CN209269401U - A kind of motor applied to assembly for creating milk foam is tightened device - Google Patents

Abstract

The utility model relates to a kind of assembly for creating milk foam, it is tightened device more particularly to a kind of motor applied to assembly for creating milk foam, using the rotation detent mode of limit baffle and limiting groove, change the screw connection manner on traditional assembly for creating milk foam, save installation steps, convenient disassembly, convenient for being replaced, being repaired to stirring motor；Pass through rotary motion in the restriction protrusion, into limit entrance, when fixed limit is in limiting groove, the first detent protrusion is mutually clamped with the first retaining groove, it realizes and the fixed of the position-restricted housing is limited, at this time, the spanner bending body is pulled around fixing axle, the second detent protrusion is mutually clamped with the second retaining groove, the restriction protrusion is limited completely and is fixed in the limiting groove, it still will not fall off during being used for a long time, only when needing replacing, pull spanner bending body, replacement stirring motor can be realized, whole process is easy to operate, the significantly less artificial set-up time.

Description

A kind of motor applied to assembly for creating milk foam is tightened device

Technical field

The utility model relates to a kind of assembly for creating milk foam, and in particular to a kind of motor applied to assembly for creating milk foam is tightened device.

Background technique

Currently, assembly for creating milk foam on the market is all to carry out heating heating to assembly for creating milk foam using electromagnetic induction eddy current heating method, It is provided with agitating device in the milk cup, by the stirring motor being arranged in assembly for creating milk foam, the stirring motor turns Magnetic stirring head is set on moving axis, so that agitating device in the milk cup be driven to carry out milk foam stirring, and traditional is stirred Mixing motor is screwed in assembly for creating milk foam, after needing for stirring motor to be accurately positioned in assembly for creating milk foam well, is tightened the screw, Entire fixation procedure needs to screw multiple screws, occupies a large amount of human times, inconvenient for operation, and traditional assembly for creating milk foam does not all have Solve problems.

Utility model content

In order to effectively solve the above problems, the utility model provides a kind of motor applied to assembly for creating milk foam and is tightened dress It sets.

The specific technical solution of the utility model is as follows: a kind of motor applied to assembly for creating milk foam is tightened device, described The motor device that is tightened is fixed in assembly for creating milk foam, and the motor device that is tightened includes that at least one fixes bracket, described Fixed bracket includes fixed shell and fixed supporting leg, the fixed shell be one one towards concave shape at the first accommodating cavity Cylindrical shell structure, in bottom surface side of the fixed shell in contrast to opening face, the axial direction along the first accommodating cavity prolongs Stretch out at least four fixed supporting legs；

Extending cyclic annular ennation in the fixed housing bottom surface, the ring-type ennation is a loop baffle structure, In the circumferential position of the cyclic annular ennation, extend at least three from the fixing shell bottom along the first accommodating cavity axial direction A restriction protrusion, three restriction protrusions are arranged around the cyclic annular ennation position of center line, and the restriction protrusion is Part cyclic shell structure offers limit entrance, institute on one side of the restriction protrusion perpendicular to fixed housing bottom surface The circular direction for limiting restriction protrusion described in opening's edge is stated, offers limiting groove, and in the limiting groove in contrast to described The one end for limiting entrance is closed end；

Stirring motor is mounted in position-restricted housing, and the position-restricted housing is a shell structure being recessed inwardly on one side, and Dented space in the position-restricted housing is defined as the second accommodating cavity, radially square at the opening face of second accommodating cavity To extending outward limit baffle.

Further, the internal perisporium diameter of second accommodating cavity is greater than the diameter of the cyclic annular ennation, and described Stirring motor is fixedly installed in second accommodating cavity.

Further, the limiting block on piece also has the screw through-hole for being spirally connected.

