CN204743776U

CN204743776U - Milk foaming machine

Info

Publication number: CN204743776U
Application number: CN201520471253.7U
Authority: CN
Inventors: 朱素琼
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-07-03
Filing date: 2015-07-03
Publication date: 2015-11-11
Anticipated expiration: 2025-07-03

Abstract

The utility model belongs to utensil field with milk preparation foam, the utility model provides a milk foaming machine, it utilizes during the air hose introduces the milk in the cup with the outside air, the agitator is in the mistake of stirring is filled, can be with realizing the foaming in the inclusion of air milk, thereby need not use steam generator, it is more abundant just can to make the milk foaming, improve milk bubble production volume, showing and reducing the remaining milk volume that is not foamed, the milk foaming is abundant and fine and smooth, the persistence of milk bubble is good, the foaming process does not rely on user's operative skill, operation process reliable and simple, and product simple structure, the production assembly is swift, and lower cost, consumer convenient to use, easy for cleaning, it is good to use economic nature.

Description

Frothing milk machine

Technical field

The utility model belongs to the fixture fields preparing foam with milk, particularly relates to a kind of frothing milk machine.

Background technology

At present, market is prepared the utensil of foam with milk, mainly contain steam foaming utensil and mechanical type stirring foaming utensil.

Adopt steam foaming utensil, generally be used alone a steam raising plant, steam raising plant is delivered a vapor to by a steam pipe and is equipped with in the container of milk, this steam produces the mode of milk bubble, needs to provide extra steam raising plant and steam delivery device, complicated structure, and cost is higher, the operative skill of foaming effect and user has much relations simultaneously, and the operative skill of user is bad, and foaming effect can be caused undesirable.

Adopt mechanical type to stir foaming utensil, the formation of its milk froth is rotated in the container that milk is housed with suitable speed by agitator, mixed fast by air and be mixed in milk, to form milk bubble.But the common problem that current existing employing mechanical type stirs the existence of foaming utensil is: remaining not on the high side by the milk amount foamed in container, frothing milk is abundant not; Its reason is: when agitator Stirring milk, time greatly about about agitator each working time half, agitator for foaming almost has been covered by a part of milk froth foamed, cause air can not continue again to be incorporated into the foamed zones near lower vessel portion agitator, now, container bottom also has part milk not foam, and causes remaining not on the high side by the milk amount foamed, make frothing milk abundant not and fine and smooth, also have impact on the persistence of milk bubble.

Utility model content

The purpose of this utility model is the deficiency overcoming above-mentioned existing similar products structure, there is provided a kind of frothing milk machine, it does not need to use steam raising plant, and frothing milk just can be made more abundant, improve milk bubble generation, significantly reduce remaining not by the milk amount foamed.

The utility model realizes like this, a kind of frothing milk machine, comprise shell and bowl cover, cup and heater and the magnetic driving equipment of being located at described cup outer bottom is provided with in described shell, described cup upper end is that opening is arranged, described bowl cover is located at the opening part of described cup, the air hose that described bowl cover and is located in described cup is connected, described air hose is the hollow structure of both ends open, described bowl cover offers an air inlet be communicated with described air hose top, be connected with an adapter sleeve is detachable bottom described air hose, a shaft free to rotate is equipped with bottom described adapter sleeve, described shaft is installed with an agitator.

Particularly, described air hose lower sides offers two symmetrically arranged draw-in grooves, described draw-in groove and described air hose endoporus not through, described draw-in groove comprises one with the vertical slots of described air hose axis being parallel and perpendicular to the transverse groove of described air hose axis, the ending place of described transverse groove is the spherical recess of half, and the degree of depth of described hemispherical recess is greater than the degree of depth of described vertical slots and transverse groove;

Described adapter sleeve offers the centre bore axially arranged along it, described adapter sleeve lower outside wall is provided with two symmetrically arranged flexure strips, described adapter sleeve bottom also offers the slotted eye being positioned at described flexure strip periphery, the centre bore of described slotted eye and described adapter sleeve is through, and the ending place of described flexure strip is provided with a hemispherical projections that can match with described hemispherical recess.

Particularly, described air hose bottom outer wall is provided with external screw thread, and described adapter sleeve upper inside wall is provided with internal thread, and the internal thread of described adapter sleeve is threaded with between the external screw thread of described air hose.

Further, be provided with the dowel of a strip bottom described adapter sleeve, described dowel center offers a rotation hole, and described shaft is arranged in described rotation hole, the upper end of described shaft has step, the lower surface of described shaft upper end step and described rotation hole end contact.

Further, between described dowel and described rotation hole, transition forms multiple brace rod, and the cross section of described brace rod is arc.

Particularly, described air hose and described bowl cover one-body molded.

Particularly, described air hose and described bowl cover removably connect.

