CN201445368U

CN201445368U - Liquid food heating, stirring and foaming cup

Info

Publication number: CN201445368U
Application number: CN2009200599065U
Authority: CN
Inventors: 蔡坚明
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-07-07
Filing date: 2009-07-07
Publication date: 2010-05-05
Anticipated expiration: 2019-07-07

Abstract

The utility model discloses a liquid food heating, stirring and foaming cup, comprising a cup (19) and a heating base body; a recess area (31) for placing the lower part of the cup is arranged above the heating base body, a rotational stirrer (1) is arranged in the cup, a motor (23) which can drive the stirrer is arranged in the heating base body, a heating plate (6), a temperature control probe (7) and a micro switch (25) are arranged at the bottom surface part of the recess area of the heating base body, a controller (14) which is electrically connected with the heating plate, the micro switch and the motor is arranged in the heating base body; the cup can be separated from the heating base body for being cleaned in a dish-washing machine; the stirrer rotates along with the motor by the attracting action of magnetic force, and the stirrer can not be separated from the cup which is taken out; the cup is only placed in the heating base body for obtaining power, after the cup is taken out, the heating base body can be powered off automatically. The cup has rational design and easy manufacturing, and has good market prospect globally; the cup can lead the liquid food to have good mouthfeel, so as to enrich catering culture.

Description

Liquid food heating, stirring, foaming rotor

Technical field

The utility model belongs to the technical field of kitchen utensils, specifically is meant a kind of liquid food heating, stirring, foaming rotor.

Background technology

Liquid food Heating Cup in the market, liquid food jar also have foaming rotor, but the apparatus that does not combine.And existing liquid food heating (foaming) kettle (pot) on the market, be not easy to clean, can not directly place in the dish-washing machine and clean.

The utility model content

The purpose of this utility model provides a kind of liquid food heating, stirring, foaming rotor, food can be heated to 50-95 ℃, can select air is squeezed in the food simultaneously, makes food produce a large amount of foams, thereby strengthens the mouthfeel of food.

For solving the problems of the technologies described above, the technical solution adopted in the utility model is: liquid food heating, stirring, foaming rotor, comprise cup and heating pedestal, be provided with the recess that can supply the cup bottom to insert above the described heating pedestal, be provided with rotating agitator in the cup, but be provided with the motor of transmission agitator in the heating pedestal, described heating pedestal is provided with heat-generating disc, temperature probe and microswitch at position, recess bottom surface, is provided with the controller that is electrically connected with heat-generating disc, temperature probe, microswitch and motor in the described heating pedestal.

Described cup bottom surface is provided with shaft, described agitator is arranged on the shaft rotationally, stud with some pieces of magnetites in the agitator, the heating pedestal is provided with the motor transmission disk that some pieces of magnetites are housed on the position of correspondence, and the rotating shaft of described motor and transmission disk are in transmission connection.

Described heating pedestal is provided with baffle ring on the recess bottom surface, be provided with the temperature controller collar moving up and down in the baffle ring, the upper end of the temperature controller collar exceeds the recess bottom surface, the temperature controller collar is with spring outward, spring one crown the temperature controller collar, the other end heads on baffle ring, and described temperature probe is located in the temperature controller collar.

Be provided with push rod moving up and down in the position, recess bottom surface of described heating pedestal, the upper end of push rod exceeds the recess bottom surface, and the lower end of push rod is bearing on the button of microswitch.

The outer convex edge A of one circle is arranged on the described shaft, convex edge B in the circle is arranged in the agitator, outer convex edge A diameter is little in the aperture of interior convex edge B.

Owing to adopted above-mentioned structure, the utility model utilizes the connection of heat-generating disc, temperature controller, motor, microswitch, agitator etc., control heat-generating disc and agitator, food is heated to 50-95 ℃, simultaneously can select air is squeezed in the food, make food produce a large amount of foams, thereby strengthen the mouthfeel of food, make the mouthfeel of liquid food better, enriched cooking culture; Cup can separate with the heating pedestal, is convenient to put into dish-washing machine and cleans; Agitator is followed the motor rotation by the adhesive effect of magnetic force; The cup that takes out, its agitator can not break away from naturally; Just can power when cup is positioned in the heating pedestal, take out cup back heating pedestal and cut off the electricity supply automatically.The utility model is reasonable in design, makes easily, in the whole world good market prospects is arranged, and makes the mouthfeel of liquid food better, has enriched cooking culture, should promote the use of.

The utility model uses the heating of aluminium heat-generating disc, technical maturity, and other spare and accessory parts all are versatile material or standard component, so the utility model is easy to make.

