CN202698861U - Mixing device of milk foam machine and milk foam machine using same - Google Patents
Mixing device of milk foam machine and milk foam machine using same Download PDFInfo
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- CN202698861U CN202698861U CN 201220313087 CN201220313087U CN202698861U CN 202698861 U CN202698861 U CN 202698861U CN 201220313087 CN201220313087 CN 201220313087 CN 201220313087 U CN201220313087 U CN 201220313087U CN 202698861 U CN202698861 U CN 202698861U
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Abstract
The utility model relates to a mixing device of a milk foam machine and the milk foam machine using the same. The mixing device (40) comprises a supporting seat (42), a stator (43) and a rotor (44) sleeved on the stator, wherein the stator (43) is connected with the supporting seat (42); the stator (43) is used for driving the rotor (44) to rotate; the mixing device (40) is arranged in the milk foam machine (100) and clamped on a mixing shaft in the milk foam machine (100); and the rotation direction and/or the rotation speed of the mixing device (40) are/is changed through a connection structure so as to control the milk foam thicknesses. The mixing device is simple in structure; a receiving device can be separated from a machine body, is not provided with any electric accessories and is convenient to use and clean; and the different milk foam thicknesses are formed by changing the rotation direction and/or the rotation speed of the mixing device so as to meet the needs of various mouth feels.
Description
Technical field
The utility model relates to a kind of agitating device, more particularly, relates to a kind of assembly for creating milk foam of can controlling and produces the agitating device that different milk steep thickness.
Background technology
Usually we like adding beaten milk when tasting coffee, so that the coffee delicate mouthfeel of tasting, silk are sliding, can pull out again very beautiful milk flower, are very much to allow the people like; Needed milk bubble thickness just adopts different proportionings in cappuccino that we often taste and latte; When drinking coffee, the milk bubble mouthfeel that adds different-thickness also is different, thus just seem particularly important of the thickness of the quality of milk bubble and milk bubble.
The immediate cause of formation of foam is to have sneaked into air or water vapour, the most common present milk making method has the steam injection to form two kinds of milk bubble method and stirring formation milk bubble methods etc., heating effect is relatively good on one side when usually getting blisters, and the foam holding time is a little relatively long.So-called steaming process sprays foam by high-temperature high-pressure steam exactly in milk, high-temperature water vapor can be given the milk heating on one side, the shortcoming of this method is can bring moisture in milk and the bad control of milk temperature, and wants to get the milk bubble and need certain artificial skill; The so-called stirring forms milk bubble method, refer to that stirring the mode of impacting by heating and the agitating device of High Rotation Speed sneaks into air and form the milk bubble in the milk, the method is full-automatic milk making bubble, does not need staff to go to manage the milk bubble that it just can be accomplished fluently, on one side and can soak coffee when beating.General foam maker generally can come milk making with two or more difform agitating devices if reach different foam volumes on the market in addition, and one of them is high milk bubble, and another then is few milk bubble.
The patent No. is to have introduced a kind of butter whipping device by magnetic drives among CN 102160761 A, this device is to load onto a support of laying magnetite at the motor shaft end that is installed on the base, magnetite is housed in the support, it is heat-generating disc that support gets on, next is the milk kettle, just can drive in the milk kettle the equally also agitating device rotation of built-in magnetite by magnetic force and carry out milk making and steep when support rotates.
The patent No. is to have introduced the direct drive butter whipping device of a kind of motor among CN 101904700 A, this machine is by the turning cylinder of base-mounted motor drives at the bottom of the cup, drive again agitating device and carry out milk making, but a bit deficiency is exactly sealing problem can occur after having grown service time.
Patent specification CN 101972120 A have introduced the device that is used for making the milk foaming.Milk put in the container that is comprised by base and by heating element heater heat, in heating, pass through circular ring type spring whipping milk, this can produce as using the foaming milk with cappuccino, spring has the electric contact point that can conduct electricity to be used for conduction by the motor-driven of the lid that is arranged in to seal the milk making kettle at lid and milk kettle.