Further, first is extended in a radial direction out towards in the fixed shell bottom one side in the limiting block piece Detent protrusion, the first detent protrusion are a cylindrical structure crosscutting along own axes, the cross section and limit baffle Phase mutual connection is set, and is mutually structure as a whole；

It is recessed inwardly to form the first retaining groove on one side to limiting groove in the set casing dignity, first detent is recessed Slot and the structure of the first detent protrusion are mutually adapted.

Further, separable fastener component is provided on the limit arrival end of the limiting groove, the separable fastener component includes Spanner bends body, the second detent protrusion, and recess forms an axis and is parallel to fixing shell bottom surface on the limiting groove Arc groove, extends a fixing axle on the inner wall two sides of the arc groove, and the fixing axle is a cylindrical body knot Structure；

The spanner bending body includes wrench portion, closure and rotation section, and the wrench portion is one piece of plate body, and One end of the wrench portion extends vertically upwards out closure；

The closure extend horizontally away rotation section in contrast to one end of wrench portion, and the rotation section is and the wrench portion Parallel plate body, and sleeve is extended in contrast to closure in the rotation section, is parallel to axial direction on the periphery wall of the sleeve Through offering impenetrating mouth.

Further, extend the second detent protrusion in one side of the wrench portion towards the bottom surface of fixing shell, it is described Second detent protrusion is the part cylindrical perpendicular to wrench portion length direction, and the fixing shell bottom surface corresponds to second card Position protrusion is recessed inwardly to form the second retaining groove, and the second detent protrusion and the structure of the second retaining groove are mutually adapted.

The usefulness of the utility model: the rotation detent mode of application limit baffle and limiting groove changes traditional milk Screw connection manner on bubble machine saves installation steps, convenient disassembly, convenient for being replaced, being repaired to stirring motor；In the limit Protrusion is by rotary motion, into limit entrance, when fixed limit is in limiting groove, and the first detent protrusion and the first card Position groove is mutually clamped, and is realized and is limited to the fixed of the position-restricted housing, at this point, spanner bending body is pulled around fixing axle, The second detent protrusion is mutually clamped with the second retaining groove, the restriction protrusion is limited completely be fixed on it is described limit it is recessed It in slot, still will not fall off during being used for a long time, only when needing replacing, pull spanner bending body, can be realized more Stirring motor is changed, whole process is easy to operate, the significantly less artificial set-up time.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model first embodiment；

Fig. 2 is that the structure of the utility model first embodiment splits schematic diagram；

Fig. 3 is the bottom substance schematic diagram of fixed shell described in the utility model；

Fig. 4 is position-restricted housing structural schematic diagram described in the utility model；

Fig. 5 is another position-restricted housing structural schematic diagram of the utility model；

Fig. 6 is the structure fractionation schematic diagram that shell and position-restricted housing are fixed described in the utility model second embodiment；

Fig. 7 is position-restricted housing structural schematic diagram described in the utility model second embodiment；

Fig. 8 is the structural schematic diagram of separable fastener component described in the utility model second embodiment；

Fig. 9 is that the utility model second embodiment spanner bends body structural schematic diagram；

Figure 10 is the clamping schematic diagram of the second detent protrusion 152 and the second retaining groove 159 described in the utility model.

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, is explained in further detail the utility model.It should be appreciated that specific embodiment described herein is used only for explaining The utility model is not used to limit the utility model.

On the contrary, the utility model cover it is any be defined by the claims do in the spirit and scope of the utility model Substitution, modification, equivalent method and scheme.Further, right below in order to make the public have a better understanding the utility model It is detailed to describe some specific detail sections in the datail description of the utility model.Do not have for a person skilled in the art The utility model can also be understood completely in the description of these detail sections.

