mode): 66 201124585 Neighbor 0] Referring to Figure 13, Mode E will be detailed below. Mode E can be referred to as a "color garment mode" for more efficient cleaning of colored laundry items. When cleaning the colored laundry, the color shifts (4) the color movement between the clothing, the color, and the off-line problem occurs: the ball problem. The color shift described above may result from greater static friction between the drum and the laundry. This mode may include a temperature control (4) for preventing color migration by controlling the temperature of the washing water, a step of driving the drum to prevent the off-line and the cut-off, a color laundry washing step, and a washing step. The steps will be detailed below as follows. E.1 Washing Cycle (First Embodiment) (S1330): E.1.1 Water Supply (S133 1): In a water supply step, (4) (4) Color migration is more likely to occur at higher temperature washing water. In the water supply step, the control unit may (4) the motor (4) "the combination of the cylinder rotation (4) rotation or 1 care operation or =. A water supply step may be provided to supply the drum (four) laundry to be washed, which needs to be washed to the bucket and soaked in the washing water. This 'the drum system drives the filtration operation in the water supply step to make the washing =: Γ. In addition, the drum-moving water supply step = swing operation, rather than filtration operation. Compared to other operations, the whirl is: the movement of the laundry in the drum can be reduced to reduce the possibility of off-line and fluffing due to the friction between the clothes/clothes. 67 201124585 E. 1 · 2 Water temperature measurement step / heating ($ 13 3 3 ): [00212] When the water supply step is completed, the control unit can measure the temperature of the wash water supplied to the tub. When the measured temperature is the reference temperature or above (eg 3〇t: or 40 C), the control will immediately start the cleaning step. When the measured temperature is lower than the reference temperature (e.g., cold water because the washing water supplied in the water supply step is cold water), the control unit may initiate a heating step for heating the washing water. In some of the embodiments, the temperature of the washing water (reference temperature) is set to 30 at the beginning of the washing step. (: or 40 ° C, because the temperature of the washing water can maximize the cleaning ability, and the color migration is minimized in the range of 3 (rc to 4 〇. 陈. 3) heating step to heat the washing water supplied to the barrel, Using a heater provided on the bottom surface of the tub or a steam supply device for supplying steam to the tub. E".3 Cleaning (S 1335): [00214] When the heating step allows the temperature of the washing water to reach the reference temperature ( 5 C ), the control unit may start the washing step. In the washing step, the drum controllable by the control unit performs a drum driving operation to reduce mechanical friction, prevent off-line, flick the ball, and achieve an ideal cleaning ability. The control unit can control the drum to perform the swinging operation and/or the stepping operation in the cleaning step of the mode. Such stepping operation and the swinging operation can be sequentially performed and the sequence can be repeated. 68 201124585 [00215] The pendulum rotates the rotating drum in two opposite directions, and throws the laundry from a position corresponding to the rotation direction of the drum by about 90 or less. The swinging operation applies a resistance brake to the motor because it remains— At a predetermined level of cleaning efficiency, the physical friction applied to the laundry can be minimized. Therefore, the possibility of off-line and raising the ball through the friction between the laundry or between the laundry and the roller can be reduced. [00216] As described above, the stepping operation rotates the drum at a predetermined speed to cause the laundry to be washed without being dropped from the inner circumferential surface of the drum due to centrifugal force, and then the vehicle is suddenly braked to maximize the treatment of the laundry. The impact of the object. Because of this, the stepping operation has a good cleaning ability and sufficient compensation for the cleaning ability of the swinging operation. The amount of time that the stepping operation can be performed can be less than the amount of time during which the swinging operation is performed, Reducing the possibility of off-line and raising the ball. Ε.Γ cleaning cycle (second embodiment) (8143〇广'η图u is a schematic diagram of a color clothing mode according to a second embodiment. $ is the same as above According to the mode of the first embodiment, the color laundry mode according to the second specific execution is allowed to be performed in the washing step (4) 433 after the water supply step (S1431) - the water temperature measurement (4) PM step. If the water temperature measuring step and the adding step are performed before the washing step, the washing time will be disadvantageously increased. Therefore, in this specific embodiment, compared with the above specific embodiment, it is proposed to reduce the washing of clothes. 〆巴69 201124585, after the water supply step (S1431), the control unit can control the drum in the; month washing step to perform stepping operation and/or swing operation, and (4) determine whether the temperature of the washing water is One spring goes. The field is the reference temperature (such as 3〇t or 4(rc) or to: When the temperature of the washing water is based on the measured temperature or above, the control unit will control the drum according to the cleaning step. Driven by the ground. When the temperature of the washing water is lower than the old, w, and the reference, the control unit may activate a heating step for heating the washing water. [00219] The &amp; department can control the stepping operation in the hot step of your knife edge. That is, in the heating step, the control 卩 drives the drum to perform the gyration operation instead of stepping through the Han. The reason for the heating step with + u / 与 and the stepping operation is as described above, and further details are given. E.2 Flushing Cycle (Sl45〇): [00220] After the cleaning cycle has been taken up, the control unit can initiate a flush cycle. The part can be (4) the drum is subjected to a filtration operation during the flushing cycle. The transition operation rotates the drum at the speed of the job to prevent the laundry from falling from the inner circumferential surface of the drum due to the centrifugal force, and then sprays the washing water to the drum to make the wishing operation usable to soak or oil. . Moreover, the filtering operation produces friction between the laundry and the laundry and the drum. Because of this, the transient operation allows the laundry to be rinsed in a relatively short period of time. The control unit can perform the rollover operation in the flush cycle to compensate for the flushing capability of the overrunning operation. 201124585 E. 3 Spin Cycle (s 1470): [00221] After the flush cycle has been completed, the spin-up cycle is used to remove the wash water from the laundry. The spin cycle of the color laundry mode approximates the spin cycle of the above mode, and the spin cycles of other modes described later, and thus further detailed description thereof will be omitted. F. Mode F (Functional Clothing Mode) [00222] Mode F will be described in detail below with reference to FIG. Mode F can be referred to as a functional clothing mode" to effectively clean functional garments, including outdoor garments such as mountaineering garments and other athletic garments, without damaging the fabric. Functional clothing is made for proper outdoor activities such as hiking, swimming, cycling and more. Functional clothing quickly absorbs sweat and drains absorbed water, and helps maintain body temperature. However, these functional garments are made of thin rayon fabrics and are more fragile than other types of fabrics. A cleaning mode for functional clothing can be optimized for functional clothing. [00223] First, the user can select a functional laundry mode from the mode selection area 117 (S1510). When the user selects the functional laundry mode, the control unit may sequentially or selectively activate a cleaning cycle, a flush cycle, and/or a spin cycle. F.1 Cleaning Cycle (S1530): 71 201124585 F.1.1 Water Supply (S1531): [00224] The control unit performs a water supply step of a cleaning cycle. The water supply step supplies a laundry basket that needs to be cleaned of the laundry. And I, the # water step dissolves the detergent in the supplied washing water and soaks the laundry to be loaded into the drum. F.1.1.1 First Water Supply (S1533): [00225] The water supply step includes performing a first water supply step for a predetermined time interval. In the water supply step, the drum can be driven to perform a swing operation. As described above, the 'swing operation alternately rotates the drum along the predetermined direction and the opposite direction. Rotate to 90 from the lowest point of the drum along the predetermined direction and the opposite direction. Or below, the laundry can be thrown off. Therefore, alternating rotations in the clockwise/counterclockwise direction produce vortices in the wash water, which enhances the dissolution of the detergent. Rotate to 90 at the same time. Or the following laundry will be thrown away without applying a large impact to the laundry. Because of this, the swirling operation in the first-water supply step enables the detergent to be dissolved in the wash water' and a large impact is not applied to the functional laundry. The swivel operation can be repeated multiple times within a predetermined time interval. F-1.1.2 Second water supply (si535): [〇〇2261 When the water supply is completed, the “third water supply” may be scheduled. In the second water supply, the laundry water is continuously supplied and the over-running operation and the swinging operation are sequentially performed. The first and second water supply steps can be divided according to the time determined by a pre-72 201124585. The timing of each step can be adjusted depending on the amount of laundry and other suitable parameters. To this end, a laundry amount determining step for determining the amount of laundry to be laundry may be provided prior to the water supply step. [00227] As described above, the filtering operation rotates the drum at a high speed to generate centrifugal force and the laundry is in close contact with the inner circumferential surface of the drum due to the centrifugal force*. Moreover, the washing water passes through the through-hole of the laundry and the drum by centrifugal force and is discharged to the tub. Therefore, the laundry is soaked in the washing water during the filtration operation to be cleaned. Further, the washing water can simply pass through the laundry, and the functional laundry is wetted in the washing water without being damaged. After the filtration operation has been performed for a predetermined time interval, the swing operation can be performed. As mentioned above, the detergent will continue to dissolve without damaging the functional clothing. By generating % full, the laundry can be effectively wetted in the washing water, and by extending, the swinging operation produces repeated drum rotation in a clockwise/counterclockwise direction. Because of this, the tangled laundry can be untangled before cleaning. In addition, the whirl operation drops the laundry from a relatively low position, and when the tangling of the laundry is released, the fabric damage of the laundry can be minimized. Therefore, the combination of filtration and swirling operation reduces the loss of functional clothing and effectively achieves washing and wetting, detergent dissolution, and laundry untangling. This combination of sequential filtration and swirling operations can be repeated multiple times during the predetermined time interval. F.1.2 Cleaning (S1540): 73 201124585 [00228] When the washing water is supplied to a predetermined water level, the water supply step has been completed' and then a washing step can be initiated. Since the functional garments are lighter and thinner, substantially the same cleaning step can be performed regardless of the amount of laundry in the drum. F. 1.2.1 First Cleaning (S1541): [00229] The cleaning step may include performing a first cleaning step for a predetermined time interval and the drum driving is stepping. As described above, the stepping operation is to take the laundry from the most position. Therefore, the stepping operation in the first washing step can initially uniformly mix the laundry and the washing water. Moreover, the stepping operation soaks the dirt of the laundry to be washed, and the laundry is separated from the laundry by applying an impact by the large rotation/slipping of the laundry to be washed. F.1.2.2 Second laundry detergent (S1543): [00230] After the first-cleaning step... The: washing step can be carried out for a predetermined time interval. In the second cleaning step, the wash water can be heated for more efficient cleaning and removal of salaries. First, the washing water can be heated by a heater provided on a bottom surface of the tub, or a steam generating device for supplying steam. Generally, the laundry water can be heated to about pits to about 3 ° C in the second cleaning step, preferably about 2 rc. Functional clothing is made from thin rayon fabric tissue. If the temperature of the heated washing water is too high, it will be destroyed. 201124585 Therefore, the use of a suitable temperature of washing water in the second washing step can improve the cleaning efficiency and avoid fabric damage. [00231] While the washing water is being heated, the drum can be driven to perform the swinging operation in the second washing step. This swing operation utilizes alternating rotation of the laundry and the drum from a relatively low position. Because of this, the laundry can be gently rotated and fully moved in the washing water. In the swinging operation, the washing water can be uniformly heated for a relatively short period of time&apos; and heat can be sufficiently transferred to the laundry. Moreover, the swing operation can be impacted by the friction between the washing water and the laundry and the impact of the drop, and it can effectively remove the dirt without damaging the fabric. F.1.2.3 Third Cleaning (S1545): [00232] After the second cleaning step, a third cleaning step may be performed for a predetermined time interval. In the third washing step, any remaining dirt can be removed and a combination of the swing and the stepping operation can be performed. Although the swaying operation removes dirt and does not damage the fabric as described above, its cleaning ability is poor compared to other operations. Therefore, the stepping operation capable of applying the strongest impact is increased, and the cleaning ability of the cleaning step which is mainly for the swing operation of the functional laundry can be improved. In addition, the strong impact of the stepping operation avoids the off-line of the laundry due to adhesion. Therefore, the third washing step can reduce the damage to the functional clothes and effectively and completely separate the dirt from the laundry. 75 201124585 F.2 Flushing Cycle (S1550): [00233] The flushing cycle of the laundry mode can be approximated to the flushing cycle of the mode including the above-described standard mode, and the flushing cycle of the other modes described later. Therefore, further detailed description thereof will be omitted. [〇_ To enhance the overall flushing capacity, the wash cycle can be repeated more frequently than the standard mode flush cycle. For example, the flush cycle can be performed at least three times or more. This is because the drum is rotated at a lower speed than the standard mode and is called into the spin cycle of the functional laundry mode, thus providing a weaker flushing capability. That is, in the spin cycle, the centrifugal force generated by the high-speed rotation of the drum is used to separate the washing water from the laundry, and a flushing function is provided to simultaneously separate the detergent from the laundry and the washing water. Dirt. A common spin step of the spin cycle of the functional laundry mode uses a relatively low drum rotation and the final flushing capability is reduced. Therefore, the rinsing step of the rinsing cycle of the raw laundry mode can be performed three times or more. F_3 spin cycle (S1570): [00235] A spin cycle of the functional laundry mode can be approximated to a spin cycle including the above-described mode of the quasi-mode, and a spin cycle spin cycle of other modes described later - ordinary The spin step can rotate the drum at a lower speed than the normal spin step of the standard mode to prevent damage to the laundry. 76 201124585 [00236] G. Mode G (fast cleaning mode): [7], &amp; speed cleaning mode G, called "quick cleaning mode", compared with other modes, 'can be cleaned in a relatively short period of time The laundry, which will be described in detail below corresponding to Fig. 7B. - The amount of small laundry is generally required to be substantially shorter than that of a large laundry. In the case of a small amount of laundry to be washed, it is possible to use a non-essentially long time for full cleaning. Because of this, a mode can be provided for use in a short period of time.