The frothing milk machine that the utility model provides, in its milk utilizing air hose to be introduced by extraneous air in cup, agitator is overcharging of stirring, air can be mixed in milk and realize foaming, thus do not need to use steam raising plant, frothing milk just can be made more abundant, improve milk bubble generation, remarkable minimizing is remaining not by the milk amount foamed, frothing milk is abundant and fine and smooth, the persistence of milk bubble is good, foaming process does not rely on the operative skill of user, operating process is simple, and product structure is simple, produce assembling quick, cost is lower, consumer is easy to use, easy cleaning, its usage economy is good.

Accompanying drawing explanation

Fig. 1 is the floor map of the frothing milk machine that the utility model embodiment provides;

Fig. 2 is the generalized section of the frothing milk machine that the utility model embodiment provides;

Fig. 3 is the perspective exploded view of the frothing milk machine that the utility model embodiment provides;

Fig. 4 is the perspective exploded view of bowl cover, air hose, adapter sleeve and agitator in the frothing milk machine that provides of the utility model embodiment;

Fig. 5 is the section decomposing schematic representation of adapter sleeve, shaft and agitator in the frothing milk machine that provides of the utility model embodiment;

Fig. 6 is the generalized section be assembled together of adapter sleeve, shaft and agitator in the frothing milk machine that provides of the utility model embodiment;

Fig. 7 is the section decomposing schematic representation of adapter sleeve, shaft and agitator in the frothing milk machine that provides of another embodiment of the utility model.

Detailed description of the invention

Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is clearly and completely described.

As shown in FIG. 1 to 3, a kind of frothing milk machine that the utility model embodiment provides, comprise shell 1 and bowl cover 2, cup 3 and heater 4 and the magnetic driving equipment 5 of being located at cup 3 outer bottom is provided with in shell 1, cup 3 upper end is that opening is arranged, bowl cover 2 is located at the opening part of cup 3, the air hose 6 that bowl cover 2 and is located in cup 3 is connected, air hose 6 is the hollow structure of both ends open, bowl cover 2 offers an air inlet 21 be communicated with air hose 6 top, be connected with an adapter sleeve 7 is detachable bottom air hose 6, a shaft 8 free to rotate is equipped with bottom adapter sleeve 7, shaft 8 is installed with an agitator 9.

During the frothing milk machine work that the utility model provides, the milk held in heater 4 pairs of cups 3 heats, agitator 9 rotates the inwall got rid of by milk to cup 3, milk forms vortex along agitator 9 central axis and flows, air in vortex is constantly mixed to be mixed in milk by agitator 9 and makes the air of cup 3 inside produce negative pressure, negative pressure makes extraneous air continue to add near agitator 9 from the air inlet 21 of bowl cover 2 via air hose 6, there is provided milk continue foam needed for air, in the whole Stirring process of agitator 9, air is because negative pressure is by the foamed zones naturally entered constantly near agitator 9, equipment is added without the need to increasing any extra air compressing, frothing milk is more abundant, fine and smooth, frothing milk is more abundant, fine and smooth, frothing milk amount significantly increases, the persistence of milk bubble is better.

In the milk that the utility model utilizes air hose 6 to be introduced by extraneous air in cup 3, agitator 9 is overcharging of stirring, air can be mixed in milk and realize foaming, thus do not need to use steam raising plant, frothing milk just can be made more abundant, improve milk bubble generation, remarkable minimizing is remaining not by the milk amount foamed, frothing milk is abundant and fine and smooth, the persistence of milk bubble is good, foaming process does not rely on the operative skill of user, operating process is simple, and product structure is simple, produce assembling quick, cost is lower, consumer is easy to use, easy cleaning, its usage economy is good.

As shown in the figure of Fig. 4 ~ 6, in the present embodiment, detachable connected mode between air hose 6 and adapter sleeve 7 is specially: air hose 6 lower sides offers two symmetrically arranged draw-in grooves 61, draw-in groove 61 is not through with air hose 6 endoporus, draw-in groove 61 comprises one with the vertical slots 611 of air hose 6 axis being parallel and perpendicular to the transverse groove 612 of air hose 6 axis, the ending place of transverse groove 612 is the spherical recess 613 of half, and the degree of depth of hemispherical recess 613 is greater than the degree of depth of vertical slots 611 and transverse groove 612;

Adapter sleeve 7 offers the centre bore 71 axially arranged along it, adapter sleeve 7 lower outside wall is provided with two symmetrically arranged flexure strips 72, adapter sleeve 7 bottom also offers the slotted eye 73 being positioned at flexure strip 72 periphery, slotted eye 73 is through with the centre bore 71 of adapter sleeve 7, and the ending place of flexure strip 72 is provided with a hemispherical projections 74 that can match with hemispherical recess 613.

