JP2011000418A - Washing apparatus - Google Patents

Abstract

PROBLEM TO BE SOLVED: To decrease racing of a rotary blade of a fully automatic washing machine to thereby achieve economical operation of the washing machine and protect the water-saving and energy saving environment; and to reuse washing water and rinsing water.SOLUTION: A low water level drain device corresponds to an increase in flat area of a rotary blade of the washing machine, and a drain pipe of a washing machine water tank and a low water level drain pipe are directly connected to each other through the low water level drain device developed to separate clean water from dirty water and perform water filling, draining and rinsing operation. An intake valve is provided to achieve economical operation, whereby waste of rinsing water, which is just drained, is taken into a dewatering tank having a dewatering function to be reused, so that water saving and energy saving are achieved. Thus, racing of the rotary blade is decreased to protect the environment, and reused rinsing water of the washing water is reused.

Description

In the present invention, a fully automatic washing machine is drained with washing water and washing water every time. This is a washing machine that seems to be a valuable resource different from the old days. A wiring pipe is provided to enable the interlock operation even at a place where the required fully automatic washing machine or a dehydrating tank having a dehydrating function is joined to or separated from the fully automatic washing machine (claims 1, 2 and 3). Supplying sewage water to the second washing machine dewatering tank while the economic operation of the automatic washing machine is resumed Reduces the idling of the rotary blades, saves water-saving detergent, reduces CO ₂ and reduces greenhouse gas To be effective

The applicant devised a three-tank type washing machine to increase the number of tanks for reuse by using the concentration difference of the sewage water drained from the washing machine, but it was difficult to secure the installation place and discussion with the two-tank type Apart from this, the applicant was taught advanced technology at Yokosuka Naval Academy and repeated research into disassembly and assembly operations.
Japanese Utility Model Publication No. 58-017596 Japanese Utility Model Publication No. 63-037033

翼を停止させるときれいな水はそのまヽ排水されるものでもあったそれを解決しようと洗濯機上方に貯水タンクを設け貯水しタンクに注水止水装置を装備し水道栓よりの水を取入れ洗濯機に供給するパイプに逆上弁を装備し水道栓よりのパイプに直結し併用バルプを装備すヽぎ水の排水を排水パイプから排水する注排水すヽぎを試みたが忽ち水槽を枯渇させるものであったWhen washing the laundry with the washing machine, the water from the water tap is supplied from the upper part of the washing machine water tank, and the rotating blades are driven by the motor to rotate the belt to clean and dirty water. Draining from the overflow port, which was mixed and drained from the overflow port, opened the drain valve from the lower part of the washing machine tub and drained from the overflow port, which directed the drainage from the drainage pipe. Peeling off important feathers that rotate and store the heat of clothing, removing dust and lowering the rotational flow, the overflow port is at the top of the water tank and the volume of the washing machine

When the wing was stopped, clean water was drained as it was. To solve this problem, a water storage tank was installed above the washing machine. Equipped with a reverse valve on the pipe supplied to the machine, directly connected to the pipe from the tap, and equipped with a combination valve. Attempt was made to fill and drain the drainage water from the drainage pipe, but the water tank was depleted. Was a thing

備任意に全自動洗濯とする事もしない事も選択出来るものとするその時第２洗濯機も別途洗濯する事もしない事も選択するThe low water level drainage system was developed and used to supply the second washing machine with drainage of the rinsing water for reuse. Considering housing conditions apart from the previous application, joining or leaving the fully automatic washing machine In order to enable interlocking operation even in the place where the automatic washing machine is required, wiring piping is applied to the necessary equipment of the fully automatic washing machine so that the drainage of the water can be reused. The water level is secured and the low water level drainage device is installed, and the water level is the same level as the water level of the fully automatic washing machine. The drainage pipe is used to drain the water. Machine

It is also possible to choose whether or not to make fully automatic washing arbitrarily. At that time, choose whether or not to wash the second washing machine separately.

As mentioned above, the automatic operation of the fully automatic washing machine is intended to supply the drainage of the rinsing water to the second washing machine. However, the scouring water is separated from the dirty water and accelerated and drained. Directed to reduce idling

A selection that floats by diffusing and decompressing a large amount of water supplied to the washing machine with the same size of the pipe that supplies fresh water from the water storage tank to the washing machine and the size of the drain pipe of the washing machine so that the amount of water injected and the amount of drainage is the same (Archimedes's principle) Use a conventional water overflow or mixed drainage by forming a clean water wall in the upper part of the water tank and forming a dirty water wall in the lower part and taking in an acceptable low water level (Shearale's law) The purpose of this application is to reduce the idling of the rotating rotating rotor blades of laundry and to protect the environment by saving water. This application aims to reduce the idling of the rotating blades and reduce the damage of clothes due to the idling rotation. Oriented reuse of reused waste water

The slight movement of the right and left of the rotor blades is thought to be due to the increase in the flat area. Rotational flow of washing water using washing blades and washboard effect are also considered

Increased fresh water tanks, increased drain outlets, and two low water level drainage devices. Low water level that allows drainage of rinsing water accelerates dirty water and corrects the undulations of the rotor blades. It is possible to select the use of one drain outlet or two drain outlets depending on the size of the washing machine, etc., as a rotating flow of washing water that takes effect.