Call for the amount of laundry. The quick cleaning mode is based on the above-described standard mode corresponding to Fig. 7A, and each cycle or operating condition of each step in the standard mode can be optimized, or a predetermined number of steps can be omitted as appropriate. [Caf] First, the user can select the quick cleaning mode from the mode selection area 117 (S710B), and (4) the system can perform a cleaning (four) (s73〇b), a flush cycle (S75GB), and a spin cycle (S77G). ) The fast _ speed cleaning mode. G·1 cleaning cycle: G· 1 · 1 laundry amount decision: [_9] (4) The laundry amount determining step can be started to determine the amount of laundry (S73 1B ). After the user selects the quick wash mode, the laundry amount decision step is performed before the start of the water supply step. The laundry amount measured in the standard mode laundry amount determining step as described above can be divided into two categories, 77 201124585, that is, -large # and - small amount, to determine the continuous cycle or the drum operation of each step and Conditions for other operations. In the fast cleaning mode, the measured amount of washing can be used to determine the total time of the overall cleaning, φ, the total time taken to complete the cleaning, washing and spin cycles. In this case, the amount of laundry can be specified as multiple categories '❹, three or more categories in the quick wash mode. If the amount of laundry is divided into multiple categories, different overall cleaning times (ie, the total time taken to complete the cleaning, rinsing, and spin cycles) can be set for each category to correspond to the laundry. To small laundry

The amount of laundry. Therefore, the overall cleaning time can be controlled. Because of this, a relatively short period of time can be appropriate without degrading the actual cleaning ability.

[00240] &lt; List, for example, the measured laundry amount can be classified into three categories, including the first, second, and first-classes or can be classified into three or more categories. For example, the first type corresponds to a load less than a large, about i.5 kg' and a suitable cleaning time of the first type can be set to about 25 to 30 minutes, especially 29 minutes. The second type may correspond to a load of red 5 1 4.0 kg, and a suitable cleaning time of the second type may be set to about 35 to 40 minutes, especially 39 minutes. Finally, the second type can correspond to a load greater than about 4 kilograms, and a suitable cleaning time for the third type can range from 45 to 50 minutes, and especially 49 minutes. These categories and times are stored in the memory of the form data in the control unit. [002411 When the laundry amount determining step determines the amount of laundry, the control unit determines the type corresponding to the measured laundry amount, and refers to the type of storage. Form. 78 201124585 After the rigid type laundry, the control unit can set the cleaning time to give the corresponding amount as an actual cleaning time. 1.2 1.2 water supply/heating/cleaning [00242] After the series of steps described above, the control unit may sequentially perform a water supply step (S733B), a heating step (S74〇b_, 〃, and a cleaning cycle (S730B) a cleaning step (S742B). The cleaning step of the cleaning cycle for the π, the heating step, and the rapid cleaning mode is similar to the cleaning cycle of the standard mode as shown in FIG. 7A, and thus further DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT [00243] As described above, before the heating step in the standard mode shown in Fig. 7A, and - a heating preparation step of washing water heating for a predetermined time can be performed, however, the heating preparation step Can be a preliminary step,

A separate drum operation will increase the overall cleaning time. Therefore, the preliminary step 'e, e.g., the step before the heating step, is not performed in the heating preparation mode of the quick cleaning. This heating step can be initiated after the water supply mode. G.2 Flushing cycle: [0〇W When the cleaning cycle has been completed, a flushing cycle can be performed to remove the detergent residue and the remaining dirt of the laundry (S75〇B^ the flushing cycle (S750B The flushing cycle (S750) is approximated to the standard mode shown in Fig. 7A, and thus the detailed description of the flushing ring will be omitted. 79 The first roller of the first filtering operation performed in the initial stage of 201124585 [00245] The flushing cycle rinsing step in standard mode 10 may include the use of a long-term driving step. Conversely, the drum operation performed in the scouring step (S751B, S756B, S760B) requires _知#+4-relative Knowing the time, but also providing adequate washing of the laundry. Therefore, the traitor ^ + U can be used in the rapid cleaning mode of the washing cycle provided by the first washing step, a, each The filtration operation without steps is set to reduce the overall cleaning time.

G.3 Spin Cycle: [00246] When the flush cycle has been completed, the control section can initiate a self-(four) loop (S770B). The spin cycle of the fast cleaning mode approximates the spin cycle of the standard mode as shown in Fig. μ, and thus the detailed description of the step is omitted. [00247] The laundry to be unwrapped and tangled step performed in the initial stage of the spin cycle of the standard mode is performed to perform a drum operation to unlock the entanglement of the laundry. However, such drum operation does not substantially affect the spinning ability. Because of this, the spin cycle in the quick-clean mode will perform the laundry untangling step to reduce the overall cleaning time. [00248] The g-cylinder will rotate about every minute in the normal spin step of the standard mode, and the normal spin step of the drum in the fast-clean mode will rotate about every minute. When the rotation speed of the drum increases, the vibration and noise of the drum will be more serious 'and the drum reaches the target speed: 201124585 The preparatory steps performed, such as the ^ measuring step, will be repeated as much as possible - longer operation I Therefore, compared to the standard mode, the target rotation speed of the quick cleaning mode is reduced, and the acceleration can be avoided. [00249] As described above, the quick cleaning mode can classify the laundry amount into a body type. And it can set a suitable overall cleaning time for each type, so that the overall cleaning time of a large amount of laundry and a small amount of laundry can be appropriately reduced. In addition, unnecessary steps can be omitted from the cycle to reduce overall cleaning time compared to standard mode. However, most of the drum operation applied to the standard mode cycle is employed in the fast cleaning mode to achieve the required cleaning capability. Therefore, the quick cleaning mode can be cleaned in a short period of time - a small amount of laundry to be washed while maintaining the cleaning ability. H. Mode Η (Silent Mode): [0025〇] Referring to Figure 16' mode η, the line n will be described as follows. The mode Η can be called “quiet mode” to reduce noise during the cleaning process. Qing] In some cases, the user wants the washing machine to have a small amount of noise. Banknotes, 'If it is cleaned at night and/or the baby or the child is asleep, it operates with a smaller operating voice than the month of the first machine. Reducing operational noise can be achieved in different ways. _,, Feng, optimization of the control method of the machine can effectively reduce the noise without increasing the production method. The single-mode cleaning control method for reducing this noise is called a silent mode. Exercise 81 201124585 proposed for the optimization of the conditions. The silent mode is based on the standard mode and is performed by optimizing or omitting certain cycles of the standard mode or certain operating conditions of the steps. Figure 16 is a flow chart showing the different steps of the silent mode in the steps of the standard mode. First, the user can select the static S mode (s 16 1 0 ) from the mode selection area 117, and the control section can perform the following series of operations. H·1 cleaning cycle (S1630): Η·Μ determines the amount of laundry (S1631): #制部可起- Laundry amount determining step to determine the amount of laundry. The laundry amount determining step has been as described above, and thus the detailed description will be omitted. One goal of the silent mode is to reduce noise and/or vibration while maintaining cleaning power. Each step-roller drive operation can vary depending on the amount of laundry.

Η.1.1 Water Supply (S1633): [00253] When the user selects the standing % partner. Mode, a water supply step will be initiated. The water supply step supplies the washing water to the bucket, picks up, and the water supply step dissolves the detergent clip, mixes the washing water, and dips the prize, and pulls the laundry to be washed in the drum. In the water supply step of the silent mode, the control provides a larger amount of washing water to the tub than the water supply step in the 铋 mode. The reason for the buckle for more washing water will be detailed in the cleaning steps below. 82 201124585 H.l.l.l First water supply (si635): [00254] In the water supply step, the control unit may perform a first water supply step, together with the supply of the wash water. In the first water supply step, the control unit controls the drum to perform the rolling operation. [00na] As described above, the (four) operation continuously rotates the drum along the predetermined direction, and the laundry is rotated at the lowest point from the drum to correspond to

The rotation direction of the drum is 9 〇. Or the position below is separated from the drum. In the rolling operation, the drum rotates at a relatively low speed, and the separated laundry is rolled on the inner surface of the (four) to the lowest point of the drum. 'Not to the lowest point. Because, for example, the rotation of the drum and the rolling motion of the laundry can be produced - predetermined in the wash water, ° lift the detergent / ♦ in the wash water. At the same time, the rolling operation induces the laundry to roll along the inner surface of the drum without any impact noise generated by the suddenly falling laundry. Therefore, the rolling operation in the first water supply step allows the detergent to be sufficiently dissolved in the washing water while reducing the noise. In the first water supply step, the rolling operation may be repeated a plurality of times at a predetermined time interval. Η·1.1.2 Second water supply (S1637): [00256] When the first water supply step has been completed, the control unit can initiate a second water supply step, and the control unit can control the drum during the water supply step The drive performs the filtration operation and the rolling operation in sequence, and continuously supplies the washing water to 83 201124585 barrels. The first and second water supplies may differ depending on their individual predetermined time and the time during which the steps of the mother can be adjusted depending on the amount of laundry. [0025] As described above, the filtration operation

The tumbling rotates the drum at a constant speed to produce a centrifugal force, and the resulting centrifugation is I to keep the laundry in close contact with the inner peripheral surface of the drum. Moreover, by centrifugal force, the washing water will pass through the through holes of the laundry and the drum to flow 5 m into the barrel. Therefore, in the filtration operation, the laundry is vortexed by the washing water. Spitting ice....β

'In addition, the washing water is easy to pass through the laundry to be washed and when it is wetted in the washing water τ ^ The laundry is not damaged. The rolling operation can be performed after the elapsed operation is performed for a predetermined period of time 隅 five intervals. As described above, the rolling operation in the first water supply step allows the detergent to be sufficiently dissolved in the washing water while reducing noise. Moreover, the surface area of the wider laundry is contacted with the washing water and rolls along the inner surface of the drum, so that the laundry can be more effectively and uniformly wetted in the washing water. Thus, the combination of filtration and rolling operation reduces noise and effectively achieves washing wetting, detergent dissolution, and laundry untangling. This combination of sequential filtering and rolling operations can be repeated several times within a predetermined time interval. Η·1·2 Cleaning (S1635): [00258] When the washing water is supplied to a predetermined water level, the water supply step is completed, and then a washing step is initiated. 84 201124585 Η·1.2·1 heating step/first cleaning (Si64〇):