When air hose 6 and adapter sleeve 7 are assembled together by needs, first adapter sleeve 7 is enclosed within air hose 6, air hose 6 is made to insert in the centre bore 71 of adapter sleeve 7, and make two flexure strips 72 on adapter sleeve 7 snap in two vertical slots 611 of air hose 6 respectively, then cover 7 is rotationally connected, the hemispherical projections 74 at two flexure strip 72 ending places is made to enter two transverse grooves 612 of air hose 6 respectively, be rotated further adapter sleeve 7, until hemispherical projections 74 enters in the hemispherical recess 613 at transverse groove 612 ending place, thus make air hose 6 form Elastic buckle with adapter sleeve 7 to be connected.

When air hose 6 and adapter sleeve 7 are taken apart by needs, first adapter sleeve 7 is rotated backward, the hemispherical projections 74 at two flexure strip 72 ending places is spun off in the hemispherical recess 613 of transverse groove 612 ending, hemispherical projections 74 enters transverse groove 612, be rotated further adapter sleeve 7, when hemispherical projections 74 enters in vertical slots 611, pull down adapter sleeve 7, flexure strip 72 departs from vertical slots 611, thus air hose 6 and adapter sleeve 7 is taken apart.

As shown in Figure 7, as another embodiment of the present utility model, following detachable connected mode can also be adopted: first between air hose 6 and adapter sleeve 7, in air hose 6 bottom, outer wall arranges external screw thread 62, adapter sleeve 7 upper inside wall is provided with internal thread 75, be threaded between the internal thread 75 of adapter sleeve 7 and the external screw thread 62 of air hose 6, thus realize the detachable connection between air hose 6 and adapter sleeve 7.

As shown in Figure 5 and Figure 6, be provided with the dowel 76 of a strip bottom described adapter sleeve 7, dowel 76 center offers a rotation hole 77, and shaft 8 is arranged in rotation hole 77, the upper end of shaft 8 has step 81, the lower surface of shaft 8 upper end step 81 and rotation hole 77 end contact.

Further, between described dowel 76 and rotation hole 77, transition forms multiple brace rod (not shown), the cross section of brace rod is arc, thus the bonding strength between strengthened connection bar 76 and rotation hole, ensure that shaft 8 can be stablized in rotation hole 77, High Rotation Speed.

As shown in Figures 2 and 3, in the present embodiment, air hose 6 is one-body molded with bowl cover 2.In described in other, air hose 6 and bowl cover 2 also can be removably connect, and all belong to protection domain of the present utility model.

Above embodiment and drawing are preferred embodiments of the present utility model; and the structure of non-limiting the utility model product and pattern; should be understood that; for those skilled in the art; under the prerequisite not departing from the utility model structural principle; can also make change and the modification of some effects equivalent, these equivalent variations and modification all belong to protection domain of the present utility model.

Claims

1. a frothing milk machine, comprise shell and bowl cover, cup and heater and the magnetic driving equipment of being located at described cup outer bottom is provided with in described shell, described cup upper end is that opening is arranged, described bowl cover is located at the opening part of described cup, it is characterized in that, the air hose that described bowl cover and is located in described cup is connected, described air hose is the hollow structure of both ends open, described bowl cover offers an air inlet be communicated with described air hose top, be connected with an adapter sleeve is detachable bottom described air hose, a shaft free to rotate is equipped with bottom described adapter sleeve, described shaft is installed with an agitator.

2. frothing milk machine according to claim 1, it is characterized in that, described air hose lower sides offers two symmetrically arranged draw-in grooves, described draw-in groove and described air hose endoporus not through, described draw-in groove comprises one with the vertical slots of described air hose axis being parallel and perpendicular to the transverse groove of described air hose axis, the ending place of described transverse groove is the spherical recess of half, and the degree of depth of described hemispherical recess is greater than the degree of depth of described vertical slots and transverse groove;

3. frothing milk machine according to claim 1, is characterized in that, described air hose bottom outer wall is provided with external screw thread, and described adapter sleeve upper inside wall is provided with internal thread, and the internal thread of described adapter sleeve is threaded with between the external screw thread of described air hose.

4. the frothing milk machine according to Claims 2 or 3, it is characterized in that, the dowel of a strip is provided with bottom described adapter sleeve, described dowel center offers a rotation hole, described shaft is arranged in described rotation hole, the upper end of described shaft has step, the lower surface of described shaft upper end step and described rotation hole end contact.

5. frothing milk machine according to claim 4, is characterized in that, between described dowel and described rotation hole, transition forms multiple brace rod, and the cross section of described brace rod is arc.

6. frothing milk machine according to claim 1, is characterized in that, described air hose and described bowl cover one-body molded.

7. frothing milk machine according to claim 1, is characterized in that, described air hose and described bowl cover removably connect.