JPH01124423A - Bread maker - Google Patents

Abstract

PURPOSE: To improve the user's convenience of a household bread making apparatus having a plurality of baking cases by providing a control means inputting a signal from a temp. detection means to control a kneading means and a heating means to advance a bread making process and an operation setting means advancing the bread making process on the side of the baking case set by a manual operation part. CONSTITUTION: An operation setting means 10 detects whether a manual operation part 11a is operated and, if the manual operation means 11a is operated, the changeover to the temp. signal input on the side of a temp. sensor 8a is performed. If the manual operation part 11a is not operated and other manual operation part 11b is operated, the changeover to the temp. signal input on the side of the temp. sensor 8b is performed. An input temp. signal is determined and a control means 12 inputs this temp. signal to control a kneading process, a fermentation process and baking process on the basis of the temp. signal. If the manual operation part 11a is operated, the changeover to the temp. sensor 8a is performed and, since a baking case 3b is set to constructive operation on the basis of the temp. side on the side of the baking case 3a even if the manual operation part 11b is operated, no problem is generated.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to a bread making apparatus having a plurality of baking cases.

BACKGROUND OF THE INVENTION Recently, devices that can automatically make bread have become popular in ordinary households, but these devices only bake one loaf of bread. For commercial use, there are also machines that produce multiple types of bread at the same time.

Problems to be Solved by the Invention However, the above-mentioned conventional home bread making apparatus has the following problems:
Only 3 pieces of bread can be made, and the production time is 3
It took ~4 hours to complete, so it was not practical for large families. Furthermore, products for commercial use are based on the premise of producing a large amount of bread at one time, and therefore, it was virtually impossible to convert them directly to home use.

The present invention solves these conventional problems and provides a practical and easy-to-use home bread making apparatus having a plurality of baking cases.

Means for Solving the Problems In order to solve the above-mentioned conventional problems, the bread making apparatus of the present invention includes a plurality of baking cases in which bread materials are stored and heated by a heating means, and a bread making device in these baking cases. A material kneading means, a temperature detection means for detecting the temperature of the baking case, and a control means for inputting a signal from the temperature detection means to control the kneading means and the heating means to advance the bread manufacturing process; The apparatus is equipped with an operation setting means for advancing the bread manufacturing process on the baking case side, which is set by a manual operation section.

Effect: According to the bread making apparatus of the present invention, bread is made on the baking case side set by the operation setting means.
- Not only can a plurality of breads be produced at a time, but also one bread can be produced in a selected baking case.

Example Examples thereof will be described below with reference to the accompanying drawings.

In the figure, each kneading blade 22L is provided in the firing chamber 1.

Two firing cases 32L with 2b arranged at the inner bottom.

3b is provided so as to be freely accessible. These kneading blades 22L
, 2b are directly connected to pulleys sa and csb on which the belt 4 is stretched, and one pulley 51L is linked to the motor 6. 7a and 7b are each firing case/3a.

A heater Sa provided in the firing chamber 1 corresponds to 3b.

8b is a temperature sensor that detects the temperature of the firing cases 3N and 3b, respectively, and these detection results are input to the temperature detection means 9. Reference numeral 10 denotes an operation setting means into which signals from the manual operation sections 111L and 11b are input. Then, this operation setting means 10 controls the set temperature sensor 8L,
The temperature signal of the temperature detecting means 9 is switched so that both or one of the temperature signals of sb is outputted from the temperature detecting means 9 to the control means 12. The operation setting means 1o and the control means 12 are constituted by a microcomputer 13.

The control means 12 controls the motor drive means 14 based on the temperature signal. The heater driving means 16 is operated to control the motor 6 and heaters 7N and 7b.

Next, the control flow of the microcomputer 13 is
This will be explained using figures. 1. When the operation starts, the operation setting means 10 detects whether or not the manual operation section 11& is operated (step 21). If the manual operation section 112L has been operated, in step 22 the temperature signal input is switched to the temperature sensor 8a side. If it is determined in step 21 that the manual operation section 112L is not operated, it is determined in step 23 whether or not the other manual operation section 11b is operated. If it is determined that the manual operation section 11a is being operated, the temperature signal input is switched to the temperature sensor 8b side in step 24. If it is determined in step 23 that the manual operation section 11b is not operated, the process returns to step 21. After determining the input temperature signal in step 22 or 24, the control means 12
inputs the temperature signal (step 26), and controls the crosstalk process, fermentation process, and baking process (steps 26 to 2) based on the temperature signal. Note that if it is determined in step 21 that the manual operation section 111L is operated, the temperature sensor 8a is switched to the side, but even if the manual operation section 11b is operated, the p-firing is not performed based on the temperature information on the firing case 3a side. Since the case 3b side is assumed to be operated, no problem occurs.

Although this example shows the case where two firing cases are used, for example, in the case where three firing cases are used, each process can be controlled based on the temperature information of one firing case. You can reliably bake bread.

Moreover, the motor may correspond to each firing case.

Effects of the Invention As described above, according to the present invention, bread production can be freely and manually selected from one to a plurality of breads, and bread production can be carried out effectively according to the actual situation at home. This can greatly improve its usability.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of a bread making apparatus showing an embodiment of the present invention, and FIG. 2 is a flow chart showing a bread making process. 22L, 2b...Kneading blade, 31L, 3
b... Firing case, 6... Motor, 7
a, 7b...Heater, 9...Temperature detection means, 10...Operation setting means, 11...
- Manual operation section, 12... Control means. Figure 2

Claims (1)

[Claims] A plurality of baking cases that house bread ingredients and are heated by a heating means, a means for kneading the bread ingredients in these baking cases, and a temperature detection means for detecting the temperature of the baking cases;
A control means that inputs a signal from the temperature detection means to control the kneading means and heating means to advance the bread manufacturing process, and an operation setting for advancing the bread manufacturing process on the baking case side set by the manual operation section. A bread making device comprising means.