TW200934913A - Rolling washing dryer - Google Patents

Abstract

The invention provides a drum type washing dryer, which comprises a bucket the interior of which is provided with a rotary drum and which is formed with an air guide port for sending dried air, a circular blowing path communicated with the air guide port, and an atomizing unit used for generating mist and arranged close to the air guide port. The bottom wall of the rotary drum comprise a bottom opening opposite to the air guide port, and a circular plate shaped partition wall component fixed in the front of the bottom opening and formed with a plurality of bottom wall through holes which is in longer rectangular shapes in the circumferential direction. Through introducing the mist produced by the atomizing unit into the rotary drum along with dried air flow from the air guide port to the bottom opening and the bottom wall through holes, the drum type washing dryer can exert favorable effect for reducing folds.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a drum type washing machine which supplies a mist to a laundry such as a dried clothes to reduce wrinkles which are generated in clothes and the like. C prior art:! Background of the Invention In a drying process, a conventional washing machine is provided with a rotating drum for washing laundry such as clothes and the like, and is rotated at a high speed and dried. In this case, since the washing 10 is dried while being attached to the inner peripheral wall of the rotary drum or the like, wrinkles are inevitably generated in the clothes and the like after drying. In order to prevent the clothing and the like from being sensitive, the clothes and the like which have been dried in the washing machine should be hung on a hanger or the like. When the clothes are dried, the wrinkles are stretched, and then the clothes are ironed, which requires complicated work. Therefore, recently, an atomization unit having a mist which generates 15 droplets of fine droplets has been developed, and the mist is introduced into a rotary drum which is provided with clothing or the like (hereinafter referred to as only clothes and laundry) to reduce drying. Static electricity or wrinkles generated by clothing, etc. in the program. Further, a mist dryer is introduced into a drying chamber for accommodating clothes and the like, and a clothes dryer such as a drying or deodorant is developed. For example, Japanese Laid-Open Patent Publication No. 2003-311-67 (Patent Document 1) discloses a washing machine as shown in Fig. 12. In Fig. 12, the washer-dryer 4A includes a groove 42 that is elastically suspended from the inside of the frame 41, and is rotatably disposed in the outer groove 42 for receiving the inside of the washing article. The tank 43 and the air blowing mechanism 44 (circulating air blower) for blowing warm air into the inner tank 43. And further comprising a heating mechanism for heating the air supplied by the air blowing mechanism material, 200934913 45, and a gas circulation circuit having a heat exchanger and circulating the warm air from the air blowing mechanism; Further, the spray device 47 is disposed in the vicinity of the warm air supply port 48 that passes through the heating mechanism 45 (heater) of the warm air circulation path 46 (warm air supply path) and faces the inner tank 43 for use in the drying process. Spray the mist into the 5 warm air circulation path. Moreover, the static electricity generated when the clothes are mixed in the drying process is removed, the discomfort caused by the static electricity to the human body is eliminated, and the wrinkles of the clothes after the drying is completed are reduced. In the case of Japanese Laid-Open Patent Publication No. 2006-158585 (Patent Document 2), the sewing seam as shown in the thirteenth article is not disclosed. In the thirteenth figure, the clothes dryer is used to produce a drying chamber 51 for storing clothes and the like, and (4) generating a warm air generating mechanism (air blowing (four), heater 54) for supplying warm air in the drying chamber 51 for generating An electrolytic mist generating mechanism (air pump 55, electrolytic mist generator 56) supplied to the electrolytic mist in the drying chamber 51, and a control unit 57 for controlling the same. The mist generated by the electrolytic mist generating mechanism is supplied to the subsequent stage (downstream side) of the heating mechanism (heater 54) of the warm air generating mechanism, and is heated by the hot air with the heating mechanism (heating H54) to supply electric high temperature and supply to the money. Room 51. According to such a clothes dryer, it can be used for drying and deodorization, which can save "lowering", and does not have a long-term use and has the problem of reducing the deodorizing performance. However, the fog generated by the 'city (four) unit, Because of its teaching path, the characteristics of planktonicity and surface tension (material properties) are different. That is, the grain control is smaller than H). (4) Ultra-fine mist, also known as dry fog (kiss (four), because it is extremely fine, so it has so-called High surface tension and high floatability _ on the object day (four) low moisture characteristics. Grain (four) ~ 5 _ fine, 20 200934913 5 ❹ 10 15 20 also known as wet mist (wet mist), due to the above Since the dry mist has a relatively large particle size, it has a characteristic that the surface tension is weak and the wettability is high when it adheres to an object. The relatively coarse mist having a particle diameter of more than 50 μm has a property close to: The wet mist which is excellent in wetness adheres to the clothes of the laundry, etc., and the clothing surface can effectively wet the laundry cream, and the wrinkles of the clothes and the like are reduced while drying. Therefore, the mist containing a large amount of the wet mist is contained. Filled in the rotating drum slot, in the It is very important to reduce the effect of wrinkles such as clothing. In addition, when the mist generated by the atomizing unit is introduced into the clothing:: When possible, do not collide with the wall of the introduction pipe, that is, not in the pipe wall. It is very important to efficiently transfer a large amount of mist into the discharge, etc. Μ The washer-dryer or the clothes dryer disclosed in the above Patent Document 2 is not reviewed from such a Wei point, and thus may not necessarily have The wrinkles of clothing and the like are efficiently reduced, and dried and deodorized. Further, in the washing and drying machine 4 disclosed in Patent Document 1, the air blowing mechanism 44 is disposed on the flow side of the heating mechanism 45 so as to face the mist misting device. Moreover, the warm air generated by the air blowing mechanism 44 can directly touch the spray device 47. Therefore, a part of the mist sprayed by the spray device 47 can reach the clothes in the inner groove 43, so most of the other touches the temperature. The inner wall surface 46a' of the air circulation path village has a lot of fog, and the inner wall surface is condensed to form a water drop loss, and then reaches the inner tank 43. At the time of the washing and drying machine 4, the mist is hit by the inner wall surface 46a. The crushing effect generates negative ions and can improve the static electricity removing effect. 7 200934913 However, in the washing and drying machine 40, most of the mist oxygen sprayed by the spray device 47 disappears on the way and cannot reach the inner tank 43 clothes. Therefore, there is a problem that it is difficult to wet the clothes and effectively reduce the wrinkles. Further, in the clothes dryer 5 disclosed in Patent Document 2, the electrolytic mist gas generator 5 is disposed in the machine room provided in the lower portion of the drying chamber 51. The electrolytic mist generated by the electrolytic mist 56 is supplied to the downstream side of the heater 54, and is mixed with the hot air from the heater 54. Thereby, the electrolytic mist is directed upward from the duct chamber 58 when the temperature is already high. The discharge is performed by the bottom plate of the blowing portion drying chamber M in which a plurality of slits or holes are formed and blown, and is supplied to the dry chamber 51. The configuration of π is such that a plurality of slit holes are formed in the blowing portion 5a, but most of the mist hits the bottom plate of the hole or the hole, and the surface condenses into water droplets and is lost. Therefore, in such a clothes type; 15 20 machine I, due to the majority of the mist generated by the electrolytic mist generator 56, does not reach the clothes in the drying chamber 51, thus failing to make the buckle wet and reduce wrinkles. problem. Further, Φ(4) is reduced to the hot water supplied to the shaft and the hot air of the multi-moisture chamber 58' is lowered to the dry (3). Although it is expected to have a deodorizing effect, the clothes cannot be sufficiently dried. In this case (4) the people's financial security makes the secret gas (4) less mixed with the enemy pattern: by concentration. According to the detailed review of the inventor of the present case, it is understood that the correction = first _ moderate _ wet, and then dried to stretch and correct the sensitive pattern. That is, it is known that the washing rate is at a drying rate of 9 〇 to S. It is ideally 95%) to make it uniform by κ and to dry when it is dried. 200934913 It is very important to dry after drying to a drying rate of 99% or more. Further, the drying rate referred to herein is the ratio of the weight of the laundry and the weight of the jf article before the washing. 5