As shown in figures 1 to 6, it present embodiments provides a kind of motor applied to assembly for creating milk foam to be tightened device, the motor The device that is tightened is fixed in assembly for creating milk foam, the motor be tightened device include at least one fix bracket 1, the fixation Bracket 1 includes fixed shell 10 and fixed supporting leg 11, and fixed 10 shape of shell includes but is not limited to round shape structure, more ribs Rod structure；

The fixed shell 10 be one one towards concave shape at the cylindrical shell structure of the first accommodating cavity 12, described Offered on the bottom surface of first accommodating cavity 12 it is all kinds of through through-hole and through position, must for be arranged the assembly for creating milk foam work Components are wanted, the necessary components for running through through-hole and the assembly for creating milk foam of the bottom surface of first accommodating cavity 12 should be this field Known to personnel, this will not be repeated here；

In bottom surface side of the fixed shell 10 in contrast to opening face, the axial direction along the first accommodating cavity 12 extends At least four fixed supporting legs 11, the fixed supporting leg 11 are evenly arranged in fixed 10 bottom surface of shell, are used to support the set casing Body 10 and other assembly for creating milk foam components；

The fixed supporting leg 11 offers threaded hole in contrast to described first accommodating cavity, 12 one end, and the fixed supporting leg 11 is logical The threaded hole is crossed, realization is mutually permanently connected with assembly for creating milk foam bottom case, and the assembly for creating milk foam bottom case is this field conventional equipment, herein It does not repeat them here；

Stirring motor 13, the fixed form is fixedly installed in middle position in the bottom surface of first accommodating cavity 12 To extend cyclic annular ennation 101 in fixed 10 bottom surface of shell, the ring-type ennation 101 is a loop baffle knot Structure prolongs in the circumferential position of the cyclic annular ennation 101 from fixed 10 bottom of shell along 12 axial direction of the first accommodating cavity At least three restriction protrusions 102 are stretched out, three restriction protrusions 102 are carried out around cyclic annular 101 position of center line of ennation Arrangement, the restriction protrusion 102 are part cyclic shell structure, in the restriction protrusion 102 perpendicular to fixed 10 bottom surface of shell One side on offer limit entrance 103, the limit entrance 103 offers along the circular direction of the restriction protrusion 102 Limiting groove 104, and be closed end 105 in contrast to one end of the limit entrance 103 in the limiting groove 104, so that institute Stating limiting groove 104 to only have side is arrival end；

The limit entrance 103 of at least three restriction protrusions 102 is on the same side position of restriction protrusion 102；

After the stirring motor 13 installs position-restricted housing 14, pass through the precession of the position-restricted housing 14 and restriction protrusion 102 Cooperation, realizes the mutual setting to stirring motor 13 and fixed shell 10, and the position-restricted housing 14 is one and is recessed inwardly on one side Shell structure, and the dented space in the position-restricted housing 14 is defined as the second accommodating cavity 140, second accommodating cavity 140 Internal perisporium diameter be greater than the diameter of the cyclic annular ennation 101, and the fixed setting stirring electricity in second accommodating cavity 140 Machine 13, the fixed form of 140 bottom surface of the stirring motor 13 and the second accommodating cavity are not do herein superfluous known to ability personnel It states；

At the opening face of second accommodating cavity 140, limit baffle 141, the limit are radially extended outward The development length of position baffle 141 is only to realize that the limit baffle 141 is rotatably inserted into the limiting groove 104, the limit The thickness of baffle 141 and the opening width of the limiting groove 104 are mutually adapted, only to realize that the limit baffle 141 can be with Into subject to the effect in the limiting groove 104；

Using the rotation detent mode of limit baffle 141 and limiting groove 104, change the side of being spirally connected on traditional assembly for creating milk foam Formula saves installation steps, convenient disassembly, convenient for being replaced, being repaired to stirring motor 13；

Further, in the present embodiment, also there is the screw through-hole 142 for being spirally connected on the limit baffle 141, For in actual installation step, after first stirring motor 13 and position-restricted housing 14 are fixedly installed, entire stirring motor 13 both can be with Using being spirally connected, can also it is preferable to use precession limit methods, in mounting process, one is multi-purpose, practical.