Array 9] When the water supply step has been completed, the control unit activates the -first cleaning step. The first cleaning step can include a heating step for heating the wash water to a predetermined temperature. Unlike the heating (4) and cleaning steps of the standard mode, the first cleaning step of the silent mode may include only the rolling operation. This rolling operation allows the laundry to roll along the inner surface of the drum without suddenly dropping the laundry. Therefore, this-rolling motion can maximize the friction between the laundry and the washing water and between the laundry and the drum, and the washing step can effectively remove the soil from the laundry, and (4) reduce the noise to the minimum. . [00260] As described above, the control portion can supply a large amount of washing water in the water supply step as compared with the water supply (four) of the standard mode. For example, the control unit can control the amount of the washing water supplied in the washing step of the silent mode by 12 times more than the amount of the washing water supplied by the same amount of the laundry. An increase in the amount of ore washing water causes an increase in the water level in the drum. When the laundry is moved by the rolling operation and the increased water is moved in the drum, the friction between the washing water and the laundry is further increased, and the cleaning ability is further increased. Finally: In the cleaning step, the rolling operation can provide suitable cleaning ability while suppressing noise generation. [00261] The amount of β pre-twist or more of the laundry to be loaded into the drum in the slow speed of the drum cannot easily - and rotate the laundry and the drum. Even with the drum - and rotating, the amount of large laundry to be washed is difficult to roll on the inner surface of the drum due to the volume relationship. Therefore, due to the rolling operation 85 201124585 = low speed &amp; turning the drum, the amount of large laundry is not rolled as expected and the desired cleaning ability cannot be achieved. Because of this, if the amount of laundry is to be cleaned, the washing step can be operated from a different drum in the above-described rolling operation. [〇: 2] That is, 'When the amount of laundry measured in the laundry amount determining step is greater than a pre-reference value, the roll-over operation can be performed in the washing step instead of the rolling operation, and the operation is continuously rotated in a predetermined direction. (4) Approximating the rolling operation, and the rotation speed of the drum during the rolling operation is higher than the rotation speed of the drum during the rolling operation. Therefore, the laundry is rotated from the lowest point of the drum to 9 〇 corresponding to the rotational direction of the drum. Or the position above will leave the drum. Since: the struggle and the 卩岐^ system are rolled at a relatively high speed, the dispersed laundry is thrown down at the lowest point of the main/squat, and this is different from the rolling operation. Therefore, the laundry is cleaned by the humble, by the impact of the holding and throwing between the laundry and the washing water. Although the roll-over operation produces more sounds than the roll-up operation, the noise generated will be much better than that of other drums, such as stepping and friction running with strong cleaning ability, and the generated sound is small. Because of this, the roll-over operation can effectively (4) use laundry to suppress noise generation as much as possible. When the measured laundry amount is less than the reference value, the rolling operation a Tau 31 A can be used to enhance the heating of the washing water as described above. A heat preparation step can be performed before a heating step. However, the heating preparation step may include a ★ roller operating clock, and the drum operation may generate noise. Therefore, in the cleaning step of this mode, 86 201124585 will not perform the preliminary steps, w such as the heating preparation step before the first washing step, and the washing water is heated to a predetermined temperature in the first washing step. . The washing water can be heated by a heater or a steam generating device provided in the tub. Η·1·2·2 second cleaning (S1642): [00264] After the first cleaning step, the control unit may initiate a second cleaning step in the first, monthly washing step, which may more completely remove the stain Things. The second cleaning step, as in the first - cleaning (four)' silent mode, may include only the rolling operation. The rolling operation can minimize the generation of chewing sound, and as described above, the soil of the laundry can be effectively removed during the rolling operation. Moreover, a large amount of washing water is supplied during the rolling operation as compared with the amount of washing water supplied in the standard mode. Because of this, the rolling operation maintains sufficient cleaning ability while suppressing noise generation. [00265] If the amount of laundry is large, the drum is driven to perform a rollover operation. If the amount of laundry is small, the drum is driven to perform a rolling operation, which is similar to the first washing step described above. 2.2 Flush Cycle (1650): [00266] When the purge cycle has been completed, a flush cycle for removing detergent residue and dirt from the laundry can be initiated. The flush cycle is similar to the above-described standard mode flush cycle, and thus its further detailed description will be omitted. 87 201124585 [00267] The first rinsing step performed in the initial stage of the standard mode rinsing cycle includes a first drum driving step using a filtering operation which produces a lot of noise. Therefore, the filtering operation is not performed in the flush cycle of the silent mode. When the standard mode of the flush cycle is performed using various drum operations, the silent mode can apply only the rolling operation to the flush cycle step to reduce noise as in the cleaning step. [00268] In order to enhance the overall flushing capability, the flushing step in the silent mode is repeated multiple times in the standard mode. For example, the flush cycle can be performed four times or more. This is because the spin of the drum in the silent mode rotates at a lower rotational speed than the standard mode spin cycle, thus reducing the flushing capability. That is, in the spin cycle, the washing water is generally separated from the laundry by the centrifugal force generated by the rotation of the high-speed drum, and the detergent and the dirty matter are simultaneously washed with the washing water from the laundry. Separation. However, in the normal spin step of the silent cycle of the silent mode, the drum is rotated at a lower rotational speed and thus the final flushing ability is reduced. Therefore, the rinsing step can be performed four times or more in the flushing cycle of the silent mode. H·3 Spin Cycle (S1670): [00269] When the flush cycle has been completed, the control section can initiate a spin cycle. This spin cycle is similar to the spin cycle of the standard mode, and thus its detailed description will be omitted. 88 201124585 [Face] In the silent mode - normal spin step, the drum can be rotated at a lower speed than the spin step in the normal standard mode to reduce noise such as 'to reduce the damper, the drum can A predetermined revolving rotation, which is 5% of the rotational speed of a normal spin cycle of the standard mode. That is, the drum can be rotated about 400 revolutions per minute. I. Mode 1 (cotton, artificial, mixed mode) [00271] As in the above-described functional laundry mode, a mode corresponding to the kind of the laundry and the type of the fabric corresponding to the laundry can be provided. For example, a cotton fabric pattern can be provided for cleaning cotton fabrics such as towels, tablecloths, T-shirts, etc., a man-made fiber pattern or an easy eare mode for cleaning man-made fabrics, and a mixing mode for cleaning a mix. Fabric types such as cotton and man-made fabrics. Artificial fabrics may include, for example, polyamide, acrylic fibers, polyester fibers, and other such fabrics. [00272] Cotton fabrics have different properties from rayon fabrics. That is, the cotton fabric is more resistant to friction and impact, and has less distortion than the rayon fabric. In addition, cotton fabrics absorb more washing water than rayon fabrics and are less wrinkled than rayon fabrics. However, it is not easy to separate the cotton laundry from the rayon laundry and perform the corresponding cleaning mode to always clean it separately. This is because the user often wears clothes woven together with cotton and rayon fabric, and does not wish to wash individual portions of cotton and artificial clothing. Thus, a cleaning mode that combines the advantages of the cotton fabric 89 201124585 mode with the man-made fiber mode, that is, a hybrid mode, can be provided. [00273] The hybrid mode is beneficial for a number of reasons. For example, if the user separates the cotton laundry to be separated from the rayon fabric to separate and wash, the cleaning will be disadvantageously delayed until the amount of a predetermined laundry is accumulated, and thus the dirty laundry is dirty. Will be ignored - a relatively long time gate. Of course, if a small amount of laundry is washed separately, it will waste power. Because of this, the mixing mode of the laundry to be washed together with the conventional type of fabric can avoid the problem of neglect of laundry and waste of electricity. [00274] As shown in Fig. 17, in a cleaning mode for a type corresponding to the mixed fabric, a cleaning cycle, a rinse cycle, and a spin cycle can be distinguished according to the specific type of characteristics of the fabric. Referring to the above-described standard mode cycle and procedure, the strips of the cotton fabric mode, the man-made fiber mode, and the blend mode having operations adjusted for each step based on the type of fabric are detailed as follows. The repeated detailed description will be appropriately omitted as compared with the standard mode, and the differences will be described in detail. [00275] When the user selects the cotton pattern, the rayon mode or the mixing mode (S 1 7 1 0) according to the type of the fabric to be washed, the control unit may perform a cleaning cycle according to the selected mode (S 1730), a flush cycle (S1750) and a spin cycle (S1770) and steps. 1.1 Cleaning cycle: 201124585 (S1734): Ul laundry amount determining step [00276] In a cleaning cycle, the control unit can determine the amount of laundry, and in one of the modes, the laundry method is similar to the above method. The method will omit the repeated description. The measured tenon can be suitably used in one of the following steps, which will be described in detail. L1.2·Water Supply Step (Sl733) • [00277] The control unit may perform - the water supply step ' is used to supply the washing water and the detergent to the tub or the drum, and to dissolve the soil - the decontaminant in the washing water. That is, the laundry water is supplied from the external water supply source together with the detergent system. The laundry water and the detergent are supplied to the laundry, and the laundry water detergent is directly supplied to the laundry in the drum. That is, the water supply line for the wash water can be located in the front upper part of the rolling bay: the sample &amp; Arr leads the upper side toward the inside of the roll, not at the lower part of the barrel. When the detergent is a powder type, put it on wood! The formula will not sufficiently dissolve the detergent, and a roller drive operation of the water supply step will be described in detail, and the deodorant can be sufficiently dissolved. Therefore, the washing water and the detergent are supplied to the laundry at the initial stage of the washing cycle, and the time required for the washing cycle can be reduced to improve the cleaning efficiency. 1.1.2.1 Strengthening the Dissolution of Detergent (S1735): [00278] In a detergent-enhancing dissolution step, a drum driving operation can be distinguished according to the type of fabric to be washed. For example, a rubbing operation 201124585 can be performed for the cotton woven laundry&apos; and a stepping operation can be performed for the rayon fabric to be washed. In the alternative specific caution, the friction operation and/or the step operation can be performed. [〇 (4)] Friction operation by throwing off the laundry to generate friction to bend/stretch and scrub the laundry. As such, it can be expected at the (fourth) stage of the money-removing ring - similar to the artificial hand-washing wire H material can be slightly resistant to friction (four) can perform this frictional operation' and the drum-driven operation can be a detergent-enhancing step in the cotton mode This frictional operation. [00280] Depending on the characteristics of the rayon fabric, the artificial laundry is lighter than the cotton laundry and the artificial laundry has a lower percentage of moisture than the cotton laundry. Moreover, the artificial laundry to be washed has a concern that the laundry is damaged by friction. Because of this, the stepping operation can be performed in the detergent reinforced dissolution step to enhance detergent dissolution and avoid fabric damage. That is, the drum driving operation for the rayon fabric in the detergent-reinforcing dissolution step may be the enthalpy. The driving operation exerts a maximum throwing impact on the light rayon fabric to enhance the detergent dissolution, and in the initial stage of the cleaning cycle, it is expected that the cleaning drum drive similar to the artificial flapping effect is optimally 'combinable and can be expected to be cleaned. [00281] A detergent enhanced dissolution step in a mixed mode can be a combination of step operation and friction operation. That is, the stepping operation and the rubbing operation of the cotton fabric and the man-made fiber fabric enable the dissolution of the detergent to be dissolved in the initial stage of the cleaning cycle 92 201124585 Washing effect. In this case, the different drum drive operations are combined and because, as such, the laundry movement pattern and the laundry water motion pattern can be sufficiently different to increase the efficiency of the cleaning cycle. 1.1.2.2 Wash Wetting (S1736): [00282] In this standard mode of washing and wetting step, the drum can be rotated to perform a rolling operation. Compared to the above-described frictional operation and rolling operation performed during a period of washing and wetting, the rolling operation produces less friction with the laundry. Therefore, although there is friction between the wet laundry items, there is no doubt that the laundry is damaged, and regardless of the type of the laundry to be washed, the washing and wetting step performed in the rolling operation can be similarly performed. [00283] Whether the fabric is cotton or man-made, the rolling operation can be performed in a washing and wetting step. Even when the user selects the cotton mode, the mixing mode, or the rayon mode, the (4) operation can be performed in a washing and wetting step after the dissolution step. The Γ:::: step may include two steps 'including 分开) minutes performed separately. For example, when the washing wetting step is performed (4) (4) the wetting step can be performed for 5 minutes and the second step is performed with an additional water core clock and 'can be supplied at the first-washing wetting step eight' and when the additional The second wash knee wetting step is performed. Eight should have been completed, can be carried out 93 201124585 Qing] 1 distinction between the first and second washing wet steps to more effectively moisturize the laundry, and evenly: drive the washing water of the laundry. For example, the first washing and supplying of the drum driving operation of the "pre-cleaning step" may be the rolling operation, and the second washing and drying step may be the combination of the rolling operation and the transitioning operation. In the washing and wetting step, the ua may be at the first turn. In the second “cleaning operation to perform the rolling operation in the second washing and wetting step, the rolling operation may be performed four times in the rolling operation, And this constitutes - a single cycle. This cycle can be repeated. This is followed by % =: (4) dynamic operation, which constantly turns the laundry to be washed in the lower part of the drum with the contact time between the agent and the agent. After the operation, the laundry will be opened and the detergent water and the detergent are allowed to be supplied. To the laundry 'enable to achieve effective washing „wet. Typically, it takes about 13 minutes to wet the 泱· column, 70 polyester in the running operation, and it takes about 1 minute to wash the wetness according to this embodiment. The drum drive operation of the washing-wet step is differentiated according to the amount of mineral to be washed. The drum drive operation of the first washing and wetting step is differentiated according to the amount of laundry determined in the laundry amount and the step. For example, the reading force determined by the right is &amp; the garment is purchased at a predetermined level or more, and the drum is driven to perform the rolling operation as described above. If the determined amount of laundry is less than the combination of the pre-ordered "can be driven" - stepping and rolling operation. 94 201124585

[00288] The stepping operation suddenly drops after lifting the laundry. If it is a large amount of laundry, the distance from which the laundry falls may be reduced. Therefore, the stepping operation is suitable for a small amount of laundry. This stepping operation can damage the laundry. Therefore, in the cotton mode, when the laundry amount is less than the predetermined level, a combination of the stepping operation and the rolling operation can be performed in the first washing and wetting step. When the amount of laundry is the predetermined level, or higher, the rolling operation can be performed in the first washing and dampening step. In the rayon mode and the mixing mode having a laundry damage suspect, the rolling operation can be performed in the first strip wetting step regardless of the amount of laundry. [00289] In an alternative embodiment, the -cycle step associated with the drum drive can be performed at the water supply step. That is, the 'cycle step' can be synchronized with the motor drive used to drive the drum. When the laundry is moved by the driving of the drum, the circulating laundry water can be supplied to the laundry, and the target of the water supply step can be more effectively achieved. (4) This specific embodiment 'the detergent reinforcing dissolution step and the washing and wetting step are included in the water supply step. However, the (four) agent enhancing dissolution step and the cleaning wetting step can be from the water supply step Provided separately. In this case, after the water supply, the detergent reinforcing dissolution step and the washing wetting step can be performed. 1.3. Heating (S1741): 95 201124585 [00291] In this mode, A heating step can be differentiated according to the selected mode of operation. For example, the temperature of the washing water used in the heating step can be set to be different depending on the type of fabric to be washed. [00292] The cotton fabric can be considerably heated. As the temperature of the water rises, more de-agents dissolve in the wash water and further enhance the activation of the detergent. Therefore, when the cotton mode is selected, the temperature of the wash water may be set to about 6 〇t in the heating step. The temperature of the wash water extending from cold water to a range of about 951 can be selected through the option selection area U8. When the temperature of the wash water is increased, the detergent activation can be further enhanced as appropriate. It can further improve the cleaning ability and improve the disinfection/bleaching effect. [〇_Man-made fiber fabrics may be subjected to/understand less heat, so the human k fiber mode or mixed mode is mainly to avoid heat damage to the laundry. When the rayon mode or the hybrid mode is selected, the temperature of the washing water can be set to be large in the heating step, about 4Gl. In the rayon mode or the mixed mode, the user can avoid selecting the temperature of the washing water to be higher than (4), Avoid the badness of the laundry mussels. For example, when the rayon mode or the blending mode is selected in the field, the temperature of the washing water may have a maximum limit of 6 (rc) in the twisting step by 1 4 θ .... [00294] * The mode of the selection, the heating step - the drum drive operation can be; the tumbling operation ° k 疋 because the rollover operation can unload the laundry and tangled, while reducing the damage to the laundry. The rolling operation will allow steam Or the heated wash water is fully transferred to the laundry. 96 201124585 [00295] In an alternative embodiment, a cycle step can be performed in the heating step. Synchronization with the drive of the drum. Since the cycle is performed after the initial heating is performed for a predetermined degree, the cycle step can be synchronized with the drum that is driven for a predetermined time after the start of the initial drum drive. 1.1.^ Cleaning (S 1742 ):