Description of drawings

Below in conjunction with accompanying drawing the specific embodiment of the present utility model is described in further detail.

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the utility model cup and heating pedestal isolating construction schematic diagram;

Fig. 3 is the utility model temperature control seat cup structure schematic diagram;

Fig. 4 is that the utility model temperature control is carried the cup structure schematic diagram;

Fig. 5 is the utility model drive mechanism schematic diagram;

Fig. 6 is the utility model microswitch seat cup structure schematic diagram;

Fig. 7 is that the utility model microswitch is carried the cup structure schematic diagram;

Fig. 8 is the utility model agitator structure schematic diagram.

The specific embodiment

As shown in Figure 1, described liquid food heating, stirring, foaming rotor, comprise cup 19 and heating pedestal 32, be provided with the recess 31 that can supply cup 19 bottoms to insert above the described heating pedestal 32, be provided with rotating agitator 1 in the cup 19, but be provided with the motor 23 of transmission agitator 1 in the heating pedestal 32, described heating pedestal 32 is provided with heat-generating disc 6, temperature probe 7 and microswitch 25 at position, recess 31 bottom surface, is provided with the controller 14 that is electrically connected with heat-generating disc 6, temperature probe 7, microswitch 25 and motor 23 in the described heating pedestal 32.Cup 19 is equipped with handle 20, riveted joint to be had and is buckled with agitator 1, rim of a cup that magnetite 3 is housed on shaft 2, the shaft 2 and is stamped bowl cover 18; The heating pedestal is equipped with heat-generating disc 6, temperature probe 7, dry heating temperature controller, motor 23, transformer 27, controller 14, the microswitch 25 that is connected with push rod 24, button 15, rubber cushion 16 and the button circuit board 17 of the motor transmission disk 5 of magnetite 4 is arranged; Cup 19 inserts in the seat hole of facing plates 13 and is placed on the heat-generating disc 6, weight and agitator 1 by cup 19 self are depressed push rod 24 with the magnetic attraction of motor transmission disk 5, thereby the button of microswitch 25 is pressed, cup 19 is also depressed temperature probe 7 simultaneously, spring 10 is close to cup 19 bottom surface by elastic force with the temperature-sensitive face of temperature probe 7, and at this moment this liquid food heating, stirring, foaming rotor are in and treat duty.

When assembling, back-up ring 21 is bumped in the mesopore of heat-generating disc 6, and the heat insulation loop 8 that is pressed into heat-generating disc 6 is inserted in the casing 12, inserts temperature probe 7 in the temperature controller collar 9, be inserted in spring 10 outward, in the temperature probe hole of the heat-generating disc 6 of then the temperature controller collar 9 that installs being packed into; With screw 22 motor 23 is contained on the baffle ring 11, the motor transmission disk 5 that magnetite 4 is housed is inserted in the rotating shaft of motor 23, push rod 24 inserts in baffle ring 11 holes, with screw 26 microswitch 25 is contained on the baffle ring 11, the button of microswitch 25 heads on push rod 24, then the baffle ring 11 that installs is pushed in the casing 12, thus fixing heat-generating disc 6; Casing 12 is put facing plate 13; Button 15, rubber cushion 16 and button circuit board 17 are contained in the key hole of casing 12, dry heating temperature controller is contained on the heat-generating disc 6; With screw 29 dresses transformer 27 and controller 14 are fixed on the casing 12 after connecting internal wire, the bottom 30 usefulness screws 28 that power line will be housed then are fastened on baffle ring 11 and the casing 12; Shaft 2 is riveted on cup 19 bottom, the agitator 1 that keeps magnetite 3 is buckled in the shaft 2, handle 20 is fastened on cup 19 outsides, bowl cover 18 is covered on 19 mouthfuls in cup, then cup 19 is inserted in the seat hole of heated seats body case 13 and be placed on the heat-generating disc 6.

As shown in Figure 2, cup 19 can separate with the heating pedestal, cup 19 is lifted from the heating pedestal, be contained on the heat-generating disc 6 temperature probe 7 since the elastic force of spring 10 temperature probe 7 is upwards boosted, also because the elastic force of built-in spring boosts push rod 24, at this moment this liquid food heating, stirring, foaming rotor are in the state of quitting work to the button of microswitch 25 simultaneously.

