JPS6085790A - Clothing washing dryer - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a clothes washing/drying machine that uses water as a main ingredient and uses a water-soluble detergent, which washes, rinses, dehydrates, and dries clothes by itself in a single process.

Traditionally, to wash clothes, you first put the clothes and detergent in a washing machine, wash them, and then rinse them. Next, it’s Confucian Arai 1 I 1! You put things in a dehydrator to dehydrate them, and then, because they don't remove enough water, you take them out and put them on a clothesline or on hangers, and you can't wear them unless you wait for them to dry for several hours.

Known clothes dryers have come into use to solve the problems of drying time, weather, and location.

Even if you have a clothes dryer, you can use a fully automatic washing machine that automatically performs washing, rinsing, and dehydration to reduce washing time and effort. If you put clothes and detergent into the machine, then start it and forget about it due to other errands, the clothes may deteriorate or discolor if they remain damp for a long time after washing, rinsing, and spin-drying. During cold winter nights, the clothes freeze, and you have to re-wash the items you have washed, sometimes making them unusable.

Also, I usually had to wait for the laundry to finish spinning before taking out the damp laundry and transferring it to the dryer, so I couldn't just put the laundry in the fully automatic washing machine and leave it alone. .

On top of that, in the cold winter, having to do cold, wet laundry is a nuisance, and it goes without saying that the laundry must be washed with cold water.

In this invention, the laundry can be taken out of the clothes washer/dryer and worn immediately after the process is completed by simply putting the laundry together with the detergent and starting the program timer.

Therefore, once started, there is no need to touch water or wet laundry until it is finished, reducing the number of manual labor and time required from washing to drying to 1, and eliminating the various problems mentioned above. This problem has been solved, and washing efficiency has been improved by incorporating a hot water self-supply device, making it suitable for washing woolen and soft fabrics with hot water, which was nearly impossible with conventional fully automatic washing machines. The purpose is to provide a clothes washer/dryer with

Embodiments of the present invention will be described with reference to the drawings.

Fig. 1 is a side sectional view of the first embodiment during washing, rinsing, and dehydration, Fig. 2 is a sectional view of the main part of the first embodiment during drying, and Fig. 3 is a front sectional view of the main part. It shows.

The work steps will be explained in order.

First, the front transparent sealed door 130 is opened, and the laundry (referred to as lower clothes) and detergent are thrown into the inside 1:+j95, and the door 130 is closed.

The water supply external ball 201 is connected to one water faucet, and the water faucet is always open so that water reaches two electromagnetic water supply valves.

Next, the program timer 1 is started, at which time the inner tank opening 5C in FIG. 2 faces the inside of the front sealed transparent door 130.

The program timer process order is referred to as P○> 1st process 1) In 1, the inner tank 5 is washed from the position shown in Figure 2. ? +i, rinse,
In order to perform dehydration, the electromagnetic push/pull shaft 62 is activated to change the rotational direction to horizontal motion, and while pushing, the electromagnetic stabilizing support 53 connected to the hard ball bow/1152 is pulled by electromagnetic action to stabilize it. The induction motor 11 is removed from the rail 51 and the inner tank support is replaced with a rotating electromagnetic push/pull shaft 62.
The built-in clutch is connected to the pulley 64 side to start, and the rotation direction conversion electromagnetic push/pull shaft 62, which is directly connected to the rotation conversion rack 65, is connected to the rotation direction change bearing 61 of the rotation direction conversion rack 65. A certain inner tank 5 is moved from the position shown in FIG. 2 to the horizontal movement position shown in FIG.
Attach to stable rail/L'51 Rotation direction conversion electromagnetic push/pull shaft 6
2, and at the same time, the clutch built in the induction motor is activated to 1) make the inner tank 5 horizontally rotatable and slidable;

P2 opens the electromagnetic water supply valve 2A to enter the washing process, and the water flows through the water ventilation holes 6 provided in the outer tank 4 and inner tank 5, which are fixedly supported by the outer box 120, and becomes suitable for washing water IIY with the pressure valve. When this is detected, the two electromagnetic water supply valves are stopped, the inner tank 5 and the outer tank 4 are filled with water, and the electromagnetic blower switching valve 23 is opened in the direction of the blower pipe 12 to induce induction. the fan 1
Connect it to 0 and start it, and the inner tank will drive the wind blade tube (the wind blade is installed in a semi-cylindrical shape like a piece of bamboo cut in half vertically) 7
1, the inner tub 5 is driven and the rotary blades 7 integrally fixed to the inner tub 5 are rotated at a speed and time suitable for washing to wash the clothes.

