JPS6371288A - Display apparatus of washing machine - Google Patents

Abstract

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

Description

DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to a display device for a washing machine that can set a course for each fabric of laundry clothes and also can set the water supply temperature to be used.

2. Description of the Related Art Conventionally, in a washing machine in which a course can be set for each fabric of washed clothes and a water supply temperature to be used can be set, the course setting means for each fabric and the water supply temperature setting are set by means, and these setting means are linked. I hadn't.

Problems to be Solved by the Invention However, in the conventional configuration, when the clothes to be washed are fabrics that are sensitive to high temperatures, such as wool, even if wool is set using the fabric-specific course setting means, the user cannot supply water. If the temperature is set to a high temperature, there is a problem in that wool is washed at a high temperature and the wool clothing is damaged.

The present invention solves the above-mentioned problems, and when a fabric-specific course is set, it is possible to set only the water supply temperature that will not damage the fabric, and prevents incorrect setting of the water supply temperature. The purpose is to prevent damage.

'Means for Solving the Problems In order to achieve the above object, the present invention provides fabric-specific course setting means that can set several types of courses for each fabric of laundry clothes;
A water supply temperature setting means that can set the water supply temperature to be used; a storage means that stores the water supply temperature that can be set according to the several courses set by the fabric-specific course setting means; and displaying the contents set by both of the setting means. By inputting from either of the display means and the setting means,
The present invention is configured to include a control means for displaying the inputted setting contents based on the contents stored in the storage means and the water supply temperature or the course for each fabric that can be set based on the settings by means of the display means.

Effects With the above-described structure, the fabric course setting means is used to set courses for several types of fabrics, and the control means reads out the settable combinations with the water supply temperature from the storage means and controls the display means for displaying the water supply temperature. By displaying the settable water supply temperature range, it is possible to prevent clothes that cannot be washed at high temperatures from being damaged by washing them at high temperatures.

Embodiment In FIG. 1, an embodiment of the present invention will be explained with reference to FIG. 1. In FIG. 1, reference numeral 1 denotes a course setting means for each fabric, which sets several types of courses for each fabric of laundry clothes. 2 is a feed water temperature setting means for setting several types of feed water temperatures to be used. Reference numeral 3 denotes a storage means that stores combinations of fabric courses set by the fabric course setting means 1 and water supply temperatures that can be set by the water supply temperature setting means 2. Numeral 4 is a fabric-specific course display means for displaying the course set by the fabric-specific course setting unit 1. Reference numeral 5 denotes a feed water temperature display means for displaying the feed water temperature set by the feed water temperature setting means 2. Reference numeral 6 denotes a control means that reads from the storage means 3 the fabric-specific courses stored in the storage means 3 and the water supply temperature that can be set for the set courses, and displays the fabric-specific course display means 4 and the water supply temperature display means 5. Control.

Reference numeral 7 denotes a settable water supply temperature display section, in which the fabric course display means 4 and the supply water temperature display means 5 are arranged in one row horizontally and one row vertically.
The fabric courses set by the fabric course setting means 1 and the settable water supply temperature range are displayed in the form of an IJ sock.

The combinations of the fabric-specific courses set by the fabric-specific course setting means 1 and the water supply temperatures that can be set for the set courses are stored in the storage means 3, and the water supply temperature setting means stores the combinations based on the memory. 2. By controlling the supply water temperature display means 6, the fabric course setting means 1, and the fabric course display means 4 by the control means 6, and by clearly indicating the settable water supply temperature range with the settable water supply temperature display section 7, high temperature can be set. The system is designed to prevent clothes that cannot be washed from being damaged by washing them at high temperatures, and to allow the user to clearly understand the range in which the water supply temperature can be set.

The specific configuration of this embodiment will be explained with reference to FIG. Each time the fabric course setting switch 1 is pressed, the fabric course display means 4
Lm! J) 1 to LE[5 are driven by the output section 8b controlled by the control section 6; LICDl, 2, 3, 4
．． One Li lights up in the order of 6. The signal of the water supply temperature setting switch 2 is input to the input section 8 of the microcomputer 8.
It is input to Party B. Each time the feed water temperature setting switch 2 is pressed, the LEDs I, i9 of the feed water temperature display means 5 are driven by the output section 8b controlled by the control section 6. At this time, according to the fabric-specific course set by the fabric-specific course setting switch 1, based on the combination of the fabric-specific course stored in advance in the storage unit 3 and the settable water supply temperature, 9 is driven. In other words, LED 1 or LED 2 of the fabric course display means 4
When is lit, each time the water supply temperature setting switch 2 is pressed, the LED e~! The JD 9 lights up in this order and all feed water temperatures can be set. Furthermore, when the LED 3 of the fabric course display means 4 is lit, each time the water supply temperature setting switch 2 is pressed, the LICD 7
~LICD 9 lights up in this order, and LTLD 6 does not light up. Further, when the LED 4 of the fabric course display means 4 is lit, each time the water supply temperature setting switch 2 is pressed, the LEDs LB:D8 to Li975f are lit in this order, and the LED 7 LXD8 is not lit. In addition, when the LICD 5 of the fabric-specific course display means 4 is lit, even if the water supply temperature setting switch 2 is pressed, Ll:D
Only 9 lights up and LIED s to LICD 8 do not light up. Here, LHD 1 to Li5 are LZD indicating the set fabric, and LIED e to LED 9 are Ll indicating the level of the set water supply temperature.