Stirring-type milk making foam method method is all a lot of on the market now, but the method on milk bubble thickness is also relatively deficienter, just expects thus designing a kind of agitating device that can control milk bubble thickness.
The utility model content
The technical problems to be solved in the utility model is that the defective that foam is fine and smooth not, volume is large and foam volume control is bad for milk making machine in the prior art is got provides a kind of assembly for creating milk foam agitating device.Another technical problem to be solved in the utility model is that the defective that foam is fine and smooth not, volume is large and foam volume control is bad for milk making machine in the prior art is got provides a kind of assembly for creating milk foam.
The technical scheme that its technical problem that solves the utility model adopts is: construct a kind of assembly for creating milk foam agitating device, comprise bearing, stator and be sheathed on rotor on the stator, wherein, described stator and bearing link together, and described stator drives described rotor; Described agitating device is located in the assembly for creating milk foam and is connected on the interior shaft of this assembly for creating milk foam, thereby described agitating device changes the thickness of its direction of rotation and/or rotary speed control milk bubble by syndeton.
In a kind of assembly for creating milk foam agitating device described in the utility model, described syndeton comprises the stirring vane that is arranged on the described agitating device, this stirring vane is connected with described bearing, and described stirring vane is five and is interrupted the wave structure, and is uniformly distributed on the described bearing.
In a kind of assembly for creating milk foam agitating device described in the utility model, described syndeton comprises the thrust that is arranged on the described agitating device and is located at the filter screen of this thrust bottom, described thrust is several semicircular opening structures that raises up, and is located at equably on the extension periphery of described bearing.
The technical scheme that its another technical problem that solves the utility model adopts is: construct a kind of assembly for creating milk foam, comprise pot lid, kettle body, base, speed control device and transmission device, this assembly for creating milk foam also comprises agitating device, described agitating device comprises bearing, stator and is sheathed on rotor on the stator, wherein, described stator and bearing link together, and described stator drives described rotor; Described agitating device is located in the assembly for creating milk foam and is connected on the interior shaft of this assembly for creating milk foam;
Described kettle body is contained in the floor installation groove, and described speed control device is located in the described base; Thereby described agitating device changes the thickness of described agitating device direction of rotation and/or rotary speed control milk bubble by speed control device control transmission device.
In a kind of assembly for creating milk foam described in the utility model, described transmission device comprise the motor that is installed in described base, and this motor shaft end on support in magnet, be provided with the magnetite corresponding with described magnet in the described agitating device, described agitating device rotates and then obtains rotary power by the magnetite in the described attraction agitating device.
In a kind of assembly for creating milk foam described in the utility model, described transmission device comprises the motor that is installed in described base, the connector that is connected with this motor, reaches the loading plate through described kettle body, and described agitating device is by described loading plate and connect the connector rotation and then the acquisition rotary power.
In a kind of assembly for creating milk foam described in the utility model, the power transmission shaft that described transmission device comprises the motor that is installed in the described pot lid, is connected with agitating device with this motor, it is central that described power transmission shaft is located at described kettle body, and be connected with described agitating device by buckle, described agitating device is by described revolution and drive described power transmission shaft and then obtain rotary power.
In a kind of assembly for creating milk foam described in the utility model, described speed control device comprises a slip commutator, and this slip commutator is by sliding by direction of rotation and/or the rotary speed of the described motor of key control.
In a kind of assembly for creating milk foam described in the utility model, described speed control device comprises a wiring board, and this wiring board is by direction of rotation and/or the rotary speed of button, the described motor of control.
In a kind of assembly for creating milk foam described in the utility model, described speed control device comprises that one rotates commutator, and this rotation commutator is controlled direction of rotation and/or the rotary speed of described motor by turning knob.
