CN210204502U

CN210204502U - Intelligent electronic mechanical equipment for heating cake food

Info

Publication number: CN210204502U
Application number: CN201920809817.1U
Authority: CN
Inventors: Ruobing Si; 司若冰; Hongqi Song; 宋红奇
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-05-31
Filing date: 2019-05-31
Publication date: 2020-03-31
Anticipated expiration: 2029-05-31

Abstract

The utility model relates to the technical field of electronic machinery, concretely relates to intelligent electromechanical device of heating cake class food. The automatic control is adopted, the heating is automatically switched according to different temperatures and time lengths in stages, the temperature and the time length in each stage can be respectively set according to needs, the heating is automatically stopped after the heating is finished, the production efficiency is improved, the power consumption is low, the taste of the baked wheat cake is better, the baked wheat cake is stable and consistent, manual watching is liberated, and the operating cost is effectively reduced. The utility model adopts the technical proposal that the heating device comprises a man-machine conversation module, a central processor and a plurality of heating control units, wherein the man-machine conversation module is connected with the central processor, the central processor is connected with each heating control unit, and the heating control units comprise a starting switch, a bounce stopping relay, a control module, a temperature module and a heating module; the starting switch, the bounce stopping relay, the control module and the temperature module are respectively connected with the central processor, and the heating module is connected with the control module.

Description

Intelligent electronic mechanical equipment for heating cake food

Technical Field

The utility model relates to the technical field of electronic machinery, concretely relates to intelligent electromechanical device of heating cake class food.

Background

At present, the baked pancakes mostly adopted by merchants operating the Chinese hamburgers, the vegetable-sandwiched pancakes, the donkey meat baked wheaten cake and the like in the catering industry are all frozen and stored pancakes distributed by professional companies, a small part of the existing baked pancakes are also adopted, the pancakes need to be reheated before sale, heating equipment adopted during heating is an electric baking pan and an electric oven, but the equipment is high in power, large in size and long in heating time when used for heating the baked pancakes, special persons need to guard, manpower is wasted, the equipment is generally operated by the experience of people during heating, the baked pancakes are easily scorched, the taste is unstable, the operation cost is higher for operators, and commercial batch operation cannot be met.

SUMMERY OF THE UTILITY MODEL

In view of this, the utility model provides an intelligence electromechanical device of heating cake class food adopts full automated control, according to different temperatures and long automatic switch-over heating stage by stage, each stage temperature can set up as required respectively with long, automatic shutdown after the heating is accomplished has improved production efficiency, and is power consumptive few, and the sesame seed cake taste is better, and is unanimous stable, has liberated artifical guard, the effectual operating cost that has reduced.

For solving the problems existing in the prior art, the technical scheme of the utility model is that: the utility model provides an intelligent electromechanical device of heating cake class food which characterized in that: the intelligent electronic equipment comprises a man-machine conversation module, a central processor and a plurality of heating control units, wherein the man-machine conversation module is connected with the central processor, and the central processor is connected with each heating control unit.

The heating control unit comprises a starting switch, a bounce stopping relay, a control module, a temperature module and a heating module; the starting switch, the bounce stopping relay, the control module and the temperature module are respectively connected with the central processor, and the heating module is connected with the control module.

The man-machine conversation module, the central processor and the plurality of heating control units are respectively connected with the switch power supply module.

Compared with the prior art, the utility model has the advantages as follows:

the utility model adopts full-automatic intellectualization, one-key operation, no manual intervention is needed in the heating process, the whole heating process is controlled by a microcomputer, the automation degree is high, the efficiency is improved, the labor is saved, and the operation cost is effectively reduced;

the utility model has small power, small volume and short heating time, and can automatically stop after heating;

the baked cake heated by the utility model has crisp crust, soft inside and better taste;

the utility model discloses possess the independent mechanism of multichannel, can differentiate and heat the multiunit sesame seed cake simultaneously, can satisfy commercial batchization operation.

Drawings

FIG. 1 is a block diagram of the present invention;

FIG. 2 is a circuit diagram of the present invention;

reference numerals: 1-a man-machine conversation module, 2-a central processor, 3-a heating control unit and 4-a switching power supply module;

3.1-starting switch, 3.2-bouncing stop relay, 3.3-control module, 3.4-temperature module and 3.5-heating module.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

The utility model discloses a theory of operation: put into the sesame seed cake the utility model discloses trigger starting switch 3.1 behind the equipment and begin self-heating, central treater 2 gathers the baking temperature through temperature sensor 3.4, through the PID operation, when the mode of accurate regulation alternating current conduction angle is controlled the temperature by stage and is controlled, carry out low temperature even heating sesame seed cake during first stage heating temperature and the heating of man-machine conversation module 1 preset earlier, then carry out quick high temperature heating when carrying out quick high temperature heating during second stage heating temperature and the heating of carrying out man-machine conversation module 1 preset, make its crust crisp, soft in, the taste is better. The heating time and temperature of each stage can be accurately set by a user through the man-machine conversation module 1 (key input nixie tube display) according to requirements, the cake heating device is suitable for heating different thin and thick cakes, the heated cakes are different in crispness, and the requirements of eaters with different tastes and preferences are met; after the work of all stages is finished, the central processor 2 sends out a heating stopping instruction, the sesame seed cake is popped up, and the whole heating work is finished. The heating may be stopped by pressing a stop key halfway in the human machine dialog module 1.