According to the results of the review by the inventors of the present invention, in particular, the fibers are freely movable between the fibers by dissociating the hydrogen bonds between the fibers of the bonded strips in a dry-to-96% paste. Moreover, in this state, the fiber may be stretched to the stretched state by the stretching of the sensation in the rotating roller (four) _ '岐, and the second is made by drying to a drying rate of 99% or more. The hydrogen bond of the metamorphic color is more than the fiber. Also, the laundry can be dried in a state where the wrinkles are actually stretched. Furthermore, according to the detailed review by the inventor of the present invention, it can be understood that when the shampoo is wet, especially by the drying rate of 9 〇 to 96%, the smog is made to make it adhere to the septic Odor molecules are detached, even if not high temperature

Or without the help of Ag ions, there are also easy to taste effects. That is, 15 by uniformly drying the laundry at a drying rate of 90 to 96%, the water molecules constituting the mist replace the combination of the fibers of the laundry and the odor molecules, and the wind flows on the surface of the washing (no high temperature is required) The odor molecules that are uncoupled from the combination of the fibers are easily detached from the surface of the fiber. Moreover, the odor molecules that have been detached are carried away by the wind, are transported from the rotating drum into the circulating air supply path, and are trapped in the dew condensation water together with the water molecules existing around the inside of the piping of the 2 condenser, and finally dew condensation water Discharged together" Wet mist has high wettability 'can be thin and evenly on the surface of the laundry. 'Because' water molecules can easily penetrate between the fibers and the combination of odor molecules, so even if a small amount can be easily cut off. When heat is used to cut the fiber 200934913 into combination with odor molecules, the surrounding environment is also exposed to considerable heat. Further, when the laundry is wetted with water, the water can be evaporated to dry the laundry 'but it takes a long time. Therefore, when mist is used, it is easy to cut the combination of the fiber and the odor molecule and a high deodorizing effect can be obtained. 5 10 15 However, in the case where the ultrasonic atomization method is used as the mist generating device, the amount of mist generated per unit time depends on the degree of water which is the source of the mist generation, and the vibration circuit portion for driving the ultrasonic vibrator. The input voltage and the like are increased or decreased. For example, using the ultrasonic vibration f of the magical vibration, the other conditions are fixed, and only the water temperature is changed from 5 °C to 3 。. (:, the amount of mist generated is about 1.5 times. Also, if only the voltage input to the vibration circuit is changed from 95V to er, the amount of mist generated here is also about Μ times. Usually, due to the aforementioned water The temperature change and the voltage change are in the family, and the changes that may occur under the use environment are assumed to be within the range of 90 to 96% of the best dryness of the cleansing scales under the condition that the amount of mist generated is minimized. When the amount of mist generated is the maximum, the amount of mist generated will be excessive. Therefore, the drying rate of the washing is reduced to the vicinity, and since the uneven sentence is wet, the meaning of the mist is not used. Conversely, the amount of mist generated is Under the maximum conditions, if the drying rate of the _ thing is adjusted to the most suitable 90% to 96% of the wrinkle stretch, the cleaning is almost no better under the condition that the amount of mist generated is the smallest. The drying rate of the so-called secret is only 99. % of questions. ',

C SUMMARY OF THE INVENTION J SUMMARY OF THE INVENTION The present invention provides a system for treating the above problems. 20 200934913 The mist generated by the atomization unit can be made into a particle having a good wetness (preferably The wet mist of 10 to 50 μη is mainly in the state of being introduced and filled in the rotary drum, and the effective drying rate (preferably 9 〇 to 96%) is caused by the temperature of the water or the input voltage to the vibration circuit unit. A drum-type washer-dryer that can be used to reduce the wrinkle effect on the surface of the garment table. - The drum-type washer-dryer of the drum type includes a plurality of perforated holes formed in the peripheral wall and can be stored in the laundry. a rotary drum that is rotationally driven, has a rotating drum inside e, and forms a water tank for conveying the air to the guide 10 to dry the air, a water supply device for supplying water to the water tank, and a drain for draining water from the water tank. a dehumidifying device and a heating device for generating dry air, and a blowing device for sending the dried air to the air guiding port, and having a circulating air supply path connected to the air guiding port And an atomizing unit disposed near the air guiding port for generating a mist, the bottom 15 of the rotating drum has a bottom opening formed opposite to the air guiding opening, and a disk-shaped partition wall member fixed to the front surface of the bottom opening, and In the partition member, a plurality of long rectangular bottom holes are formed in the circumferential direction (4), and the mist generated by the atomizing unit is configured to pass through the bottom opening and the bottom wall through the air guiding opening, and the air is dried. The flow is introduced into the rotating drum. -20 16 According to the configuration of (4), the mist mainly composed of the mist of the atomizing unit is sent to the circulating air supply path from the connection port of the atomizing unit and the circulating air supply path located above the air guiding port. And flowing down to the air guiding port located below it due to falling of its own weight. Further, the air flow from the air guiding opening through the bottom opening through the slightly rectangular longitudinal direction along the through hole formed in the bottom wall of the partition member moves Introduced into the rotating drum. Thus, the moving path from the atomizing unit to the air guiding port is short, and since it is configured to flow down to the air guiding port due to its own weight, it can be suppressed. In the middle of the moving path, the pipe wall collides with the pipe wall and the like, and the phenomenon of separation and separation is suppressed. Therefore, the agglomeration phenomenon is suppressed, and the mist is introduced and filled in a state in which the wet mist (grain 5 diameter: 10 to 50 μm) is preferable. In the rotating drum, the condition of excessive fogging prevents the remaining mist from being collected in the periphery of the through-hole of the bottom wall of the rotating drum and is introduced into the rotating drum. Therefore, even the temperature of the water or the input voltage to the vibration circuit, etc. If the change occurs, the surface of the clothing can be wetted by an effective drying rate (preferably 9 〇 to 96%) 濡 10, and the wrinkles generated on the clothes can be effectively reduced by drying the clothes in such a state. In the configuration, a plurality of bottom wall through holes are formed in almost all areas of the partition member in such a manner that the circumferential direction becomes a long rectangular shape, and each of the bottom walls can be made to pass through 15 holes as compared with the case where the bottom wall through holes are formed into a circular shape. The opening area is set to be large. Thereby, the ratio of the opening area of the bottom wall through hole to the bottom surface (the circular surface of the partition member) can be set to be large, and the amount of air supplied to the rotating drum can be increased, and a large amount of mist can be introduced in a short time. Go to the rotating drum. Further, the bottom wall through hole is formed in a substantially rectangular shape, whereby the degree of freedom in setting the ratio of the opening area of the through hole of the bottom wall and the efficiency of contact with the mist can be made wide. By setting the opening area of the through hole of the bottom wall to be large, and appropriately setting the contact efficiency with the mist, even if the temperature of the water or the input voltage to the vibration circuit changes, the amount of the corresponding mist generation is reduced to the bottom wall. The agglutination around the through-holes does not cause a large change in the amount of mist introduced into the rotating drum, and the dimension 12 200934913 is kept within a certain range. Thereby, the surface of the garment can be effectively wetted to a drying rate which is most suitable for wrinkle stretching by 90 to 96%, and the wrinkles formed in the garment can be effectively reduced by drying the garment in such a state. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a side cross-sectional view showing the structure of a drum-type washer-dryer according to an embodiment 1 of the present invention; and FIG. 2 is a view from the back side of the frame of the drum-type washer-dryer Fig. 3 is a partial cutaway view taken from the back side of the frame of the drum type washer-dryer; Fig. 4 is a side sectional view of the drum type washer-dryer; A side wall of the bottom wall of the drum-type washer-dryer is displayed, and a rear view of the bottom wall of the bottom wall of the drum-type washer-dryer is shown; 7 is a plan view showing a part of the relationship between the opening of the rotating drum and the partition member of the rotary drum of the drum type washer-dryer; FIG. 8 is a side view showing the side of the atomizing unit of the drum type washer-dryer; • Sectional view; - 20 Fig. 9 is a rear sectional view showing the atomization unit of the drum type washer-dryer; Fig. 10 is a view showing the bottom of the drum type washer-dryer according to the embodiment 2 of the present invention. Rear view of the partition member of the wall; The side wall of the bottom wall of the washing and drying machine 13 is a side sectional view of the 200934913 piece; the 11B is a side sectional view showing the partitioning member of the bottom wall of the drum type washing and drying machine; A configuration of a washing and drying machine having an atomizing unit is shown in Fig. 5; and Fig. 13 is a view showing a configuration of another clothes dryer having a known atomizing unit. - [Embodiment 3] Detailed Description of Preferred Embodiments [10] Hereinafter, an embodiment of a drum-type washer-dryer according to the present invention will be described with reference to the drawings. Further, the embodiments disclosed below are exemplified at all points and are not limited thereto. (Embodiment 1) The structure 15 and the operation of the drum-type washer-dryer according to the first embodiment of the present invention will be described with reference to Figs. 1 to 4 . BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a side sectional view showing the construction of a drum type washer-dryer according to a first embodiment of the present invention. Fig. 2 is a perspective view for explaining the arrangement of the circulating air supply path 〇 and the atomizing unit of the drum type washer-dryer and seen from the back side of the casing. Fig. 3 is a view for explaining the configuration of the circulation air blowing path of the drum type washer-dryer and the structure of the atomizing unit 20, and showing a part of the rear side of the casing. Fig. 4 is a side sectional view showing the connection structure of the atomizing unit and the water tank of the drum type washer-dryer. The drum-type washer-dryer 1 according to the first embodiment of the present invention is configured such that the water tank 3 is suspended in a suspension structure in a washing and drying machine frame 2 by a suspension structure not shown. In the water tank 3, a bottomed cylindrical shape is formed, and a rotary roller having an open end 41 is disposed in a direction in which the center of the sleeve 4 is inclined downward from the front side (the left side in the drawing) toward the back side. On the front side of the water tank 3, a garment doorway 31 communicating with the open end 41 of the rotary drum 4 is formed. By opening the door 5 to communicate with the garment entrance 31, the laundry can be taken out and placed in the rotary drum 4, and the door 5 can be opened and closed to be tilted upwardly on the front side of the laundry dryer casing 2. The opening of the face. Since the door 5 is provided on the upwardly inclined surface, the operation of taking out the laundry can be carried out without bending, and the workability of the drum type washing machine in which the laundry is generally taken out by the opening in the lateral direction is improved. The rotary drum 4 is formed on its peripheral wall 4a with a plurality of circumferential double through holes 4b communicating with the inside of the water tank 3. On the inner surface of the peripheral wall 4a, the agitating projection 4c is provided at a plurality of positions in the circumferential direction. Further, on the bottom wall 4d of the rotary drum 4, a bottom opening 4e is formed at a plurality of positions along the circumferential direction opposite to the air guiding port 18 (see FIGS. 3 and 4) formed in the water tank 3. 4 picture). Further, a partition member 4f having a thin circular disk shape constituting the bottom portion 4d is partially attached to the inner surface of the bottom wall of the rotary drum 4 in front of the bottom surface 15 of the bottom surface. Here, the bottom wall structure of the rotary drum of the drum-type washer-dryer in the present embodiment of the present invention will be described using Figs. 5, 6 and 7. Fig. 5 is a rear view for explaining the structure of the bottom wall of the rotary drum in the embodiment. Fig. 6 is a side sectional view of the sun, and Fig. 7 is a partial plan view showing the relationship between the plurality of bottom opening 4e of the drum 4, the opening partitioning portion 4k separating the roller 4, and the partition member 4f. Further, in Fig. 6, the left side is the bottom side of the rotary drum 4. As shown in Fig. 5, in the partition member 4f, in addition to the central circular portion 4fc, a substantially elongated and slightly rectangular bottom wall through hole 4g is formed in the circumferential direction. Further, on the back surface of the partition member 4f, a plurality of radial ribs 4h projecting from the back side are formed at substantially equal intervals from the periphery of the central circular portion 4fc. Further, the circumferential ribs 4i projecting more than the radial ribs 4h on the back side are formed concentrically so as to intersect the radial ribs 4h5. In the present embodiment, the radial ribs 4h are formed not to be in the radial direction but to be inclined toward the side in the rotational direction of the rotary drum 4 with respect to the radial direction. More specifically, as shown in Fig. 5, the direction of the radial rib 4h is inclined from the designated position of the central circular portion 4fc with respect to the radial direction, and is formed as a circle which is bent toward the side of the rotation direction of the drum 10 Arc shape. Further, the radial ribs 4h and the circumferential ribs 4i correspond to the portions of the horizontal strips for partitioning the plurality of bottom wall through holes 4g, and are erected without obscuring the opening portions of the bottom wall through holes 4g. The bottom wall through hole 4g is formed from the vicinity of the central circular portion 4fc of the partition member 4f to the vicinity of the peripheral portion thereof, and the long sides of the substantially rectangular shape are formed in an arc shape and arranged in a concentric shape. The aperture ratio (area) of the circular opening of the bottom wall 15g to the partition wall member 4f is set to about 80% in the present embodiment, but can be set to 7 〇 to 95%. Further, as shown in Fig. 7, the opening partitioning portion 4k for partitioning between the plurality of bottom surface openings 4e formed in the bottom wall 4d of the drum 4 is radially formed in the radial direction. In the radial direction, the radial opening rib 4h is formed in the direction of the radial rib 4h of the partition member 4f in a non-radial direction, but is formed in an arc curved on one side of the rotation direction of the rotary drum 4. shape. As a result, the radial partition portion 4k which is formed in the radial direction and the radial ribs formed on the back surface of the partition member 4f are opposed at a certain inclination angle. The rotary drum 4 having the bottom wall 4d is rotatably driven in the normal rotation direction and the reverse rotation direction by a motor 6' attached to the surface of the bottom surface of the water tank 3, 200934913, by a control mechanism (not shown). X, in the water tank 3, the water supply line 7 is connected to the drain pipe 8 by a pipe, and is drained from the inside of the tank 3 by the water supply valve and the drain valve (not shown). (4) Water to water 5 ❹ 10

15 G 20 Hereinafter, the operation of each part of the drum type washer-dryer according to the present embodiment is controlled by a control mechanism not shown in Fig. 4. When the washing and washing agent of the clothes and the like are put into the rotary drum 4 from the opening, the drum-type washer-dryer starts to operate, and the pre-twisted water is injected from the water supply line 7 constituting the water supply device. The washing process is started in the water tank 3, and the rotary drum 4 is rotationally driven by the motor 6. By the rotation of the rotary drum 4, the laundry which has been collected in the % rotating drum 4 is lifted up in the rotational direction by the stirring projection 4C provided on the inner peripheral wall of the rotary drum 4, and is raised from the appropriate height position. The stirring action of falling. Thereby, the laundry is applied by applying a tapping wash to the laundry. After the predetermined washing time, the dirty washing liquid is discharged from the drain line 8 constituting the draining device, and the washing liquid contained in the washing material is dehydrated by the dehydrating operation of rotating the rotating drum 4 at a high speed. Thereafter, water is supplied from the water supply line 7 into the water tank 3 to carry out a rinsing and dehydration process. Even in the rinsing/dewatering process, the laundry accommodated in the rotary drum 4 is repeatedly subjected to the stirring operation by lifting and falling by the stirring projection 4c in accordance with the rotation of the rotary drum 4, and rinsing is performed. After the rinsing is completed, the rinsing and dehydration process is completed by dehydrating the water contained in the laundry by the spin-drying operation of rotating the rotary drum 4 at a high speed. The drum type washer-drying machine 1 is provided for