As Fig. 3, shown in 4, temperature probe 7 is to be contained in the temperature controller collar 9, the temperature controller collar 9 outer springs 10 that are with, spring 10 1 crowns the temperature controller collar 9, the other end heads on baffle ring 11, because the elastic force of spring 10 makes that the temperature-sensitive face of temperature probe 7 is keeping with the bottom surface of cup 19 excellent contact being arranged. the temperature-sensitive face of temperature probe 7 can be higher than the heating bearing-surface of heat-generating disc 6 when cup 19 is lifted from heat-generating disc 6, the temperature controller collar 9 also plays except the supporting as temperature probe 7 and spring 10 and reduces heat-generating disc 6 to temperature probe 7 heat transfers, and temperature probe 7 is to experience temperature by the bottom surface of cup 19.

As shown in Figure 5, shaft 2 is riveted on cup 19 bottom surfaces as the axle center of the rotation of agitator 1, studs with magnetite 3 in the agitator 1; The motor transmission disk 5 that magnetite 4 is housed is inserted in the rotating shaft of motor 23; Thereby principle motor 2 rotations that utilize magnetic force to inhale mutually drive the rotation of agitator 1, thereby shaft 2 tops are the wiping power of touching of reducing of point and agitator 1.

Shown in Fig. 6,7, the button that push rod 24 is inserted in the pore of baffle ring 11 by microswitch 25 is supporting, the end of push rod 24 exceeds heat-generating disc 6 heating bearing-surfaces, when cup 19 is placed on the heat-generating disc 6, because the weight of cup 19 is pressed the button of microswitch 25 by the built-in spring force that push rod 24 overcomes microswitch 25; When cup 19 is got from heat-generating disc 6, thereby the spring return of the built-in spring of microswitch 25 boosts push rod 24 with button, and microswitch 25 plays the electric power control action.

As shown in Figure 8, be riveted on the cup 19 bottoms shaft 2 on have one the circle outer convex edge A, convex edge B in one circle is arranged in the agitator 1, outer convex edge A diameter is little in the aperture of interior convex edge B, some angles that need tilt when agitator 1 will be put into shaft 2 and with certain pressure make that like this taking out cup 19 back agitators 1 can not break away from shaft 2 naturally in any position.

In a word; though the utility model has exemplified above-mentioned preferred implementation; but should illustrate; though those skilled in the art can carry out various variations and remodeling; unless such variation and remodeling have departed from scope of the present utility model, otherwise all should be included in the protection domain of the present utility model.

Claims

1. liquid food heating, stir, foaming rotor, it is characterized in that: comprise cup (19) and heating pedestal (32), be provided with the recess (31) that can supply cup (19) bottom to insert above the described heating pedestal (32), be provided with rotating agitator (1) in the cup (19), heating pedestal (32) but in be provided with the motor (23) of transmission agitator (1), described heating pedestal (32) is provided with heat-generating disc (6) at recess (31) position, bottom surface, temperature probe (7) and microswitch (25) are provided with in the described heating pedestal (32) and heat-generating disc (6), temperature probe (7), the controller (14) that microswitch (25) and motor (23) are electrically connected.

2. according to the described liquid food heating of claim 1, stirring, foaming rotor, it is characterized in that: described cup (19) bottom surface is provided with shaft (2), described agitator (1) is arranged on the shaft (2) rotationally, stud with some pieces of magnetites (3) in the agitator (1), heating pedestal (32) is provided with the motor transmission disk (5) that some pieces of magnetites (4) are housed on the position of correspondence, the rotating shaft of described motor (23) and transmission disk (5) are in transmission connection.

3. according to the described liquid food heating of claim 1, stirring, foaming rotor, it is characterized in that: described heating pedestal (32) is provided with baffle ring (11) on recess (31) bottom surface, be provided with the temperature controller collar moving up and down (9) in the baffle ring (11), the upper end of the temperature controller collar (9) exceeds recess (31) bottom surface, the outer spring (10) that is with of the temperature controller collar (9), spring (10) one crowns the temperature controller collar (9), the other end heads on baffle ring (11), and described temperature probe (7) is located in the temperature controller collar (9).

4. according to the described liquid food heating of claim 1, stirring, foaming rotor, it is characterized in that: be provided with push rod moving up and down (24) in recess (31) position, bottom surface of described heating pedestal (32), the upper end of push rod (24) exceeds recess (31) bottom surface, and the lower end of push rod (24) is bearing on the button of microswitch (25).

5. according to the described liquid food heating of claim 2, stirring, foaming rotor, it is characterized in that: the outer convex edge A of a circle is arranged on the described shaft (2), convex edge B in the circle is arranged in the agitator (1), outer convex edge A diameter is little in the aperture of interior convex edge B.