In a kind of assembly for creating milk foam described in the utility model, described motor is installed on the holder, and described holder is located at described kettle body bottom, also is equipped with on the described holder for the temperature inductor of measuring the milk temperature.
In a kind of assembly for creating milk foam described in the utility model, also comprise a holder, described holder is located at described kettle body bottom, also is equipped with on the described holder for the temperature inductor of measuring the milk temperature.
In a kind of assembly for creating milk foam described in the utility model, between described base and kettle body, be provided with heat-resisting heat-proof device, the metallic plate that conducts heat and carry described kettle body is installed under this heat-resisting heat-proof device, and this metallic plate has heating element, and this heating element is positioned at described base.
Implement a kind of assembly for creating milk foam agitating device of the present utility model and use the assembly for creating milk foam of this agitating device, have following beneficial effect: the utility model is by adopting three kinds of transferring power, namely be respectively by magnetic drives and by the connecting axle transmission from the bottom, from top to down connecting axle transmission, so that thereby agitating device changes the thickness of agitating device direction of rotation and/or rotary speed control milk bubble by speed control device control transmission device, its device construction is simple, the splendid attire device can separate and not be with any electric attachments with body, conveniently use and clean, thereby the exquisiteness of getting, the foam that volume is little, simultaneously can control foam volume, different milk bubble thickness can satisfy each mouthfeel needs.
Description of drawings
The utility model is described in further detail below in conjunction with drawings and Examples, in the accompanying drawing:
Fig. 1 is the structural representation of the utility model the first agitating device;
Fig. 2 is the structural representation of the utility model the second agitating device;
Fig. 3 is the structural representation of magnetic drives scheme of the assembly for creating milk foam of the utility model the first embodiment;
Fig. 4 is the structural representation of bottom direct-drive scheme of the assembly for creating milk foam of the utility model the second embodiment;
Fig. 5 is the structural representation from the top transmission scheme of the assembly for creating milk foam of the utility model the 3rd embodiment;
Fig. 6 is the structural representation of the first speed-regulating scheme of the utility model assembly for creating milk foam;
Fig. 7 is the structural representation of the second speed-regulating scheme of the utility model assembly for creating milk foam;
Fig. 8 is the structural representation of the third speed-regulating scheme of the utility model assembly for creating milk foam.
The specific embodiment
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explaining the utility model, and be not used in restriction the utility model.
Embodiment 1
Such as Fig. 1, shown in Figure 3, in a kind of assembly for creating milk foam of the present utility model, assembly for creating milk foam 100 comprises pot lid 10, kettle body 20, base 30, agitating device 40, speed control device 50 and transmission device 60, base 30 has bottom 33, described kettle body 20 is contained in base 30 mounting grooves, described agitating device 40 is positioned at described kettle body 20 and is connected on the shaft of kettle body 20, and described speed control device 50 is located in the described base 30; Thereby described agitating device 40 changes the thickness of described agitating device 40 direction of rotation and/or rotary speed control milk bubble by speed control device 50 control transmission devices 60, in the present embodiment, thus also can be by changing the thickness of described agitating device 40 rotary speeies control milk bubble.
Further, as shown in Figure 1, described agitating device 40 comprises bearing 42, stator 43 and is sheathed on rotor 44 on the stator, wherein, described stator 43 links together with bearing 42, described stator 43 drives described rotor 44 rotations, and in the present embodiment, described stator 43 can be injection-moulded in bearing 42, can be two parts that independently separate for stator 43 and bearing 42 also, these two parts are combined with its other party formula Group again, as use button bit, and the modes such as glue or ultrasonic bonding connect; Described agitating device 40 is located in the assembly for creating milk foam 100 and is connected on the shaft in this assembly for creating milk foam 100, thereby described agitating device 40 changes the thickness of its direction of rotation and/or rotary speed control milk bubble by syndeton.
