CN201216157Y

CN201216157Y - Vacuum superconducting soya-bean milk machine

Info

Publication number: CN201216157Y
Application number: CNU2008201174941U
Authority: CN
Inventors: 邓燕
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-06-15
Filing date: 2008-06-15
Publication date: 2009-04-08
Anticipated expiration: 2018-06-15

Abstract

The utility model provides a vacuum superconductive soymilk machine which comprises a soymilk-making device and a soymilk-heating device. The soymilk-heating device comprises an outer drum, a slurry drum, a heating pipe, a temperature controller, a temperature sensor and a vacuum superconductive liquid. The outer drum is larger than the slurry drum in size, so that an interlayer is formed between the outer drum and the slurry drum. The vacuum superconductive liquid and the heating pipe are positioned inside the interlayer. A part of the heating pipe is completely soaked in the vacuum superconductive liquid. The temperature sensor is placed at the bottom of the slurry drum. The temperature controller is electrically connected with the heating pipe. The temperature sensor can control the heating operation of the heating pipe via the temperature controller. The vacuum superconductive soymilk machine has the characteristics of high soymilk concentration, rapid temperature rise, high heat efficiency, low energy consumption, environment friendliness, healthful use, high safety coefficient, and capability of keeping boiling the soymilk after cutting off the heat source.

Description

The superconducting soy bean milk making machine

Technical field:

The utility model relates to the food machinery manufacture field, relates in particular to the bean product manufacture field.

Background technology:

Being produced on of soya-bean milk obtains very fast development in recent years, developing into present machine from traditional making by hand makes, its efficient and quality have improved a lot, but the steam-heated mode of the most employings of present soy bean milk making machine, its operation principle is after using thermal source (such as electricity, diesel oil, coal, liquefied gas equal energy source) that the heating of the water in the boiler is produced steam, utilize the high temperature of steam, by air inlet pipe the heating soybean milk in the container, cause like this soymilk concentration to be diluted, it is former flavoursome to have lost soya-bean milk, even being mingled with peculiar smell, sanitary condition is difficult for guaranteeing; In addition, this mode of heating also exists and heats up slowly, and the thermal efficiency is low, and safety coefficient is poor, and power consumption is high, and cost is big, cuts off can not prolong behind the thermal source and the shortcoming such as boils.

Summary of the invention:

The utility model provides a kind of soymilk concentration not diluted, heats up rapidly thermal efficiency height, the soya-bean milk process equipment that energy-saving and environmental protection, health and safety coefficient are high.

The technical solution of the utility model is: vacuum superconducting soya-bean milk machine, comprise mill soya-bean milk device and soya-bean heater, described soya-bean heater is by outer barrel, the slurry bucket, heating tube, temperature controller, temperature sensor and superconducting liquid form, the outer barrel inside dimension is greater than slurry bucket appearance and size, make the slurry bucket, form the space interlayer between the outer barrel, superconducting liquid is housed in this space interlayer and heating tube is set, the heating tube heating part is immersed in the superconducting liquid fully, temperature sensor places the slurry bottom of the barrel, temperature controller is electrically connected with heating tube, and temperature sensor is controlled the heating tube heating by temperature controller.

Technique effect of the present utility model is: because the utility model adopts superconducting liquid as heat transfer medium, solved in the traditional handicraft because the water-setting that Steam Heating forms to the problem of soymilk concentration dilution, has kept the original flavor of soya-bean milk and good mouthfeel; Owing to adopt superconducting liquid to conduct heat, heat transference efficiency height, quick heating, power consumption economize and the characteristics of boiling are prolonged in the realization outage; Because the utility model does not adopt the boiler heating, therefore can avoid the dangerous of high-pressure boiler blast and remove the trouble that operating personnel must hold the pressure vessel job qualification certificate from again, and the shortcoming that does not produce sewage and dirt; Owing to adopt temperature controller, when mashing off reaches design temperature, have automatic-prompting, automatic circuit break function; The utility model also has characteristics simple in structure and easy to use simultaneously.

Description of drawings:

Fig. 1 is the schematic diagram of present embodiment slurry bucket and outer barrel section.

Fig. 2 is the present embodiment electrical schematic diagram.

The specific embodiment:

The utility model is to utilize superconducting liquid to have the isothermal flash heat transfer,, thermal efficiency height is saved the energy and safety, health, reliable, and can be prolonged the characteristics of boiling after cutting off thermal source, and it is used as the heat Transfer Medium.

