JPS60174430A - Heating device - Google Patents

Abstract

PURPOSE:To enable a registration of desired finished condition to be performed by a method wherein a memory for use in storing heating data is arranged in a heating device having a memory key, both a reading of heating data and writing of calling data into the memory can be performed with a repeat key which performs calling. CONSTITUTION:A memory lock switch 10 is turned OFF and a memory registration can be performed. Then, a repeat key 5 is depressed and the heating data concerning operation just performed is called again in the display part 6. Then, the desired memory key 4 to be registered is selected and depressing of this key may complete the registration. Lastly, the memory lock switch 10 is set again to its input position and an entry mode is completed. With this arrangement, the user can register the heating data in compliance with a preference of the user.

Description

[Detailed Description of the Invention] The industrial field of application is Kihatsu IJ-J, which relates to a heating device equipped with a memory key;
In particular, the present invention relates to a structure in which the most recently heated heating take can be called up by 14 degrees using a repeat key, and this can be stored in memory.

Conventional Structure and Problems Heating devices equipped with memory keys have been widely put into practical use. This function calls up heating takes stored in memory in advance to simplify setting operations, allowing you to easily heat frequently-heated items with a single touch.

In the conventional general configuration of such a memory key, there is first a procedure for registering a heating take called Niji l-IJ mode, and then it is possible to move to a memory call mode in which this is called up and utilized. . As already mentioned, the memory call mode trxm allows you to heat objects with a high degree of heating with a single touch, and also allows you to heat items with complicated and time-consuming heating take settings, such as after boiling over high heat. It is also extremely convenient for sequential heating such as simmering, where you switch to low heat and heat for a long time.

On the other hand, the operation in the entry mode becomes cumbersome, and how to solve this problem is an essential condition for increasing the practicality of the memory key.

Figure 3 shows a conventional example of such an entry mode.
This is probably the configuration example that requires the least number of operating steps. First, in order to command the start of the entry mode, press the memory key in which the heating take is to be registered (Fig. 3(a)). This is entry declaration mode A.

Next, the process shifts to take registration mode B in which heating data is input. In this example, open cooking is set, the open mode is selected ((b) in the same figure), and the grilling temperature is 170.
The same figure (C)) where °C is input, and the Φj figure (D) where the heating time is set to open for 50 minutes.

In this manner, conventional memory keys follow a procedure in which a heating take is registered without being changed, and then heating is performed using this. Therefore, the user either picks up a heating take from the food and registers it, or inputs it by tracing the memory of the heating take that the user previously executed. There were some points where the programmer did not match the user's RQ preferences or did not respond to variations in the performance of each device. .

The purpose of the present invention is to solve the above-mentioned conventional drawbacks, and it is an object of the present invention to provide a memory key that allows the user to register heating data once executed and obtained the desired finish with a simple operation. .

Structure of the Invention In order to achieve the above object, the heating device of the present invention includes a memory for storing heating data, and a memory for storing the heating data executed immediately before.
It is equipped with a repeat key that allows you to call up the cooking time, and when the heating of a certain object is finished, if you can f% the desired temperature, you can use the repeat key to call the It is configured to be registered in memory, and heating data that can obtain the user's desired results can be accurately registered with simple operations.

DESCRIPTION OF EMBODIMENTS The following is an explanation of the embodiments of Kokuhatsu 9J based on the drawings.
I do.

FIG. 1 is a perspective view of a heating device according to the present invention.

A door body 2 is provided on the front side of the main body 1 so as to be openable and closable, and an operation panel 3 is arranged. The operation panel 31- has a memory
A key 4 is provided.

FIG. 2 is a detailed view of the main parts of such an operation panel.

When heating data is registered in the memory key 4, the menu name is written by hand or by pasting a sticker. In the illustrated example, heating takes are already registered in memories 1 to 10, and menu names are written thereon. memory 11
-24, no heating take is registered yet, leaving one blank.

Repeat - ¥-5r, r ++a, +ifi K Executed D1th ((Take 1 ¥ and call up 1 on the display section 6. The user can then repeat the same menu without inputting the heating take.