Particularly, such as Fig. 1, described syndeton comprises the stirring vane 45 that is arranged on the described agitating device 40, this stirring vane 45 is connected with described bearing 42, described stirring vane 45 is the wave structure, and be uniformly distributed on the described bearing 42, in the present embodiment, this stirring vane 45 adopts five to be interrupted the wave structures, when it is in the forward duty, when the blade drag area is counter-rotating work more than 1 times, so that it can reach the purpose of making different milk bubble thickness when positive and negative the stirring, simultaneously, when it is in the forward duty, when the blade drag area is counter-rotating work 2 times, thereby can get more milk bubbles when reaching forward, described stirring vane 45 also can adopt multi-disc to be interrupted the wave structure, designs because of concrete condition for the quantity of blade 45, no longer gives unnecessary details at this.
Further, as shown in Figure 2, with Fig. 1 difference be, the second agitating device 40 is provided, described syndeton comprises the thrust 46 that is arranged on the described agitating device 40 and the filter screen 47 of being located at these thrust 46 bottoms, described thrust 46 is several semicircular opening structures that raises up, and is located at equably on the extension periphery of described bearing 42.This agitating device 40 has adopted a plurality of thrusts that raise up 46, be the semicircular opening structure, in its bottom filter screen 47 is housed, when the work of its forward, can make milk pass through the semicircular opening thrust 46 of projection after, the effect through filter screen 47 produces the milk bubble again, if counter-rotating is then without above-mentioned effect, by adopting the rotating manner of forward, can produce a lot of milk bubbles, satisfied the mouthfeel needs.
Further, described transmission device 60 comprise the motor 61 that is installed in described base 30, and these motor 61 axle heads on support 32 in magnet 62, be provided with the magnetite 41 corresponding with described magnet 62 in the described agitating device 40, described agitating device 40 attracts the magnetites 41 in the agitating devices 40 to rotate and then obtain rotary power by described magnet 62.
Further, described motor 61 is installed on the holder 65, and described holder 65 is located at described kettle body 20 bottoms, also is equipped with on the described holder 65 for the temperature inductor 70 of measuring the milk temperature.
Further, between described base 30 and kettle body 20, be provided with heat-resisting heat-proof device 80, this heat-resisting heat-proof device is equipped with the metallic plate 90 that conducts heat and carry described kettle body 20 for 80 times, and this metallic plate 90 has heating element 91, and this heating element 91 is positioned at described base 30.
Particularly, such as Fig. 3, described kettle body 20 is contained in the circular hole that matches on the base 30, kettle body 20 bottoms are provided with locating shaft 21, and this locating shaft 21 is riveted on kettle body 20 bottom center, in the present embodiment, also can by be spirally connected, the mode such as link connects, be not limited to riveting method, other modes can be equal to alternative, do not repeat them here.
Particularly, described agitating device 40 is stuck on the described locating shaft 21 also free to rotate.In base 30 and the circular hole that kettle body 20 cooperates heat-resisting heat-proof device 80 is housed, this heat-resisting heat-proof device is equipped with the metallic plate 90 that conducts heat and carry kettle body 20 for 80 times, this metallic plate 90 has heating element 91, in the present embodiment, described heat-resisting heat-proof device 80 is the bakelite circle, also can be other heat-resisting heat-barrier materials, and the bakelite circle can be better heat-resisting and heat insulation, so that agitating device can be brought into play better effect, get the finer and smoother foam bubble of more suckling.Equally, in the present embodiment, described metallic plate 90 is aluminium sheet, and transferring heat also can by the metal substitute of other materials, no longer be given unnecessary details at this better.
Particularly, motor 61 axle heads are installed a support 32 that is placed with magnet 62, and support 32 also and then rotates when motor 61 rotates, thereby support 32 in-built magnet 62 drive agitating device 40 in-built magnetites 41 agitating device 40 are rotated.
Particularly, described motor 61 is installed on the bakelite holder 65, and described holder 65 has location and heat insulating function, also is equipped with on the holder 65 for the temperature inductor 70 of measuring the milk temperature.