[00296] A drum drive operation of a cleaning step can be a combination of the continuous rolling operation and/or the rolling operation and/or the swing operation. The drum driving operation of the washing step can be made different depending on the selected mode, because the protective effect of the fabric and the effect of improving the cleaning ability can be achieved. [00297] That is, in the case of cleaning the cotton laundry to be laundry, the (four) driving operation for cleaning the laundry to be washed with a strong mechanical external force can be performed. In the case of cleaning the rayon fabric laundry, a drum driving operation for washing the laundry with a relatively low mechanical external force can be performed. The cleaning step can include the step of the cleaning cycle, which takes the longest time. Therefore, the cleaning step can be controlled to perform the cleaning most efficiently. Due to the long time required for the cleaning step, it is most likely to be damaged in the laundry. [0〇298] It is considered that when the cotton fabric mode is selected, the drum can drive a combination of the rolling operation and the turning operation in the washing step. The combination of two different actions applies to a variety of strong mechanical external forces that slant the ice, ^, &amp; and improve cleaning efficiency. t Invalid sheep, that is, according to the characteristics of cotton fabric, no fabric 97 201124585 The doubts about the injury m This 'strong mechanical external force is used to clean the minerals to be washed and can improve the cleaning effect. When the cotton mode is selected, it can be performed in the - π washing step - a combination of the transition operation and the roll-over operation, with the cycle being "synchronized" to the drive of the cartridge. Since the cotton fabric has no doubt that the laundry is damaged, the laundry and the detergent can be continuously and efficiently supplied to the laundry. [] Conversely, when S is selected for the man-made fiber mode, the drum may be rotated during the cleaning step—a combination of the swing operation and the roll-over operation. The combination of these two different movements improves the cleaning effect. The whirl operation gently swirls the laundry to the laundry water so that the laundry to be produced by the friction is reduced. Further, the time in which the laundry is in contact with the washing water can be sufficiently increased to improve the cleaning effect. To effectively clean the cotton laundry together [00300] when providing a blending mode

When it comes to artificial laundry, it is necessary to improve the cleaning effect regardless of the type of fabric to be washed and to minimize damage to the laundry. In order to satisfy the purpose of "when the mixing mode is selected", the drum driving operation of the washing step may be a rollover operation and/or a swing operation and/or a rolling operation. That is, a swing operation can be provided to avoid damage to the fabric, and a rolling operation can be provided to improve the cleaning ability. [00301] In the man-made fiber mode and the Zhanren magnetic bucket. In the eight-in-one mixing mode, a cycle step can be synchronized with the drum drive to allow the washing water and the decontamination to be continuously supplied to the laundry. 98 201124585 [00302] As described above, although the lack of ρ sputum can be used to select the cotton fabric mode, the rayon mode or the hybrid mode, the drum drive operation of the cleaning step can be controlled to be two different Running. This produces different modes of mechanical external force and movement of the laundry, which can visually improve user satisfaction. [Face 3] f The net effect ratio of the motor selected from the option selection area 118 to select the laundry level can be adjusted according to the selection (four) dirt level. However, increasing the net effect ratio also increases the time that mechanical external force is applied to the laundry. Considering this factor, the net effect ratio of the cleaning cycle can vary depending on the mode selected by the user. #即, the net effect ratio of the cotton fabric mode is greater than the net effect ratio of the rayon mode and the blend mode. L1.2 Flush Cycle (S1750): [00304] When the purge cycle has been completed, a flush-flush cycle can be initiated. In the flush cycle, the flushing step can be repeated to drain the wash water after flushing the laundry with the supplied wash water. The rinsing step of the rinsing cycle in this mode can be repeated three times or more. [00305] The level of water supplied by the wash water to the flush cycle will be higher than the water level of the wash cycle. That is, the washing water can be supplied to a predetermined water level visible from the outside to improve the flushing effect with sufficient washing water. [00306] A drum drive operation of the flush cycle may be a rollover operation. Rolling over the laundry, drowning the laundry, and removing the laundry from the washing water, 99 201124585 and it can be repeated. The rollover operation of the water level visually informs the user that there is a flushing of the filling knife. The roll-over operation of the flush cycle avoids overheating of the motor and raises the flushing efficiency β and P. The level of the flushing cycle will be higher than the level of the cleaning cycle and the load applied to the drum will increase accordingly due to the washing water. The stepping operation, the friction operation, and the swing operation repeatedly rotate the motor, and the vehicle will generate an excessive load on the motor. And if the water level, the load generated by the washing water may increase. In the flushing cycle with the - water level, the cartridge drive will not have any sudden braking and avoid overheating of the motor. Because of &, the roll-over operation for rotating the drum in a predetermined direction is preferable in the flushing cycle. [00307] The cycle step can be performed in the flush cycle to cycle the wash water contained in the tub to the drum. This produces a visual effect on the user to inform him that it is a sufficient flush. L3·Spin Cycle (S1770): [00308] After the 13⁄4 wash cycle and the flush cycle are completed, the spin-loop can be used to drain the wash water from the laundry as much as possible. In a normal spin step of the spin cycle, the drum speed can be differentiated according to the mode selected by the user. Depending on the type of fabric, the percentage of water content and residual wrinkles are considered. [00309] Cotton fabrics have a high percentage of water content or water absorption, which is more of a wrinkle-free concern. Even if the cotton fabric depends on the formation, it is easy to remove the wrinkle. In contrast, man-made fiber fabrics have a low percentage of water content or water absorption, which is more wrinkled than 100 201124585. Therefore, in the cotton mode, a predetermined rotation speed may be higher than the rayon mode and the mixing mode, and the predetermined rotation speed may be, for example, 1000 rpm or more. Here, the spin speed can be changed by the user through the option selection area. [00310] The predetermined rotational speed of the rayon mode and the hybrid mode can be set to 400 炱 600 rpm. Even when the artificial laundry is rotated at a low rotational speed, the laundry water can be sufficiently discharged from the artificial laundry to avoid wrinkles. In this case, the spin speed can be changed by the user through the option selection area. In some embodiments, the rate of spin speed is set to a maximum of 8 turns per minute. J_Mode J (Wool Mode) · [00311] A cleaning mode provided in accordance with the type of fabric to be laundry may also include a wool mode instead of a cotton pattern, a man-made fiber mold 2, and a blend mode. The wool mode can be applied to laundry items having less soiling and a greater fabric damage. That is, the wool mode can be provided by washing the hand-washed wool sensitive α ^ main, earth ten 1 main, and the time woolen one temple laundry. If it is cleaned with strong mechanical force, the wool fabric may be damaged. Therefore, in the wool type t', the roll (four) is driven to perform an operation having a weak mechanical external force, such as a swing operation. Consider the special cleaning cycle of wool fabrics, a flushing of the 搭 ή 羊毛 q wool mode _ roller drive driven by the soil and spin cycle ‘ different from the standard mode of the drum operation. 101 201124585 J ·1 ·Washing cycle: [Face] In the wool mode, it is important to avoid fabric damage, and the drum can be driven to perform a swirling operation for a cleaning cycle in the wool mode ^ gently on the drum The lower part moves the laundry to the left and right. In this case, the water level may be high enough to allow a water level in the drum to be visible from the outside. Because of this, the friction between the surface of the inner circumference of the drum and the laundry to be washed can be minimized, and the lifting rod repeatedly contacts the laundry, and the rotating laundry is submerged into the washing water, thereby avoiding damage to the laundry, and It can be gently cleaned or rinsed. This swinging operation can reduce the damage of the laundry and increase the time for the laundry and the washing water to contact the detergent to improve the cleaning effect. Tao 3] Figure 18 is the four (four) wool pattern. Select a cleaning cycle for the wool mode (S181G). In the initial stage of the cleaning cycle ((10)〇), the washing water and the de-π agent may be supplied to the tub or the drum, that is, a water supply step (1833) may be performed. The water supply step may include a detergent-enhancing dissolution step (S) Milk) and a wash strip wetting step (_6). The detergent reinforced dissolution step is used to promote detergent dissolution in the initial stage of the water supply step, and the wash = wet step is used to fully serve the laundry to prepare a (7) wash step after the water supply is completed. The washing and wetting step can be performed before or after the water supply is completed. Pottery 4] The wool-type wiper detergent can be a soil-based detergent, and it is a liquid type that does not require too much time to dissolve in the wash water like a powder type. Considering this, in the initial stage of the water supply, together with the laundry 102 201124585 water, the detergent is supplied to the laundry. When the water supply starts, the washing water is supplied to the liquid detergent in the detergent cartridge. The wash water and liquid detergent are supplied together to the tub or drum. In order to supply the laundry water and the liquid detergent to the laundry more quickly, the mixture of the washing water and the liquid detergent can be sprayed toward the laundry to be placed in the drum. • For the purpose of more effective detergent dissolution, a cycle step can be performed for supplying the washing water contained in the tub to the upper portion of the drum. • [00315] The drum can be driven to perform a swing operation, and then a gentle vortex is generated in the wash water to enhance dissolution of the detergent while avoiding damage to the laundry. When the water supply has been completed, the swing run and cycle steps can be performed together to prepare the wash step. This can be considered as a type of washing and wetting step. [00316] After the detergent-enhancing dissolution step and the washing and wetting step are completed, a heating step (S1841) for heating the washing water may be performed if necessary. However, the temperature of the washing water can be controlled not to exceed 4 〇 C ° during the heating step. If the temperature of the washing water is raised too much, the heat generated will deform the laundry and damage the wool fabric to be washed. The temperature of 4 ° °c does not cause thermal deformation, but promotes the activation of the detergent and the laundry to absorb the laundry water. [00317] A drum drive operation of the washing step (S1842) may be the swing operation. The washing step takes the longest time in the step of the washing cycle, and in order to avoid damage to the laundry during the washing step, the swirling operation is used in the washing step. If the application and stop of the mechanical external force is applied to the sheep repeatedly, the fabric may be damaged. Buck M ^ This mechanical repetition will cause the wool to shrink. In order to avoid this shrinkage, the swirling operation can be continuously performed in the washing step. [〇〇318] As described above, the swing operation drives the drum by the resistance brake, and it does not apply too much load to the motor. Further, the swing operation can drive the drum to be less than 90 degrees to reciprocate between the right and left. Therefore, it is not a big burden to increase the amount of laundry. If the drums are driven separately to perform frictional and stepping operations, the motor may be subjected to excessive loads. In the rollover operation, a smaller load is applied to the motor than the frictional operation and the stepping operation, but the laundry is lifted and thrown to cause fabric damage. With this in mind, the swing operation is performed during the cleaning step. J-2 Flush Cycle (S1850): (9) &gt; 319] When the purge cycle has been completed, a flush cycle can be performed. First, • Executable—medium spin. The washing water is supplied after the middle spin to start the flushing, and if necessary, a plurality of flushing cycles are performed. That is, the drainage may be repeated after the water supply and rinsing. In general, the medium spin system is carried out in the middle of the water supply after drainage. [00320] The spin in the 13⁄4 spins the laundry at a relatively low rotational speed. The spin in the middle includes an intermediate spin for untangling the laundry at a relatively low rotational speed while sensing vibration. And a primary spin is used to rotate the laundry at a relatively high rotational speed for a predetermined period of time. The intermediate spin 104 201124585 rotates at approximately 100 minutes of the mother's minute and the main spin can rotate approximately #200 rpm (low resonance frequency) or more. in

[: (10) 21] However, when the wool mode is selected, the medium spin can be omitted. The process in which the spin 疋 discharges the washing water from the laundry by centrifugal force does not prevent the month b from generating a pulling force on the laundry. Because of this, wool fabrics that are subjected to external forces may be damaged during the spin cycle. In order to alleviate this doubt, the medium spin can be omitted. For example, the main spin of the spin is omitted and only the intermediate spin is performed. If all the procedures for discharging the washing water by centrifugal force are omitted, the flushing ability is remarkably lowered. Considering the flushing ability and the damage to the laundry, only the intermediate spin can be performed and the main spin is omitted. The system and column of the rinsing step include water supply and drainage that can be performed three or more times because the detergent residue needs to be sufficiently discharged from the laundry. The flushing water level may be higher than the water level in the washing step and a cycling step may be performed during the flushing. When a liquid detergent is used, it generally discharges the detergent residue sufficiently because the two rinsing steps and the medium spin are performed. However, in the example of this mode, the main spin of the towel spin is omitted to avoid damage to the laundry, and three flushing steps can be performed to achieve the desired flushing effect. [00323] A drum drive of the rinsing step can be a slewing operation to avoid damage to the laundry to be washed. The swirling operation gently swings the laundry to the washing water, and allows the detergent residue adsorbed in the laundry to be discharged into the washing water, so that the washing efficiency can be improved. 105 201124585 J.3 Spin Cycle (S1870): [00324] When the flush cycle is completed, a spin cycle can be initiated. The spin cycle is similar to the spin cycle of the standard mode described above. The drum speed of the normal spin step can be set to 800 rpm or less to protect the wool fabric from washing. K-Mode K (soft mode): # [〇〇325] A cleaning mode provided depending on the type of fabric to be washed may include a gentle pattern as shown in Figure 19 to clean delicate fabrics such as silk and plastic. A laundry made of fabric, a laundry with hardware attached thereto, and other such delicate items. A drum operation having a relatively weak mechanical external force, such as a whirl operation, can be performed to gently clean the slender laundry in a gentle mode, similar to the wool mode. Therefore, considering the characteristics of the fine fabric, a cleaning cycle, a flushing cycle, and a drum-driving operation of the (10)-spin cycle may be different from the standard mode of the drum driving operation. K·1 cleaning cycle (S193〇): Tao 6] Approximate hair mode, select the soft mode (S measurement) and the drum (four) cleaning cycle (S193 ()) drive for the swinging operation and the laundry water supply (3) 933) To - relatively high water level. Moreover, the agent-enhancing dissolution step (coffee) will approximate the decontamination in the wool mode 106 201124585 agent to enhance the dissolution step, because the liquid type detergent is generally used in a gentle mode, ie in a wool mode, cleaning the fine fabric Waiting for laundry. However, after the detergent intensification dissolution step, a washing wetting step (3) is called a washing wetting step different from the wool mode. Compared to slender fabrics, sheep fabrics have relatively good water absorption, while slender fabrics are more susceptible to thermal damage than wool fabrics. Because of this, the temperature of the washing water used to clean the fine fabric can be set to about 3 (rc. Although cold water can also be selected, it is generally not selected for temperatures higher than 4 (rc of water. 7 _7) made in Washu Run The over-twisting operation in the wet step can effectively perform the wetting of the wash. A cycle step can also be performed. After the spin-driven roller and evenly distributing the laundry to the drum to stretch the surface area of the laundry, the cycle step The laundry water in the bucket is circulated to the laundry. In addition, the 'swing operation is performed to submerge the laundry in the washing water, and a gentle movement of the laundry is generated to promote the wetting of the washing strip. It is repeated in different modes to promote the wetting of the wash. However, the drum drive operation of the full wet step can be only the swing operation. [_] When the wettability of the wash strip is completed, a washing step can be initiated (S1942) The cleaning step - the drum operation can be a swing operation. Compared to (4) against external impact. To achieve more effective cleaning efficiency, the drum operation of the cleaning step can be a relatively high level of the washing water level. Combination of pendulum operation and rollover operation 107 201124585 Only the rollover operation is performed. Here, the laundry is the surface of the washing water [00329] Alternatively, in the cleaning step, in the case of the high water level, the drop is waiting