P3 opens the electromagnetic drain valve 91 to drain the water in order to enter the dehydration process. It senses when the pressure valve 3 is about to run out of water, and opens the two electromagnetic water supply valves for several tens of seconds to open the outer tank 4 and inner tank 5. During washing, the induction motor 11, fan 10, inner tank 71, and inner tank 5 are operated at high speed and for a time suitable for dehydration, so as not to eliminate the bubbles that appeared during washing. .

P4 opens the two electromagnetic water supply valves to enter the rinsing process, and while adding water, opens the electromagnetic water supply valve 94 and runs the electromagnetic washing fin through the drive path at the same rotational speed as in step 1) for an appropriate period of rinsing and then stops.

P5 opens the electromagnetic drain valve 91 to enter the dewatering process again.
When the two electromagnetic water supply valves are closed and the water in the inner tank 5 and outer tank 4 is drained, and the pressure valve 3 detects that the water volume is about to run out, the induction motor 11 passes through the drive path and is suitable for dewatering. When the motor is running at high speed and rotation time and is about to stop.

P6 moves from the horizontal movement position in FIG. 1 to the vertical movement position in FIG.
Push it into the rotating direction conversion bearing 61, stop the inner tank 5, pull the electromagnetic stabilizing support 53, and stabilize the hard ball bow/l'52/"5
1, the built-in clutch of the induction motor 11 is connected to the pulley 64 and started, and the V bells 1 and 66, the pulley 67, the worm delivery 63, and the rotation direction conversion rack 65 are connected to the electromagnetic push/pull shaft 62 to change the rotation direction. , the rotational direction converting bearing 61 moves the rotary direction 5 from the position shown in FIG. 1 to the vertical rotational direction position shown in FIG. Press 53 for hard ball bow/11
52 to the stable relay V51, pull the electromagnetic push/pull shaft in the rotational direction, open the clutch that was applied to the induction motor 11, and make the inner tank 5 vertically rotatable and slidable.

Pl starts the drying process, so it closes the electromagnetic drain valve 91, closes the electromagnetic water benefit valve 94, opens the electromagnetic blower switching valve in the direction of the intake pipe 13, closes the blower pipe 12, ignites the heater 30, and switches on the induction motor 11. The built-in clutch is connected to the fan 10, and the starting wind power is blown from the front upper part of the outer tank 4 through the blast pipe 13, and the inner tank driving wind receiving blade tube 71, the inner tank 5, and the rotor blade provided in the inner tank. At the same time, the air from the fan 10 is heated by the heater 30 to become hot air, and after passing through the area where the rotational drive is effective through the inner tank driving wind blade tube 71, the air is sent to the outside. Water is diffused into the tank 4 and the inner tank water passes through the ventilation hole 6.
It removes moisture from the damp clothes in the inner tank 5 and turns it into moist warm air.The filter 40 at the top of the front removes cotton dust.When the air passes through the heat exchanger 15 through the air pipe 22, the cold outside air is transferred to the fan 16. Outside air inlet cover (with multiple vents) 25,
The air is discharged from the outside air filter 17 through the outer periphery of the hot and humid air ventilation path in the heat exchanger 15 and into the exhaust cover (multiple ventilation τj) 18 .

The hot and humid air is cooled through the heat exchanger ventilation passage wall, and moisture is removed from the hot and humid air, forming water droplets and flowing from the drainage pipe 19 to the drainage passage 9. On the other hand, the low-temperature air from which moisture has been removed is blown. Pipe 28 to J
Return to IT1 Rihuan 10, patrol and dry clothes.

When the drying is finished, the clothes are heated by the hot air, so turn off the heater 30, run the cold air operation, and when the clothes have cooled to an appropriate temperature, the buzzer sounds to complete the entire process and all power is turned off. Open the front transparent door 130 and take out the clothes.