Further, such as Fig. 3, shown in Figure 6, described speed control device 50 comprises a slip commutator 51, and this slip commutator 51 is by direction of rotation and/or the rotary speed of the described motor 61 of slip button 52 controls, and the power switch 58 on the speed control device 50 is used for opening or closing described agitating device 100.
Further, that as shown in Figure 7, described speed control device 50 comprises wiring board 53 with Fig. 6 difference, this wiring board 53 is by direction of rotation and/or the rotary speed of button 54, the described motor 61 of 55 controls, and the power switch 58 on the speed control device 50 is used for opening or closing described agitating device 100.
Further, all differently from Fig. 6, Fig. 7 be, as shown in Figure 8, described speed control device 50 comprises that one rotates commutator 56, this rotates commutator 56 by direction of rotation and/or the rotary speed of the described motor 61 of turning knob 57 controls, and the power switch 58 on the speed control device 50 is used for opening or closing described agitating device 100.
Further, after the outdoor handle 23 of this agitating device 100 fastens inner handle 22, be fixed on the kettle body 20 by bolt 24 again.
Embodiment 2
With embodiment 1 difference be, as shown in Figure 4, described transmission device 60 comprises the motor 61 that is installed in described base 30, the connector 63 that is connected with this motor 61, reaches the loading plate (not shown) through described kettle body 20, described agitating device 40 is by described loading plate and connect connector 61 rotations and then acquisition rotary power, particularly, described connector 63 replaces magnetite 41, magnet 62 and the support 32 of the Fig. 1 among the embodiment 1, in the present embodiment, and by connector 61 transmissions.
Further, such as Fig. 3, shown in Figure 6, described speed control device 50 comprises a slip commutator 51, and this slip commutator 51 is by direction of rotation and/or the rotary speed of the described motor 61 of slip button 52 controls, and the power switch 58 on the speed control device 50 is used for opening or closing described agitating device 100.
Further, that as shown in Figure 7, described speed control device 50 comprises wiring board 53 with Fig. 6 difference, this wiring board 53 is by direction of rotation and/or the rotary speed of button 54, the described motor 61 of 55 controls, and the power switch 58 on the speed control device 50 is used for opening or closing described agitating device 100.
Further, all differently from Fig. 6, Fig. 7 be, as shown in Figure 8, described speed control device 50 comprises that one rotates commutator 56, this rotates commutator 56 by direction of rotation and/or the rotary speed of the described motor 61 of turning knob 57 controls, and the power switch 58 on the speed control device 50 is used for opening or closing described agitating device 100.
Further, after the outdoor handle 23 of this agitating device 100 fastens inner handle 22, be fixed on the kettle body 20 by bolt 24 again.
Further, as shown in Figure 1, described agitating device 40 comprises bearing 42, stator 43 and is sheathed on rotor 44 on the stator, and wherein, described stator 43 links together with bearing 42, and described stator 43 drives described rotor 44 rotations; Described agitating device 40 is located in the assembly for creating milk foam 100 and is connected on the shaft in this assembly for creating milk foam 100, thereby described agitating device 40 changes the thickness of its direction of rotation and/or rotary speed control milk bubble by syndeton.
Particularly, such as Fig. 1, described syndeton comprises the stirring vane 45 that is arranged on the described agitating device 40, this stirring vane 45 is connected with described bearing 42, described stirring vane 45 is the wave structure, and be uniformly distributed on the described bearing 42, in the present embodiment, this stirring vane 45 adopts five to be interrupted the wave structures, when it is in the forward duty, when the blade drag area is counter-rotating work more than 1 times, so that it can reach the purpose of making different milk bubble thickness when positive and negative the stirring, simultaneously, when it is in the forward duty, when the blade drag area is counter-rotating work 2 times, thereby can get more milk bubbles when reaching forward, described stirring vane 45 also can adopt multi-disc to be interrupted the wave structure, designs because of concrete condition for the quantity of blade 45, no longer gives unnecessary details at this.
