CN204909098U - Milk foam generator and coffee machine - Google Patents

Abstract

(B, ) the utility model relates to a milk foam generator. Milk foam generator cushions body, steam jet and milk foam reposition of redundant personnel subassembly including milk foam ware body, the foam of suckling, and this internal offering of milk foam ware is used for the mixed first cavity of steam and milk and leads to to the first pipeline of first cavity, this internal second cavity of offering the foam buffering that is used for suckling of milk foam buffering, first cavity leads to with the second cavity, and the export has been offered to the lower extreme of second cavity, and steam jet has second pipeline and third pipeline, and second pipeline and third pipeline all lead to with first cavity. The main part is shunted including the milk foam to milk foam reposition of redundant personnel subassembly, including a plurality of reposition of redundant personnel passageways in the milk foam reposition of redundant personnel main part, shunts the passageway and has the export of milk foam. The utility model discloses the foam of not only will suckling is shunted, makes milk foam generator can make many glasss of milk foams simultaneously, and the reposition of redundant personnel passageway of the foam of suckling in addition reposition of redundant personnel subassembly has lengthened the stroke that milk foam buffering flows out, makes the milk foam form the secondary buffering in the reposition of redundant personnel passageway, has eliminated great bubble in the milk foam. (B, )

Description

Milk foam generator and coffee machine

Technical field

the utility model belongs to dairy produce, coffee apparatus field, is specifically related to the milk foam generator in a kind of coffee machine.

Background technology

at present, known in the device of milk frother, after milk and steam being generated milk foam by steam, after milk foam buffer chamber buffering, exported by milk foam and output in cup.This milk frother has following deficiency: 1, owing to only having a milk foam outlet, so once can only make one glass of milk froth, efficiency is lower, and this defect particularly highlights in the field of employment such as convenience store, office; 2, owing to only cushioning through a buffer chamber after traditional steam milk foam generator generation milk froth, the milk froth obtained in cup is made still to there will be the phenomenon that bubble is comparatively large, milk froth is fine and smooth not like this, this makes the milk froth that obtained by conventional steam milk foam generator not only not strong to the impulsive force of people in perception, and due to milk froth fine and smooth not, drink mouthfeel and also not good enough.

Utility model content

the technical problems to be solved in the utility model is to provide the milk foam generator that a kind of structure is simple, milk foam bubble is little, can make many glasss of milk foams simultaneously.

in order to solve the problems of the technologies described above, a kind of technical scheme that the utility model adopts is: a kind of milk foam generator, comprise milk foam device body, milk foam buffering body and steam jet, the first chamber mixed for steam and milk and the first pipeline for milk input led to the first chamber is offered in described milk foam device body, described milk foam buffering body is fixedly connected with milk foam device body, the second chamber for milk foam buffering is offered in described milk foam buffering body, described first chamber and the second chamber lead to, the lower end of described second chamber offers outlet, described steam jet is installed on milk foam device body, described steam jet has for the second pipeline of delivering vapor with for carrying the 3rd pipeline of air, described second pipeline and the 3rd pipeline all lead to the first chamber.Described milk foam generator also comprises the milk foam shunt assembly docked with the outlet of the second chamber, and described milk foam shunt assembly comprises milk foam flow-dividing main body, comprises multiple split channel in described milk foam flow-dividing main body, and described split channel has the outlet of milk foam.

concrete, described milk foam flow-dividing main body is positioned at the below of described outlet, and described milk foam flow-dividing main body has two split channels, and described two split channels extend in the horizontal direction and mutually lead to, and described milk foam outlet is opened in the bottom of split channel.

preferably, described milk foam flow-dividing main body is the box body shape of upper opening, there is in described milk foam flow-dividing main body the cavity of accommodating buffering milk foam, described cavity extends in the horizontal direction, lead to described cavity above the middle part that described outlet is positioned at described cavity, described two split channels are respectively the first split channel and described cavity that described cavity formed to the cavity of right part from middle part from middle part to the second split channel that the cavity of left part is formed, described first split channel offers the first opening near the lower end of milk foam flow-dividing main body right part, described second split channel offers the second opening near the lower end of milk foam flow-dividing main body left part.

further, the cavity floor in described milk foam flow-dividing main body forms the low slope in middle high both sides.

further, described milk foam shunt assembly also comprises the seal connector that the exit seal for described milk foam flow-dividing main body and described milk foam are cushioned body is connected.

concrete, described seal connector comprises the sealed tube body be set on described milk foam buffering body peripheral and the lid covering the opening part at described milk foam flow-dividing main body, the upper end of described sealed tube body is fixedly connected with milk foam device body, the lower end of described sealed tube body is fixedly connected with lid, and described sealed tube body and lid form inverted T-shaped structure.