Collide, not the inner bottom surface of the drum. This means that the distance dropped is shortened. When the impact applied to the laundry is lowered due to the high water level, the thirst is generated in the washing water to improve the cleaning effect. Since such laundry to be relatively low in complexity, the cleaning step time can be set to be relatively short and the net effect ratio can be set to be relatively low. Although only the rollover operation is performed, it is possible to avoid damage to the laundry. The _cycle step can also be performed during the washing step. Κ·2 Flushing Cycle (S1950): [00330] When the cleaning cycle has been completed, a flush cycle can be initiated. The liquid type detergent as described above can be used in a gentle mode, and the residue of the detergent can be sufficiently arranged as a wool mode by performing two rinsing steps, and the - medium spin can be omitted in the light mode. For example, an intermediate spin is not omitted, and the main spin is omitted. One drum operation of the flush cycle can be just a rollover operation which has the effect of dispersing the laundry. That is, the roll-over operation allows the surface area of the laundry to uniformly contact the washing water and discharge the detergent residue. In this case, the water level of a washing water will be relatively high. In the flush cycle, the swing operation can be increased for the rollover operation. Κ·3 Spin Cycle (S1970): 108 201124585. This mode passes the spin step [00331] When the flush cycle is completed, the spin cycle that initiates a spin cycle can approximate the spin cycle of the wool mode. At the same time, the speed of the drum can be set to not exceed the water/water absorption amount per minute, and the washing water can be fully discharged, even if the drum is relatively low in the ordinary spin step. The speed is rotated. Moreover, the spin can be combined - relatively low speed to avoid weaving due to spin _

L_mode L (sportswear mode): Now Μ ” " 2D — — - sportswear mode, based on the type of fabric to be washed and classified 1 kines mode can provide: cleaning by good breathability and good platoon Sweat-absorbent functional fabric made of laundry, #mountain suit, jogging suit and sportswear. Like wool mode or gentle mode, a roller with a weak mechanical force can be executed in the sportswear mode, such as spinning Because of this, considering the characteristics of the sportswear fabric, the washing, rinsing and spin cycle provided in the feed mode will be different from the standard mode drum operation. When selecting the sportswear mode (S2G1()) When the cleaning cycle (Curry), the soft wash cycle (4) (4), and the spin cycle (S2Q7G) such as wool mode and light, mode H, due to the characteristics of the sportswear, the cleaning cycle of the sportswear mode will be compared with the other The mode cleaning cycle is different. 109 201124585 L·1 cleaning cycle (S2030): [00333] Sportswear has a hydrophobic character that prevents moisture from easily penetrating into the fabric. Therefore, compared to other kinds of fabrics, sportswear fabrics have a low percentage of water/water absorption, so that water can be supplied to the sportswear fabric in a continuous cleaning cycle. For this purpose, a drum drive of the cleaning cycle (S2030) The operation 'especially a water supply step (S2〇33) provided in the cleaning cycle will be different from the drum operation of the cleaning cycle in other modes.

[00334] First, in this mode, a drum driving operation of a detergent reinforcing dissolution step (S2〇35) may be a friction operation and/or a step operation. Compared with wool or slender fabrics, sportswear fabrics have no doubts about fabric damage, so the sportswear mode can be driven by a roller drive, which can apply a strong mechanical force compared to the swinging operation. _35]The _washing and wetting step of the sportswear mode (s2〇(4) will be different from the wool mode and the gentle mode. Although it can avoid the damage of the laundry, due to the hydrophobic characteristics of the sportswear fabric, the dig, the silk , + Γ Swiveling operation can not provide enough washing water to a folding part of the laundry. J knives lose weight this point, can be performed in the washing and wetting step of the sportswear mode. The operation is carried out (including a cycle step). The filtration operation evenly disperses the laundry to be inside the drum and uniformly supplies the laundry water to the laundry. It can be used with the filter to continuously flip Rolling operation of laundry. L.2 flushing cycle (S2〇5〇): 110 201124585, detailed description of wool mode step [00336] A flushing cycle of this mode will approximate the flushing cycle of standard mode and gentle mode, and therefore [00338] [00338] L.3 Spin Cycle (S2070): Detailed Description of the Wool Mode Step [00339] A spin cycle of this mode will approximate the standard mode and the soft mode. Circulation cycle Thereof will be omitted into the -

Bright. Mode Μ [00340] In the laundry machine corresponding to the circle 2 according to the second embodiment described above, the tub is directly fixed to the cabinet and the drum is set in the tub. According to this second embodiment, the tub is relatively thin to allow the drum to vibrate. Therefore, it is important to prevent the roller from contacting the cymbal when the drum is rotated, and the distance between the drum and the tub can be greater than the distance in the washing machine as shown in Fig. 2 according to the first embodiment. Qing!] When the distance between the tub and the drum is large, the laundry to be washed in the drum may not be sufficiently wetted by the laundry supplied to the inside of the tub. Because of this, when water is supplied to the washing machine according to the second embodiment, the operation "to effectively wet the laundry and supply to the tub" can be cycled. For example, the 'circulating pump can be continuously driven or The water supply valve is opened at a predetermined time interval. 111 201124585 [00342] In the washing machine according to the second embodiment, the drum is coupled to the tub back 230. However, the tub back 230 is suspended by the carrying case 400. Supported, rather than supported by the tub. Because of this, compared to the washing machine according to the first embodiment, it includes a bucket back directly connected to the tub to support the load of the drum, according to the washing machine of the first embodiment The degree of freedom of the provided drum can be relatively large, and the front of the drum can have an increasing degree of freedom.

[00343] However, when supplying water to the tub, a water supply line and a circulation line are used to supply the washing water from the front of the tub. Therefore, the laundry to be placed in the front of the drum will be wetted first, and the load on the front of the drum will be greater than the negative of the tail. This causes the front of the drum to move downward. If the front of the drum is rotated downward, the noise and vibration will increase during the rotation of the drum and may cause the drum to contact the inner surface of the tub. Therefore, in accordance with the second specific

In the washing machine of the embodiment, when water is supplied to the laundry, the laundry to be washed at the front and the rear of the drum should be uniformly wetted. The mode Μ is referred to as - the cleaning mode is the washing machine according to the second embodiment, that is, the standard mode of the washing machine according to the second embodiment. This mode will be described with reference to Fig. 21. Μ·1 cleaning cycle (S2130): [00344] Fig. 21 is a mode of mode 选择 select this mode (S2110), which is a control map. The following series of programs can be executed by the user from the mode selection section. 112 201124585 [00345] The / month wash cycle may include a __laundry determination step (μ!), a water supply step (S2133), a wash wetting step (S2l35), a heating step (S2i37), and a washing step ( S2139) In the following description, the washing and wetting step is described as a separate step from the water supply step (4). However, the washing and wetting step may be included in the water supply step. Μ·1·1 Water supply (S2133) [00346] After sensing the amount of laundry in the cleaning cycle, a water supply step can be initiated. A laundry determination step of the water supply step is described in detail in the above mode, and thus further detailed description thereof will be omitted. Tao 47] (4) in the water supply step to supply the laundry water to (4) inside. In particular, the control unit opens the water supply valve via the water supply line to supply the laundry water to the barrel and the detergent box. When the laundry water is supplied to the second In the case of the laundry in the washing machine of the specific embodiment, the specific embodiment of the water supply method capable of uniformly moisturizing the laundry to be located at the front and the tail of the drum will be explained as follows. [00348] According to the first-specific For example, the water supply method, when the water supply step supplies water, the circulation is added to operate to circulate the washing water, and m is also added to the operation. The control unit can drive the drum to perform the above-mentioned frictional operation of the drum operation® [_9] in accordance with (4) In the washing machine of the specific embodiment, the distance between the drum and the tub is greater than the distance between the tub and the drum in the first embodiment 113 201124585. Therefore, in the second embodiment, if the drum system is driven The rollover operation (as in the first embodiment) during the water supply step, the laundry at the tail of the drum is not uniformly wetted. That is, since the gap between the drum and the tub is large, between the drum and the tub The washing water is not improved in the rolling operation by the rotation of the drum, and especially when the laundry at the tail of the drum is not wetted.

[00350] Therefore, in the water supply step of this mode, the friction operation can be performed instead of the "flip operation" in which the "friction operation" rotates the drum at a higher rotation speed (compared to the roll-over operation), and is located at the drum and The washing water between the tubs can be brought up by the rotation of the drum and then dropped onto the laundry. In particular, in the washing machine according to the second embodiment, if the tails of the drum and the tub are inclined downward, the washing water at the tail of the tub can be supplied to the surface of the laundry by the rubbing operation. The frictional operation first rotates the drum in a clockwise/counterclockwise direction, # abruptly reverses the direction of rotation. Therefore, the sudden reverse rotation of the drum produces a vortex in the wash water, and the laundry in front and the tail of the drum is uniformly wetted. [Coff] When the water supply port is opened to supply the washing water, the drum is driven and rotated, and the laundry is moved in the drum by the driving of the drum. In this case, the washing water supplied via the water supply line connected to the front portion of the drum may be mainly supplied to the laundry to be moved at the front of the drum. The laundry to be placed at the front of the drum is first wetted, compared to the laundry at the end of the (four) cylinder. Therefore, according to this second embodiment of the water supply method, the roll 114 201124585 is activated until the water supply valve is opened to supply water, or until the water level reaches, and the level may not be driven. When the drum is undetermined for a certain period of time or until the washing water β is not driven by a pre-level, the washing water supplied through the water supply line can be installed in the barrel, and the water level of the pre-carrying water is taken into consideration to determine the gap between the barrel rollers. And the amount of ^ ^ tr 〇 barrel and roller and the amount of laundry to be negative! The predetermined time can be determined. [00353] especially if it is located in

The tail of the tub in the washing machine of the first embodiment is inclined downward, and the large laundry water is concentrated at the tail of the tub. Therefore, after a predetermined period of time, the drum is driven and rotated, and the washing water attached to the tail of the tub uniformly wets the laundry at the tail of the drum. When the drum system is driven in the washing machine according to the second embodiment, a drum operation may be a roll running or a rubbing operation. [00354] According to this second embodiment, the opening/closing of the water supply valve can be controlled when the water supply valve is opened to supply water without driving the drum. That is, when the water supply valve is opened to supply water, the pressure of the external water supply source, such as tap water, will have a predetermined pressure, and then the washing water supplied along the water supply line will be supplied to the drum by the water pressure. The front portion allows the laundry to be wetted earlier in the front of the drum. [00355] Therefore, during the water supply of the second embodiment, the water supply valve is controlled to open and close repeatedly instead of continuously opening, and then the supplied washing water can be controlled to be turned on and off to make it sufficient A predetermined water pressure is not supplied directly to the drum. Sufficient water pressure is not directly supplied to the roll 115 201124585 s line of water can be supplied along the roll 'instead of directly spraying the roll can be collected at the back of the barrel, and in the description of the specific embodiment, 疴' means a water mill The water flowing down the drum, the bucket or the door is collected by the water supply cylinder, the tub or the door to collect the water flowing down the drum, the tub or the door. The laundry water collected in the tub is similar to the first description, and the repeated description may be omitted.