Further, as shown in Figure 2, with Fig. 1 difference be, the second agitating device 40 is provided, described syndeton comprises the thrust 46 that is arranged on the described agitating device 40 and the filter screen 47 of being located at these thrust 46 bottoms, described thrust 46 is several semicircular opening structures that raises up, and is located at equably on the extension periphery of described bearing 42.This agitating device 40 has adopted a plurality of thrusts that raise up 46, be the semicircular opening structure, in its bottom filter screen 47 is housed, when the work of its forward, can make milk pass through the semicircular opening thrust 46 of projection after, the effect through filter screen 47 produces the milk bubble again, if counter-rotating is then without above-mentioned effect, by adopting the rotating manner of forward, can produce a lot of milk bubbles, satisfied the mouthfeel needs.
Embodiment 3
With embodiment 1,2 differences be, as shown in Figure 5, the power transmission shaft 64 that described transmission device 60 comprises the motor 61 that is installed in the described pot lid 10, is connected with agitating device 40 with this motor 61, described power transmission shaft 64 is located at described kettle body 20 central authorities, and be connected with described agitating device 40 by buckle, described agitating device 40 rotates and drives described power transmission shaft 64 and then obtain rotary power by described motor 61.
Further, the from top to down transmission of described motor 61, motor 61 is loaded in the pot lid 10, drives agitating device 40 by power transmission shaft 64, and pot lid 10 and inner handle 22, outdoor handle 23 lean on connection contact 25,26 that base 30 internal circuit boards 31 power supplys are communicated to described motor 62 30 of described bases.
Further, such as Fig. 3, shown in Figure 6, described speed control device 50 comprises a slip commutator 51, and this slip commutator 51 is by direction of rotation and/or the rotary speed of the described motor 61 of slip button 52 controls, and the power switch 58 on the speed control device 50 is used for opening or closing described agitating device 100.
Further, that as shown in Figure 7, described speed control device 50 comprises wiring board 53 with Fig. 6 difference, this wiring board 53 is by direction of rotation and/or the rotary speed of button 54, the described motor 61 of 55 controls, and the power switch 58 on the speed control device 50 is used for opening or closing described agitating device 100.
Further, all differently from Fig. 6, Fig. 7 be, as shown in Figure 8, described speed control device 50 comprises that one rotates commutator 56, this rotates commutator 56 by direction of rotation and/or the rotary speed of the described motor 61 of turning knob 57 controls, and the power switch 58 on the speed control device 50 is used for opening or closing described agitating device 100.
Further, after the outdoor handle 23 of this agitating device 100 fastens inner handle 22, be fixed on the kettle body 20 by bolt 24 again.
Further, as shown in Figure 1, described agitating device 40 comprises bearing 42, stator 43 and is sheathed on rotor 44 on the stator, and wherein, described stator 43 links together with bearing 42, and described stator 43 drives described rotor 44 rotations; Described agitating device 40 is located in the assembly for creating milk foam 100 and is connected on the shaft in this assembly for creating milk foam 100, thereby described agitating device 40 changes the thickness of its direction of rotation and/or rotary speed control milk bubble by syndeton.
Particularly, such as Fig. 1, described syndeton comprises the stirring vane 45 that is arranged on the described agitating device 40, this stirring vane 45 is connected with described bearing 42, described stirring vane 45 is the wave structure, and be uniformly distributed on the described bearing 42, in the present embodiment, this stirring vane 45 adopts five to be interrupted the wave structures, when it is in the forward duty, when the blade drag area is counter-rotating work more than 1 times, so that it can reach the purpose of making different milk bubble thickness when positive and negative the stirring, simultaneously, when it is in the forward duty, when the blade drag area is counter-rotating work 2 times, thereby can get more milk bubbles when reaching forward, described stirring vane 45 also can adopt multi-disc to be interrupted the wave structure, designs because of concrete condition for the quantity of blade 45, no longer gives unnecessary details at this.