The heating take is input using the power key 7, timer 8, and temperature key 9). A single heated take called up by repeat 8-5 can be modified using these keys and distortions.

Below the operation panel 3 is a sliding memory lock.
A switch 10 is provided, and memory registration is enabled when it is in the "off" position.

Memory registration is not possible when the ``in'' position is 1i7, 1 inch.
This can prevent the contents of the memory from being accidentally damaged or being played by children.

Next, the operating procedure of the entry mode in such a configuration will be explained using FIG. 4. Move the memory lock switch 10 to the "off" position (FIG. 2(a)) to enable memory registration.

Then, by pressing the repeat key 5, the heating take executed in []r1 is displayed on the display section 6 by +tf ((b) in the same figure).

Then, by selecting the desired memory key 4 to be registered and pressing it, the registration is completed ((C) in the same figure). Finally, the memory lock switch 10 is returned to the "on" position to complete the entry mode (FIG. 2(d)).

Here, the steps in (a) and fb) in the same figure can be reversed, and the procedure in (d) in the same figure can be avoided unless there is a child's prank or the danger of 81 operation. .

Now, let's compare this operating procedure with the conventional one.
The non-selectable memory and input functions are excluded from this comparison because they aim for greater safety (=1 added).Therefore, the differences from the conventional ones are the following two points.

First, the procedure between entry declaration mode A and take registration mode B is reversed. Moreover, the heating take has already been executed immediately before being called up by the repeat key 5.

This allows users to register heating takes according to their own preferences.

Second, there is no need to input the heating take from the beginning, and the operation of take registration mode B is extremely simple. Moreover, since it has been executed once, there is no risk of incorrect settings.

FIG. 5 shows the construction of such a heating device. Operation panel 3-
The memory heating command input from memory key 4 in
It is decoded by the control unit 11. The control unit 11 is the memory 1
The heating take registered from 2 is read out, and the power supply to the heating means 14 and 15 is controlled via the driver 13. The memory 12 may be a non-volatile memory or a RAM as appropriate. If the control unit 11 is configured with a microcomputer, a built-in RAM can also be used. In this embodiment, the heating means includes a magnetron 14 and a heater 15.
It is equipped with.

The object to be heated 17 is placed IVt in the heating chamber 16, and the placing plate 18 is rotationally driven by a motor 19 to improve uneven baking. The fan 20 cools the magnetron 14 and ventilates the inside of the heating chamber 16. A thermistor 22 is disposed within the exhaust guide 21, and transmits a take signal to the control unit 11 via a detection circuit 23 to control the temperature inside the heating chamber.

According to the tree starting from the tree, the following effects can be obtained:

(1) By combining the repeat key and memory key, the heating data executed just before can be registered with simple operation.

(2) Since the heating data that has been executed once and the finished product is checked is registered, it is possible to register the heating data that matches the user's taste. There is also no risk of incorrect heating data settings.

(3) A standard heating take such as cooking wood can be used as one guidance, and the finish can be corrected and registered according to the user's preference.

After calling up the change repeat 1 key, it is possible to correct and register the time opening, etc., depending on the excess or deficiency of 1 lily.

[Brief explanation of the drawing]

FIG. 1 is a perspective view of the main body of a heating device showing an embodiment of the present invention, FIG. 2 is a detailed view of the same operation panel, FIG. 3 is a diagram showing a conventional memory registration procedure, and FIG. 4 is a diagram showing a conventional memory registration procedure. FIG. 5 is a block diagram showing the configuration of the memory registration procedure according to one embodiment. 4...Memory key, 5...Repeat key, 11...Control unit, 12...Memory, 14.15... heating means, 16...
...Heating chamber, 17...Object to be heated. Name of agent: Patent attorney Toshio Nakao and 1 other person No. 1
Figure 4 Figure 5

Claims (1)

[Claims] A heating chamber for storing an object to be heated, a heating means provided in the heating chamber, a control unit for controlling power supply to the heating means, a memory for storing a heating take by the heating means, and a memory for storing a heating take by the heating means; It consists of a memory key that commands to read out the heating take that has been executed, and a repeat 1 key that allows you to recall the heating take that was executed directly. A heating device configured to allow writing to.