As shown in figs. 7 to 9, in the second embodiment of the utility model, second embodiment and first embodiment are most of It is identical, only the difference is that, in the limit baffle 141 towards in the fixed 10 bottom one side of shell, radially prolong The first detent protrusion 143 is stretched out, the first detent protrusion 143 is a cylindrical structure crosscutting along own axes, the cross Section is set with limit 141 phase mutual connection of baffle, is mutually structure as a whole；

It is recessed inwardly to form the first retaining groove 144 on one side towards limiting groove 104 in the fixed shell 10, described One retaining groove 144 and the structure of the first detent protrusion 143 are mutually adapted, and to be fully screwed into limit in the limit baffle 141 After the groove 104 of position, the first detent protrusion 143 and the first mutually clamping of retaining groove 144, to realize to the limit shell The fixed limit of body 14；

Further, separable fastener component 15, the clinching are provided on 103 end of limit entrance of the limiting groove 104 Component 15 includes that spanner bends body 151, the second detent protrusion 152, and it is flat to form an axis for recess on the limiting groove 104 Row extends a fixation in the arc groove 153 of fixed 10 bottom surface of shell on the inner wall two sides of the arc groove 153 Axis 154, the fixing axle 154 are a cylindrical structure, and are located at 103 top of limit entrance；

The spanner bending body 151 includes wrench portion 155, closure 156 and rotation section 157, and the wrench portion 155 is One piece of plate body for pulling, and closure 156, the closing are extended vertically upwards out in one end of the wrench portion 155 The length in portion 156 and the length of the limit entrance 103 are mutually adapted, and are limit entrances 103 for closing；

The closure 156 extend horizontally away rotation section 157 in contrast to one end of wrench portion 155, and the rotation section 157 is The plate body parallel with the wrench portion 155, and sleeve 158 is extended in contrast to closure 156 in the rotation section 157, it is described It is parallel to axially penetrate through on the periphery wall of sleeve 158 and offers impenetrating mouth, the opening width of the impenetrating mouth, only described in realization Sleeve 158 after the fixing axle 154 can be sheathed in sleeve 158, does not fall off out, described in realization after being squeezed by external force Entire spanner bending body 151 is rotated around the fixing axle 154；

The wrench portion 155, closure 156 and rotation section 157 are integrated injection molding process and are made；

After spanner bending body 151 is by pulling movement, the closure 156 closes the limit entrance 103, this Extend the second detent protrusion 152, second detent in the one side of bottom surface of the Shi Suoshu wrench portion 155 towards fixed shell 10 Protrusion 152 is the part cylindrical perpendicular to 155 length direction of wrench portion, and fixed 10 bottom surface of shell corresponds to second card Position protrusion 152 is recessed inwardly to form the second retaining groove 159, the knot of the second detent protrusion 152 and the second retaining groove 159 Structure is mutually adapted；

As shown in Figure 10, in other embodiments, the first detent protrusion 143 and the first retaining groove 144, second block The snap fit of position protrusion 152 and the second retaining groove 159 can be replaced those skilled in the art only to realize fixed position-limiting action The well known buckle structure being mutually clamped, is not specifically limited herein；

In the restriction protrusion 102 by rotary motion, into limit entrance 103, fixed limit is in limiting groove 104 When, the first detent protrusion 143 and the first mutually clamping of retaining groove 144, realization limit the fixed of the position-restricted housing 14 Position, at this point, spanner bending body 151 is pulled around fixing axle 154, the second detent protrusion 152 and the second retaining groove 159 The limit completely of restriction protrusion 102 is fixed in the limiting groove 104, during being used for a long time still by mutually clamping It so will not fall off, only when needing replacing, pull spanner bending body 151, replacement stirring motor 13, whole process can be realized It is easy to operate, the significantly less artificial set-up time.