A washing machine is an abbreviation for a washing machine, and it is now intended to operate the washing machine economically as a machine that can be operated with its performance as a machine and to save water against global warming, which is thought to face many challenges. Be

In response to the development of the low water level drainage device, a large amount of water is diffused and supplied from the fresh water tank installed above the washing machine to separate clean water and dirty water to prevent the washing machine tank from being depleted and accelerated drainage via the low water level drainage device. Reducing drainage of rotating blades, saving water, protecting the environment as an energy-saving device, operating economically and draining the drained water at the present time. In response to the dehydration of the washing water taken into the dehydration tank, the fully automatic washing machine can rotate and rotate the rotating blades, but in the case of the dehydration tank, the dehydration stop and dehydration stop As an example to increase energy saving and water saving, it is possible to halve the interlocking operation of the washing machine and halving the washing machine without damaging the laundry and using the car at the bottom of the washstand as an example Small that can be stored after the withdrawal The fully automatic washing machine is also available and can be selected and used at the present time. According to the Kyoto Protocol, water is saved and the environment is protected. According to the above, it is possible to reduce the inconvenience of rotating the blades and halving the water. It shall be

In order to drain clean water by mixing clean water and dirty water, the motor is driven to rotate the rotating blades through the belt, peel off the important feathers that store heat, and stop the rotation to drain clean water as it is. Therefore, it is a device that cannot rotate the rotating blades, so the idling of the rotating blades was increased.

The conventional washing operation is to drain the dirty water of the washing machine's water volume from the thin overflow outlet. The invention has developed a low water level drainage device to improve this. Suspended water can be reused and reused to achieve economic operation of fully automatic washing machines. For this operation, which is designed to dehydrate laundry water, the rotating blades are always rotated to drain the washing water while draining the washing water, while the dehydration tank is sometimes dehydrated. It is thought that the reuse that makes possible protects the environment against warm fruits and has an energy-saving effect.
As in the case of a fully automatic washing machine, the drainage of the sewage water is drained through the drainage pipe of the washing machine as a low water level and the low water level drainage device is used. If the equipment is to be used and reused without neglecting the economical operation of the washing machine, the height to be taken into the dehydration tank should be higher than the low water level, and the pipe that drains water will be thinner than the supplied fresh water. The water to be circulated to adjust the water level in the pipe of the low water level device should be avoided by using the water pressure in the washing machine tank. It is considered to slow down. This is the same with a fully automatic washing machine, and this must be avoided. Operate with a device that can reuse and recycle sewage water that can be reused and drained. This is how to save energy Is Omowa that the Iru seeking shall

Rotation of rotor blades Stop rotation Continuation of drainage Continuation of water injection In order to reduce idling of the rotor blades, it is recommended to adopt a wash water for rowing operations. Equipped with a valve that is operated manually instead of an electromagnetic valve to adjust the supply to the outside of the valve that opens and closes the pipe that opens and closes the pipe that feeds the washing machine from the fresh water tank that determines the rotation time of the rotor blades and marks its handle at all times The rotation of the motor is stopped by keeping the time for draining dirty water from the low water level to the drain outlet to maintain the degree of opening and closing of the valve and facilitating the operation. Water is drained and drained even while the wing is stopped to reduce energy-saving idling. Rather, the clean water from the overlapping laundry is used several times using the concentration difference. Is it possible to several rotation of the Ili 1 rotation in the case where it can be drained this way the rotor blades also diluted to the Note drainage be ヽ technique to be used

The fully automatic washing machine is long enough to be switched on and can be conveniently used from washing to dewatering. The present invention incorporates economical operation to reduce the idling of the rotor blades, save water and save energy, and economically operate. Separate the black and white if the washing machine is equipped with a second washing machine or a second washing machine that drains and drains water into the dewatering tank that has a dehydrating function to save water, protect the environment, and save energy. It can be washed separately at the same time, or it can be washed separately, and when it is used as a dewatering tank, it can be reused for both the dewatering length of the washing water and this can be selected depending on the user It is conceivable that the laundry can be operated in conjunction with the water tank, thereby preventing the laundry from being damaged and saving energy [an embodiment of the present invention will be described with reference to the drawings].