The utility model discloses have the independent mechanism of multichannel, can differentiate the heating to the multiunit sesame seed cake, can satisfy commercial batchization operation.

The utility model provides an intelligent electronic mechanical device (see figure 1) for heating cake food, which comprises a man-machine conversation module 1, a

central processor

2 and 2 heating control units 3,

each heating control unit 3 comprises a starting switch 3.1, a bounce stop relay 3.2, a control module 3.3, a temperature module 3.4 and a heating module 3.5;

the man-machine conversation module 1 is connected with the central processor 2, the starting switch 3.1, the bounce stopping relay 3.2, the control module 3.3 and the temperature module 3.4 are respectively connected with the central processor 2, the heating module 3.5 is respectively connected with the control module 3.3, the man-machine conversation module 1, the central processor 2 and the heating control units 3 are respectively connected with the switch power supply module 4, and the switch power supply module 4 supplies power for the switch power supply module.

The utility model discloses a working process:

the utility model discloses when heating the cake, need trigger starting switch 3.1 earlier, central treater 2 begins to time after obtaining switching signal and is not interrupted to gather the stoving temperature through temperature sensor 3.4, compare when heating with man-machine dialogue module 1 preset's first stage heating temperature and heating, through control module 3.3 with adjusting commercial power conduction angle mode drive heat-generating body 3.5, carry out the accurate regulation in real time, make the stoving constancy of temperature predetermine the temperature, the time reaches first stage and predetermines after long when heating, the silicon controlled rectifier ends among control module 3.3, heat-generating body 3.5 stop heating, first stage heating is ended. And starting the second stage of work, wherein the working mode is compared with the first stage, and the second stage heating temperature and the second stage heating time preset by the man-machine conversation module 1. After the second stage is finished, the central processor 2 is attracted and bounced to stop the relay 3.2, the spring is released to bounce out the heated cake, and a cake heating process is completely finished. In the heating process, the nixie tube counts down and reads seconds to display the whole heating time, a stop key in the man-machine conversation module 1 can be pressed to stop heating, and the third and fourth-stage heating temperature and time length can be continuously set through the man-machine conversation module 1 according to needs.

The utility model discloses switching power supply module 4, except for supplying power for the heat-generating body, still change commercial power 220V50Hz into direct current 12V and 5V, provide the electric current for each module.

The man-machine conversation module 1 respectively sets two stage temperatures and time lengths through key operation and nixie tube display, the unit is respectively temperature and second, the nixie tube counts down and reads second in the heating process to display the whole heating time, the heating can be stopped at any time by pressing the stop key, and the heating temperatures and time lengths of a plurality of stages such as a third stage, a fourth stage and the like can also be continuously set according to needs.

Referring to fig. 2: the commercial power 220V50Hz is rectified and filtered to be high-voltage direct current, the switching power supply IC U1(AP8034N) in the switching power supply module 4 is frequency-converted and voltage-reduced to direct current 12V, and finally, the voltage is reduced to direct current 5V through the linear voltage-stabilizing IC U3(HT 1117-5.0).

The touch keys K1-K6, the two starting switches J1 and the four-digit eight-character nixie tube DS1 form an 8x5 matrix circuit, the central processor U2(CMS69F6285B) identifies the state of each key or switch in a dynamic scanning mode, and the current working and setting information of the equipment is displayed in a mode that each eight-character nixie tube is lighted in turn in a circulating mode.

The central processor U2 drives the stop relays J5 and J6 through the triodes Q2(9013) and Q3(9013), respectively.

The central processor U2 drives the heating element J8 by adjusting the commercial power conduction angle through a triode Q4(9012) and a silicon controlled rectifier Q6(BTA16), drives the heating element J9 by adjusting the commercial power conduction angle through a triode Q5(9012) and a silicon controlled rectifier Q7(BTA16), the conduction angle is adjusted by needing the zero-crossing signal of the commercial power, and the zero-crossing signal is detected and output to the central processor U2 through a triode Q1 (9013).

The central processor U2 collects the voltage values of the temperature sensors J4 respectively and converts the voltage values into actual temperature values.

The central processor U2 is an enhanced flash memory, 8-level stack buffer and 8-bit CMOS single chip with simplified instruction, and has functions of 12-bit precision AD, 16-bit timer, LED driver, EEPROM, etc

The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention.

Claims

1. The utility model provides an intelligent electromechanical device of heating cake class food which characterized in that: the intelligent electronic equipment comprises a man-machine conversation module (1), a central processor (2) and a plurality of heating control units (3), wherein the man-machine conversation module (1) is connected with the central processor (2), and the central processor (2) is connected with each heating control unit (3).

2. The intelligent electronic mechanical device for heating pie food according to claim 1, wherein: the heating control unit (3) comprises a starting switch (3.1), a bounce stop relay (3.2), a control module (3.3), a temperature module (3.4) and a heating module (3.5); the starting switch (3.1), the bounce stopping relay (3.2), the control module (3.3) and the temperature module (3.4) are respectively connected with the central processor (2), and the heating module (3.5) is connected with the control module (3.3).

3. The intelligent electronic mechanical device for heating pie food according to claim 1 or 2, wherein: the man-machine conversation module (1), the central processor (2) and the plurality of heating control units (3) are respectively connected with the switch power supply module (4).