Further, as shown in Figure 2, with Fig. 1 difference be, the second agitating device 40 is provided, described syndeton comprises the thrust 46 that is arranged on the described agitating device 40 and the filter screen 47 of being located at these thrust 46 bottoms, described thrust 46 is several semicircular opening structures that raises up, and is located at equably on the extension periphery of described bearing 42.This agitating device 40 has adopted a plurality of thrusts that raise up 46, be the semicircular opening structure, in its bottom filter screen 47 is housed, when the work of its forward, can make milk pass through the semicircular opening thrust 46 of projection after, the effect through filter screen 47 produces the milk bubble again, if counter-rotating is then without above-mentioned effect, by adopting the rotating manner of forward, can produce a lot of milk bubbles, satisfied the mouthfeel needs.
Can find out a kind of assembly for creating milk foam agitating device of the present utility model and use the assembly for creating milk foam of this agitating device by above embodiment, by adopting three kinds of transferring power, namely be respectively by magnetic drives and by the connecting axle transmission from the bottom, from top to down connecting axle transmission, so that thereby agitating device changes the thickness of agitating device direction of rotation and/or rotary speed control milk bubble by speed control device control transmission device, its device construction is simple, the splendid attire device can separate and not be with any electric attachments with body, conveniently use and clean, thereby the exquisiteness of getting, the foam that volume is little, simultaneously can control foam volume, different milk bubble thickness can satisfy each mouthfeel needs.
Although by above embodiment the utility model is disclosed; but protection domain of the present utility model is not limited to this; do not departing under the condition of the utility model design, the distortion that above each member is done, replacement etc. all will fall in the claim scope of the present utility model.
Claims (13)
1. assembly for creating milk foam agitating device, it is characterized in that, this agitating device (40) comprises bearing (42), stator (43) and is sheathed on rotor (44) on the stator, wherein, described stator (43) links together with bearing (42), and described stator (43) drives described rotor (44) rotation; Described agitating device (40) is located in the assembly for creating milk foam (100) and is connected on the shaft in this assembly for creating milk foam (100), described agitating device (40) thus change the thickness of its direction of rotation and/or rotary speed control milk bubble by syndeton.
2. agitating device according to claim 1, it is characterized in that, described syndeton comprises the stirring vane (45) that is arranged on the described agitating device (40), this stirring vane (45) is connected with described bearing (42), described stirring vane (45) is five and is interrupted the wave structure, and is uniformly distributed on the described bearing (42).
3. agitating device according to claim 1, it is characterized in that, described syndeton comprises the thrust (46) that is arranged on the described agitating device (40) and is located at the filter screen (47) of this thrust (46) bottom, described thrust (46) is several semicircular opening structures that raises up, and is located at equably on the extension periphery of described bearing (42).
4. assembly for creating milk foam, comprise pot lid (10), kettle body (20), base (30), speed control device (50) and transmission device (60), it is characterized in that, this assembly for creating milk foam (100) also comprises each described agitating device (40) in the claims 1 to 3, described agitating device (40) comprises bearing (42), stator (43) and is sheathed on rotor (44) on the stator, wherein, described stator (43) links together with bearing (42), and described stator (43) drives described rotor (44) rotation; Described agitating device (40) is located in the assembly for creating milk foam (100) and is connected on the interior shaft of this assembly for creating milk foam (100);
Described kettle body (20) is contained in base (30) mounting groove, and described speed control device (50) is located in the described base (30); Described agitating device (40) changes described agitating device (40) by speed control device (50) control transmission device (60) thereby the thickness of direction of rotation and/or rotary speed control milk bubble.
