JP2001293283A - Dehydration combined washing machine - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To provide a washing / drying washing machine capable of assembling a washing sequence by input from an operation display means so that a washing sequence can be assembled based on a user's home situation and washing values. Make the best laundry for the home. SOLUTION: A control means for controlling a pulsator, a motor 6, a washing means and a washing and dewatering tub constituted by a brake mechanism, a motor 6, and a dehydrating means constituted by a motor and writing and reading data to and from a storage means 22. The input to and display of 19 are performed by the operation display means 9 so that the washing sequence can be assembled in a menu format by the input from the operation display means 9, and a predetermined limit is set in a settable range.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a washing machine with a combination of dehydration and washing, which can be assembled by input from operation display means.

[0002]

2. Description of the Related Art Home appliances, which have long been said to be mature products, have been using inverters, high-memory microcomputers, and high-speed microcomputers, etc., due to semiconductor price reductions due to recent advances in semiconductor technology. In addition, living research has been actively conducted, and new functions have been continuously appearing.

[0003] In addition, new materials and manufacturing methods have been developed one after another for clothes to be washed, and the types of clothes have become very rich.
The types of items you want to wash at home also increase accordingly,
Various software for washing them have been developed, and the types of items that can be washed at home have also become very widespread.

[0004] In addition, many households have been washing their clothes for a long time since they started to wash them when they wear them. There are also many demands to wash high-quality clothing without damaging it. However, on the other hand, there is also a need to wash well when damaged by mud or the like in households with growing children, or to require special washing methods in some elderly homes.

In order to satisfy the above-mentioned needs, a conventional fully automatic washing machine has an operation panel (only a part is shown) shown in FIG. 6 so that various washing methods can be performed. 41 is a power on / off switch for turning on / off the power, 42 is a start switch, 43 is a course switch for selecting a course, 44 is a bath water switch for turning on / off a pump for pumping bath water, 45 is a reservation switch, and 46 to 46. 51
Is a display lamp that lights up in sequence each time the course switch 43 is pressed and displays the selected course.

First, when the power is turned on by pressing the power on / off switch 41 and the start switch 42 is pressed, the washing is automatically performed by a standard washing method. If a non-standard washing method is to be performed, pressing the course switch 43 causes the display lamps 46 to 51 indicating the washing course to light up in sequence, so that a course suitable for the clothes to be washed is selected, and the start switch 42 is pressed. By pressing, washing is automatically performed in the selected course.

[0007]

However, in a conventional fully automatic washing machine, several types of washing courses are provided.
In each washing course, the execution content must be loaded with the greatest common divisor of the user. Even if you wash one blanket, the type of dirt differs for babies, children or adults, but the conventional washing machine uses the same method of washing, and the problem of insufficient washing and overwashing occurs. there were.

Also, the number of courses is naturally limited by the size of the operation panel and the convenience of use, and it is not possible to prepare all the courses required in each home.
Washing machines are also durable consumer goods, and they are used for about 10 years after purchase. During this time, the family structure and age also change, and it is necessary to change the washing method. There was a problem that can not be.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and has as its object to make it possible to form a washing sequence based on a user's home situation and washing values, and to perform the best washing for the home. I have.

[0010]

SUMMARY OF THE INVENTION In order to achieve the above object, the present invention operates an input to a control means for controlling a washing means and a dehydrating means and writing / reading data to / from a storage means and a display thereof. The washing sequence is performed by a display means, and the washing sequence can be assembled in a menu format by input from the operation display means, and a predetermined limit is set in a range that can be set in the menu format.

[0011] Thus, based on the user's home situation and washing values, the user can form a washing sequence by himself without impairing the basic performance and safety of the washing machine. You can do the laundry.