In the case of washing, the laundry is put in a washing machine (2) with an appropriate amount of detergent, the supply valve (5) of the first supply pipe (4) of the fresh water tank (1) is opened and supplied (39), and the second supply pipe (6) The open / close valve (7) is opened and the supply valve (8) is opened to supply (40). The open / close valve (7) is normally adjusted in opening and is not normally opened or closed. When the washing water level is not used, the current washing machine automatically stops its operation. The valve (9) is closed. The motor (9) is rotated through the drive belt (10) and the rotating blade (11) is rotated to start washing. 9) The stop rotary blade (11) opens the drainage valve (13) of the first drainage pipe (12) and drains the newly opened drainage valve (14) to drain the washing water that stops. In addition, the second drain pipe (15) To drain open the drainage is provided to New open the drainage Barupu (16) Barupu (17)

When washing the laundry, the laundry is divided into two, one is transferred to the washing machine (2) and the other is transferred to the second washing machine or the dehydrating tank (31) having a dehydrating function. The dehydrated laundry to be dewatered (27) is transferred to the washing machine (2), and the washed laundry is put into the dewatering tub (31) and dehydrated to the dewatering device (27). The interlocking operation is possible even in a remote place, but it is necessary to pay particular attention to the use of drainage of the sewage water for the economical operation of the fully automatic washing machine (2). The height of water intake cannot be made higher than the height of the low water level (26). However, the drawing (1) is an explanation when the dehydration tank (31) is used.

After draining the washing water, the water is drained by dehydrating the washing water from the laundry. In this case, the water is drained first in the dehydrating tank (31) and the supply valve (4) of the first supply pipe (4) ( 5) Open and supply (39) Further open the second supply pipe (6) Supply valve (8) and supply (40) The supply control valve (7) of the second supply pipe (6) remains open. When the low water level (26) is reached, the motor (9) is driven to rotate the rotating blade (11) and the rowing is started. The drainage valve (13) of the first drain pipe (12) is opened and the first low water level is opened. Open the intake valve (22) of the drainage device (18) and supply (19) to the dewatering tank (31). Then open the drainage valve (16) of the second drainage pipe (15) and open the second low water level drainage device. Open the intake valve (23) of (20) and open the dehydration tank (3 through the second low water level drainage device (20)). (21) In this case, the rotor blade (11) is accelerated and drained in a rotating flow, and the idling of the rotor blade (11) is adjusted according to the opening degree of the supply / adjustment valve and is kept open at all times. The rinsing water supplied to the dehydrating tub (31) is drained by washing the washing water in the tub. At this time, the laundering device (27) is operated to allow the washing water to be dehydrated. The water level of the machine water tank is set to a low water level (26) to reduce the idling of the rotor blades (11), and the drainage of the sewage water that is currently drained is fully drained with the aim of (2) economic operation of the fully automatic washing machine. Furthermore, it is possible to reduce the idling of the rotor blades (11) by saving drainage of drained water without deteriorating economic operation into the dehydration tank (27) or the second washing machine and saving water to protect the energy saving environment according to the Kyoto Protocol. The laundry to be dehydrated should be done with a fully automatic washing machine (2) 7) Fully automatic washing machine (2) Rinsing water can be used for the next washing The laundry washing operation is divided into two, one is fully automatic washing machine (2) One is the dehydration tank (27), which is an interlocked operating device that reduces energy by half and reduces the rotation of rotor blades by half.

(An example of a two-tub washing machine will be described with reference to the drawings)
In the case of washing, the washing water level is such that the laundry is put in the washing machine (2), an appropriate amount of detergent is put, and the water from the fresh water tank (1) is supplied (39) by opening the supply valve (5) of the supply pipe (4). Then, the supply valve (5) is closed, and the motor (9) is rotated through the drive belt (10) to rotate the rotor blade (8). When washing is completed, the motor (6) is stopped and the rotor blade (11) is Open the drainage valve (13) and open the new drainage valve (14) to drain the wash water that stops.

Laundry of laundry can be carried out at the same time, but it can be divided into two, one is put into the dehydration tank (31) and the washing water is dehydrated (17). When the supply valve (5) is opened and the low water level (26) for supplying fresh water to the washing machine (2) is reached (26), the motor (9) is opened, the intake valve (22) of the drive unit (28) is opened, and the low water level is discharged. The rowing operation for supplying the drainage of the rinsing water to the dewatering tub (14) through the device (18) has been conventionally performed by driving the motor (9) from the overflow port (25) at the upper part of the washing machine tub. ) Rotate and mix clean water and dirty water, and the idea is to separate clean water and dirty water separately from the lower part of the washing machine cistern as a low water level (26). (18) In addition to accelerating drainage through the drainage of the drainage water 1) Utilizing the difference in concentration of intake The washing water can be drained from the laundry, and the rotation of the rotor blade (11) can be reduced at the next rinse, and the rotor blade (11) when the overflow port (25) is used. ) Increased idle rotation, but reduced energy consumption by reducing the number of idling tanks (31).