5. assembly for creating milk foam according to claim 4, it is characterized in that, described transmission device (60) comprise the motor (61) that is installed in described base (30), and this motor (61) axle head on support (32) in magnet (62), be provided with the magnetite (41) corresponding with described magnet (62) in the described agitating device (40), described agitating device (40) attracts the magnetite (41) in the agitating device (40) to rotate and then obtain rotary power by described magnet (62).
6. assembly for creating milk foam according to claim 4, it is characterized in that, described transmission device (60) comprises the motor (61) that is installed in described base (30), the connector (63) that is connected with this motor (61), reaches the loading plate through described kettle body (20), and described agitating device (40) is by described loading plate and connect connector (61) rotation and then the acquisition rotary power.
7. assembly for creating milk foam according to claim 4, it is characterized in that, the power transmission shaft (64) that described transmission device (60) comprises the motor (61) that is installed in the described pot lid (10), is connected with agitating device (40) with this motor (61), described power transmission shaft (64) is located at described kettle body (20) central authorities, and be connected with described agitating device (40) by buckle, described agitating device (40) rotates and drives described power transmission shaft (64) and then obtain rotary power by described motor (61).
8. each described assembly for creating milk foam in 7 according to claim 5, it is characterized in that, described speed control device (50) comprises a slip commutator (51), and this slip commutator (51) is controlled direction of rotation and/or the rotary speed of described motor (61) by slip button (52).
9. each described assembly for creating milk foam in 7 according to claim 5, it is characterized in that, described speed control device (50) comprises a wiring board (53), and this wiring board (53) is controlled direction of rotation and/or the rotary speed of described motor (61) by button (54,55).
10. each described assembly for creating milk foam in 7 according to claim 5, it is characterized in that, described speed control device (50) comprises that one rotates commutator (56), and this rotation commutator (56) is controlled direction of rotation and/or the rotary speed of described motor (61) by turning knob (57).
11. according to claim 5 or 6 described assembly for creating milk foam, it is characterized in that, described motor (61) is installed in (65) on the holder, and described holder (65) is located at described kettle body (20) bottom, also is equipped with on the described holder (65) for the temperature inductor (70) of measuring the milk temperature.
12. assembly for creating milk foam according to claim 7 is characterized in that, also comprises a holder (65), described holder (65) is located at described kettle body (20) bottom, also is equipped with on the described holder (65) for the temperature inductor (70) of measuring the milk temperature.
13. assembly for creating milk foam according to claim 4, it is characterized in that, between described base (30) and kettle body (20), be provided with heat-resisting heat-proof device (80), the metallic plate (90) that conducts heat and carry described kettle body (20) is installed under this heat-resisting heat-proof device (80), this metallic plate (90) has heating element (91), and this heating element (91) is positioned at described base (30).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220313087 CN202698861U (en) | 2012-06-29 | 2012-06-29 | Mixing device of milk foam machine and milk foam machine using same |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220313087 CN202698861U (en) | 2012-06-29 | 2012-06-29 | Mixing device of milk foam machine and milk foam machine using same |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202698861U true CN202698861U (en) | 2013-01-30 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220313087 Expired - Fee Related CN202698861U (en) | 2012-06-29 | 2012-06-29 | Mixing device of milk foam machine and milk foam machine using same |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202698861U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103505079A (en) * | 2012-06-29 | 2014-01-15 | 新宝基电器（深圳）有限公司 | Stirring device of milk foam machine and milk foam machine with stirring device |
-
2012
- 2012-06-29 CN CN 201220313087 patent/CN202698861U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103505079A (en) * | 2012-06-29 | 2014-01-15 | 新宝基电器（深圳）有限公司 | Stirring device of milk foam machine and milk foam machine with stirring device |
| CN103505079B (en) * | 2012-06-29 | 2016-03-02 | 新宝基电器（深圳）有限公司 | A kind of assembly for creating milk foam agitating device and use the assembly for creating milk foam of this agitating device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130130 Termination date: 20160629 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |