CN201929736U

CN201929736U - Dielectric heating soymilkgrinder

Info

Publication number: CN201929736U
Application number: CN2011200110287U
Authority: CN
Inventors: 王旭宁; 魏云杰; 周玲娟
Original assignee: Joyoung Co Ltd
Current assignee: Joyoung Co Ltd
Priority date: 2011-01-14
Filing date: 2011-01-14
Publication date: 2011-08-17
Anticipated expiration: 2021-01-14

Abstract

The utility model relates to a dielectric heating soymilkgrinder which comprises an outer barrel body, an inner barrel body, dielectric and a heating device, wherein a dielectric cavity is formed between the outer barrel body and the inner barrel body, the dielectric is injected in the dielectric cavity, filler with the heat conduction efficiency higher than that of the dielectric is arranged in the dielectric cavity, and heat of the heating device is conducted to the inner barrel body through the filler. Compared with the prior art, with the adoption of the filler with the heat conduction efficiency higher than that of the dielectric, the problem of overcooking due to high thermal load generated by heating directly through the heating device is avoided, and the thermal load generated by heating the dielectric is also effectively improved, and the problem of low thermal efficiency generated by heating the dielectric is also solved.

Description

Medium heating soy bean milk making machine

Technical field

The utility model relates to a kind of soy bean milk making machine, relates in particular to a kind of medium heating soy bean milk making machine.

Background technology

Adopt the soy bean milk making machine of medium heating mashing off to generally include head, staving and heater, head buckles on staving, this staving comprises inner drum and exterior bowl, form ring-shaped chamber between its inner drum and the exterior bowl, be contained with medium in the cavity volume, heater is arranged in this cavity volume, adds hot soya-bean milk indirectly by medium, and its medium great majority are water or oil.

Yet heater at first will heat medium, and medium conducts to inner drum with heat again soya-bean milk is heated then, and its heat conduction efficiency is low, and the slurrying cycle is long; In addition, medium adds the less difficult formation convection current of hot soya-bean milk temperature difference of slurries in heating process and rolls, and its disturbance little appearance easily sinks to the bottom.

The utility model content

In view of this, be necessary to provide the higher medium of a kind of mashing off efficient to heat soy bean milk making machine.

The utility model is achieved through the following technical solutions:

A kind of medium heating soy bean milk making machine, comprise exterior bowl, inner drum, medium and heat this medium heater, form dielectric cavity between this exterior bowl and the inner drum, in the medium injected media chamber, be provided with the filler that heat transfer efficiency is higher than medium in this dielectric cavity, the heat of filler conduction heater is to inner drum.

Described dielectric cavity is between heater and inner drum.

Described dielectric cavity attaches the bottom and/or the sidewall of inner drum.

The part of described dielectric cavity is filled with filler.

Described filler is positioned at the bottom and/or the sidewall of inner drum.

Described dielectric cavity is asymmetric laying.

Described dielectric cavity is bar shaped or annular in the orthographic projection of inner drum bottom.

Described heater comprises the first heating portion that attaches the dielectric cavity setting and attaches the second heating portion that inner drum is provided with.

The beneficial effect that the utility model brought is:

Heater described in the utility model itself has electric energy is converted into heat energy, for example heating tube or heat-generating disc etc.

Form dielectric cavity between described exterior bowl and the inner drum, in the medium injected media chamber, be provided with the filler that heat transfer efficiency is higher than medium in this dielectric cavity, the heat of filler conduction heater is to inner drum, owing in dielectric cavity, be provided with the filler that heat transfer efficiency is higher than medium, both avoided the direct heat hot load of heater height easily to cause burnt problem, can effectively improve the thermic load of medium heating again, solve the problem of medium heat hot inefficiency, has the high effect of homogeneous heating and heat conduction efficiency, reduce the slurrying cycle, realized quick mashing off.

The filler that is provided with in dielectric cavity is metal derby or wire, and metal has good heat transfer efficiency.

The part of described dielectric cavity is filled with filler, makes the conduction efficiency non-uniform Distribution of dielectric cavity, thereby makes that the slurries formation temperature is poor, and the temperature difference convection current of slurries is rolled and is difficult for sinking to the bottom, and has the effect of froth breaking.