[0012]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The invention according to claim 1 of the present invention is directed to a washing means, a dehydrating means, a storing means, a control of the washing means and the dehydrating means, and a writing and reading of data to and from the storing means. And a control means for controlling the control means, etc., and an operation display means for inputting and displaying the control means, and configured so that a washing sequence can be assembled in a menu format by input from the operation display means, and the menu format is provided. The user can compose a washing sequence by himself / herself without impairing the basic performance and safety of the washing machine based on the user's home situation and washing values. Can do the best laundry for the home.

According to a second aspect of the present invention, in the first aspect of the present invention, the operation display means has a configuration in which a liquid crystal display and a switch are combined, and the menu and the setting result are displayed simultaneously. As you can set the washing sequence while looking at the menu and setting results,
A washing sequence can be easily and quickly established.

According to a third aspect of the present invention, in the first aspect of the present invention, the control means sets a limit range for the maximum number of revolutions of the washing means and the dehydrating means in each of the strokes. When the setting is attempted, the first notification is issued and the setting exceeding the limit range is not accepted, so that the user cannot carelessly set the rotation speed exceeding the maximum rotation speed. Therefore, it is possible to prevent an unsafe washing sequence from being set.

According to a fourth aspect of the present invention, in the first aspect of the present invention, the control means sets a limit range for the maximum number of revolutions of the washing means and the dehydrating means in each step, and the control means sets a maximum range. When setting is attempted, the first notification is made and the setting value is set so that the setting value exceeding the limit range cannot be selected. The user inadvertently selects and sets the rotation speed exceeding the maximum rotation speed. Can not do
It is possible to prevent setting of an unsafe washing sequence.

According to a fifth aspect of the present invention, in the first aspect of the present invention, the control means controls the first of the washing sequence.
At the time of setting one course, based on the calculated total power consumption of the set course, a limit is set on the execution time or the composition ratio of each course, and when the limit is set beyond the limit range, a second notification is issued. The temperature rise of the motor and its drive circuit can be kept within a predetermined value, and the basic performance and quality can be maintained.

The invention described in claim 6 is the above-mentioned claim 2
In the invention described in 5, when the execution time of each course is set beyond the limit range based on the total power consumption, the control means sets the execution time display of the setting result displayed on the liquid crystal display beyond the limit range. The flashing, inversion, color change, etc. are changed and displayed in descending order of the influence, and the user flashes the time of the item of low importance from a plurality of flashing time displays. By shortening until there is no more, it is possible to build a washing sequence that is close to the washing sequence that the user is trying to build.

According to a seventh aspect of the present invention, in the first aspect of the present invention, the control means stores a plurality of assembled washing sequences in the storage means, and calls and executes the sequence by a key operation of the operation display means. When a user operates keys during washing, the washing machine can be easily operated in a sequence suitable for the laundry.

[0019]

An embodiment of the present invention will be described below with reference to the drawings.

As shown in FIG. 2, the water receiving tub 1 includes a washing and dewatering tub 2 rotatably disposed therein, and is suspended from a washing machine outer frame 4 by a hanging rod 3. A pulsator 5 is rotatably arranged at the bottom of the washing and dewatering tub 2. Motor 6
Drives the washing and dewatering tub 2 and the pulsator 5 via the brake mechanism 7. The on / off and rotation speed of the motor 6
It is controlled by the control device 8. The input to the control device 8 and the display thereof are performed by the operation display means 9 provided on the upper part of the outer frame 4 of the washing machine.

The circulating pump 10 takes in the washing liquid in the water receiving tub 1, and passes through a circulating path 11 and a watering nozzle 12.
The washing liquid is turned into the shower 13 and sprinkled on the laundry 14. The water supply valve 15 is provided for detecting the amount of washing water and rinsing water with the water amount detecting means 1.
The water is supplied to the washing and dewatering tub 2 through the watering nozzle 6 and the watering nozzle 12. The drain valve 17 drains the washing liquid and the rinse water in the water receiving tub 1 to the outside. Further, an automatic liquid detergent dispenser 18 is provided above the watering nozzle 12.