[Na] When the laundry in the drum is tangled in the water supply step, the laundry is partially wetted. In particular, the laundry to be washed in the center of one of the tangled laundry items may not be wetted and only the laundry to be wetted in a surface area of the projection may be wetted. If only some of the laundry is wetted 'cannot be cleaned in the cleaning cycle, and - the cleaning ability may be reduced' 'If the laundry is tangled, the control can drive the drum to filter the operation to evenly wet Waiting for laundry. Tao 57] that is, the control unit opens the water supply valve to supply water, and it drives the circulation pump: 循环 simultaneously circulates the washing water. Further, the control unit rotates the drum at a predetermined rotational speed, and the rotational speed is determined such that the rotational speed causes the laundry to be prevented from being in contact with the inner surface of the drum during the rotation of the drum due to the center of the cylinder. Therefore, the predetermined rotational speed can be set such that the centrifugal force generated by the rotation of the roller 3 is greater than the gravitational acceleration when the drum rotates. In addition, the pre-twisting speed can be set to be lower than the overspeed range (approx.: 200 rpm to 35 rpm). If the drum rotates at a speed higher than the overspeed region, the noise and vibration will increase significantly due to resonance. 116 201124585 The predetermined speed can be set to approximately every minute. Therefore, in this control method, 100 turns to 170 revolutions per minute. [_] Therefore, when the _ part (four)-shaped rotation speed (four) (four), the laundry to be washed will closely contact the inner surface of the drum due to the centrifugal force. The wash water supplied via the circulation line and the water supply &amp; line can be dispersed as the drum rotates. The dispersed washing water can be supplied to the drum and the laundry to be intimately contacted with the inner surface of the drum so that the laundry can be uniformly wetted.

M.1.2 Wash Wetting (S2135): [00359] After the water supply step, the control section can be activated - a washing wetting step. In the washing wetting step, the control unit closes the water supply valve. The control unit drives the drum, and the washing water is circulated when the circulation pump is driven. Although the washing is wetted in the water supply step, the water supply valve is closed in the washing and wetting step, and the washing and wetting can be performed by the driving of the drum. [00360] In the washing and wetting step of this mode, the control portion drives the drum to perform washing and wetting. In this example, the control unit can drive the drum to perform a rolling operation. Since the rolling operation rolls the laundry in the drum to follow the rotation of the drum, the washing water can frequently contact the laundry, and the washing and wetting can be smoothly performed. [00361] When the washing and dampening step is performed, the control unit divides the washing and wetting step into a first and second washing and wetting steps. The first and second washing and drying steps may be driven in accordance with the drum operation of the drum/i.e., the control portion may control the drums of the 117 201124585 one and the second washing and wetting steps to be different from each other. The operation of the cycle pump is as follows. [00362] Particularly in the first soaking step A, the control portion can drive the drum to perform one of rolling and/or stepping operations. The choice of drum drive operation can be determined based on the amount of laundry. That is, if the amount of laundry to be washed in the drum is less than a predetermined reference value, for example, if it is a small amount of laundry, the control unit drives the drum in accordance with the stepping operation. If the amount of laundry is a reference value or above, the control unit drives the drum in accordance with the rolling operation. [00363] As described above, if it is a small amount of laundry, the falling effect of the laundry to be stepped can be improved. Therefore, if the small amount of laundry is stepped in the first washing and wetting step, the laundry is dropped at the maximum falling distance to allow the water to be absorbed into the laundry. During this period, if the amount of laundry is increased in the _wash strip; Π/愚 step, the rolling operation will be performed. This is because the falling distance of the laundry to be stepped is not relatively large, assuming that there is a large laundry. [00364] gj &amp;, in the second washing and wetting step, the (four) portion can drive the drum at a predetermined rotation speed to enable the laundry to closely contact the inner surface of the drum without falling due to gravity, that is, according to Filtration operation. Eventually, the drum will rotate at the pre-twisting speed and the laundry will contact the inner surface of the 因ι€ by centrifugal force. The laundry water supplied by the circulation system is supplied uniformly to the laundry to be attached to the inner surface of the drum, and thus the laundry is wetted. _ _ 118 201124585 [00365] In the second washing and wetting step, the control portion may perform another drum driving operation after the transient operation. For example, the control unit may perform a rolling operation after the filtering operation. In this example, the filtering operation disperses the laundry to supply the laundry water to the laundry, and the rolling operation rolls the laundry to uniformly wet the laundry water. Waiting for laundry. M.1.3 Heating (S2137): • [〇〇366] After this, the control unit initiates a heating step. Specifically, the control unit drives the drum ‘ in accordance with one of the rollover and/or rolling and/or whirl operation in the heating step and drives the heater provided in the tub to heat the washing water contained in the tub. [00367] In the washing machine of the second embodiment, the gap between the drum and the tub is larger than the gap of the first embodiment. Because of this, when the washing water is heated by the driving heater, the drum will rotate and only heat the washing water contained in the tub instead of the washing water contained in the drum. Therefore, compared with the heated washing water, the dirt which is relatively low in the laundry to be washed may not be smoothly removed in a washing step to be described later. [00368] Because of this, the control method applied to the washing machine according to the second embodiment drives the circulation pump to circulate the washing water in the heating step. The heated wash water contained in the tub is re-supplied to the top of the tub by the recycled fruit so that the laundry can be heated. However, in the heating step, the circulation pump can be intermittently driven at a predetermined time interval instead of continuously 119 201124585 = drive ° especially in the heating step, the circulation pump can be controlled so that the shutdown time of the cycle fruit is longer than The opening room ^ fruit _ ^ plus = constantly driven, b fruit circulation pump when starting (four) length is long (four) machine time, the washing water that is not heated to the predetermined temperature will start to circulate, and the washing water can not be heated to The required temperature. [00369] Do not expose the water surface if the heater is installed in the barrel of the crucible drive heater. If the heater is driven when Kelly K &amp; X does not greet the water, it will put too much load on the motor and the heater will fail.

The heater is used to heat the step material 'should be away from the heater at a predetermined water level (hereinafter referred to as the reference water level). That is, in the heating step, when the water level is lower than a reference water level, the control unit turns off the heater. + Field When the water level rises to a predetermined level or above by re-supplying water, the control unit turns on the water heater again (hereinafter referred to as "interruption"). [70] However, if the interruption method is used in the heating step of the washing machine according to the second embodiment, excessive load may be applied to the heater' and the lifespan of various circuits and washing machines may be reduced. That is, the heater is driven and heated in accordance with the heating step of the washing machine of the second embodiment, and the circulation system is simultaneously driven as described above. Therefore, the water level in the barrel may be difficult to maintain conventionally due to the driving of the circulation pump, but will constantly change to a predetermined extent. In this case, the water level in the barrel is sufficiently changed to be lower than the reference water level. In particular, if the water level in the barrel changes beyond the reference water level, the motor on/off will continue to weight 120 201124585, ie if the water level has The heater will be turned on beyond the reference water level and will be turned off if the water level is below the reference water level. Repeating the on/off heater imposes an excessive load on the heater and various circuits, and it may reduce the service life. Therefore, in the heating step of the washing machine according to the second embodiment, if the water level in _ is lowered to the reference level during the driving of the motor, 4 new water supply can be performed to avoid repeated opening/closing of the heater. In the system, when the water level in the barrel falls below the reference level during the heating step, the control unit stops the driving of the drum and closes the circulation 豕. At this time, additionally, the reason why the water supply is widened to enter the re-water supply cylinder and the circulation pump is turned off is that it is difficult to detect an accurate water level due to the fluctuation of the water level when the drum and the circulation pump are driven. By extension, it is possible to turn off the motor. At the same time, it is possible to perform the re-water supply-predetermined (four), or until the water supply reaches the reference level of the water level detection or exceeds the reference water level. Water supply again—The specific water level can vary depending on the type of mode selected during the initial stage of heating. M.1.3 Cleaning (S2139): Pottery After the heating step, the control unit may perform a cleaning step for driving the circulation pump' while driving the drum. In the washing step, the drum-roller driving operation can be appropriately selected from the drum operation in accordance with the mode selected by the user. For example, the drum drive operation of the shirt washing step is similar to that of the cleaning step provided by the top mode. The circulation pump can be driven - a predetermined time interval to cycle the wash water in the bucket. 121 201124585 Μ·2 Flushing Cycle [〇_] When the cleaning cycle (S2150): After the loop has been completed, the control unit can start a flush cycle. The __ general flush cycle may include a flush spin step, a water supply step, a barrel drive step, and a drain step. First, the control unit activates the flushing_self-heating, 咕 spin' to rotate the roller 1 5 1 at a second rotational speed (rotation speed 2), in the rinsing spin step, to remove moisture and remain to be washed.

The detergent in the residue remains at about 5 turns per minute to 700 revolutions per minute. The control unit stops the drum and opens the water supply to supply flush water to the tub. The flushing water level can be preset according to the mode selected by the user or the user's manual setting. [] After the water supply, the control unit drives the drum at a predetermined rotational speed (rotation speed ο. - the predetermined interval between the materials. In the drum driving step, the control unit controls one of the rollers; the cylinder drives the operation and is from the laundry Removing the detergent. The control unit controls the drum to perform one of the above-described rollover and/or stepping and/or scrubbing and/or rolling and/or swirling operations. The control unit stops the driving of the drum and drives the fruit discharge to discharge the flushing water contained in the tub to the outside (S2 1 53). Tao 77] The above-described flushing spin cycle, water supply step, water supply step, drum driving step, and draining step A single cycle of the flush cycle may be formed. The control may perform the cycle one or more times depending on the selected mode or user selection. However, a single cycle of the flush cycle may include a flush spin step. The second rotational speed of the flushing spin step may correspond to approximately 500 revolutions per minute to 700 revolutions per minute' as described above, and the rotational speed of the flushing spin may correspond to the overspeed region (approximately 2 turns per minute) 350 revolutions per minute), which produces a resonance of the washing machine. [00378] Therefore, if the laundry to be laundry in the drum is not uniformly dispersed, a laundry dispersion step for dispersing the laundry can be performed, and then The rinsing spin speeds up the drum speed. The laundry dispensing step repeatedly rotates the drum at a predetermined speed in a clockwise and/or counterclockwise direction. After the laundry dispensing step, an eccentricity level of the drum is identified. The eccentricity level is less than a predetermined value, and the flushing spin can be performed. If the eccentricity level is 疋 a predetermined value or more, the laundry dispersing step is repeated. Since the laundry knife scattering step is performed before the rinsing spin step, the rinsing cycle is performed. The time may increase. Especially 'when the laundry dispersion step is repeated, the time of the flushing cycle may increase significantly' and the time consumed by the flushing cycle cannot be accurately predicted. [00379] To solve the above problem, the flushing cycle will be explained below. A control method Sb is sufficient to reduce the total time consumed by the flushing cycle. [00380] As shown in Fig. 1 ^ 圃 21, according to the The washing machine of the second embodiment may include a washing water supply step and a drum driving step (S2i5i): the water washing step (S2153) e is compared with the first embodiment, and the washing is performed according to the embodiment. The circulation system is omitted - the flushing spin step is omitted. Since the flushing spin cycle 'washing cycle time is omitted, the unnecessary flushing time of the 123, 2011, 585, and the laundry step of the laundry can be reduced to avoid the need to repeat the laundry. The rinsing cycle time caused by the dispersion step is significantly increased. Although omitting the rinsing spin step can reduce the time of the rinsing cycle, omitting the rinsing of the granules by rotating the laundry at a relatively high speed The spin step, which can be difficult to adequately remove the detergent residue. Therefore, in the control method of the flushing cycle according to the second embodiment, the drum system is rotated at the second rotation speed (rotation speed 2) for about i to 3 minutes, and * stops at the draining step. The first: rotational speed is determined to be a predetermined speed, allowing the laundry to adhere to the inner surface of the drum by gravity without falling during the rotation of the drum. The second rotational speed can be set such that the centrifugal force generated by the rotation of the drum is greater than the acceleration of gravity. Moreover, the second rotational speed can be set lower than the overspeed region of the washing machine. If the drum rotates in the overspeed zone, resonance can significantly increase noise and vibration. Therefore, the second rotational speed can be set to approximately 1 〇〇 to 17 〇 revolutions per minute. [00382] Finally, the draining step rotates the drum at a predetermined speed so that the laundry to be washed can closely contact the inner surface of the drum due to centrifugal force to remove the dirt residue from the laundry. To compensate for the omitted flush spin step, the drain step rotates the drum at a second rotational speed to avoid reducing the flushing capability. [00383] In the step of rotating the drum at a second rotational speed (ie, a predetermined speed that allows the laundry to closely contact the inner surface of the drum), if the water contained in the tub is discharged, all the draining steps are performed in the flushing cycle. prior to. Also 124 201124585 The predetermined rotational speed is immediately reversed 'even if the water is (4) in the washing cycle, the step of rotating the drum can be performed. M·3 Spin Cycle (S2170) j [00384] This mode--self-coating can be approximated to other modes of spin cycles', for example, mode A's self-protection m. Therefore, further detailed description thereof will be omitted.