Described dielectric cavity is asymmetric laying, thereby makes that the slurries formation temperature is poor, and the temperature difference convection current of slurries is rolled and is difficult for sinking to the bottom, and has the effect of froth breaking, plays certain anti-spilled effect.

The direct heating of medium indirect and heater is carried out simultaneously, and different heat conduction efficiency makes that the slurries formation temperature is poor, and the temperature difference convection current of slurries is rolled and is difficult for sinking to the bottom, and has the effect of froth breaking, plays certain anti-spilled effect.

Description of drawings

Below in conjunction with accompanying drawing the utility model is described in further detail:

Fig. 1 is the profile of medium heating soy bean milk making machine first better embodiment described in the utility model;

Fig. 2 is the profile of medium heating soy bean milk making machine second better embodiment described in the utility model;

Fig. 3 is the profile of medium heating soy bean milk making machine the 3rd better embodiment described in the utility model;

Fig. 4 is the vertical view of medium heating soy bean milk making machine shown in Figure 3.

The label of component names correspondence is as follows among the figure:

10, soy bean milk making machine; 11, head; 111, motor; 112, crushing knife tool; 113, control module; 12, exterior bowl; 13, inner drum; 131, sidewall; 132, bottom; 14, heater; 15, dielectric cavity; 151, filler; 21, dielectric cavity; 31, head; 32, exterior bowl; 33, inner drum; 34, heater; 35, dielectric cavity.

The specific embodiment

Below in conjunction with drawings and the embodiments the utility model is described in further detail:

Embodiment one:

See also first better embodiment of the utility model medium heating soy bean milk making machine shown in Figure 1, described medium heating soy bean milk making machine 10 comprises head 11, exterior bowl 12, inner drum 13, medium and heater 14.This inner drum 13 is built in exterior bowl 12.Be formed for the dielectric cavity 15 of splendid attire medium between this exterior bowl 12 and the inner drum 13, dielectric cavity 15 is between heater 14 and inner drum 13.This medium surrounds inner drum 13 outer walls.This heater 14 is used for heat medium.

Described head 11 comprises motor 111, crushing knife tool 112 and control module 113.This motor 111 and heater 14 are electrically connected with control module 113.This motor 111 drives crushing knife tool 112 rotations and pulverizes slurrying.

Described dielectric cavity 15 is attached to the sidewall 131 and the bottom 132 of inner drum 13.This dielectric cavity 15 is provided with the heat transfer efficiency filler 151 high than medium in the bottom 132 of inner drum 13, the heat of these filler 151 conduction heaters 14 is to inner drum 13.This filler 151 can be metal derby or wire, and in the present embodiment, this filler 151 is a wire.

During soy bean milk making machine work, connect power supply, 14 work of control module 113 indication heaters, heater 14 conducts to medium and wire in the dielectric cavity 15 with heat, the heat conduction efficiency of this wire is higher, wire heats up rapidly and at first heat is conducted to the bottom 132 of inner drum 13, rising along with medium temperature, sidewall 131 by the inner drum 13 that medium surrounded begins to accept heat gradually, thereby the solid that forms bottom 132 and sidewall 131 adds thermal effect, in addition, dielectric cavity 15 bottoms are different with the heat that sidewall is conducted, and make the slurries in the inner drum 13 form temperature difference convection current.

Form dielectric cavity 15 between described exterior bowl 12 and the inner drum 13, dielectric cavity 15 is attached to the sidewall 131 and the bottom 132 of inner drum 13, the bottom of this dielectric cavity 15 is filled with the heat transfer efficiency wire high than medium, owing in dielectric cavity 15, be provided with the heat transfer efficiency wire high than medium, improved heat conduction efficiency, reduce the slurrying cycle greatly, both can satisfy the homogeneous heating effect, can realize quick mashing off again; In addition, dielectric cavity 15 bottoms are different with the heat that sidewall is conducted, thereby formation temperature is poor, slurries heat convection efficient height, and the disturbance of slurries is simultaneously rolled to be difficult for sinking to the bottom and is prevented burntly, can also play the effect of froth breaking, plays certain anti-spilled effect.

Be appreciated that described filler also can only be arranged on the sidewall of dielectric cavity, or the while is provided with filler at the bottom and the sidewall of described dielectric cavity.