Pulsator 5, motor 6, brake mechanism 7
Constitutes the first washing means, and the washing and dewatering tub 2, the motor 6, the brake mechanism 7, the circulation pump 10, the circulation path 11, and the water spray nozzle 12 constitute the second washing means. Also,
The washing and dewatering tub 2, the motor 6, and the brake mechanism 7 constitute a dewatering means.

The control device 8 is configured as shown in FIG. 1, and the control means 19 sequentially controls a series of washing, rinsing and dehydrating steps based on the setting contents inputted by the operation display means 9. The motor 6, the circulating pump 1 via the motor driving means 20 and the power switching means 21.
0, water supply valve 15, drain valve 17, liquid detergent automatic dispenser 18
Are controlled sequentially.

The storage means 22 stores data necessary for the sequential control by the control means 19, a washing sequence set by the user, and the like. The rotation speed detecting means 23 detects the rotor position and the rotation speed of the motor 6 based on a signal from the motor 6. The cloth amount determining means 24 determines the cloth amount based on the data of the rotation number detecting means 23 and inputs the cloth amount to the control means 19. The water amount detection means 16 detects the flow rate from the water supply valve 15 and inputs the flow rate to the control means 19.

The power supply circuit 25 converts the commercial power supply 26 into DC and supplies DC power to the motor driving means 20 and the like.
27 is a power switch.

The operation display means 9 includes a liquid crystal display 28, menu selection buttons 29 to 32 (right / left / up / down), a setting button as shown in FIG. 33, a power button 34, a start button 35, a sequence selection button 36, and the like. Power button 34
By pressing, the power switch 27 of FIG. 2 is closed,
The control means 8 and the operation display means 9 enter an operation state.

The operation of the above configuration will be described. First,
A general washing method according to a washing sequence set by a manufacturer will be described, then, a method of assembling a washing sequence by a user according to the present invention will be described, and a washing method in a washing sequence prepared by the user will be described. I do.

Generally, the power button 34 of the operation display means 9 is pressed to put the control means 8 and the operation display means 9 into operation. Next, when the laundry 14 is put into the washing / dewatering tub 2 and the start button 35 is pressed, the motor 6 is rotated right / stop / left / stop via the motor driving means 20 by a command from the control means 19. , And the pulsator 5 is inverted and driven a predetermined number of times.

Since the laundry 14 is placed on the pulsator 5, the rotation state changes depending on the amount of the laundry. This rotation state is detected by the rotation number detecting means 23, and the amount of laundry is determined by the cloth amount determining means 24 based on the change amount and the like.
Input to the control means 19. The control means 19, via the power switching means 21 based on the input cloth amount,
The water supply valve 15 and the detergent automatic dispenser 18 are driven to supply the amount of water and the detergent corresponding to the amount of the laundry to the washing and dewatering tub 2, and the pulsator 5 is reversely driven by the motor 6 for a predetermined time to start washing.

When the washing is completed, the drain valve 17 is opened to drain the washing liquid, and the motor 6 is driven again to operate the washing and dewatering tub 2.
Rotate to enter intermediate dehydration. After dehydrating for a predetermined time, the water supply valve 15 is driven again to supply water, and the pulsator 5 is inverted and driven to rinse as in the case of washing. After stirring for a predetermined time,
Start draining, intermediate dehydration, water supply, agitation and the second rinsing again. When a predetermined time has elapsed after the second rinsing agitation, the water is drained and final dehydration is started. The final dehydration is longer than the intermediate dehydration so that the laundry is sufficiently dehydrated and the laundry dries quickly. When the final dehydration is completed, a series of washing steps is completed. Therefore, the user takes out the laundry 14 from the washing and dewatering tub 2 and dries it on the sun or puts it in a clothes dryer to dry.

The washing process and method of these series of “cloth amount detection-water supply-detergent supply-stirring-draining-intermediate dehydration-water supply-stirring rinse-drainage-intermediate dehydration-water supply-stirring rinse-drainage-final dehydration” The number of rotations, time, and the like are set by the manufacturer assuming standard laundry and balancing the detergency with the damage to the cloth. Therefore, in the case of general laundry, an expected finish can be obtained.