In the first embodiment, wind pressure is used as the driving force for the inner tank, but it is also possible to use a linear motor as the driving force, or to use an induction motor or a rubber tire, etc., to drive the inner tank by installing a soft roller and a rail around the outer periphery of the inner tank. .

FIG. 4 is a front sectional view of the second embodiment during washing, rinsing, and dehydration, and FIG. 5 is a side sectional view of the second embodiment during drying.

First, the upper lid 141 is opened and the clothes and detergent are put in. At this time, the inner tank 5 and the outer tank 4 have their mouths facing upward as shown in FIG. 4. Next, the program timer 1 is started.

At the same time as the two electromagnetic water supply valves are opened, the heater 30 is ignited.The water entering from the two water supply valves passes through the water supply internal hose 2B and is heated by the heater 30.
9, hot water is supplied from the internal hot water hose 32 to the outer tank 4 and inner tank 5.
Hot water is supplied to the machine, making it easier to wash wool and soft clothing.

At this time, the electromagnetic drain valve 91 is closed. When the pressure valve 3 senses that the proper amount of hot water for washing has been reached, the two electromagnetic water supply valves are closed to stop the water supply, and at the same time the heater 30 is turned off.

P2 enters the washing process next, so the washing rotary blade clutch 8
2 Close the induction motor 11 and wash it at the proper rotation speed and method (
(to be described later), the flat L seat 11 is connected to the 41st pulley (front and rear two
), the fifth pulley 115, the washing rotary blade clutch 8
2. The washing rotary blade 8 is washed through the shaft 81 (in one direction or by rotating and stirring in one direction or for a certain period of time) and then stopped.

After washing, P4 starts the dehydration process, so the electromagnetic drain valve 9
1 drains water, pressure valve 3 detects when the water volume (hot water volume) is about to run out, and opens 2 electromagnetic water supply valves to extinguish the foam that has accumulated between outer tank 4 and inner tank 5. Therefore, the rotary blade clutch 82 is opened from the water supply source for several tens of seconds, and the inner j row rotary clutch 56 is opened.
Close the induction motor 11 to the first pulley 111,
l/I・116.117, 41st-li 114, 5th gooley 115, inner tank rotating clutch 56, inner tank rotating shaft 55,
The inner tank 5 is dehydrated by operating at an appropriate high speed of 4 degrees and for an appropriate time.

P5 starts the rinsing process, so the electromagnetic drain valve 91 is closed, the electromagnetic water valve 94 is opened, the two electromagnetic water supply valves are opened, and while water is being supplied, the pressure valve 3 is turned on when the water fills the outer tank 4 and the inner tank 5. When detected, the inner tub rotating clutch 56 is opened, the washing rotary blade clutch 82 is closed, the induction motor 11 is rotated at an appropriate rinsing rotational speed and operating time, and rinsing is performed in the same drive path as during washing.

P6 enters the dewatering process again, so the two electromagnetic water supply valves are closed, the washing rotor clutch 82 is opened, and the inner tank rotary clutch 56 is opened.
is closed, the induction motor 11 is started, and dehydration is carried out in the same drive path as P4 at the appropriate dehydration high speed of 4 degrees and rotation time.

P7 moves from the position shown in Figure 4 to the vertical movement position shown in Figure 5 in order to move on to the drying process. Me4
9 and activate the reducer 46, the roller chain drive shaft 4
5 drives the roller chain 44 and the direction conversion gear 43,
The direction of the inner tank 5 together with the outer tank 4 connected and interlocked is changed from the horizontal movement position shown in FIG. 4 to the vertical movement position shown in FIG. 5, the electromagnetic pawl 49 is pressed and fixed, and the reduction gear 46 is opened.

