JPS5946923A - Cooking machine - Google Patents

Abstract

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

Description

[Detailed description of the invention] 1r: Field of application for business owners The present invention relates to a cooking machine such as a food processor (Second Section 1), and a convenient means for controlling the cooking machine using a man-con. In general, a food processor or the like is used to cook food by putting the food into each container and cooking by a rotary body that is rotated by a motor and installed inside the container. /), In such a cooking machine, it is necessary to control the speed of the rotating body and the operating time depending on the type of food to be cooked. For example, see Japanese Unexamined Patent Publication No. 1825/1982, etc., the speed of a rotating body can be controlled by controlling a 6SCR or triac by operating a variable resistor, or by changing the number of turns of a motor's field winding. Conduct, also special public service Sho 4B-5
The conventional method is to control the operating time of the rotating body using an electric or mechanical time switch such as that disclosed in Japanese Patent No. 4903. However, when the above-mentioned mechanical time switch is used as the 11-stage operating time control, it is undeniable that the mechanical time switch is large in size due to its structure, and its incorporation into the main body of the kitchen is subject to space constraints. ] This is inevitable, and the moving parts of mechanical switches are sensitive to external conditions and heat, making them unreliable.

Regarding speed control, 11. Depending on the means for switching the number of turns of the field winding of the motor and the size of the number of turns, the motor itself becomes huge.
There is a possibility that the IBg machine itself will become larger, and the corresponding J! I
! There could be a big problem with the first part of the land's storage spar.

f, Speed control m111 first stage and driving time control II as described above
Combine 11+ stages with 1.0.4 it! 11 L, 1-Uto-1-/J, White i) ii Self-time switch 1 no Jre 1 this posterity 1
1J 1iil If you try to drive/remove the rotating body, you will have to set the time switch again and it will take some time and effort.Then, regarding the speed control of the rotating body, from the viewpoint of the cooking method, than the T phrase that converts the drive of the motor discontinuously from commercial to low speed, or from commercial to low speed.

ltJ of the motor? It is said that it is better to apply driving force to the rotating body in small increments during continuous operation (1. Gradually increasing and decreasing the rotational speed (Fig. 16) is better, but 1. mechanical time switch. This is strange.Also, the special publication No. 57-28575, which applied a microcomputer to something one step ahead of these conventional examples, was published.

There is no hidden display function for input keys, so it is difficult to tell what has been input and transferred to the RAM.

Purpose of the Invention The present invention has been devised in view of the shortcomings of the prior art such as J: and R. It stores the I±6 data in the storage section and displays ItJIm when the key is turned on. The rotating body uses that data! Is there ongoing data during li # fj? 1. Structure of the Invention The present invention has a microcomputer as a data storage unit.

The motor storage container is placed in the RIM Riji which consists of a plurality of different γC filter steps. 1, the rotary body is controlled and operated along the DL, 9 culm according to the speed data and operation time data, and is a 6-rotating machine, which is sent to the above-mentioned station) Y:
A display area consisting of a diode, etc. (2) is provided, and the speed data and operating time data by the key switch are displayed in the display area for each control step of the rotating body at 1 o'clock and when the cooking machine is in operation. and operation time data 2 are displayed.

EXAMPLE Hereinafter, an example adapted to the food processor of the present invention will be explained in detail according to the amount of bacteria. 64 units (3
1. A transparent resin container (41) is placed and engaged on the upper surface of this entire stand (31).2 A container lid with a container (51) inlet (51) is placed in the upper opening of the container (4). (
6) are fitted together.

Inside the container (41), there are six cutting blades (not particularly shown) that cut the food to be put into the container (41). F?
It is rotated by a motor (M) provided in the li.

There is one manual key switch group (7) on the surface of the base (31).
and an automatic key switch group +81. Hand υ1 key switch group +71 is a pause key (P), a low speed key (LS) that changes the rotation speed of 16 (J Or p m well), and a medium speed key (LS) that gives a rotation speed of 2200 rpm. MS), 3300rPm simultaneous rotation speed w4e'J 1f7 1st speed key ([1S) and Q, 54!=e e at)) Low to cause low speed intermittent operation; Suta pulse key (LP) - (1, 5 north 80c convex speed bJ+ h
4 NBΦk, set OIj% 'Jjfs /N Rus 4 (HP), 10 seconds r, 'jj L24 turn key (
1 [JSJ, 1% continuous operation key (1s) and -1! Ha.