However, even in the case of general laundry, expectations for the finish differ depending on the household. In a mature family,
Lighter dirt would prefer less damage to detergency. Even if you wear underwear, you will always want something new and fluffy and soft. Conversely, some families with elementary school children want more cleaning power to remove dirt. The office worker's wife thinks that she can wash without wrinkles to make ironing her shirt easier. Others want to wash stuffed toys and dolls.

In the conventional fully automatic washing machine, a plurality of washing courses have been provided to cope with such various demands.
The difference between people has become very large, and the difference between the items to be washed has also become large. In order to meet these demands, it is necessary to assemble the washing method for each case.

In order to assemble the washing method for each case, it is necessary to assemble the washing method for each washing machine. In a mass-produced maker, each washing machine requires individual customers. It is almost impossible to incorporate. Fortunately, ATMs and personal computers have become widespread.
Housewives at home now have the foundation to assemble their own washing sequences.

However, a fully automatic washing machine is equipped with a motor of several hundred watts, and it is very dangerous if a wrong setting method is used. Also, if the usage exceeds the rating of the parts, it may be impossible to use.

In view of the above, the present invention adopts a menu format as an input method, and provides a restriction for securing basic performance and maintaining safety in a setting range, so that a housewife of a user's home can easily use the menu. The present invention provides a washing sequence setting system capable of assembling a washing sequence, ensuring basic performance, and not impairing safety.

First, a setting method in a menu format will be described. FIG. 3 shows a part of the panel portion of the operation display means 9. A menu selection button 29 is provided below the liquid crystal display 28.
To 32 (to the right, to the left, to the top, to the bottom), and a setting button 33 beside it. FIG. 4 shows the liquid crystal display 2
8 is enlarged.

Below the menu display 37 displayed on the upper left of the liquid crystal display 28 is a menu display area 38 for displaying a menu. Below the setting sequence display 39 displayed at the upper right is the sequence display area 40 of the set sequence. A sequence number entry column 41 is provided beside the setting sequence display 39.

The menu has a tree structure as shown in FIG. 5, and the menu of the first hierarchy, ie, the first hierarchy is a washing process, and is displayed in the menu display area 38 of FIG. A menu for setting eight steps and sequence numbers appears. If you select "wash" here,
In the next level, there are four options: “Agitated washing”, “Centrifugal shower washing”, “Centrifugal washing” and “Mix washing”.
As described above, if necessary items are selected in order for each layer, one process is completed.

Next, a description will be given of predetermined restrictions for ensuring safety and basic performance of the washing machine when setting a washing sequence in a menu format.

In the setting range, two kinds of restrictions are set. In the first limitation, in order to ensure safety and basic performance, an absolute limitation is provided for the number of revolutions and the execution time for each stroke, and the setting cannot be made beyond this limitation. When setting by selecting from the menu, options that exceed this limit are excluded from the menu and cannot be selected. In the case of inputting with the ten keys, if a set value exceeding the limit is input, the control means 19 rejects the input and informs the user of the reason by the operation display means 9. The first restriction contents are shown in (Table 1).

[0042]

[Table 1]

For example, the centrifugal shower washing &
In the case of rinsing, the upper limit of the rotation speed is 500 r / min, and the execution time at that time is limited to 20 minutes. However, if the rotational speed is set to 300 r / min, the execution time becomes 60
Executable up to minutes. These limits are determined based on the limit capabilities of the motor and its drive circuit and drive mechanism.
In the case of intermediate dehydration and final dehydration, the rotation speed is 1100 r /
min is the upper limit.
And the strength of the drive mechanism.