drying and being accommodated in the rotating roller 17 200934913 5 10 15 (4) I, that is, the water tank is dehumidified, and the heated air is recirculated and the oxygen is discharged. In the middle of the circulation air supply path 9, in the middle of the inside of the casing 3 of the water tank 3, a heating device such as a squirrel, a squirrel, and the like, And the air blower condensing device such as the fan 12 is provided, and the air circulation is introduced from the water tank 3 to the blower fan 12; the air supply fan is torn apart by the air blower, and the air is blown from the dry air. The tuyere 18 is in the water =; =, the atomizing unit 3 is connected to the bottom surface of the position close to the air guiding port 18, and the dry air blowing pipe 14 is on the back side of the groove 3 in the washing and drying machine frame 2. (4) As shown in Fig. 2, the upstream side is sequentially connected by the pipe Β, the flexible pipe 16 and the upper pipe 17. The communication port (7) (refer to Fig. 3) is located below the upper pipe 17 The lower opening is open, and the connection is connected to the back air vent 18 provided in the water tank 3. The upper pipe I is located at the lower portion thereof The center 2 is inclined and raised from the center, and is slightly bent at the middle of the body, and is inclined downward toward the air guiding port 18 of the water tank 3 at the upper portion thereof. The flexible duct 16 is constructed of a flexible tube. And preventing the vibration transmission of the upper pipe 17 accompanying the rotation or starting and stopping of the rotary drum 4

To the fan 12 side. The 2 〇 dry emptied milk which is dehumidified by the evaporator 10 and heated by the condenser ’ is fed through the dry integrated air supply line 14 from the air guiding port 18 into the water tank 3 and the rotary drum 4 located inside thereof. The flow of air is generated in the circulating air supply path 9 by driving the blower fan 12 at an idling speed. Therefore, the humid air in the rotary drum 4 in which the laundry is stored passes through the peripheral wall through hole 4b provided in the peripheral wall 4a, and is exhausted from the water tank 3 to the circulating air introduction line 3 on the side of the fan 12 to the 2009200913. Further, the water is dew condensation and dehumidified by the evaporator 1 located above the blower fan i2, and is heated by heat exchange with the condenser 11 to become high-temperature dry air. The heated dry air is sent from the blower fan 12 to the dry air supply line 14 to the water tank 3, and is sent into the water tank 3 through the air guiding port 18 provided in the water tank 3. The high-temperature dry air sent into the water tank 3 is introduced into the rotary drum 4 through a bottom opening 4e and a peripheral wall through hole provided in the bottom wall of the rotary drum 4'. After that, it is distributed between the laundry such as clothing (not shown), and is dried, and the wet air is removed from the peripheral wall through hole 4b provided in the peripheral wall 4a, and is again introduced into the water tank 3. The circulating air is introduced into the line 13. The drying process is carried out by circulating air in the circulating air supply path 9 (circulating air guiding line 13 and (4) air blowing line 14) of θ. Here, the drum-type washer-dryer 4 according to the present embodiment has an atomizing unit 3G which will be described later, and is provided with a wrinkle for the surface of the rotary drum, and the surface of the rotary drum is stretched and dried. "Wrinkle stretch mode". In the "sensitive pattern stretching mode", the evaporation (four) and the condensing fill are stopped, and the speed of the β 4 (four) drum 4 and the blower fan 12 is reduced, and the speed of the drying process is low, and the atomizing unit is started. 3〇. A mist 20 (see Fig. 3) formed by fine droplets is generated in the atomization unit 30, and the 2G is damped to the dry stream flowing through the dry air supply line 14. In other words, as will be described later, the mist 20 in a state in which a large amount of fine mist and mist is present is sent to the water tank 3, and is introduced into the rotating drum. In this way, the procedure for reducing the wrinkle reduction effect of the sensitive type of clothing 19 200934913 is carried out until the misty thief is full of the rotating drum, and the surface of the clothing is effectively frosted. Further, after that, the atomizing unit 30 is stopped and the rotational speeds of the rotary drum 4 and the blower fan 12 are increased until the same speed as the normal drying procedure. At the same time, the normal drying operation is carried out by operating the evaporator 10 and the condenser 11. In this way, one side of the drying clothes can stretch the wrinkles of the clothing. Further, in the "wrinkle stretching mode" described above, the rotary drum 4 may not be rotated. Further, in the above-mentioned "wrinkle stretching mode", as described above, the mist 20 can be used to reduce wrinkles, and the odor removing effect can be obtained by the following principle. Usually the odor is an odor component that is attached to the surface of the garment by molecules. For example, 10 cigarettes, the smell of roast meat, etc., but with the mist 20 colliding with the odor molecules, the odor molecules can be dissolved in the molecules of the water itself. By this action, the odor molecules are detached from the clothing. After the mist treatment, the drying operation is carried out, and the water in which the odorous component is dissolved is evaporated by the high-temperature and low-humidity air, thereby preventing the odor molecules from adhering to the clothes and deodorizing. 15 Next, the configuration of the atomizing unit 30 of the present invention and the "wrinkle stretching mode" will be described with reference to Figs. 8 and 9 and the drawings. Fig. 8 is a side sectional view for explaining the structure of the atomizing unit of the drum type washer-dryer in the present embodiment, and Fig. 9 is a rear sectional view thereof. The atomizing unit 30 is disposed in an upper orientation 20 close to the air guiding port 18 of the water tank 3, and includes a water storage container 31 for storing the water 21 as a mist generating source, and a storage tank 31 for storing in the water storage container 31. The water 21 applies a supersonic vibrator 32 of ultrasonic vibration. Further, the atomizing unit 3 further includes a water injection device 33 (see Fig. 3) for injecting water into the water storage container 31, and a water temperature sensor 35 for measuring the temperature of the water in the water storage container 31. The water storage container 31 of the atomization unit 30 is disposed at a position above the adjacent air guiding port 18 on the surface of the 20 200934913 κ groove, and is connected to the direct dry air supply line 14 through the connection port Me located above the air guiding port 18 ( The upper line 17 of the circulation air path 9) is circulated. The water storage container 31 is adjacent to the outside of the back surface of the water tank 3, and the water storage capacity 5 1131 is formed to be inclined with respect to the front side 31bf of the side wall 31b of the water tank 3 in the direction of the straight line along the side surface of the water tank 3. The side of the side wall is formed in the wrong direction along the back side of the washing and drying machine frame 2. Therefore, the bottom wall 31a of the water storage container 31 is formed to have a wide width. © the water storage tank 31', a water source 2 as a mist generation source is stored, and a water injection port 31c for injecting the water 21 from the water injection device 33 via the water injection pipe 34 is provided in the upper portion thereof. The opening 31d is provided on the side wall 31b' on the side opposite to the upper line 17, and the upper portion of the air guiding port 18 is provided with a connection port 31e connected to the upper line 17. Therefore, the water 21 injected into the water storage tank 31 from the water injection port 31c is overflowed from the opening port 31d through the connection port 31e to the upper line 17 of the upper portion 15 of the air guiding port 18, so that the water can be easily configured and stored. The water 21 in the container 31 is maintained at a certain water level. Further, the water 21 overflowing from the opening ld3ld is sent to the water tank 3 through the connection port 31e, the upper duct 17, and the air guiding port 18, and is discharged to the outside through the drain line 8. " Ultrasonic vibrator 32 is arranged such that the vibrating surface 32a of the piezoelectric element 20 for generating ultrasonic vibration is in close contact with the bottom wall 31a of the water storage container 31, and the ultrasonic wave is vibrated by actuating the piezoelectric element The sound wave transmitting direction 32b (direction perpendicular to the vibration surface 32a) is transmitted, and as shown in Fig. 9, the water in the water storage container 31 forms the liquid column 22. Further, the ultrasonic vibrator 32 is obliquely attached so that the vibrating surface 32a faces the opposite side of the connection port 31e (the side side 31b which is different from the side 21b of the side wall 31b, the front side 21, the 200934913 side 31bf and the rear side 31br, and the liquid column 22 is formed. The inner surface direction of the side opposite to the connection port 31e of the side wall 31b (the side side 31bs of the side wall 3113) is formed. Therefore, as the liquid column 22 is formed, convection of