P8 starts the induction motor 11 to start the drying process, and starts the first pulley 111, the belt 116, and the second pulley 11.
2, 3rd pulley 113, flat bell 1/117, 4th
Bouli 114, 5th Bouli 115
, inner tank rotating clutch 56 (closed in P6 stroke)
The inner tank 5 is rotated at a rotation speed and operating time suitable for drying, and at the same time, the fan 1o is started, the heater 30 is ignited, and the fan 16 is started.
The hot air heated by the fan 10 passes through the intake pipe 13 and the intake solenoid valve 14, enters the outer tank 4, passes through the water vent 6 made in the inner tank 5, and hits the damp clothes. The wind becomes warm and humid,
A filter cover (with multiple ventilation holes) 147 is detachably attached to the outer box 120, the cotton dust contained in the hot and humid air is removed using the filter 40, and then the heat exchanger 15 is passed through the fan 10. The flowing outside air passes through the outside air inlet cover (multiple vents (t) 25) through the outside air filter 17 through the outer periphery of the hot and humid air ventilation path of the heat exchanger 15 by the force of the fan 16, and is then passed through the exhaust cover (with multiple vent holes) 18. The hot and humid air that enters the heat exchanger 15 is cooled by outside air through the wall of the hot and humid air passage, and water is removed from the hot and humid air, forming water droplets, and flowing from the drainage drain 19 to the drainage passage 9. On the other hand, the low temperature air from which water has been removed returns to the heater 30 and circulates to the fan 10 to dry the clothes, then the heater 30 is turned off and cold air is operated to cool the hot clothes, bringing the clothes to an appropriate temperature. When it's cold.

In P9, the electromagnetic pawl 49 is removed, the reducer 46 is operated, the roller chain 44 and the direction conversion gear 43 are reversed from the roller chain drive shaft 45, and the outer barrel 4 and inner barrel 5 are returned to the positions shown in FIG. 4, and the process ends at the same time. Set the buzzer to 111 (6) and turn off all power.

Take out the clothes from the top lid 141 and open the front door 13.
1 Open 'e! Fi) Remove the V cooler 40 and outside air cover 25, take out the fill cooler 17, clean it, and reattach it.

In the second embodiment as well, the inner tank can be driven by wind power as in the first embodiment.

FIG. 6 shows a side sectional view of the third embodiment.

First, open the multi-ventilation Roy-1 front door 132, then open the water flow control cover 148, which is removably attached to the filter cover (multiple vents ('l') 147), and throw in the clothes.

Next, program timer 1 is started.

Pl opens the two electromagnetic water supply valves (at this time, the electromagnetic drain valve 91 is closed) to add water, and when the pressure valve 3 detects the appropriate amount of water for washing, closes the electromagnetic water supply valve 2A, and the induction motor 11
From 1st booley 111, ■Belt 1
16. Driving the @2 pulley 112, the second pulley 112 and the inner tank 5 are always connected, and the rotor blade 7 integrated with the h5 is washed in one direction or for a certain period of time at an appropriate speed. Invert, rotate, agitate, run for the required washing time and then stop. Note that during washing, the water flow is softened by a water flow restriction cover 148, and the filter 150 is made of cloth, paper, trousers, etc. waterproofed with oil or the like, and is protected by a filter cover 147, so that water does not come out to the outside.

P2 opens the electromagnetic drain valve 91 to enter the dewatering process, and when the water volume is about to run out in the pressure valve 3, the electromagnetic water supply valves 2 are opened for a few seconds, and the induction motor 11 to the first pulley 11 is opened.
1. The inner tank 5 is rotated at a high speed suitable for dehydration for a necessary period of time via the second pulley 116 and the second pulley 112, and then stopped.

P3 closes the electromagnetic drain valve 91 to enter the rinsing process.
Open the electromagnetic water supply valve 94, and connect the electromagnetic water supply valve 2A to the first pulley 111, ■bell L/116, and the second valve.