Be appreciated that described dielectric cavity only attaches the sidewall of inner drum, the bottom is that heater directly heats, or described dielectric cavity only attaches the bottom of inner drum, and sidewall is that heater directly heats.

Be appreciated that heater also can be positioned at dielectric cavity.

This nonessential simple change is so all in protection domain of the present utility model.

Embodiment two:

See also second better embodiment of the utility model medium heating soy bean milk making machine shown in Figure 2, this medium heating soy bean milk making machine 20 is with the difference of medium heating soy bean milk making machine 10: the described dielectric cavity 21 local sidewalls 131 that attach inner drum 13, in the present embodiment, this dielectric cavity 21 attaches inner drum 13 sidewalls 131 half cycles.

Described dielectric cavity 21 local inner drum 13 sidewalls 131 that attach make slurries all form bigger temperature difference convection current in vertical and horizontal direction, strengthen heat transfer efficiency; In addition, the disturbance of slurries is rolled to be difficult for sinking to the bottom and is prevented burntly, can also play the effect of froth breaking, plays certain anti-spilled effect.

In the present embodiment, all the other structures are all consistent with embodiment one with beneficial effect, give unnecessary details no longer one by one here.

Embodiment three:

See also the 3rd better embodiment of Fig. 3 and the utility model medium shown in Figure 4 heating soy bean milk making machine, described medium heating soy bean milk making machine 30 comprises head 31, exterior bowl 32, inner drum 33, medium and heater 34.This inner drum 33 is built in exterior bowl 32, forms dielectric cavity 35 between this inner drum 33 and the exterior bowl 32.These dielectric cavity 35 parts are attached to inner drum 33 bottoms, and are provided with the heat transfer efficiency filler 351 high than medium in this dielectric cavity 35.342, the first heating portions of the second heating portion, 341 attaching dielectric cavity, 35 settings that this heater 34 comprises the first heating portion 341 that is used for heat medium and directly heats inner drum, the second heating portion 342 attaches inner drums 33 and is provided with.

In the present embodiment, the orthographic projection of this dielectric cavity 35 in inner drum 33 bottoms is bar shaped, inner drum 33 is divided into three zones, is respectively heater 34 thermals treatment zone, the medium thermal treatment zone and another heater 34 thermals treatment zone, and the zone of this division is asymmetric laying.

Because different heating district heat conduction efficiency difference forms temperature difference convection current, strengthens heat transfer efficiency; In addition, the disturbance of slurries is rolled to be difficult for sinking to the bottom and is prevented burntly, can also play the effect of froth breaking, plays certain anti-spilled effect.

Be appreciated that described filler also can local filled media chamber.

Claims

1. a medium heats soy bean milk making machine, comprise exterior bowl, inner drum, medium and heat this medium heater, form dielectric cavity between this exterior bowl and the inner drum, in the medium injected media chamber, it is characterized in that: be provided with the filler that heat transfer efficiency is higher than medium in this dielectric cavity, the heat of filler conduction heater is to inner drum.

2. medium heating soy bean milk making machine as claimed in claim 1, it is characterized in that: described dielectric cavity is between heater and inner drum.

3. medium heating soy bean milk making machine as claimed in claim 1, it is characterized in that: described filler is metal derby or wire.

4. medium heating soy bean milk making machine as claimed in claim 1, it is characterized in that: described dielectric cavity attaches the bottom and/or the sidewall of inner drum.

5. medium heating soy bean milk making machine as claimed in claim 4, it is characterized in that: the part of described dielectric cavity is filled with filler.

6. medium heating soy bean milk making machine as claimed in claim 5, it is characterized in that: described filler is positioned at the bottom and/or the sidewall of inner drum.

7. medium heating soy bean milk making machine as claimed in claim 4, it is characterized in that: described dielectric cavity is asymmetric laying.

8. medium heating soy bean milk making machine as claimed in claim 7, it is characterized in that: described dielectric cavity is bar shaped or annular in the orthographic projection of inner drum bottom.

9. as any described medium heating soy bean milk making machine of claim 1 to 8, it is characterized in that: described heater comprises the first heating portion that attaches the dielectric cavity setting and attaches the second heating portion that inner drum is provided with.