For the ordinary skill in the art, introduction according to the present utility model is not departing from the utility model Principle and spirit in the case where, changes, modifications, replacement and the deformation carried out to embodiment still falls within the utility model Within protection scope.

Claims (6)

1. The device 1. a kind of motor applied to assembly for creating milk foam is tightened, the motor device that is tightened are fixed in assembly for creating milk foam, It is characterized in that,

   The motor device that is tightened includes that at least one fixes bracket, and the fixed bracket includes fixed shell and fixed Supporting leg, the fixed shell be one one towards concave shape at the cylindrical shell structure of the first accommodating cavity, in the set casing Body extends at least four fixed supporting legs along the axial direction of the first accommodating cavity in contrast to the bottom surface side in opening face；

   Extend cyclic annular ennation in the fixed housing bottom surface, the ring-type ennation is a loop baffle structure, in institute The circumferential position for stating cyclic annular ennation extends at least three limits from the fixed housing bottom along the first accommodating cavity axial direction Position protrusion, three restriction protrusions are arranged around the cyclic annular ennation position of center line, and the restriction protrusion is part Circular shell structure offers limit entrance, the limit on one side of the restriction protrusion perpendicular to fixed housing bottom surface Position enters the circular direction of restriction protrusion described in opening's edge, offers limiting groove, and in the limiting groove in contrast to the limit One end of entrance is closed end；

   Stirring motor is mounted in position-restricted housing, and the position-restricted housing is a shell structure being recessed inwardly on one side, and described Dented space in position-restricted housing is defined as the second accommodating cavity, at the opening face of second accommodating cavity, radially to Extend limiting block piece outside.
2. 2. a kind of motor applied to assembly for creating milk foam is tightened device according to claim 1, which is characterized in that described second The internal perisporium diameter of accommodating cavity is greater than the diameter of the cyclic annular ennation, and the fixed setting stirring electricity in second accommodating cavity Machine.
3. 3. a kind of motor applied to assembly for creating milk foam is tightened device according to claim 1, which is characterized in that the limit Also there is the screw through-hole for being spirally connected on baffle.
4. 4. a kind of motor applied to assembly for creating milk foam is tightened device according to claim 1, which is characterized in that in the limit Position baffle extends in a radial direction out the first detent protrusion, the first detent protrusion towards in the fixed shell bottom one side For a cylindrical structure crosscutting along own axes, which mutually connects with limit baffle and sets, be mutually structure as a whole；

   Be recessed inwardly to form the first retaining groove on one side to limiting groove in the set casing dignity, first retaining groove with The structure of first detent protrusion is mutually adapted.
5. 5. a kind of motor applied to assembly for creating milk foam is tightened device according to claim 1, which is characterized in that in the limit Separable fastener component is provided on the limit arrival end of position groove, the separable fastener component includes spanner bending body, the second detent protrusion, Recess forms the arc groove that an axis is parallel to fixing shell bottom surface on the limiting groove, in the arc groove Extend a fixing axle on wall two sides, the fixing axle is a cylindrical structure；

   The spanner bending body includes wrench portion, closure and rotation section, and the wrench portion is one piece of plate body, and described One end of wrench portion extends vertically upwards out closure；

   The closure extend horizontally away rotation section in contrast to one end of wrench portion, and the rotation section is parallel with the wrench portion Plate body, and sleeve is extended in contrast to closure in the rotation section, is parallel to and axially penetrates through on the periphery wall of the sleeve Offer impenetrating mouth.
6. 6. a kind of motor applied to assembly for creating milk foam is tightened device according to claim 5, which is characterized in that the spanner The second detent protrusion is extended in portion in the one side towards the bottom surface of fixing shell, the second detent protrusion is perpendicular to wrench portion The part cylindrical of length direction, the fixing shell bottom surface correspond to the second detent protrusion and are recessed inwardly to form the second detent Groove, the second detent protrusion and the structure of the second retaining groove are mutually adapted.