Next, the second limitation is that the temperature rise of the main component motor and its drive circuit is used within a predetermined value,
This ensures the basic performance of the washing machine. Even if it is within the above-mentioned first limit, when one washing sequence is executed, several strokes are continuously executed, so that a part of the heat generated in each stroke is accumulated and a single stroke is executed. The temperature rises higher than at times, impairing the quality of the parts.

In order to prevent such a situation, the present inventors have
A method for experimentally establishing a method to limit the execution time for each process from the power consumption of the entire theoretical calculation of the assembled washing sequence was established. Some of the experimental results are shown in (Table 2).

[0046]

[Table 2]

From (Table 2), (d) centrifugal force washing and rinsing (1) can be performed up to 20 minutes if the calculated total power consumption is up to 40 W, but if 60 W is reached, 15 minutes due to heat storage in other processes. Can only be executed. If the washing sequence to be assembled is sufficient if the centrifugal washing within 15 minutes is sufficient, but if you want to execute the washing for 18 minutes, you need to set 1 in another step.
This means that it is necessary to reduce the 0 W power consumption to reduce the total calculated power consumption to 50 W or less.

In this embodiment, when the washing sequence is assembled in the menu mode, the place of the execution time exceeding the limit of (Table 2) and the place of the execution time of another step of increasing the power consumption are blinked. Is displayed. By setting the execution time of the less important process out of the two blinking execution times of the setter until the display stops blinking, all of them can be within the limited range. In addition, if the number of blinking points is increased, the degree of freedom of setting is further expanded.

Next, a description will be given of an example in which a washing sequence is specifically set to perform washing that is gentle to the skin without damaging the undergarment and is sufficiently rinsed.

As shown in FIG. 4, the liquid crystal display 28
The menu display area 38 displays the first-level washing process of the menu. The sequence display area 40 and the sequence number entry column 41 on the right side are partially entered and displayed in FIG. 4 for the description to be described later, but are blank in the initial state.

First, the cursor at "4. Rinse" is moved to "9. Sequence number" with the menu selection buttons 29 to 32, and the setting button 33 is pressed. A list is displayed, and “NO.
When "5" is selected and the setting button 33 is pressed, "NO.5" is displayed in the sequence number display column 41, and the menu returns to the first level. This is the preparation before the setting of the washing sequence.

Since the undergarment of this time is automatically washed, first move the cursor to "1. Cloth sensor" and press the setting button 33, "(a) Cloth sensor" is displayed in the sequence display area 40, and the menu is displayed. In the area 38, "enter" and "cut" of the second hierarchy are displayed. Next, when the cursor is set to "enter" and the setting button 33 is pressed, "(a) Entering the cloth quantity sensor" is displayed in the sequence display area 40, and the menu returns to the first level as before.

Next, when "6. Water supply" is selected and the setting button 33 is pressed, "(b) Water supply" is displayed on the second line of the sequence display area 40, and the water supply method is displayed in the menu display area 38. Is displayed. When "water supply" is selected and the setting button 33 is pressed, "(b) water supply water supply" is displayed on the second line of the sequence display area 40, and the menu returns to the first level as in the previous case.

Next, when "2. Washing" is selected and the set button 33 is pressed, "(c) Washing" is displayed on the third line of the sequence display area 40, and four washings are displayed in the menu display area 38. Is displayed. I want to wash without damaging this time, so move the cursor to "Centrifugal shower washing", which is the least damaged washing method, and press the setting button 33. The third line of the sequence display area 40 changes to "Washing centrifugal shower". In the menu display area 38, a list of the number of rotations of the third hierarchy is displayed.

Since the user wants to wash well without damaging, he puts the cursor on the middle "300r" and presses the set button. Similarly, when the time limit of the fourth hierarchy and the execution time of the fifth hierarchy are set, the third line of the sequence display area 40 displays “(c)
Wash Centrifugal shower 300r 20 "-10" 1
5 '"is displayed, and the menu display area 38 returns to the menu of the first hierarchy.