a kind of coffee machine, comprises above-mentioned milk foam generator.

involvedly above go up the inferior noun of locality all around, is that the orientation work when milk foam generator normally uses defines.

scope of the present utility model, is not limited to the technical scheme of the particular combination of above-mentioned technical characteristic, also should contain simultaneously and be undertaken being combined by above-mentioned technical characteristic or its equivalent feature and other technical scheme of being formed.The technical characteristic that such as, disclosed in above-mentioned feature and the application (but being not limited to) has similar functions is replaced mutually and the technical scheme etc. formed.

because technique scheme is used, the utility model compared with prior art has following advantages: the utility model adopts below the second chamber for cushioning milk foam, arranges a milk foam shunt assembly again, not only milk foam is shunted, enable milk foam generator make many glasss of milk froths simultaneously, improve make efficiency, and the split channel of milk foam shunt assembly extends the stroke of milk foam buffering outflow, milk foam is flowed in split channel and forms secondary buffer, eliminate bubble larger in milk foam, thus it is less to obtain bubble, the milk foam of perception exquisiteness, substantially increase and drink mouthfeel.

Accompanying drawing explanation

fig. 1 is the structural representation of the utility model milk foam generator;

fig. 2 is the detonation configuration schematic diagram of the utility model milk foam generator;

fig. 3 be in Fig. 1 A-A to sectional view;

fig. 4 is that the B-B of Fig. 1 is to sectional view;

fig. 5 is the structural representation of milk foam flow-dividing main body in the utility model;

fig. 6 is the assembling schematic diagram of milk foam shunt assembly and milk foam buffering main body.

wherein: 1, milk foam device body; 2, milk foam buffering body; 3, steam jet; 4, milk foam shunt assembly; 11, the first chamber; 12, the first pipeline; 21, the second chamber; 22, export; 31, the second pipeline; 32, the 3rd pipeline; 41, milk foam flow-dividing main body; 42, cavity; 43, the first split channel; 44, the second split channel; 45, the first opening; 46, the second opening; 47, seal connector; 48, sealed pipe fittings; 49, lid; 421, slope.

Detailed description of the invention

as shown in Figures 1 to 5, a kind of milk foam generator described in the utility model, comprises milk foam device body 1, milk foam buffering body 2, steam jet 3 and milk foam shunt assembly 4.The first chamber 11 mixed for steam and milk and the first pipeline 12 for milk input led to the first chamber 11 is offered in described milk foam device body 1.Described steam jet 3 is installed in milk foam device body 1 top, and described steam jet 3 has for the second pipeline 31 of delivering vapor with for carrying the 3rd pipeline 32 of air, and described second pipeline 31 and the 3rd pipeline 32 all lead to the first chamber 11.Described milk foam buffering body 2 is fixedly connected on milk foam device body 1 bottom, and offer the second chamber 21 for milk foam buffering in described milk foam buffering body 2, described first chamber 11 and the second chamber 21 lead to.The lower end of described second chamber 21 offers outlet 22.Described milk foam shunt assembly 4 cushions body 2 with milk foam and is tightly connected.Described milk foam shunt assembly 4 comprises the seal connector 47 that milk foam flow-dividing main body 41 is connected with the exit seal for described milk foam flow-dividing main body 41 and described milk foam are cushioned body 1.

described milk foam flow-dividing main body 41 is positioned at the below of described outlet 22.The box body shape of described milk foam flow-dividing main body 41 in upper opening, there is in described milk foam flow-dividing main body 41 cavity 42 of accommodating buffering milk foam, described cavity 42 extends in the horizontal direction, lead to described cavity 42 above the middle part that the outlet 22 of described milk foam buffering body 2 is positioned at described cavity 42, the first split channel 43 that described cavity 42 is formed to the cavity of right part from middle part and the second split channel 44 formed to the cavity of left part from middle part form two split channels in milk foam flow-dividing main body 41.Described first split channel 43 offers the first opening 45 near the lower end of milk foam flow-dividing main body right part, and described second split channel 44 offers the second opening 46 near the lower end of milk foam flow-dividing main body left part.Cavity 42 bottom surface in described milk foam flow-dividing main body forms the low slope 421 in middle high both sides.

described seal connector 47 comprises the sealed tube body 48 be set on described milk foam buffering body 2 periphery and the lid 49 covering the opening part at described milk foam flow-dividing main body 41, the upper end of described sealed tube body 48 is fixedly connected with milk foam device body 1, the lower end of described sealed tube body 48 is fixedly connected with lid 49, and described sealed tube body 48 forms inverted T-shaped structure with lid 49.

operation principle of the present utility model is as follows: milk is input in the first cavity 11 by described first pipeline 12, steam is sent in the first chamber 11 by the second pipeline 31 of described steam jet 3, air is sent in the first chamber 11 by the 3rd pipeline 32, milk, milk foam is produced after steam and air mix in the first chamber 11, enter the second chamber 21 from the first chamber 11 after milk foam generates and carry out first time buffering, part larger bubble in milk foam is eliminated, due to gravity, milk foam continues flowing from the second chamber 21 and flows out the cavity 32 entered in milk foam flow-dividing main body 41 from outlet 22, milk foam is shunted in cavity 32, be divided into two strands, one milk foam flows to the right along the first split channel 43 and finally flows out from the first opening 45, another strand of milk foam flows left along the second split channel 44 and finally flows out from the second opening 46.Two strands of milk foams are in the process of the first split channel 43 and the flowing of the second split channel 44, and milk foam defines again second time buffering, and the air pocket in milk foam is eliminated further, forms less foam, thus obtains the milk foam that bubble is less, perception is fine and smooth.And milk foam divides two passages to flow out, and can make two parts of milk foams, improve make efficiency, can meet the demand of quick Fabrication many parts of milk foams simultaneously.Above-mentioned milk foam generator can be used in coffee machine to produce milk foam.

the foam of milk described in the utility model shunt assembly 4 directly can also be installed in the milk foam exit of existing milk foam generator, directly transforms existing milk foam generator, without the need to changing new equipment, and lower cost.

as mentioned above, we are illustrated according to aim of the present utility model completely, but the utility model is not limited to above-described embodiment and implementation method.Different changes and enforcement is carried out in the scope that the practitioner of correlative technology field can permit at technological thought of the present utility model.

Claims (7)

1. a milk foam generator, comprise milk foam device body (1), milk foam buffering body (2) and steam jet (3), the first chamber (11) mixed for steam and milk and the first pipeline (12) for milk input led to the first chamber (11) is offered in described milk foam device body (1), described milk foam buffering body (2) is fixedly connected with milk foam device body (1), the second chamber (21) for milk foam buffering is offered in described milk foam buffering body (2), described first chamber (11) and the second chamber (21) lead to, the lower end of described second chamber (21) offers outlet (22), described steam jet (3) is installed on milk foam device body (1), described steam jet (3) has for second pipeline (31) of delivering vapor with for carrying the 3rd pipeline (32) of air, described second pipeline (31) and the 3rd pipeline (32) all lead to the first chamber (11), it is characterized in that: described milk foam generator also comprises the milk foam shunt assembly (4) docked with the outlet of the second chamber (21) (22), described milk foam shunt assembly (4) comprises milk foam flow-dividing main body (41), multiple split channel is comprised in described milk foam flow-dividing main body (41), described split channel has the outlet of milk foam.

2. milk foam generator according to claim 1, it is characterized in that: described milk foam flow-dividing main body (41) is positioned at the below of described outlet (22), described milk foam flow-dividing main body (41) has two split channels, described two split channels extend in the horizontal direction and mutually lead to, and described milk foam outlet is opened in the bottom of split channel.

3. milk foam generator according to claim 2, it is characterized in that: the box body shape of described milk foam flow-dividing main body (41) in upper opening, there is in described milk foam flow-dividing main body (41) cavity (42) of accommodating buffering milk foam, described cavity (42) extends in the horizontal direction, lead to described cavity (42) above the middle part that described outlet (22) is positioned at described cavity (42), described two split channels are respectively the first split channel (43) and described cavity (42) that described cavity (42) formed to the cavity of right part from middle part from middle part to the second split channel (44) that the cavity of left part is formed, described first split channel (43) offers the first opening (45) near the lower end of milk foam flow-dividing main body right part, described second split channel (44) offers the second opening (46) near the lower end of milk foam flow-dividing main body left part.

4. milk foam generator according to claim 3, is characterized in that: cavity (42) bottom surface in described milk foam flow-dividing main body forms the low slope (421) in middle high both sides.

5. milk foam generator according to claim 3, is characterized in that: described milk foam shunt assembly (4) also comprises the seal connector (47) that the exit seal for described milk foam flow-dividing main body (41) and described milk foam are cushioned body (1) is connected.

6. milk foam generator according to claim 5, it is characterized in that: described seal connector (47) comprises the sealed tube body (48) be set on described milk foam buffering body (2) periphery and the lid (49) covering the opening part described milk foam flow-dividing main body (41), the upper end of described sealed tube body (48) is fixedly connected with milk foam device body (1), the lower end of described sealed tube body (48) is fixedly connected with lid (49), and described sealed tube body (48) and lid (49) form inverted T-shaped structure.

7. a coffee machine, is characterized in that: comprise the milk foam generator described in any one of claim 1 to 6.