the water 21 and the air is generated along the liquid as indicated by the solid arrow. The column 22 rises and descends and rises along the inner surface of the side wall 31b (the side 31bs of the side wall 31b). At the same time, the ultrasonic vibration transmitted through the liquid column 22 causes the surface of the water 21 to vibrate slightly, thereby weakening The surface tension near the front end of the liquid column 22 generates a mist 2 (mist) corresponding to the fine droplets vibrating finely of the liquid column 22. The mist 20 is pushed out by the convection motion of the water 21, and is directed toward the ultrasonic transmitter 10 The convection of water and air discharged from 32b descends and rises along the inner surface of the side wall 3ib. Thereafter, the surface of the water 21 to be stored and the inner surface of the side wall 31b are discharged through the connection port 31e to the upper portion 17 above the air guiding port 18. .and The mist 20 discharged to the upper line 17 is immediately sent to the water tank 3' from the lower air guiding port 18, and is further introduced into the 15 rotating drum 4 through the bottom opening 4e of the rotating drum 4 and the bottom wall through hole 4g. In the embodiment, when the mist 20 is introduced into the rotary drum 4, the blower fan 12 is rotated at a rotation speed of about 500 rpm. At this time, the amount of air flow in the circulation air passage 9 is 〇.i5m3/mii^ During the rated operation of the drying program (rotating the fan 12 at a rotation speed of 5800 rpm 20, and sending a dry air of 2.2 m3/min air volume to the dry air supply line ^), the rotation speed of the rotary fan is equivalent to about 1/10 and is sent. The amount of air is equivalent to the degree of left and right. The air is circulated through the dry air supply duct 14 by such a weak air volume, so that the mist 2 is pushed from the air guiding port 18 into the rotating drum 4, and can be appropriately introduced. In the rotating drum 4, the high-level 200934913 floating haze and wet mist can be simultaneously introduced into the rotating drum 4 from the air guiding port 18, and the temperature of the clothing is close to normal temperature, and when the temperature of the mist is high, the moisture It is reduced to the surface of the clothes, and the clothes can be dampened more effectively. In order to obtain such an effect, the amount of air blown by the air flow in the circulating air supply is suitably 0.05 m3/min~].〇〇m3/min. If the air supply volume is not When the wet mist is introduced into the rotary drum 4, the clothes in the rotary drum 4 may become obstacles, and the wet drum may not sufficiently enter between the rotary drums 4, and the portion thereof may also flow down to the water tank 3 and the rotary drum 4 Further, the amount of dry mist introduced into the rotary hobbing cylinder 4 is reduced, and the above effects cannot be sufficiently obtained. In addition, if the air supply amount of the air flow from the air passage in the circumnavigation path is more than 3, the full mist hits the wall of the dry air supply duct 14 (upper line 17): The probability of survival is reduced. Furthermore, the dry fog does not (4) in the clothing, but passes through the inside of the rotating drum 4. ο In the present embodiment, as shown in FIGS. 3, 8 and 9 , the upper coordinator 31 is connected to the connection port 31e of the dry air supply line 14 and is provided with a rectifying fin. Board 36 (rectifier). The rectifying plate is aligned with the _:==: position and is equipped with a plate 2〇 so that the air supply line 14 is dry from the rear toward the front in Fig. 8, and the mode Φ is inclined. As described above, "wrinkles are stretched and twisted~ when the fan 12 is rotated to drive, the flow of the raw air in the dry air supply line. In the case of the air supply line 14 and the rectifying fan 36, the atomization unit 3G ^ The air is difficult to enter from the connection port 316 into the τ·steam (the water storage shims 36, such as w ώ η inside. However, as shown by the arrow provided by the rectifying fins, the air is partially passed through the rectifying fan 23 200934913 The upper part of 36 is divergent, and is fed from the upper side of the connection port 3 (four) to the atomization unit 30. Thereafter, it circulates in the atomization unit 3, and air is returned from the connection port 3le to the dry air supply line 14 again. In this state, the mist 2 generated in the atomizing unit 30 flows into the dry air blowing duct 14 through the flow of the air, and flows into the air guiding port 18 by the flow of the dead weight and the air, and then introduces it. The water tank 3 is further introduced into the rotary drum 4. Further, since the liquid column 22 is formed to be inclined toward the inner surface of the side wall 31b on the opposite side of the connection port 31e as described above, the water 21 can be prevented from directly passing through the connection port 31e by the liquid column 22. Overflow The water is supplied to the upper line 17. Therefore, it is possible to prevent the water 21 in the water storage container 31 from being excessively reduced. Further, the water injection device 33 is used to supply the water 21 consumed by the mist 20 in the water storage device 31. The water supply port 33a below the water injection device 33 and the water injection port 31c of the water storage container 31 are connected by a water injection pipe 34, and an opening and closing valve (not shown) is provided at an appropriate position 15 therebetween. The water injection device 33 activates the atomization device 30. In the initial stage, the opening and closing valve is opened. In order to accumulate water in the water storage container 31, water is supplied from the water supply port 33a of the water injection device 33 through the water injection pipe 34 only for a sufficient predetermined time. At the same time, the excess water 21 is made from the side wall 31b. The opening 堰3id overflows, and the water 21 in the water storage container 31 is maintained at a certain water level. The water injection operation in the initial stage 20 of the startup is used to supplement the water 21 in the water storage container 31 which is reduced by evaporation or the like during the stop. And the state of the water atomization unit 30 is often used in a state of a certain water level. The water temperature sensor 35 is configured to measure the water temperature in the water storage container 31 by using a heat resistor or the like. The water temperature measured by the device 35 exceeds 200934913 When the temperature is constant, the water 21 is replenished from the water injection device 33 to lower the water temperature, and the water temperature in the water storage container 31 is usually not higher than the predetermined temperature. The predetermined temperature is set to the upper limit temperature of the ultrasonic vibrator 32 or The temperature is slightly lower than this. Thus, the water 21 in the water storage container 31 can be rapidly cooled by replenishing the water 21 from the water injection device 33. Therefore, it is not necessary to use a special cooling device, and the water storage container can be used. The water 21 in the 31 does not exceed the use of the ultrasonic vibrator 32. The upper limit temperature. Moreover, when the water 21 is replenished from the water injection device 33 for a certain period of time and the water temperature rise is often suppressed, the water temperature may not be provided. The detector 35. The mist 20 generated by the atomizing unit 30 differs in characteristics such as floatation and surface tension (humidity) due to its particle diameter. In other words, an ultrafine mist having a particle diameter of less than 1 μm is also called a dry mist, and has a so-called surface tension and a high floating property because of its extremely fineness, but has a low wettability when attached to an object. The fine mist having a particle diameter of 10 to 50 μm is also called wet mist. Since the phase 15 has a relatively large particle diameter compared to the dry mist described above, it has a characteristic that the surface tension is weak and the wet property is high when it adheres to an object. Particle size exceeds 5〇μπΐ2 © The coarser mist has a property close to water droplets. Moreover, the mist 2 generated by the atomizing unit 30 is moved to the air guiding port. 18, the wall 31b of the impinging water storage container 31 or the wall of the upper pipe 17 or the 20 is agglomerated with each other, gradually thickening the mist. Shedding separation, the ratio of the presence of fine wet mist increases. Further, it is introduced into the rotary drum 4 in a state mainly composed of wet mist. Here, the mist 2 湿 wet mist mainly in the state of wet mist has a volume existence ratio exceeding 50% of the total, and the particle size distribution of the mist 20 measured by the laser diffraction scattering method is measured. Medium means that the median particle size 25 200934913 D50 is in the range of 10 to 5 〇 from 111. If the path between the mist 20 moving to the air guiding port 18 is long and there is a curved portion in the middle of the path, the fine wet mist is agglomerated and falls off and separated. Therefore, since the existence ratio of the mist in the mist 20 is reduced, it becomes a mist 20 which is mainly composed of dry mist, and therefore it is not desirable. According to the above configuration, the mist 20 generated in the atomizing unit 30 is connected from the atomizing unit 30 (water storage container 31) located above the air guiding port 18 to the