In the same manner, “(d) drainage”, “(e)
“Intermediate dehydration”, “(f) water supply”, “(g) rinse”, “(h) drainage”, “(i) intermediate dehydration”, “(j) water supply”, and “(k) rinse” are set. "(K) Rinsing" on the 11th line is set in order, and it is desired to rinse sufficiently for the last execution time. If 10 minutes is set, the execution time on the 7th line and the execution time on the 11th line are 10 minutes. Starts blinking (within the frame in FIG. 4).

This is because the second notification has been executed because the execution time has exceeded the second limit. Centrifugal washing &
The rinsing execution time is 20 times the sum of the twice on the 7th and 11th lines.
(Table 1), which indicates the limit range, does not pose a problem because an execution time of 20 minutes is possible, but (Table 2) indicates that the execution time of 20 minutes can be reduced because the calculated total power consumption is 40 Wh.
This means that the calculated total power consumption of the process set so far has exceeded 40 Wh. Therefore, the execution time of the eleventh line is corrected to eight minutes. This stops the blinking.

Since the stop of the blinking means that the condition of (Table 2) is satisfied, the calculated total power consumption is 4%.
More than 0 Wh and 50 Wh or less. By making such a correction, it is possible to proceed to the next setting. In this way, all the remaining steps are set, and finally, the process returns to the first level of the menu, and selects “10.
Press 3, and the washing sequence that has been set
NO. 5 "is registered in the storage means 22. In this way, the user of the washing machine sequentially registers in the storage means 22 the required number of sets of washing sequences required at home and numbering.

Next, a method of washing using the washing sequence assembled and registered as described above will be described. First, the power button 34 is pressed to put the washing machine into an operating state, and the laundry is put into the washing and spin-drying tub 2. Next, when the sequence selection button 35 is pressed, a list of washing sequences registered on the liquid crystal display 28 is displayed. A required washing sequence is selected from the list by using the menu selection buttons 29 to 32, and the selected washing sequence is executed by pressing the start button 35.

As described above, according to the present invention, the user of the washing machine can easily set the most suitable washing sequence for each household without making the machine unsafe or impairing the basic performance of the washing machine. Thus, the set washing sequence can be easily called and executed.

[0061]

As described above, according to the first aspect of the present invention, washing means, dehydrating means, storage means,
Control means for controlling the washing means and dehydrating means and writing and reading data to and from the storage means, and an operation display means for inputting and displaying the control means,
A configuration in which a washing sequence can be assembled in a menu format by input from the operation display means,
Since a predetermined limit is provided in the range that can be set in the menu format, based on the user's home situation and washing values,
The user himself / herself can set up the washing sequence without impairing the basic performance and safety of the washing machine, and can perform the best washing for the home.

According to the second aspect of the present invention, the operation display means has a configuration in which a liquid crystal display and a switch are combined, and the menu and the setting result are displayed simultaneously. The user can set the washing sequence while watching, so that the washing sequence can be easily and quickly assembled.

According to the third aspect of the present invention, the control means sets a limit range for the maximum number of rotations of the washing means and the dehydrating means in each step, and when the control means attempts to set the maximum speed beyond the limit range, Since the first notification is made and the setting is made so as not to accept the setting exceeding the limit range, the user cannot inadvertently set the rotation speed exceeding the maximum rotation speed. Setting can be prevented.

According to the fourth aspect of the present invention, the control means sets a limit range for the maximum number of revolutions of the washing means and the dehydrating means in each step, and when the control means attempts to set the maximum speed beyond the limit range, Since the first notification is made and a setting value exceeding the limit range cannot be selected, the user cannot inadvertently select and set a rotation speed exceeding the maximum rotation speed, which is unsafe. Setting a proper washing sequence can be prevented.

According to the fifth aspect of the present invention, the control means sets one course of the washing sequence.
Based on the calculated total power consumption of the set course, set a limit on the execution time or composition ratio of each course,
When the setting is made beyond the limit range, the second notification is made, so that the temperature rise of the motor and its drive circuit can be kept within a predetermined value, and the basic performance and quality can be maintained. .