-l) 112, the inner tank 5 and the rotary blade 7 are stopped at a speed and operation time suitable for rinsing operation, the electromagnetic drain valve 91 is opened, the electromagnetic water supply valve 1 is closed, and P4 starts the dewatering process again. , the pressure valve 3 senses when the water volume is about to run out, and the induction motor 11 performs dewatering operation at a high appropriate speed and optimum dehydration time to sufficiently dewater the same as P2, and P5 enters the drying process, so the electromagnetic The water benefit valve 94 is closed, the electromagnetic intake valve 14 is opened, and the electromagnetic drain valve 91 is closed. The rotation speed and operation time are set, and at the same time the fan 10 is started and the heater 30 is started.
ignite the outside air inlet cover (multiple vents (=1) 2
5 to the outside air filter 17, the outside air intake pipe 26, the fan 10, the blower pipe 12, the heater 30, the intake pipe 13, the intake solenoid valve 14, and then the hot air enters the outside (1 convex 4) and the ventilation hole provided in the inner tank. The hot air hits the clothes in the inner tank 5 and becomes warm and humid air.It passes through the filter cover 147 from the vent of the water flow prevention cover 148. Cotton dust adheres to the filter 150, and clean warm and humid air flows in front of the vent. The clothes are discharged out of the machine from the door 132.When the drying is finished, the heater 30 is turned off to cool the hot clothes, and the cold air operation is started, and when the clothes have cooled to an appropriate temperature, the end buzzer stops sounding.

When the door 132 of the ventilated Roy 11111 section is opened, cotton dust is seen, and the filter cover 147 and waterproof filter 150 are removed, and then, or at the same time, the water flow blocking cover 148 is removed and the clothes in the inner tank 5 are removed.

Compared to the first and second embodiments, the third embodiment uses a waterproof filter 150 at the inner crosspiece opening to remove cotton dust (lint can also be removed in the same way). , Since there is no need to change the direction of the rotation axis of the inner (lig 5) or outer tank 4, the number of related parts can be far reduced, the production cost can be very low, and the usage time can be shortened. As shown in the figure, a front sealed door 130 is provided, the inner tank mouth bearing 5A is waterproofed, an outer tank 4 has a two-part sealed door 140 that can be opened and closed, and a filter cover 1.
47, Attach the filter 40 and air blower 22, and install the first
The warm and humid air path as in the embodiment may be used, or a vent may be provided in the portion of the upper sealed door 140 facing outside the machine to exhaust the humid air to the outside of the machine. Alternatively, it would also be a good idea to install this at the top of the front of the outer tank, the front transparent door 130
A shape in which the filter cover 147 and the like can be opened and closed is also possible.

The first and third embodiments are used during washing, rinsing, and dehydration.
During drying, rotary blades integrated with the inner tank 5 are used, but in the second embodiment, the rotor blades are rotatable and slidable separately from the inner tank 5, and rotate independently for washing and cleaning. There is. These two methods can be applied alternately, and the shape of the rotor blade can be arbitrary.

In FIG. 6, the front door 132 with multiple ventilation holes and the outside air inlet cover 25 are shaped so that they can be opened and closed in conjunction with each other, so that the filter 17 can be attached and removed from inside the outside air inlet cover, and the filter cover 147 and Front door 132 with multiple ventilation holes and waterproof filter 150
It is also possible to connect the outside air inlet cover 25 to the inside of the opening 1 and open and close it simultaneously.

It is optional that the front sealing surface see-through door 130 of the first embodiment and the outside air inlet cover 25 can be connected and opened and closed at the same time, and the filter 17 can be attached and detached from inside.

The front door 131 and the outside air inlet cover 25 of the second embodiment,
The filter cover 17 has the same 4M shape, and its shape is arbitrary.

The outer tank 4 of the first embodiment is fixedly supported by the outer box 120, and its original shape is spherical, and the slidable inner tank 4 is also shown to have a spherical original shape, but it is not spherical but a polyhedron. , cylindrical, polygonal, etc., the shape is arbitrary.

The outer tub 4 of the second embodiment is supported by a hanging fitting 47, and the inner tub 5 built therein is shown to have a cylindrical original shape, but this can also have any shape as described above.

Similarly, the shape of the inner tank 5 and the outer tank 4 in the third embodiment is arbitrary.

The ventilation path is dehumidified using the heat exchanger of the first embodiment and the second embodiment, and the third vent 1j, the hot and humid air that takes in the outside air of the L example and passes through the inner tank (to the garbage). It is also optional to alternately apply the evacuation mechanism to each embodiment.

To prevent noise caused by vibration during operation, the outer tank hanging bracket 47 of the second embodiment, the vibration-absorbing piping on the leg of the first embodiment as shown in FIG.
It is also optional to alternately apply shock absorbers 122 and 123 to each embodiment.