Start key (S
TAJ, microcomputer (MC) (described later) N's first 1!
: )X: Tlyce,, l--1--(R168)-
i11! Continuation 1jc'F ('CON)
+J'+if Temporarily stop the rotation of cutting H in the middle of 1m -1 Pause key (J (AL))
) 1 Also, Shirawa l key switch / 1F (81 is individual specific i7v, il, M, t! J! object chest 1, υ
From the speed data and operation jl of the cutter; 'F lt+ data b5. 9 parts of the microcomputer (MC) for cooking workers
(Please load from 3BI- [2 (Ml) ~ (M
'+ (1) 10 menu keys or same < jl
l, stand (31's surface C, 2 keratinized) Each key switch is made of polyvinyl chloride, etc., to make its surface flexible. Wereti OQ This cover 191 ):!So(2) g,i
i i41+Kanoichidai t31c nin'iji"t f>
6 Il';! J', and on the front side there is printing (111j) corresponding to each key switch, and -r:J makes it clear what switch it is.Moreover, the cover is (9) To use water etc., use J6 in this quadruple food processor.
It prevents water from entering the ++81 and serves as a good waterproof means, as well as electrically insulating it from the outside.
The risk of short-circuit accidents is extremely low.Caa.

Next is 11! Control circuit for Ryuko Motor CM)? Explanation 1/) according to the circuit diagram of the hood 10 setter of the present invention.

First, the commutator motor (M) is connected to an alternating current power source (AC) together with a triac (TA). A bridge rectifier (BIl), a photocoupler (PH), and a transistor (TRI) are connected to the seat side of this triac (TAJ).

A11 shift coupler (P II ) is composed of a light emitting diode (LEDI) and a →j' iris resistor (SCR), and the electrical connection is 7'x < -
When the light emitting diode (LED'l) turns on and emits nine colors of light, the original energy of C7 causes the SCR (SCR) to conduct, which is a must-have switching element.

((Ro: p, (, there is a collecting element-C, and while it enters the said motor (M), a four-fold box with rJ5.i is removed from the skin, 1: Remove the waste that could not be removed by the constant triangularly connected condenser group (TC), capacitor CC, ) (C2), O-resistor quartet (R1), etc., and remove the motor (M) ( - Stable driving 7 giving phrases.

The 01 circuit, which is made up of a special C2 resistor (R1) and a capacitor (C1), plays a role of preventing mis-triggering of the gate signal entering the front triac (TA).

(↑-t c ) &:f This invention's food filter → No.
This microcomputer (IJC) is equipped with a 4-bit RAM and ROM as a data storage part, white; 1. j own hand + l
i, 11 key switch BT (c (2 J) is pressed down, 0 data is loaded, and the encoded output outputs the above-mentioned
Control of rotation speed + St and operating time of RI-(M) 3biiI
/1-I jitl l concubine (Double rotation driving sound 11d
1 to III 'T 6 +E+I Kinmotte/J,
For this reason, the previous G self-photo power error (P II J is to/
Through the risk (“1' Rl), the self 7.1 con (ML:J's power, jgo-1.(PG8)) (enter A:)
'rameshi' C1 戊On The transformer (1°) is branched into C on the way to the 1st ode (Dl), and the part at 1 is part of the filter, and the variable resistor (
All the resistors (II 2) (R5J and capacitors (C) (C4) (C5) are blown sideways here"xiAEj
, order the current and supply the current to the filter section C and the subsequent operation up (CP). operational amplifier (o
EI of 50 Hz or 60 Hz of AC source (Ae) 1. Move the N temporary to the IE side and move to the human-powered boat (PUQ) of the 11th century microcomputer <11C) with a 6'IN' fL 2 [1-30m]
C9 This square wave is input as a rectangular wave in the s e o I] period and is used as a timer in the 71 controller (MO) l' stirring 1).

The motor 9-(controlling the MJ operation time in units of t' seconds δf'l
1-4 J1ci 2-10.

1, σi: l'l:j meat [jitrance (1” nkat)
Evening 4 A--do(1)2)7z3!1 house, electric voltage IC
(After ICJ or 1) Divide diode (D3), Zener diode (zn) and transistor (TR2) are all 0
Circuit ↑ is a constant voltage generator, where the voltage (+5 V) is stabilized. S: Creates the microcomputer (MC). Normal force operation is T'71jth 1U; power supply H2, each one of them has 1jiil key switch (h + i) - (
λ port O) is the input port of the microcomputer (MC)) (P
AS, ) - (PA5) [: connection;
tltQ -t--su (border group [7) also failed (PA13
．． ) to - (PA,')) to 4・;! 6. Of course, the above-mentioned start 't'-(fl'r A), reset key (RFj S), continuous operation key (CON), and temporary stop [hikey (HA L) are also the same" (PAα)~(
PA3)-21) Two connected95. So ° shift C all key so thousand l: T (P to a) - (PA;')) J
21JI2i7,6 man-powered boat, (pc'8.)-(
1 noV from I"Dl), configured by Q output port!
The microcomputer (MC) determines which switch is currently pressed in the 17th trick of the 04th row and 6th column.
? ) Ik, Deba Tru.

Also, when each key switch is pressed, 9. Connect to the switch χ1A embarrassing quiode (D4J (D5) (1) 6)
(D7) (D8) (D9)\ Current flows through the transistor (TR5) (TR4J (TR5) (TR6) (TR
,) (TR8) decreases, the transistor (TR5)...(TR8) becomes grooved and the 1 display area (D
AI) (DA2) (DA 5) and light emitting diode (L
E I) 2) (L ED5)...(IjE
++ 11) Turn on r7 as appropriate and light up the display corresponding to the pressed key switch.

Hereinafter, the effect of the present invention will be N+5.

If you want to use the manual key switch group (7) to set the cooking temperature to your personal preference (secondly, you need the speed IW data and the operating time data).
) There is a necessary calyx. Therefore, the user must use the speed keys (I, PJ (
IIP) (LS) (us) (++s) and time key (1
(Use +sun (1S) to input the data.

For example, in the first step (step 1), the rotating body is driven Ω1 for 15 seconds at low speed without any noise, and T6 is selected, and the first step is low speed pulse key (LP)'<press 1-7. At this time, the display goes up to T(1) 1] (-'L1 is displayed 6., and 1
0 seconds continuous key (i U S ) once, 1 second, 'L! Continuation 1 - Press (1S) 5 times T, 4- Gold and display area (
If Δ2) (1) A 3) is displayed as 1.5, input r-night using the key switch in the same way as from 6Q onwards, and store the cooking process from step n/J in the RAM and 6° again automatically. In the case of key switch group (8), (Ml
)~(MID) menu key Y 4111
Pressure 1 - light emitting diode (L g D 2 ) =
(L g l) One of 11) lights up, and data is transferred from ROM to RAM.

The driving of the motor (M) is started by pressing the start key (STA') after completing the 6 operations using the manual and automatic key switches llft71f8+ mentioned above. The motor (M) is fld
l if the display work UT (D A
1), (DA2J (flA3) has current speed data.

and the driving time or phrase, which will be displayed.

For the speed data, press the start key (STA) y 1-, and the speed data of step 1 will be displayed as is on the display IJ 7' (D A 1). (l'it T meeting and display the velocity data of step v(T). Then, step n is completed and all the stelaphs i' - 1 are completed by the rotary body 16 and end fuza (BEP). ]Y: Place the diode (LED+2) to notify the user.The end phrase and display area (DAIJ+2 are not displayed either.

In the evening, press the start key (STA) and press the display area (IIA2) (DA5).1. Power installation time of Bu 1 ￥ display T 4 In and cooking F & 1 day e during operation
c mei7z;'l-+°ru' town (two tables are omitted ΦQ=
'lr subtract 1 from 71i When the display area (Dk'1) (DA?5) in the J'μ final step returns 1-0 and the display area (Dk'1) (DA?5) is OC2, the end buzzer (BFiPJ and the light emitting timer (L E +
1 i 2 ).

Effects of the present invention As described above, the present invention is capable of cooking multiple dishes using a rotating body (T0), a container (1a, 1, 2, At Tsuki, -Ail is written in the rotary rotary body C'-- and γ is stored in the storage section (forming speed data from a plurality of different steps and operation time 1a) 1-
The JS stand has a display area that displays at least 10,000 meters of speed data or time data for each step. The user can visually check the cooking status by checking the cooking speed data or the operation data to prevent malfunctions. When adding additives such as ingredients, it may not be displayed.

Reproducibility is excellent, j: Hi quality publication 1-1 Rika iiJ
Noh and 10゜4.1n and 1 song I'iri r (j 7C
Explanatory diagram 11i+) Goki Invention - WoS Example Q No Food Brosse... Honor - (L person, l;r! 11. What i is two 1
An overview perspective view of the brochure.

The second one is INIji<l1ii path lλ1. In Fig.
iif! , operation flowchart for ``L) of anti-display, +2'J
FIG. 4 is an operation flowchart in the case of time display. .

(3...base, (4).../; vessel, (MCJ...
Microcomputer (gself tib j11x no (IIAI)
(DA2J (DA5J...Indication work T.

゛・−２・″ Figure 1 d chant rlH Figure 4 (Tatsuta, four flj) (X) to Fu O

Claims (1)

[Claims] ■ The cooking device is equipped with an IM Physics KIAI T6 rotating body and a container that houses the rotating body and is fixed to the top of the table.The rotating body is stored in the base. The speed data and operation time data consisting of a plurality of different steps stored in the memory section are controlled by the ibz, and a display area is provided on the base to display the speed data or operation time data for each step. 2 features that at least one of them was displayed and a T6 cage.