In addition, in order for the user to understand the settable combinations of the LEDs of the fabric course display means 4 and the water supply temperature display means 5, the fabric course display means 4 has LEDs 1 to LED.
5 in a row horizontally and LEDs 6 to 6 of the water supply temperature display means 6. I
The JD9s are arranged in a vertical line and a settable water supply temperature display section 7 is displayed. Here, line segments L1 and L2 are LED 1
and L [12 is set, LED e~Lm
! :D This indicates that the water supply temperature of 9 can be set. Similarly, line segment L3 is L17~'Lm! when LED 3 is set. : D 9 supply water temperature can be set, line segment L4 is LED 4 is set, LH) 8 to I, i
The feed water temperature of LED 9 can be set, and point P5 indicates that when LED 6 is set, the feed water temperature of LED 9 can be set.

In addition, in the above embodiment, the combinations of water supply temperature displays that can be set are set corresponding to the course display for each fabric.
A combination of fabric course displays that can be set in response to the water supply temperature display may be set.

That is, when LH) 6 of the water supply temperature display means 5 is lit, the LEDl and Li2 of each fabric course can be set, and this is represented by the line segment L5.

Next, when L[)7 of the water supply temperature display means 5 is lit, the LEDs 1 to Li3 of each fabric course can be set, and this is represented by a line segment L6. Next, the LI of the water supply temperature display means 5
When ED 8 is lit, Lll of the fabric-specific course
:D1 to LED4 can be set, and all of these are represented by line segment L7. Next, when the LICD 9 of the water supply temperature display means 6 is lit, the settings for each fabric course LH) 1 to LED 5 can be made, and this is represented by a line segment L8.

In addition, the optimum combination of fabric course setting and water supply temperature setting is stored in the storage unit 3, so that when the fabric course setting switch 1 is pressed and the fabric course is set, the water supply temperature is automatically set to the optimum combination. Make it possible to set it in combination.

This is represented by points P1 to P6 on the settable water supply temperature display section, and the fabric course is indicated by LED1 and LED2.
, L[)3, Li4, and Li5, they are automatically set to IJD6゜1, ED7, and L, respectively.
XDs and LEDs are set. As described above, according to this embodiment, the combinations and optimal combinations of the fabric-specific courses set by the fabric-specific course setting means 1 and the settable water supply temperatures are stored in the storage means 3. Based on the feed water temperature setting means 2, the feed water temperature display means 5,
The fabric course setting means 1 and the fabric course display means 4 are controlled by the control means 6, and the supply water temperature display means 5 and the fabric course display means 4 are arranged in one row horizontally and one column vertically. By clearly indicating the range of water supply temperatures that can be set on the possible water supply temperature display section 7, it is possible to prevent clothes that cannot be washed at high temperatures from being damaged by washing them at high temperatures, and also to make it possible to set the range of water supply temperature and course for each fabric. It can be easily understood by the user.

Effects of the Invention As is clear from the description of the embodiments, according to the present invention,
The combination of the fabric-specific course set by the fabric-specific course setting means and the feed water temperature that can be set by the setting is stored in the storage means, and the feed water temperature setting means displays the feed water temperature and the fabric-specific course based on the memory. Since the display means is controlled, clothes that cannot be washed at high temperatures can be prevented from being damaged by washing them at high temperatures, and the user can be made to understand the settable ranges of water supply temperature and courses for each fabric.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing a display device according to an embodiment of the present invention, and FIG. 2 is a circuit diagram showing a specific configuration of the same. 1... Fabric side course setting means, 2...
Supply water temperature setting means, 3... Memory means, 4...
. . . Fabric side course display means, 5 . . . Supply water temperature display means, 6 . . . Control means.

Claims (2)

[Claims] (1) A fabric-specific course setting means that can set several types of courses for each fabric of laundry clothes, a water supply temperature setting means that can set the water supply temperature to be used, and several fabric-specific courses that can be set by the fabric-specific course setting means. a storage means for storing the supply water temperature; a display means for displaying the contents set by both the setting means; and an input based on the contents stored in the storage means by input from either of the two setting means. A display device for a washing machine, comprising a control means for displaying setting contents and a course for each fabric or a water supply temperature that can be set according to the settings. (2) The display means includes a fabric course display means and a water supply temperature display means, and these display means are arranged in a horizontal row, respectively.
A display device for a washing machine according to claim 1, which displays in a matrix the fabric courses set by the fabric course setting means and the water supply temperature ranges that can be set by the settings, arranged in a vertical line. .