The heater 30 of the self-contained hot water system of the second embodiment may be used for heating water and heating air separately, but if it is used for both purposes, it can be used in a fixed position, a variable position and angle, or a mobile type. If possible, they may be provided separately, and the material and shape may be arbitrary.

It is also possible to apply and install the first embodiment and the third recommended embodiment.

As mentioned above in each embodiment, the program timer is
The process) sequence is basically washing, spin-drying, rinsing, spin-drying, drying, but the number of times, order, switching back and forth, water injection during spin-drying, shower water injection, simultaneous rinsing operation during spin-drying, and stopping water supply and hot water supply during rinsing. The program timer can be freely changed, such as rinsing in the reservoir, adding softener or bleach, the length of the end buzzer time, the volume level, etc., and may have a structure that can be changed. At the same time, it is also possible to create a structure that is required for related independent operation, installation of an individual switch, arbitrary stop in the middle of a unit stroke or multiple strokes, operation of multiple strokes, only a partial stroke, danger prevention or arbitrary program stop. It should be established.

Stop device in case of abnormal vibration of danger prevention chamber, power cutoff when opening/closing door, brake device, temperature fuse for fire prevention and safety,
It goes without saying that a Punuka earth leakage circuit breaker must be installed.

Although an induction motor is shown as a power source, induction structures with direct rotors and stators as driving structures, floating rotors with stop-time braking functions, prime movers other than electric motors, and feng shui This does not apply to those that apply force as a power source. It is also optional to circulate oil or fluid for power transmission.

The ventilation route and the ventilation structure are partially sealed, the entire air intake is sealed,
The fill position iu in the exhaust direction, the fill cover, and the shape, form, and position of the door can also be changed arbitrarily.

As is clear from the above explanation of the washing and drying process of the present invention, the following excellent effects are achieved.

1. Once the clothes and detergent are put in and started, this machine will do all the washing, rinsing, spin-drying, drying, and washing-related work by itself, and after the process is finished, the clothes can be taken out and put on immediately.

2. Water is used as the main ingredient in known washing machines, water-soluble detergent is used, and fabric softeners, bleaching agents, etc. can be used as usual.

3. As mentioned in item 1 above, since it is an integrated process, there is no need to use cold water or wet clothes during the cold winter, and there is no need to freeze, change color, change quality, or damage clothes due to forgetting to wash them.

4. The time from the start of washing to the end of drying and the amount of manual labor involved can be greatly reduced.

5. After the process is completed, the clothes will not change even if you take them out at any time, so you can take them out the next day as well as go out.

6. Since there is no need to dry washed items, it can be done at any time, regardless of the weather, day or night, and there is no need for a place to dry them.

7. Wash it! Even though it is a three-in-one unit, it only takes up about one space, so it doesn't take up much space.

8. The hot water self-supply device increases washing efficiency and shortens washing time, making it possible to wash and dry all items that require warm washing, such as wool washing, which was nearly impossible with known fully automatic washing machines.

9. Since there is no need to transfer the washing machine to the dehydrator and then to the dryer, there is no need to remove dirt from hands or clothes, and there is no need to re-wash, so the washing process is clean from start to finish.

10. There is a huge difference between the total cost of the washing machine, dehydrator, dryer, and dryer stand and the cost of washing and drying clothes, so it is unlikely to become expensive, and it can be provided to the common people at a low price.

[Brief explanation of the drawing]