According to the present invention, when the control means sets the execution time of each course beyond the limit range based on the total power consumption, the setting result displayed on the liquid crystal display is displayed. The display of the execution time display is performed by changing the blinking, inversion, color change, etc. in descending order of the influence that exceeds the limit range. By shortening the time of a low item until there is no blinking or the like, it is possible to set a washing sequence close to the washing sequence that the user is trying to set.

According to the seventh aspect of the present invention, the control means stores a plurality of assembled washing sequences in the storage means, and calls and executes the washing sequence by key operation of the operation display means. The user can easily operate the washing machine in a sequence suitable for the laundry by operating the keys at the time of washing.

[Brief description of the drawings]

FIG. 1 is a block circuit diagram of a washing machine with dehydration according to one embodiment of the present invention.

FIG. 2 is a sectional view of the washing machine for both dehydration and use.

FIG. 3 is an enlarged front view of a main part of an operation display panel of the washing machine combined with dehydration.

FIG. 4 is a diagram showing a display example of a liquid crystal display provided on an operation display panel of the washing machine for both dehydration and washing.

FIG. 5 is a diagram showing a menu for assembling a washing sequence of the washing machine with dehydration;

FIG. 6 is an enlarged front view of a main part of an operation display panel of a conventional washing machine for both dehydration and combined use.

[Explanation of symbols]

 2 Washing and dewatering tub (dehydrating means) 5 Pulsator (washing means) 6 Motor (washing means, dehydrating means) 7 Brake mechanism (washing means, dehydrating means) 9 Operation display means 19 Control means 22 Storage means

 ──────────────────────────────────────────────────続 き Continuing on the front page (72) Inventor Hiroyuki Fujii 1006 Kazuma Kadoma, Kadoma City, Osaka Prefecture F-term in Matsushita Electric Industrial Co., Ltd. 3B155 BA08 BB08 BB20 CB06 JA12 JC04 JC07 JC09 JC12 JC13 KB27 KB29 LA02 LB02 LB18 LC07 LC14 LC28 MA01 MA02 MA09 MA10

Claims (7)

[Claims] 1. A washing means, a dehydrating means, a storage means,
Control means for controlling the washing means and dehydrating means and writing and reading data to and from the storage means, and an operation display means for inputting and displaying the control means,
A configuration in which a washing sequence can be assembled in a menu format by input from the operation display means,
A dehydrating / washing machine having a predetermined limit in a range that can be set in the menu format. 2. The washing machine according to claim 1, wherein the operation display means is configured by combining a liquid crystal display and a switch so that a menu and a setting result are simultaneously displayed. 3. The control means sets a limit range for the maximum number of revolutions of the washing means and the dehydrating means in each stroke, and when trying to set beyond the limit range, issues a first notification and sets the limit range. 2. The dehydrating and washing machine according to claim 1, wherein the setting is not accepted. 4. The control means sets a limit range for the maximum number of revolutions of the washing means and the dehydrating means in each stroke, and if the control means attempts to set the maximum speed beyond the limit range, the control means issues a first notification and sets the limit range. 2. The washing machine according to claim 1, wherein the set value exceeding the set value cannot be selected. 5. The control means, when setting one course of the washing sequence, sets a limit on the execution time or composition ratio of each course based on the calculated total power consumption of the set course, and sets the limit. When setting beyond the range,
2. The washing machine according to claim 1, wherein the washing machine is configured to make a second notification. 6. When the execution time of each course is set beyond the limit range based on the total power consumption, the control means changes the execution time display of the setting result displayed on the liquid crystal display beyond the limit range. The dehydrating and washing machine according to any one of claims 2 to 5, wherein blinking, inversion, color change, and the like are changed and displayed in descending order. 7. The washing machine according to claim 1, wherein the control means stores a plurality of assembled washing sequences in the storage means, and calls and executes the washing sequence by key operation of the operation display means.