connection port 31e of the dry air blowing pipe (upper pipe I?). The dry air supply line 14 is fed and dropped by its own weight. Therefore, the air guiding port 18 falls into the water tank 3 in a state mainly composed of wet mist, and is introduced into the rotary drum 4 again. Further, since the blower fan 12 is disposed at a position below the inside of the washing and drying machine casing 2, the dry air is sent from the blower fan 12 to the dry air blowing duct 14, and thus becomes the connection port 3% at the atomizing unit. The mist 20 is introduced into the dry air stream without being affected by the wind pressure (dynamic pressure) from the fan. In this embodiment, since the moving path from the atomizing unit 30 to the air guiding port 18 is short and the configuration is dropped by its own weight, it is possible to suppress the agglutination of the wet mist in the middle of the moving path, and it is preferable in the wettability. Further, the mist 20 is introduced and filled in the rotary drum 4 in a state where the wet mist having a particle diameter of 1 〇 to 50 μm is mainly used. Therefore, the surface of the clothes can be effectively wetted, and by drying the clothes of such a state, wrinkles generated on the clothes can be effectively reduced. Further, in the "wrinkle stretching mode", it is not necessary to rotate the rotary drum 4 to obtain the wrinkle reducing effect of the clothes. However, in the present embodiment, as described above, the rotary drum 4 is rotated. With respect to the dry state of the clothes in the rotary drum 4 at a normal temperature, the temperature of the water in the water container 31 is increased due to the vibration of the ultrasonic vibrator 32, so that the temperature of the mist 20 generated is 5 〇 10 The surface temperature of the clothing is high. Therefore, since the dry mist is introduced into the rotary drum 4 at a high temperature, not only the wet mist, but also the dry mist is easily condensed to form a fine surface on the surface of the garment which is lower than the mist temperature and the peripheral wall 4a of the rotary drum 4. Water droplets. At this time, by rotating the rotary drum 4, the clothes can be searched and the mist 20 containing the dry mist can be introduced into the rotary drum 4 without being hindered by the clothes, and the entire clothes can be more effectively wetted. In the present embodiment, the mist 20 is sent from the connection port 31e to the dry air supply line 14, and is dropped by its own weight, and is introduced into the water tank 3 from the air guiding port 18 via the air flow and further introduced into the rotary drum 4. Further, when the mist is introduced (when the atomization unit is started), the rotary drum 4 is quietly rotated at a rotation speed of about 45 rpm. Thus, by rotating the rotary drum 4 quietly, the wet mist which is likely to remain in the vicinity of the bottom of the rotary drum 4 can be filled to the respective corners of the rotary drum 4. Therefore, it is possible to effectively wet the clothes in the rotary drum 4 by using the high-humidity full mist. Moreover, by drying the clothes of such a state, the wrinkles formed in the clothes can be effectively reduced. ❹ Since such a wet mist is filled into each corner of the rotary drum 4, the rotational speed when the rotary drum 4 is rotated is suitably adapted to 15 to 80 rpm. If the rotation speed is less than 15 rpm, a part of the mist introduced from the air guiding port 20 20 is retained near the bottom of the rotary drum 4. When the rotational speed exceeds 80 rpm, a part of the mist 20 is pushed toward the peripheral wall side of the rotary drum 4 by the centrifugal force, and collides with the peripheral wall or the like to reduce the existence ratio of the wet mist. The amount of mist generated per unit time of the ultrasonic vibrator 32 used in the present embodiment is caused by the water temperature of the water 21 in the water storage container 31 and the vibration of the ultrasonic vibrator 32 driven by 27 200934913. The input voltage and the like of the circuit unit (not shown) are increased or decreased. For example, when the ultrasonic vibrator 32 vibrating at 1.6 MHz is used, when other conditions are fixed and only the water temperature is changed from 5 ° C to 30 ° C, the amount of mist generated is approximately 1.5 times. Further, if only the electric voltage input to the vibration circuit is changed from 95V to 107V, the amount of mist generated here becomes about 1.5 times. The change in the aforementioned water temperature and the change in the input voltage are common changes that may occur in the home. Therefore, assuming that the amount of mist generation is the smallest, the drying rate of the clothes most suitable for wrinkle stretching is adjusted to be 90 to 96%, and the amount of mist generated is excessive when the amount of mist generation is maximized, and the drying of the clothes 10 is excessive. The rate will drop to around 70% and will be unevenly wetted. Therefore, it makes no sense to use the mist to get wet. On the other hand, when the amount of mist generation is the maximum, the amount of mist generated is adjusted so that the drying rate of the clothes becomes 90 to 96%, and when the amount of mist generation is minimized, the clothes are hardly wet and the drying rate of the clothes stays. Around 99%. Therefore, it is impossible to obtain a stretch effect of wrinkles. Therefore, if the clothes are to be effectively wetted, the water temperature and input voltage should be kept constant. However, if such control is incorporated, it is necessary to have a water temperature measuring device, a water temperature adjusting device, an input voltage measuring device, and an input voltage adjusting device. In the present embodiment, the drying rate of the clothes when the mist 20 is wetted is 90 to 96% without using such a measuring device or the adjusting device. That is, the output of the vibration circuit unit and the atomization capacity of the atomization unit 30 generated by the ultrasonic vibrator 32 are set so that the drying rate of the clothes is low under the conditions of low water temperature and low input voltage. In the case of such atomization ability, the mist 20 is generated under the condition of high water temperature and high input voltage which is the highest in the amount of mist generation. As described above, excessive mist is supplied to the clothes. . However, in the present embodiment, the excessive mist 20 is agglomerated (collected) around the bottom wall through hole 4g formed in the bottom wall 4d (partition member 4f) of the rotary drum 4, and excessive mist 2 is prevented from being introduced. Rotate the drum 4 in 5 turns. The amount of mist 2 collected around the bottom wall through hole 4g depends on the bottom wall. The contact efficiency of the through hole with the mist 20 depends on the amount of the mist 20 to be passed through the bottom wall through hole 4g. When the amount of mist to be passed is small, since the contact enthalpy is inefficient, it is hardly collected in the bottom wall through hole 4g. However, when the amount of the mist 20 is too large, a large amount of mist is collected in the bottom wall through hole 4g because the contact efficiency is high. In the present embodiment, since a plurality of bottom wall through-holes are formed in almost all areas of the partition member in a manner of being slightly rectangular in the circumferential direction, a circle is formed in the through-holes of the bottom wall. Shape, each bottom wall through hole Π _ opening area can be set to the largest. Therefore, the opening σ surface of the bottom wall through-hole is set to be larger, and the towel makes the reduction cylinder 4 wind f❹, so that the large 4 mist is effectively introduced in a short time. It is inside the rotary drum 4. ‘ In addition, by making the bottom wall through hole 4g a slightly rectangular shape, the degree of freedom in the opening surface rate of the bottom wall of the .2G$ and the contact efficiency with the mist 2G can be widened. By increasing the ratio of the opening area of the bottom wall through hole 4g and appropriately setting the contact efficiency with the mist 20, even if the temperature of the fairy and the input voltage to the vibration circuit unit are changed, the amount of fog generation can be increased. The increase or decrease is agglomerated around the bottom wall through-hole 4g, so that the mist introduced into the rotary drum* is not greatly changed, and can be maintained within a certain range. Thereby, the surface of the garment can be effectively wetted at a drying rate optimum for wrinkle stretching of 9 〇 to 96%, and the wrinkles formed in the clothes can be effectively reduced by drying the clothes in such a state. In the present embodiment, the substantially rectangular bottom wall through hole 4g is formed in a wide area from the vicinity of the central portion of the partition member 4f to the vicinity of the peripheral portion thereof, and the slightly rectangular long side is formed into an arc. Shaped and arranged in a concentric shape. Therefore, the bottom wall through holes 4g can be arranged neatly, and the opening area ratio 10 of the bottom wall through holes 4g can be set to be as large as 7 〇 to 95% as compared with the case where the bottom wall through holes are formed in a circular shape. (In the present embodiment, the larger the opening area ratio of the bottom wall through-hole #, the larger the amount of air blown toward the rotary drum 4, and the larger amount of the mist 20 can be efficiently introduced into the rotary drum 4 in a short time. A plurality of bottom wall through holes 4g which are arranged in a substantially rectangular shape can be arranged to narrow the horizontal strips between the through holes of the bottom wall. Therefore, the wet mist gathers in such a horizontal strip, and the introduction into the rotating drum The amount of mist in the 4 is reduced, and a large amount of the mist 20 can be efficiently introduced into the rotary drum 4 in a short time. In order to do so, it is desirable to make the opening area ratio 70% or more. However, the partition member 4f& In order to have a predetermined deformation strength, the opening area ratio is desirably 95% or less. 20 Further, in the present embodiment, on the back surface of the partition member 4f, a plurality of radial ribs 4h protruding from the back side are provided. Formed slightly radial. And at the same time, complex The circumferential ribs 4i protruding from the radial ribs 4h on the back side are formed concentrically so as to intersect at least a part of the radial ribs 4h. Here, the circumferential ribs are set to be larger than the radial ribs 4h. 30 200934913 Thereby, the water droplets that are gathered around the bottom wall through hole 4g of the rotary drum 4 are accompanied by the gray rotation of the rotary roll 4, by gravity or centrifugal force along the radial rib formed on the back side of the partition member. 