FIG. 1 is a side cross-sectional view of a clothes washer/dryer showing a first embodiment of the present invention during horizontal movement during washing, washing, and dehydration;
2 is a side sectional view of the main part during vertical movement during drying, FIG. 3 is a front sectional view during drying, 'f; 4 is a front sectional view during horizontal movement showing the second embodiment, FIG. 5 is a sectional side view of the dry state, FIG. 6 is a sectional side view of the third embodiment, and FIG. 7 is a sectional view of an applied part of the third embodiment. Tobrocrum timer, 2 water supply port, 3 pressure valve, 2 people electromagnetic water supply valve, 2B water supply internal hose, 3A pressure hose, 4 outer tank, 5 inner tank, 5A inner tank Mouth bearing, 5B・Inner tank bearing, 5C・・Inner tank opening, 6・・Water ventilation hole (B) provided in the inner phase, 7・・Rotor blade integrated into (■), 8・・・・Washing rotor, 9・Drain channel (hose)
, 10... Fan, 11... Induction motor, 12.
・Blow pipe (hose), 13...Intake pipe (hose), 1
4... Electromagnetic intake valve, 15... Heat exchanger, 16...
Heat exchanger cooling fan, 17...filter, 18.
・Exhaust cover (with multiple vents), 19 ・Drainage drain,
22. Air pipe (hose), 23. Electromagnetic air switching valve, 2
5...Outside air inlet cover (multiple vents, 26...
・Outside air intake pipe (hose), 28...Blower pipe (hose),
30 ・Heater, 31...Radiator, 32...
Hot water supply internal hose, 35...brake tram, 36...brake shoe, 37...brake wire, 40...
・Filter, 41... Outer tank direction conversion shaft, 42...
Outer tank bearing, 43...Direction conversion gear, 44...Roller chain, 45...Roller chain drive shaft, 4G...
Reducer, 47... Outer tank hanging fitting, 48... Hanging fitting holder, 4
9... Electromagnetic pawl, 51... Stability rail, 52...
Hard ball poles (left and right, top and bottom, front and rear, total 8 pieces), 53...
Electromagnetic push/pull stable support, 54...Stable support nokune, 55...
Inner (・rotary manual, 56・inner tank rotating clutch, 61-rotation direction conversion pulley, 62...rotation direction changer electromagnetic push/pull shaft, 63・rotation direction conversion worm tooth 111.64-...)
-ri, 65...Rotation direction conversion rack, 66...■ Belt, 67...Rotation direction conversion pulley, 71.Inner tank, drive wind receiving vane tube, 81...Washing Rn rotor blade shaft, 82.Washing rotor blade Clutch, 91...Electromagnetic drain valve, 92...Mitsuiguchi, 9
3. Water benefit internal hose, 94. Electromagnetic benefit water valve, 11" ・
1st pulley, 112... 2nd pulley, 113 - 3rd pulley, 114... 4th pulley,
115...5th-y"-1, 116... ■Bell
, 117... flat health 1, , 120, outside'
18.121・Leg, 122・Vibration absorption spring, 123・Shock absorber, 124・Leg rest, 130・Front transparent seal 1-ar, 131・Front door, 132
・Multiple ventilation openings in front L-A, 140・Top sealing lid,
141...Top lid, 147...Filter cover (multiple ventilation holes (=l), 148...Water flow control cover (multiple ventilation ports (=1')) 150.Waterproofed filter, 201...Water supply outside Hose. Patent applicant Ken Ishimaru Procedural amendment (method) Commissioner of the Patent Office Kazuo Wakasugi 2, Title of invention 4, Voluntary amendment 5 Subject of amendment Full text 6, Amendment As per the appendix, type copy of the handwritten document application “” ”,,',,';,''l:

Claims (1)

[Claims] 1. The outer box has an outer tank and an inner tank, and washing is carried out in the same tank.
Clothes washer/dryer 2 that uses water as a main ingredient and uses water-soluble detergent to perform rinsing, dehydration, and drying by itself in an integrated process; Clothes according to claim 1 that uses a heater and has a built-in hot water self-supply device. Washing/drying machine 3, inside the outer tank fixedly supported by the outer box, there is a slidable inner part that can change the direction of rotation between horizontal and vertical rotation. I
f: The clothes washer/dryer 4 according to claim 1, which has an outer box that can be changed in position between a horizontal axis position and a vertical axis position (1u), and an outer box that can be slidably rotated inside this outer tank. The clothes washer/dryer 5 according to claim 1 has an inner tank that can be rotated vertically, and the clothes washer/dryer 5 has an inner tank that is slidably rotatable only vertically within the outer tank that is fixedly supported by the outer box. A clothes washer/dryer 6 as claimed in claim 1, a clothes washer/dryer 7 as claimed in claim 1, in which an inner tank is provided with rotary blades that slide simultaneously, and a clothes washer/dryer 7 as claimed in claim 1, in which wind power is used for internal ISi drive or washing rotation. Clothes washer/dryer according to claim 1 in which the blade driving force is used as a blade driving force.