Fig. 1 is slurry bucket 1, outer barrel 2 generalized sections, the utility model is made up of refining device 11 and soya-bean heater, and soya-bean heater mainly is made up of slurry bucket 1, outer barrel 2, temperature controller 4, temperature sensor 12, superconducting liquid 8, heating tube 9, blowing mouth 10.Outer barrel 2 inside dimensions are greater than slurry bucket 1 appearance and size, make between slurry bucket 1 and the outer barrel 2 and form the space interlayer, superconducting liquid 8 is housed in this space interlayer and heating tube 9 is set, heating tube 9 heating parts are immersed in the superconducting liquid 8 fully, temperature controller 4 is electrically connected with heating tube 9, temperature sensor 12 is controlled heating tube 9 heating by temperature controller 4, and the temperature sensor 12 that is electrically connected with temperature controller 4 is arranged on slurry bucket 1 inner bottom surface.Slurry bucket 1, outer barrel 2 can adopt stainless steel to make, and outwards dispel the heat in order to reduce outer barrel 2, can be at the outer wrap one layer of heat preservation layer of outer barrel 2.

Fig. 2 is the present embodiment electrical schematic diagram, see figures.1.and.2, turn on the power switch 5, start defibrination switch 6 beginning defibrinations, the soya-bean milk that fiberizer 11 grinds flows directly in the slurry bucket 1, open heater switch 7 simultaneously, after heating tube 9 energisings, begin the superconducting liquid 8 in the interlayer is heated, the heat energy that utilizes superconducting liquid 8 to absorb after the heating is by starching the bucket wall to the heating soybean milk in the slurry bucket 1, when being heated to 98 Celsius temperatures of temperature controller 4 settings, temperature controller 4 cuts off the power supply automatically, and the surplus temperature of utilizing superconducting liquid 8 after the outage is prolonged soya-bean milk and boiled 100 degree, emits from blowing mouth 10 then to get final product.Insulation indicator lamp 17 is used for showing the soya-bean milk insulation, and burner on light 18 is used for showing to heating soybean milk, dry combustion method when overheat protector 19 is used for preventing the no soya-bean milk of slurry bucket 1.Above-described embodiment adopts 220 volts of Alternating Current Power Supplies.

Above-mentioned superconducting liquid 8 can be used potassium bichromate, calcium chloride, ethanol, sodium perborate, boric acid, manganese dioxide, aluminium hydroxide, three cobalt oxides, sodium peroxide, the potassium chloride configuration forms, to dispose 5 kilograms of superconducting liquid is example, get potassium bichromate 150 grams, calcium chloride 20 grams, absolute ethyl alcohol 300 grams, sodium perborate 30 grams, boric acid 10 grams, manganese dioxide 4 grams, aluminium hydroxide 5 grams, three cobalt oxides, 5 grams, sodium peroxide 6 grams, potassium chloride 10 grams, earlier the distilled water heating is poured in the container during configuration, after boric acid added stirring and dissolving, again potassium bichromate is added dissolving, add sodium perborate then lentamente, about question response 20 minutes, slowly add sodium peroxide again, when question response to liquid is transparent, add calcium chloride more successively, absolute ethyl alcohol, manganese dioxide, aluminium hydroxide, three cobalt oxides, potassium chloride, stir one by one, adding distil water to 5 kilogram gets final product; MTC35-F10-1T-1R-220V temperature controller and thermistor that temperature controller 4 and temperature sensor 12 can adopt Shenzhen Ya Teke Electronics Co., Ltd. to produce; Heating tube 9 can adopt ceramic electrical heating tube or quartz electric heating pipe.

The utility model is that the embodiment that mentions with reference to the accompanying drawings is illustrated, but this is an example wherein, and the people with present technique field general knowledge can obtain to inspire from present embodiment, is out of shape to obtain other embodiment.Therefore, protection domain of the present utility model should be determined according to the claim protection domain.

Claims

1, a kind of vacuum superconducting soya-bean milk machine, comprise mill soya-bean milk device and soya-bean heater, it is characterized in that: described soya-bean heater is by outer barrel, the slurry bucket, heating tube, temperature controller, temperature sensor and superconducting liquid form, the outer barrel inside dimension is greater than slurry bucket appearance and size, make the slurry bucket, form the space interlayer between the outer barrel, superconducting liquid is housed in this space interlayer and heating tube is set, the heating tube heating part is immersed in the superconducting liquid fully, temperature sensor places the slurry bottom of the barrel, temperature controller is electrically connected with heating tube, and temperature sensor is controlled the heating tube heating by temperature controller.