4h flows. Then, the water droplets gather along the circumferential ribs 4i formed in the circumferential direction in the opposite direction of the rotation direction, and gather at the position where the radial ribs 5 intersect the circumferential ribs 4i and are discharged into the water tank 3 from the position. By changing the temperature of the water 21 atomized by the atomizing unit 30, the input voltage to the vibration circuit unit, etc., the surface of the clothing can be effectively wetted to a drying rate of 90 to 96%. The clothes in such a state are dry and can effectively reduce wrinkles which are formed in the clothes. Further, the partition members 4f can form the radial ribs 4h and the circumferential ribs 4i which cross each other 10, thereby improving the deformation strength of the partition members. In this case, the ratio of the opening area of the bottom wall through hole 4g is set to be large. Further, the radial rib 4h is formed in a shape inclined toward one side in the rotation direction of the rotary drum 4 with respect to the radial direction. When the ribs are inclined with respect to the radial direction and formed into a circular arc shape, the water droplets which are formed around the through hole 4g of the bottom wall of the rotary drum 4 are rotated in the radial direction, and are easily moved in the radial direction. The agglutinated water droplets are collected at the intersection of the radial ribs 4h and the circumferential ribs 4i, and can be efficiently discharged into the water tank 4 by the intersection position. ' Further, the radial ribs 4h are inclined with respect to the radial direction and form an arc In the shape of 20, and in the same manner as described above, the water droplets which are gathered around the through-hole of the bottom wall of the rotary drum are easily moved from the radial direction as compared with the case where the linear shape is formed in the radial direction. Therefore, the water droplets gather at the intersection of the radial ribs and the circumferential ribs, and are efficiently discharged into the water tank by the intersecting position or the projecting rib formed at the intersection position. 31 200934913 Further, the radial rib 4h is inclined with respect to the radial direction and formed into an arc shape, and when the rotary drum 4 rotates, the dry air introduced into the rotary drum 4 from the bottom surface opening 4e is externally opposed to the central axis of the drum or The inside is changed in direction and fed into the rotary drum 4. Actually, the rotary drum 4 is alternately rotated in the forward and reverse directions 5, so that the dried air is fed into the rotary drum 4 by alternately changing directions in the outer side and the inner side. The mist 20 (especially the high-floating dry mist) introduced into the rotary drum 4 via the flow of the dry air is stirred in the rotary drum 4 and filled with the rotary drum 4. Moreover, the mist which is stirred and filled in the rotary drum 4 in this manner contributes to uniform wetting of the laundry, and more effectively reduces the wrinkles generated in the clothes. Further, in the present embodiment, the radial ribs 4h and the circumferential ribs 4i are erected on the portions corresponding to the horizontal strips for dividing the plurality of bottom wall through holes 4g so that the openings of the bottom wall through holes 4g are not shielded. section. Therefore, the opening area of the through hole 4g of the bottom wall 15 is not reduced by the presence of the radial rib 4h or the circumferential rib 4i, so that a large amount of the mist 20 can be efficiently guided into the rotary drum 4 in a short time. Further, there is no problem that the radial ribs 4h or the circumferential ribs become obstacles, and the mist is particularly concentrated on the circumferential ribs of the radial ribs 4h or the circumferential ribs 4i, thereby reducing the amount of mist introduced into the rotary drum 4. . Further, in the present embodiment, as shown in FIG. 7, the opening partition portion 4k formed between the bottom surface opening 4e of the bottom wall 4d is partitioned by a plurality '20' in a radial direction. 4k is opposed to the radial rib 4h formed on the back surface of the partition member 4f at a certain inclination angle. The radial ribs are disposed opposite to the opening partitioning portion 4k at a certain inclination angle, even when the side is shielded by the opening partitioning portion 4k, that is, even in the position of the inner side of the rotating drum 4, 32, 2009, 13, 20 can also be fed through the open portion of the bottom wall through hole 4g through the dried air. Therefore, the front side of the opening partition portion 4k (inside of the rotary drum) does not become partially uneven in the mist 20, and can be introduced into the rotary drum 4 in a uniform state. Further, by uniformly introducing the mist 20 in the rotary drum 4 like 5, the clothes can be uniformly wetted, and the wrinkles formed in the clothes can be more effectively reduced. (Embodiment 2) Next, the structure of the bottom wall of the drum-type washer-dryer according to the second embodiment of the present invention will be described in detail with reference to Figs. 10, 11A, and 11B. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a rear elevational view showing the structure of a bottom wall of a rotary drum of a drum-type washer-dryer according to an embodiment 2 of the present invention. Fig. 11A and Fig. 11B are side cross-sectional views at different positions. Further, in the 11A and ΠΒ图, the left side is the inner surface side of the rotary drum. The structure of the drum-type washer-dryer of the present embodiment other than the bottom wall of the rotary drum is the same as that of the drum-type washer-dryer of the embodiment, and therefore, the matters other than the structure of the bottom wall of the rotary drum are omitted. Description. In the first embodiment, the radial ribs 4h are formed on the back surface of the partition member of the rotary drum, and the circumferential ribs 41 projecting from the radial ribs 4h on the back side. In the present embodiment, instead of the above-described configuration, as shown in the first drawing, the second drawing, the eighth drawing, and the first drawing, the partition member 4ff is formed with the circumferential rib 4ii at a smaller protruding size than the radial rib. . Further, as shown in Fig. 10 and Fig. UA, a plurality of projecting ribs 4j projecting more from the radial ribs 4h on the back side are formed at positions where the radial ribs 4h and the circumferential ribs 4ii intersect. Further, the position at which the plurality of protruding ribs 4j are formed may be at least one portion of the position of the intersection of the radial rib 4h and the circumferential rib 4ii, and may be at least one of the positions of the intersection and the position. Thereby, the water droplets that have accumulated around the bottom wall through-hole 4g of the rotary drum 4 flow along the radial ribs 4h and the circumferential ribs 4ii due to gravity or centrifugal force in accordance with the rotation of the rotary drum 4. Thereafter, it is concentrated at the intersection of the radiating rib 4h and the circumferential rib 4ii, and is discharged into the water tank 3 along the protruding rib 4j formed at the intersecting position 5. Thereby, even if the temperature of the water 21 atomized by the atomizing unit 30, the input voltage to the vibration circuit portion, and the like are changed, the surface of the clothing can be effectively wetted to a drying rate of 9 〇 to 96%. Moreover, by drying the clothes in such a state, the wrinkles generated by the clothes can be effectively reduced. Further, in the partition member 4f, the deformation strength of the partition member 4ff can be increased by forming the radial ribs 4h and the circumferential ribs 10411' which intersect each other, and in this case, the opening area ratio of the bottom wall through-hole 4g can be set to Larger. Further, even if the clothes are adhered to the front surface of the partition member that rotates the drum relative to the front of the air guiding port 18, the air flow flowing from the air guiding port 18 through the water tank 3, the bottom surface opening 4e, and the