[00385] The above-described mode M is widely applied to the washing machine according to the second embodiment. However, the gift + can be applied to the washing machine according to the first embodiment. That is, the bucket A, the mode M can be applied to any of the washing machines according to the first and second specific embodiments. N. Time Management Options: Next, the description of _Time Management selects a specific mode, that is, the operation based on __, , $ 〃 is selected, and the operation of the ten-count method is performed at a predetermined time. It can be an individual 彳m, β 4 that constitutes a pattern. The operation time J is required for the time of the cycle. The operation time may be displayed in the display area (1). U. This total [00387] may be too long in a peptide user. For example, if the user has to leave i hours and book it, if A/c g* BB , , , and the time is 1 hour and 2 0 entries, the time Μ (4) is read, and the time is 20 minutes. And eve may make the cleaning operation 耔t * π, conversely, heavy pollution, free of charge for 1 hour and 20 minutes, but not enough to wash the laundry 125 201124585. In order to solve this inquiry time. Problem, the washing machine and its control method can provide the tube [_8] The above washing machine can include a time management option for management time. That is, the operating time of the specific mode may be increased or decreased via the option [. In particular, the user can select a time saving option from the time management options. Alternatively, the user can select a secret =: item via the time management option. If no such option is selected, the operation can be followed by the preset mode of operation. "Before the start of the ring and select [_] For example, if the operating time of the cotton fabric is 120 minutes, the time required to select the material with t can be reduced to, for example, two minutes. When the user selects the intensive option The operating time may increase by a few minutes to ensure adequate cleaning of the highly defensive laundry. There may be a - predetermined difference between the time and the actual time required. IT: Time required for the wash cycle and/or flush cycle It can be changed according to the selected mode. That is, the operation time required for the cycle is in accordance with the selection. In the example of cotton mode, capability = and mixed mode, it is important to Improve the cleaning because the time required for the 'normal cleaning cycle can be selected so that the cutting option is not selected. Therefore, the time for flushing the ring can be adjusted. The 126 required for the mouth P knife 2011 24585 [〇〇391] Repeat the flushing cycle Water supply, drainage and spin. The punching method is three times or four times. The self-drying flushing can be performed by two, the spin can be performed with the same-sequence spin-exposure ring, and the main spin speed and time are less than the spin cycle. Speed and time. Therefore, when the time saving option is selected, the main spin pot of the flush cycle can be omitted. When the time saving option is selected, the laundry amount determining step can be omitted, depending on the selected mode. For example, when selecting In the case of wool, slender or sportswear, this particular amount of fabric is relatively small. If the fabric is contaminated, the user often wants to wash it off immediately. Therefore, cleaning a large amount of these in a single mode operation Types of laundry are very rare. In this case, when the wool, slender or sportswear mode is selected, the laundry amount determination step can be omitted. [〇_反之' When selecting the intensive option, in the flush cycle The number of flushes or the time required for the wash cycle may increase 'or both may increase. [00394] This time management option satisfies the purpose of a particular mode and allows the user to conveniently manage the time. IV. Steps based on mode and mode Roller drive operation [00395] Next, a drum drive operation for each cycle according to each mode will be described. The operation includes a combination of the rotation direction of the drum and the rotation speed of the drum, and is distinguished by the direction and the drop point of the drum under the falling position of the washing machine 127 201124585 to constitute different drum running. These drum driving operations can be performed on the motor [00396] Due to the laundry, during the rotation of the drum, it is lifted by the lifting rod provided on the surface of the inner circumference of the drum, and the rotation speed and the rotation direction of the drum are controlled to distinguish the application. The impact of the laundry, that is, the mechanical force including the friction between the laundry, the friction between the laundry and the washing water, and the impact of the drop. In other words, it can be distinguished.

The clothing is impacted or scrubbed to wash the laundry and is distinguishable - the level of laundry to be dispersed or the level of laundry to be flipped. Thus, a drum drive operation can be distinguished by each of the loops constituting the various cleaning modes and each specific step constituting each cycle, so that the laundry can be optimally treated by mechanical external force. Because of this, the cleaning efficiency can be improved. In addition, a single fixed drum drive operation may result in an excessive lead time. Next, the drum drive operation for each cycle will be explained. [00398] A cleaning cycle includes, including a laundry amount determining step, a water supply step, and a washing step. The water supply step is a decontaminating step for dissolving the detergent to enhance the dissolution step, and a washing and wetting step for dehumidifying the laundry. The detergent enhances the dissolution step. The polyester wetting step can be independently provided from the water supply step. A heating step can be further provided in accordance with each of the formulas. 128 201124585 1.1 • The amount of laundry is determined: [00399] The current used to rotate the drum is measured to perform the laundry amount. In this case, when the drum rotates in a predetermined direction, the electric current consumed by the step can be just as follows, and the drum is too rotated, and the drum is rotated in the laundry amount determining step, and can be driven according to the military movement. For example, rollover operation. 1.2 Water supply:

[00400] In a water supply step, the laundry water is supplied together with the detergent, and a step of dissolving the detergent can be performed. In order to improve the cleaning cycle: rate inverse detergent dissolution can be effectively completed in the initial stage of the water supply step, quickly dissolve the detergent in the washing water, used to apply - strong mechanical external force

Operation may be effective. That is, the laundry water is applied - a strong mechanical outer I to more effectively dissolve the detergent in the washing water. Therefore, in the detergent reinforcing dissolution step, the drum system is rotated in accordance with the stepping operation and/or the rubbing operation. As described above, the stepping operation and the friction operation are performed on the high speed rotating drum, using a sudden braking of the drum to change the direction, and providing a strong mechanical external force... stepping operation and friction running (4) in this step carried out. _011 In the washing and wetting strengthening step, it is important to wet the laundry to be mixed with the detergent in the washing water. In this case, a drum drive operation can be a filtration operation. Alternatively, the filtering operation and the rolling operation may be performed sequentially. The rolling operation constantly flips the laundry to be placed on the lower part of the drum 129 201124585

The wash water is uniformly contacted with the laundry and is suitable for washing and wetting. The filtering operation stretches the laundry during the rotation of the drum to bring the laundry into close contact with the surface of the inner circumference of the drum, and simultaneously sprays the washing water into the drum, so that the washing water can be passed through the laundry and the drum due to the centrifugal force. The through hole is discharged from the tub. Therefore, the over-running operation increases the surface area of the laundry and allows the washing water to pass through the laundry. Because of this, the effect of uniformly supplying the washing water to be supplied to the laundry can be achieved. Moreover, with such an effect, the two different drums are driven to operate, i.e., the filtration operation and the rolling operation are sequentially repeated in the washing and wetting strengthening step. If the washing amount is a predetermined value or more, the washing and wetting effect may be lowered in the rolling operation having a relatively low drum rotation speed, and thus the rolling operation having a relatively high drum rotation speed may be performed instead of the rolling operation.

(7) Just] However, the "detergent-enhancing dissolution step of the water supply step or the washing and turbidity step" can be classified according to the driving operation of the drum when the washing water is continuously supplied. Therefore, it is difficult for the user to distinguish the above steps in the water supply step. From the user's point of view, the drum appears to be driven by a combination of rolling and/or rollover and/or stepping and/or frictional operation in the water supply step, or a combination of two or more of these operations. [00403] Depending on the type of fabric to be laundry, a mode for avoiding damage to the fabric to be washed can be provided. *And, according to this mode, it can be provided for (4) the cleaning of the laundry based on the material (four) sound (four) ^ J cylinder according to the ability to apply a strong mechanical external force in the water supply step 130 1302424585 Acolyte clothing fabric When the damage or noise is moving, the O4 seat OJ can be covered to avoid it. Therefore, in the water supply step, the supply is minimized to cause noise generation or to avoid the operation of fabric damage. In these modes, the detergent dissolves and washes (4) wet work (4) to achieve, so that in these modes, the drum can be driven to perform a swing operation, or the rolling operation time can be increased. [00404] Compared to other operations, the swaying operation can reduce the movement of the laundry in the drum and it can reduce the fabric caused by the friction of the laundry and the friction between the laundry and the drum. damage. Further, the rolling operation induces the laundry to roll along the inner surface of the drum without causing an impact due to the sudden drop of the laundry. [〇_If the detergent dissolves and the detergent is wetted in the water supply step] The cycle step for circulating the wash water may be provided in at least a predetermined step. This - cycling step can be performed throughout the water supply step, or at a predetermined stage of the water supply step. 1.3 Heating: Washing water to be washed. In the heating step, [嶋] in a heating step, a drum driving operation is provided for driving the heater to provide heat generated by the barrel (four) conduction heater to heat the supply roller to drive according to the rollover operation, The drum is continuously rotated in a predetermined direction. If the direction of rotation of the drum changes, a thirst will occur with the wash water and the heat transfer efficiency may be reduced. If the amount of laundry is less than a predetermined amount of laundry, the drum 131 201124585 is driven to perform a rolling operation. The amount of laundry is the laundry level of the above or the cylinder is driven to perform the rolling operation. (4) The amount of laundry is less than the predetermined level, and the rolling operation can sufficiently heat the laundry. The amount of money to be washed is a predetermined level or more, and it is suitable to use a slanting operation of the slanting ancient and ancient shovel to rotate the drum at a relative speed. 1·4 cleaning:

_) η - cleaning (4) will consume the longest cleaning cycle (4) ^ In the cleaning step, the laundry (4) dirt can be approximated, and a drum driving operation of the cleaning step can be an operation that can move the laundry in different ways. For example, the drum driving operation of the 'cleaning step' may be a combination of the stepping operation and the 7 or the rolling operation and/or the rolling operation. The combination of these operations can apply a strong mechanical force to the laundry. In particular, a combination of a small amount of laundry to be washed may be effective. (10) Side] The drum drive operation of the cleaning step can be a combination of overrunning operation and rolling operation. This - the drum driving operation can rotatably supply the washing water supplied to the laundry to improve the cleaning efficiency, and the mechanical external force can be uniformly applied to the laundry to improve the cleaning efficiency. Such a combination of - large amounts of laundry to be effective can be effective. =0409] - the heating step is provided before the washing step, and the washing water can be heated in the washing step to enhance the cleaning effect. If the washing water is heated, the drum driving operation can be combined. For example, if the heater installed in the tank is driven by a drum of 132 201124585 and then the drum is driven by the drum, the drum may be driven according to no sudden operation. As described above, in the mode for avoiding fabric damage and suppressing the generation of noise, the operation of applying a relatively weak mechanical external force to the laundry can also be provided in the cleaning step. For example, in the cleaning step of the above mode, a swing operation can be performed to reduce noise generation and avoid fabric damage. Therefore, the operation time of the swing operation may be longer than the operation in other modes. If the cleaning step is performed only by the swing operation, the cleaning efficiency may be reduced' and an additional operation with a strong mechanical external force may be additionally provided. The operation time of the operation having a strong mechanical external force can be set shorter than the operation time of the operation having a weak mechanical external force. 2. Flushing cycle: [00411] In the flushing cycle, the feeding, the rolling, and the draining steps are repeated to rinse off the dirt or detergent residue attached to the object. Thus, a drum drive or reversal of the flush cycle can be a drum drive operation that produces a similar scrub/flush cycle that can be either a friction or a swing operation. The frictional operation and the whirl operation have the effect of scrubbing and continually swaying to the rinsing ability. [00412] When the drum system, the reeling &amp; -.. ', the 仃 flushing cycle, the washing water used to circulate in the tub enters the inside of the drum. The scavenging step and the filtering operation can be performed together. That is, the laundry water is sprayed into the 饩 饩 ' ' ' ' ' ' 133 133 133 133 133 133 133 133 133 133 2011 2011 2011 2011 2011 2011 2011 2011 The transitional operation produces a strong centrifugal force that separates the detergent and laundry from the laundry to the laundry. [Face 3] In the flushing cycle, by applying a mechanical external force to the laundry, the washing water J is discharged together during the drainage and/or intermediate spin. Therefore, the drum system drives the stepping operation or the food flyover operation. By lifting the lifted laundry, the cleaning efficiency can be improved and the package can be removed smoothly. The drum drive operation can be differentiated depending on the amount of laundry. 4, ^ ^ Also P, in the case of a small amount of laundry to be carried out, the stepping operation is carried out, and the maximum distance is set. In the case of a large amount of laundry, the rollover operation is performed. [00414] As described above, in the selected mode in which *. ^ , , the object is known to be harmful or the noise is suppressed, the laundry can be applied to the washing cycle. For example, in a flush cycle with a mode of weak mechanical external force. In the mode of selecting *turned &amp; for the time when it is possible to reduce the flushing cycle, a large number of times, for example, the filtering operation consumes a relative time of eight, and therefore in the backing... In the example of reducing the overall cleaning time, the operation can be omitted in the mode-sensing driving step of the flushing cycle. 3 · Spin cycle: Tao Jun in a spin cycle of the remaining cylinder with a predetermined 哎 #古旋转 to remove the moisture contained in the laundry, and the speed of the white - the laundry to untie the entanglement step The spin cycle can include a rotational speed to a predetermined eccentricity eccentricity measurement step to speed up the transfer. - Appropriate drum drive operation can be selected based on the purpose of each step 134 201124585. For example, in the laundry unpacking step, the laundry is applied - the relative port is relatively strong and the mechanical external force is _. If a $ turn that can apply a strong mechanical force is provided in the previous flush cycle, even a run with a weak mechanical force is sufficient. Moreover, in order to accurately measure the eccentricity, the drum-driving operation of the continuous spine roller in the early morning direction can be applied to the eccentricity measuring step. • ν. New Mode [00416] Next, various modes are illustrated. The master mode includes a wash cycle, a flush cycle, and a spin cycle. However, from each user's choice of the basis of the ^ cut per mode - a single cycle. That is, the cleaning cycle can be omitted from the mode, or from the mode Β (the smear of the smear of the smear, or the mode C (rapid stagnation mode) is omitted) In each mode, the cycle can be set to the new mode of the new-clothing mode. In this case, the energy laundry is cleaned. Not: Main ice is called power cycle (4) ... cycle 'The rinse cloth or spin cycle provided in each mode can be set to the new mode. [00417] In the cleaning cycle, the flushing deuterium - and the spin cycle, the order of the features is described to illustrate each mode, and the ring can be combined with another mode of the 槿 + μπ$ The loop to build new patterns. Example Α (Standard mode) The rinsing cycle &quot; whirl cycle' can be combined with the cleaning cycle of mode B (polar 135 201124585 narration mode) and set to _new mode. Alternatively, each cycle can be selected from other modes. For example, modulo 4 Α (standard mode) (4) flush cycle and mode M's self-loop can be combined with mode B (very dirty mode h cleaning cycle, and set to _ new mode. In this case used to connect the loop The steps can be adjusted or modified as appropriate.