It is sectional drawing which shows one Example based on this invention. It is sectional drawing of a two-tub type washing machine

DESCRIPTION OF SYMBOLS 1 Fresh water tank 2 Washing machine 3 Water tap 4 First supply pipe 5 First supply valve 6 Second supply pipe 7 Supply adjustment valve 8 Second supply pipe valve 9 Motor 10 Belt 11 Rotating blade 12 First drain pipe 13 First Drainage valve 14 unique to the drainage pipe Drainage valve 15 newly provided in the first drainage pipe 15 Drainage valve 16 unique to the second drainage pipe 17 Drainage valve 18 newly provided in the second drainage pipe DESCRIPTION OF SYMBOLS 1 Low water level drainage device 19 Water supply port 20 of 1st low water level drainage device 2nd Low water level drainage device 21 Water supply port 22 of 2nd low water level drainage device Intake valve 23 of 1st low water level drainage device 2nd low water level drainage device Intake valve 24 Fresh water tank float 25 Washer water tank overflow 26 Washer water tank low water level 27 Dehydration tank dewatering device 28 Second fresh water tank overflow 29 Increased second fresh water tank 30 Dewatering tank motor 31 Dewatering machine dewatering tank 32 Washing machine dewatering tank 33 Washing water take-out valve 34 Washing water take-out tank 35 Tap water take-in water into dewatering tank 36 First combined drainage pipe 37 Second combined drainage pipe 38 Supplying tap water to the washing machine 39 Supplying the first supply pipe 40 Supplying the second supply pipe 41 Supplying the washing machine from the water tap

Claims (6)

The fully automatic washing machine drains the washing water and the sewage water every time. This is an important resource and the second small fully automatic washing machine or dewatering function to protect the environment and save energy for economic operation first. It is possible to reuse the washing water by reusing the washing water by attaching the wiring piping to the necessary equipment in order to enable the interlocking operation operation even at a place where the dehydrating tub with a full automatic washing machine is connected or separated Laundry equipment Install a fresh water tank (recoverable) above the washing machine (not outdoor) To store water like a water tap, equip the tank with a water-injection stop device, equip a pipe to supply the washing machine, and increase supply pipes Increased number of drainage outlets Increased low water level drainage system according to the invention to prevent the washing machine water tank from being depleted and directly connected the drain pipe of the washing machine with the intake pipe of the apparatus and equipped with the intake valve, and the second supply pipe is equipped with fresh water Equipped with a supply / reduction valve that adjusts the supply. To make it possible to arbitrarily choose not to use one drain outlet for large and small washing machines.

Achieving reduction idly reduced water saving energy saving Co ₂ rotors set as a low water level is volume A large amount of water is diffused and decompressed from the fresh water tank to the washing machine and supplied to the laundry (Archimedes' principle). A clean water wall is formed at the top of the washing machine water tank, and a dirty water wall is formed at the bottom of the water tank. Low water level (Shierle's law) is introduced and low water level is achieved without draining the spilled water from the conventional overflow outlets and other things by making the economics of the fully automatic washing machine through the drain pipe of the washing machine water tank. The supplied rinsing water supplied as a low water level to a dewatering tank or small fully automatic washing machine having a dewatering function through a drainage device is reused and drained in the dewatering tank or washing machine. The low water level drainage device according to the invention is equipped with an intake valve by directly connecting the drain pipe of the fully automatic washing machine and the intake pipe of the device to the low water level set by the fully automatic washing machine to the dehydration tank or the second washing machine Therefore, it is possible to arbitrarily select whether to operate as a fully automatic washing machine for washing operation, newly equipped with a drainage valve outside the unique drainage valve. A tank is installed in the upper part of the two-tank washing machine to store water from the water tap, the tank is equipped with a water stoppage device, a pipe that is supplied to the washing machine is equipped with a valve, and supplied to the washing machine. In order to separate clean water and dirty water separately and accelerate drainage at a low water level, the drainage pipe of the washing tub and the intake pipe of the low water level drainage device are directly connected, and the low water level set by the washing machine is equipped with an intake valve. The drainage of the water with the height of the water and the wastewater is economically operated and taken into the own dewatering tank through the device and reused to reduce the idling of the rotor blades, and to save water and save energy and incorporate the greenhouse effect. Rotation of rotor blades Stop rotation Continue drainage Continue to pour water

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