bottom wall through hole 4g is blocked by The protruding dimension of the circumferential ribs 4 is set to be small, and the air flows freely on the back side of the rotary drum 4. Therefore, the air in the circulating air supply path 9 can be smoothly ventilated by means of bypassing the portion blocked by the clothes to ensure that the air flows into the rotary drum 4. Thereby, the clothes can be dampened in a shorter period of time, and in the same manner, the clothes can be dried in a shorter period of time, so that the wrinkles of the clothes can be reduced in a short time. Further, in the present embodiment, the plurality of protruding ribs 4j projecting more than the radial ribs 4h from the radial ribs 4h are formed at the position of the radial ribs 4h and the circumferential ribs 4ii. However, the protruding ribs 4j may not be provided. . Even if the projecting ribs 4·ΐ are not provided, the water droplets which are gathered around the bottom wall through-hole 4g of the rotary drum 4 are accompanied by the rotation of the drum 4, 200934913, and flow along the radial ribs 4h and the circumferential ribs 4ii, and concentrate on the radiation. The intersection position of the rib 4h and the circumferential rib 4ii can be discharged into the water tank 3 from the intersection position. As described above, in the first and second embodiments, the radial ribs 54h are inclined with respect to the radial direction to form an arc shape. Alternatively, the radial ribs 4h may be inclined with respect to the radial direction and formed into a straight line. Wait for it • its shape. Even if the radial ribs are inclined in a radial direction and formed in a straight line shape, they are formed in a straight line in the radial direction, that is, as compared with the case where the radial shape is formed, the water droplets around the bottom wall of the rotating drum 4 are agglomerated with the rotation. The rotation of the drum 4 is easy to move in the radial direction. Therefore, the water droplets agglomerated around the bottom wall through-hole 4g are concentrated at the intersection of the radial rib 4h and the circumferential rib 4i or the ridge, and the rib is formed from the intersection or the rib formed at the intersection. Effectively discharged into the water tank 3. Further, in the first and second embodiments, the water 21 is used as the mist generating source in the atomizing unit 15 yuan 30 as an example. However, an Ag ion electrolyte or a lotion liquid may be used depending on the application. In addition to the scented liquid, the sterilizing solution, etc., the results of the corresponding liquid agent (the source of the mist gas) can be obtained separately. Further, in the first and second embodiments, the drum-type washer-dryer in which the rotary drum is tilted is described as an example. However, the rotary drum is disposed in a horizontal direction, that is, the axis of the rotary drum. The washing machine configured to be in the direct direction of the gold L can also be applied to the invention of the invention, and can also be applied to a washing machine without a dryer. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a side sectional view showing the construction of a drum type washing machine 35 200934913 of the embodiment of the present invention; Fig. 2 is a frame from the drum type washing and drying machine a perspective view of the back side of the body; FIG. 3 is a partial cutaway view of the back side of the frame of the drum type washer-dryer; FIG. 4 is a side cross-sectional view of the drum type washer-dryer; 5 is a rear view showing the partition wall member of the bottom wall of the drum type washer-dryer; FIG. 6 is a side sectional view showing the partition member 10 of the bottom wall of the drum type washer-dryer; A portion of the relationship between the opening of the bottom surface of the rotary drum of the drum type washer dryer and the relationship between the opening partition portion and the partition wall member is cut away; FIG. 8 is a side sectional view showing the atomization unit of the drum type washer-dryer; Figure 9 is a rear sectional view showing the atomization unit of the drum-type washer-dryer; Figure 10 is a rear view showing the partition member of the bottom wall of the drum-type washer-dryer according to the embodiment 2 of the present invention; ; Figure 11A shows the roller FIG. 11B is a side cross-sectional view showing a partition wall member of a bottom wall of the drum-type washer-dryer; FIG. 11B is a cross-sectional view showing another side wall member of the bottom wall of the drum-type washer-dryer; FIG. A configuration diagram of a washer-dryer having an atomizing unit; and 36 200934913 Figure 13 is a view showing a configuration of another clothes dryer having an atomizing unit. [Main component symbol description]

1 Drum type washing and drying machine 6 Motor 2 Washing and drying machine frame 7 Water supply line 3 Capture 8 Drainage line 4 Rotating drum 9 Circulating air supply path 4a Perimeter wall 10 Evaporator 4b Perimeter wall through hole 11 Condenser 4c Stirring protrusion 12 Fan 4d bottom wall 13 circulating air introduction line 4e bottom opening 14 dry air supply line 4f partition cake 15 lower line 4fc central circular part 16 flexible duct 4ff partition member 17 upper line 4g bottom wall through hole 17a communication port 4h Radiation (4) 18 Air vent 4i circumferential rib 20 mist 4ii circumferential rib 21 water 4j protruding rib 22 liquid column 4k opening partition 30 atomizing unit 5 door 31 water storage container 37 200934913 31a bottom wall 43 inner groove 31b side wall 44 31bf front side 45 Heating mechanism 31br Rear side 46 Tempering ring path 3 lbs Side side 46a Inner wall surface 31c Water injection port 47 Spray device 31d Opening port 48 Warm air supply port 31e Connection port 50 Clothes dryer 32 Ultrasonic vibrator 51 Drying chamber 32a Vibration surface 51a Blowing out Part 32b Ultrasonic transmission direction 52 Face chamber 33 Water injection device 53 33a Water supply port 54 Heater 34 Water injection pipe 55 Air pump 35 Water temperature sensor 56 Electrolytic mist generator 36 Rectifier fin 57 Control 40 Washing and drying machine 58 Catheter chamber 41 Frame 42 Outer groove 38

Claims (1)

200934913 X. Shenyi Patent Fan®: L is a type of drum type washer-dryer, which includes: , rotating material 'system _ wall formed with many through holes, and used to accommodate washing and can be driven by rotation; / sink 'There is a rotating drum inside, and is woven with an air guiding port for feeding the dried air; (a water device for supplying water to the water tank; a drain device for draining water from the water tank) a circulating air supply path 'having a dehumidifying device for generating the dried air and an ageing device, and a blowing device for sending the air after the air to the air guiding port, and connecting to the air guiding port; and an atomizing unit , which is located above the air guiding opening and used to generate fog, 15 The bottom wall of the rotating drum has a bottom surface opening formed to face the air guiding opening, and a disk-shaped partition wall member fixed to the front surface of the bottom surface opening, and the partition member 22 is formed in a plurality of long rectangular shapes in the circumferential direction. The bottom wall through hole, and the consumption of the atomizing unit, is transmitted from the air guiding port through the bottom surface opening and the bottom wall through hole, and is introduced into the rotating drum through the flow of the dried air. 2. The drum-type washer-dryer according to the patent application (4), wherein on the back side of the partition member, a plurality of radial ribs protruding from the back side form a radial shape and a higher circumference than the front side of the m side Concentric circle 39 200934913 3. 5 shape and intersect with the aforementioned radial ribs. The drum-type washer-dryer according to claim 2, wherein the radial rib of the partition member and the portion of the horizontal rib phase of the front rib system are arranged so as not to be shielded. The opening portion of the bottom wall through hole 10 15 20 . The drum type washer-dryer according to claim 2, wherein the radial rib of the partition member is opposite to the radial direction of the rotating drum. Tilt formation. The drum-type washer-dryer according to claim 2, wherein the radial ribs of the partition member are inclined with respect to a radial direction toward a side in the rotation direction of the rotary drum, and form a curved arc shape. 6. The drum-type washer-dryer according to claim 1, wherein the bottom wall through-hole of the partition member is formed in a region from a vicinity of a central portion of the partition member to a peripheral portion, and the rectangular long side is formed. The arcuate shape is arranged in a concentric shape, and the ratio of the opening area of the bottom wall through hole to the circular surface of the partition member is set to be in the range of 70 to 95%. 7. The drum type washer-dryer according to claim 2, wherein at least a part of the intersection of the radial rib of the partition member and the circumferential rib is formed to be more prominent than the radial rib on the back side Protrusion ribs. A drum-type washer-dryer as claimed in claim 2, wherein in the bottom wall of the rotating drum, an opening partition separating the opening of the plurality of bottom surfaces is formed in a radial direction and formed in the opening The radial ribs of the portion and the back surface of the partition member are opposed to each other at an oblique angle of 40 200934913. 41