[(10) In addition, the new mode can be set based on the labor and conditions of the laundry. Figure 22 to Figure 24 show the standard mode, strong operation mode (very dirty mode, fast cooking mode and cold wash mode), and gentle running mode S (color &amp; slender or wool mode) (4) The steps, effects and conditions of some operations. Depending on the desired effect and condition, the operation of the rollers can be interchanged between standard mode, strong mode of operation and gentle mode of operation to create new modes. The present invention and features can be further applied to an operation of a tumble dryer, which is disclosed, for example, in U.S. Patent Publication Nos.: 2009/0126222, 201〇/〇〇〇568〇 and 2010/01625 86, the entire contents of which are Incorporate this case as a reference. [00419] Any reference to "a specific embodiment", "exemplary embodiment", or the like, in the specification, refers to a particular function, structure, or feature associated with a particular embodiment included in at least one embodiment of the present invention. description of. The phrases appearing throughout the specification are not necessarily all referring to the specific embodiments. In addition, a particular function, structure, feature, or description relating to any specific embodiment is believed to be a function, &amp; magnetic, in the context of the right of the 136 201124585. STRUCTURE, FEATURES, OR OTHER RELATIONSHIPS RELATING TO OTHER SPECIFIC EMBODIMENTS [00420] </ RTI> </ RTI> </ RTI> <RTIgt; </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> And other variations and specific embodiments can be imagined by those skilled in the art. More specific, various changes and modifications are disclosed as possible combinations of knives and/or women's volleyballs within the scope of the drawings and the appended claims. Alternative uses will also be apparent to those skilled in the art, in addition to variations and modifications in the various components and/or arrangements. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT OF THE INVENTION The detailed description of the embodiments of the present invention is the same as the Figure 2 is an exploded view of another exemplary washing machine specifically and fully described in the present invention; Figures 3A-3G, Figures 4A-4D, Figures 5A-5F and Figure 6 illustrate different and specific descriptions of the present invention. Drum operation and laundry operation mode; Figure 7-2 1 continues to show the drum operation as shown in Figures 3A-3G, 4A-4D, 5A-5F and 6 in accordance with the specific embodiment fully described in this case. Flowchart of different modes of operation; and 137 201124585 Figures 22-24 illustrate the roles and conditions used to determine operation. [Main component symbol description] 100: Washing machine 110: Cabinet 113: Door 114: Opening 11 5: Control panel 11 7: Mode selection area 118: Option selection area 119: Display area 120: Bucket 130: Roller 131: Through hole φ 1 3 5 : lifting rod 140 : motor 200 : barrel front portion 220 : barrel rear portion 230 : barrel back 250 : rear washer 280 : flexible material (front washer) 300 : drum front portion 138 201124585 310 : 320 : 330 : 340 : 350 : 351 : 400 : 450

600 Ball Balancer Roller Center Ball Balancer Rear Roller Star Wheel Shaft Load Carrying Case 500, 510, 520 Base 530: Suspension

139

Claims (1)

201124585 VII. Patent application scope: 1. A washing machine configured to implement a plurality of cleaning modes, the plurality of cleaning modes comprising: a standard mode having a first predetermined cleaning capability; and at least one weak mode having a smaller than the standard mode a second predetermined cleaning capability of the first predetermined cleaning capability; and at least one strong mode having a third predetermined cleaning capability that is less than the first predetermined cleaning capability of the standard mode, wherein the at least-strong mode comprises one At least one strong operation of strong cleaning ability. 2. The washing machine of claim 1, wherein a standard operation comprises at least one of a rolling operation or a roll-over operation, wherein the roller is rotated at a 帛 pre &amp; rotational speed during the rolling operation. And a second predetermined rotational speed of the pre-rotational speed, the u to /53⁄43⁄4 operation having a relatively strong cleaning capability compared to at least one of the rolling operation or the rolling operation. 3. The washing machine of claim 1, wherein the strong operation comprises-in operation, the bag is carried out, and the step of: 'the first rotation speed rotates the drum so that the roll M is initially located at the initial position, the same as above One of the reference points is rotated about a rotation axis, wherein the reference point is at any point on the side of the roll, and one side of the exhibition; 140 201124585 when the reference point is wound around the axis of rotation of the drum Changing the rotational speed of the drum at a predetermined distance; recovering the rotation of the drum at a second predetermined rotational speed; and changing the drum when the reference point travels a second predetermined distance around the rotational axis of the drum The rotational speed 'by causing the reference point of the drum to return to a position substantially at the initial position. 4. The washing machine of claim 3, wherein the first and second predetermined rotational speeds are substantially equal, and the first and second predetermined distances are substantially equal. 5. The washing machine of claim 3, wherein the first and second predetermined distances are combined to be approximately equal to about 36 degrees of rotation about the axis of rotation of the drum. 6. The washing machine of claim 3, wherein the step of changing the rotational speed of the drum comprises at least one of the steps of: reducing the rotational speed of the drum for a predetermined period of time, and suspending the predetermined period of time The rotation of the drum 'and a reverse torque 'in one direction with respect to the direction of rotation of the drum to stop the drum instantaneously. 7. The washing machine of claim 1, wherein the powerful operation comprises a frictional operation comprising the following steps: 141 201124585 (a) Μ - a predetermined rotational speed rotating the drum in a first direction such that it is initially located at the initial position The reference point on the drum is rotated about the stomach axis to a -first predetermined position, wherein the reference point is at any point on one side of the wave barrel; ° (b) when the reference point reaches the first predetermined position Changing the direction of rotation of the drum and following the first predetermined direction of rotation relative to the first direction Rotating the drum in a second direction such that the reference point of the drum wraps around the initial position toward a second predetermined position; (4) when the reference point reaches the second predetermined position, changing the direction of rotation of the drum And rotating the drum along the first direction to cause the reference point to wrap back toward the initial position; and, (4) during at least one of step (4), step (b) or step (4), using any one or more of the following Conditions: (i) a rotational speed of the cylinder along the first and second directions is greater than 45 revolutions per minute (45 RPM); or (ii) the reference point of the rolling is communicated to a sinister, you are greater than a 90 degree absolute value from the initial position to the first and second predetermined positions; or (iii) changing the direction of the rotation of the drum in the Korean side, which includes a pair of driving the drum The motor brakes or changes the direction of rotation of the spine of the motor to apply a reverse torque to the drum. The washing machine of claim 7, wherein the step of rotating the drum along a first direction μ ^ the drum and rotating in a second direction along a philanthropic direction comprises: driving one of the Js connected to the drum The motor rotates the drum in the first and second directions at a rotational speed greater than a reference rotational speed by providing a rotation six _ from the motor along the first and second directions, respectively. 9. The washing machine of claim 7, wherein the step of changing the direction of rotation of the drum, the step of applying a force to the motor when the reference point reaches the first and second predetermined positions, and The motor is rotated in an opposite direction to change the direction of the rotation of the fork. The washing machine of claim 7, wherein the reference point of the first and second pre-set rollers is greater than 90 degrees from the initial position and less than 1 80 degrees from the initial position. U. The washing machine of claim 7, wherein the reference point of the first and second pre-set rollers is greater than 120 degrees from the initial position. a washing machine configured to implement a plurality of cleaning modes, the plurality of cleaning modes comprising: a standard mode having a first-predetermined operation time; 143 201124585 at least a time having a predetermined operation that is less than the standard mode a time; and at least the first predetermined strong mode having a flute 3 a ^ second pre-operation time less than the standard mode operating time, wherein the at least-strong includes a relatively short operating time with a phase-attack mode At least one strong operation. The washing machine of claim 12, wherein the standard operation comprises at least one of a rolling operation or a rolling operation, wherein the roller rotates at a first predetermined rotation speed during the rolling operation, and the roller is rotated by the roller Rotating at a second predetermined rotational speed greater than the first predetermined rotational speed, and the overnight-strong operation has at least one of a stronger cleaning capability than at least one of the rolling operation or the rolling operation. 14. The washing machine of claim 13, wherein the at least one strong running package comprises: a stepping operation comprising: (3) (丨) rotating the third predetermined rotational speed greater than the first and second predetermined rotational speeds Roller, (Η) pauses the rotation of the drum at a first pre-twisting position for a predetermined period of time, and (丨丨丨) repeats steps (a) and (a) (ii); or a frictional operation, which includes (b) (i) rotating the drum in the first direction at a fourth predetermined rotational speed until the drum reaches a second predetermined position, (ii) at the fourth predetermined rotational speed along the first direction One of the 144th 201124585 reaches the third predetermined position, and rotates the drum in two directions until the drum reaches (iii) repeating steps (b)(i) and (b)(ii). 15. The washing machine of "Fourth Item 14, wherein (4) (1) the step of rotating the drum at the third predetermined rotational speed comprises "step 35 of rotating the drum along the first direction and wherein (11) is at - a predetermined position a step of suspending the rotation of the drum for a predetermined period of time, including temporarily stopping the rotation of the drum to About 180 degrees, and then the step of rotating the drum in the first direction at the third predetermined rotational speed is resumed. 16. The washing machine of claim 15, wherein the step of temporarily stopping the rotation of the drum comprises: applying a reverse torque to restore the drum before the rotation of the drum at the third predetermined rotational speed in the ~first direction The step of a sudden brake on the drum. The washing machine of claim 14, wherein (b) (i) rotating the drum at the fourth predetermined rotational speed in the first direction until the drum reaches a first pre-twist position, including the fourth predetermined rotation The speed rotates the drum more than 90 degrees in the first direction until the drum reaches the second predetermined position. 145. The invention relates to a washing machine of claim 17+, wherein (b) (ii) rotates the drum in the second direction opposite to the first direction at the fourth predetermined rotational speed until the drum reaches the second The step of a ~ top position includes the step of rotating the drum from about 240 degrees to the third pre-J position. 19. A washing machine configured to implement a plurality of cleaning modes, the plurality of cleaning modes comprising: a standard mode having a first predetermined noise level; /, the seek mode having a second predetermined noise level that is less than the first predetermined arpeggio level of the standard mode; and at least a strong mode having the first greater than the standard mode A third predetermined noise level of the predetermined noise level includes 'having a relatively high noise level, wherein the at least one strong mode is at least one strong operation. 2 0. The noise level of the request item is reduced by the following steps: The washing machine of 19, which has a first standard operation than at least one powerful one, includes a rolling operation, and rotates the roller in a direction to a first predetermined Rotating speed along a 90th degree to a first predetermined position; temporarily suspending rotation of the drum at the first predetermined position, such that laundry in the drum is thrown from the first predetermined position into the drum Lower position; 146 201124585 and ~ the predetermined cycle resumes the rotation of the drum at the first - predetermined position; to repeat the rotation, pause and recovery steps until the time is exceeded. 21 J, at least one strong ~ roll over A washing machine according to claim 19, wherein a second standard operation having a lower noise level than the energetic operation is provided, including a turn, comprising the steps of: rotating at a second predetermined rotational speed in a first direction 〇度至一篦 - 衮 Qi Superman t second predetermined position; temporarily temporarily V the rotation of the drum at the second predetermined position, ^ 1 the laundry that is owed to the roller 3 is thrown from the second predetermined position to a lower position within the drum; restoring rotation of the drum in the first direction; and repeating the steps of rotation, suspension and recovery until a predetermined cycle time is exceeded. The washing machine of claim 19, wherein at least the strong operation comprises a stepping operation, comprising the steps of: rotating the drum by a first predetermined rotational speed by a first predetermined rotational speed of about 180 degrees to a third predetermined position; 201124585 temporarily suspending the laundry in the drum from a low position; rotating the drum at the third predetermined position, the third predetermined position being thrown to the roll In-cylinder roll to restore the rotation of the drum along the first direction; and repeat the series, pause and resume until the time exceeds - the predetermined 23. The washing machine of claim 22, wherein the step of temporarily suspending the rotation of the drum to the second predetermined position comprises applying a reverse braking torque to the drum in a direction relative to the first direction to abruptly stop The drum follows the rotation in the first direction and thereafter resumes rotation of the drum in the first direction. 24. The washing machine of claim 19, wherein the operation of the minimum amount of noise level comprises a spin-drying operation comprising the steps of rotating the drum in a first direction such that a reference on the drum The point is rotated by the fourth predetermined rotational speed from the _(four) reference position; the twist to a fourth predetermined position; 'so that the drum is temporarily suspended for the rotation of the drum in the fourth predetermined position. The object is thrown from the fourth predetermined position to the low position; 148 201124585 rotating the drum in a second direction relative to the first direction such that the reference point on the drum passes the initial reference position to the edge a fifth predetermined position in which the relative direction is about 9 degrees from the initial reference position; and temporarily suspending rotation of the drum at the fifth predetermined position such that laundry in the drum is (four) from the fifth predetermined position Up to a lower position in the drum. 25. The washing machine of claim 19, wherein at least one of the powerful operations comprises a frictional operation comprising the following steps: Rotating the drum in a direction such that a reference point on the drum is rotated from an initial reference position by more than a 90 degree absolute value at a fifth predetermined rotational speed; thereafter, the rotation of the drum is temporarily suspended, such that the drum is to be washed The object is dropped from a sight position to a lower position in the drum; the drum is rotated in a second direction relative to the first direction such that the reference point on the drum passes the initial reference position to a position in which the relative direction is more than a 90 degree absolute value from the initial reference position; and thereafter temporarily suspending rotation of the drum such that the laundry in the drum is dropped from a current position to a lower position in the drum position. 149