CN208909665U - Float up and down component and its blender - Google Patents

Abstract

The utility model relates to blender field, especially a kind of component and blender with the component that floats up and down of floating up and down.One kind floats up and down component, for blender, including the cutter shaft seat for installing stirring blade and the control piece for being connected to motor, the cutter shaft seat is arranged on the control piece, freedom degree with up and down motion, the cutter shaft seat are equipped with the first face for touching with the control piece, and the control piece is equipped with the second face for touching with the cutter shaft seated connection, first face and the second face match, and all have the highest point and the lowest point.A kind of blender, including stirring blade and motor further include the above-mentioned component that floats up and down.When control piece rotation, second face highest point is alternately contacted with the highs and lows in the first face, cutter shaft seat is set to float up and down, to drive stirring blade also to move up and down while high speed rotation, food can be sufficiently stirred, the fruit juice particle stirred out is fine and smooth, while not needing to add water and stir, and can squeeze out pure juice.

Description

Float up and down component and its blender

Technical field

The utility model relates to blender field, especially a kind of component and with the component that floats up and down of floating up and down Blender.

Background technique

With the improvement of people ' s living standards with economic fast development, more and more families begin to use all kinds of Blender food is stirred come the mode for replacing traditional-handwork to stir, it is convenient to enjoy blender bring.Market at present Upper common blender is usually made of stirring cup, cup lid, stirring pedestal and the controller of control stirring blade work.It is led Wanting working principle is the blade high speed rotation by stirring cup bottom, and food is smashed repeatedly under the action of water flow, elder generation when use Stirring cup is removed, food to be mixed is put into stirring cup, covers cup lid, then stirring cup is put on stirring pedestal, is beaten Controller work is opened to be stirred food.Blender is mainly used for Homemade fruit juice, stirring milk shake etc. at present, it has There are cheap, the advantages such as easy to clean, scale is smaller, and relative application frequency is low.

Blender is typically all that stirring cup bottom is driven by the high speed rotation of the transmission shaft on motor on the market now Blade high speed rotary motion, blade stirs food by high speed rotation in stirring cup bottom fixed single, but existing makes Used time needs plus water, and can not squeeze out pure juice, can only stir out fruit and vegetable paste, and stirring concerned foodstuff fruit juice particle is big, there is stirring The defects of insufficient.

Utility model content

To solve the above problems, the utility model provides a kind of float up and down component and stirring with the component that floats up and down Machine is mixed, the blade of stirring cup bottom can be made to move up and down simultaneously high-speed rotating.

In order to achieve the above purposes, the technical solution adopted by the utility model is:

One kind floats up and down component, is used for blender, including the cutter shaft seat for installing stirring blade and is used for and motor connects The control piece connect, the cutter shaft seat are arranged on the control piece, have the freedom degree to move up and down, and the cutter shaft seat, which is equipped with, to be used In the first face touched with the control piece, the control piece is equipped with the second face for touching with the cutter shaft seated connection, and described first Face and the second face match, and all have the highest point and the lowest point.

Further, first face and the second face are respectively zigzag or trapezoidal.

Further, first face and the second face are continuous curve form respectively.

Further, first face and the second face are respectively parabolic shape.

Further, first face and the second face are made of two parabolic shapes respectively, and there are two highest points and two A minimum point, the control piece every revolution float up and down twice with the cutter shaft seat.

A kind of blender, including stirring blade and motor further include the above-mentioned component that floats up and down.

It further, further include that the stirring cup of food combines and frame component, the stirring cup are combined from upper for stirring It successively include cup lid, stirring cup and cup component under, the lower section of the stirring cup combination is provided with the frame component.

Further, the cup component include stirring blade, the strength circle for being threadedly coupled with the stirring cup, on float downward Cutter shaft seat and cutter shaft in dynamic component, the stirring blade are fixed on the upper end of the cutter shaft, and cutter shaft passes through the cutter shaft seat, cutter shaft The outer sheath of seat is equipped with the strength circle, and the lower end of the cutter shaft is connect with the motor, and motor is arranged in the frame component.

Further, resiliency deformable member is additionally provided between the cutter shaft seat and the strength circle.

Further, it is connected between the control piece and the motor by gear drive.

Using the beneficial effects of the utility model are:

When control piece rotation, the second face highest point is alternately contacted with the highs and lows in the first face, makes cutter shaft seat It floats up and down, so that stirring blade be driven also to move up and down while high speed rotation, food can be sufficiently stirred, the fruit stirred out Juice particle is fine and smooth, while not needing to add water and stir, and can squeeze out pure juice.

Detailed description of the invention

Fig. 1 is the schematic perspective view of one preferred embodiment of cutter shaft seat of the utility model；

Fig. 2 is the schematic diagram when cutter shaft seat of the utility model is mounted on stirring cup；

Fig. 3 is the schematic cross-sectional view when cutter shaft seat of the utility model is arranged on control piece；

Fig. 4 is the schematic perspective view of one preferred embodiment of control piece of the utility model；

Fig. 5 is the schematic perspective view of another angle of one preferred embodiment of control piece of the utility model；

Fig. 6 is the schematic perspective view of one preferred embodiment of blender of the utility model；

Fig. 7 is that the stirring cup group of the utility model unifies the schematic cross-sectional view of a preferred embodiment；

Fig. 8 is the perspective view of the explosion of one preferred embodiment of cup component of the utility model；

Fig. 9 is the partial enlarged view of A in Fig. 7；

Figure 10 is the perspective view of the explosion of one preferred embodiment of gear drive of the utility model；

Figure 11 is the schematic cross-sectional view of one preferred embodiment of gear drive and frame component of the utility model.

Specific embodiment

The utility model is described in detail below in conjunction with attached drawing.

Embodiment 1

As Figure 1-Figure 5, the component that floats up and down includes cutter shaft seat 310 for installing stirring blade 301 and is used for and electricity The control piece 802 that machine 7 connects, the lower end of the cutter shaft seat 310 are arranged on the control piece 802, have move up and down from By spending, the cutter shaft seat 310 is equipped with the first face 3104 for contacting with the control piece 802, and the control piece 802, which is equipped with, to be used In the second face 8022 contacted with the cutter shaft seat 310, first face 3104 and the second face 8022 are matched, and all have highest Point and minimum point.

When control piece 802 rotates, 8022 highest point of the second face is alternately connect with the highs and lows in the first face 3104 Touching, makes cutter shaft seat 310 float up and down, so that stirring blade 301 be driven also to move up and down while high speed rotation, can sufficiently stir Food is mixed, the fruit juice particle stirred out is fine and smooth, while not needing to add water and stir, and can squeeze out pure juice.Below to various pieces It is described in detail.

As depicted in figs. 1 and 2, the top half 3101 of cutter shaft seat 310 is substantially in a circular table shape, and lower half portion 3102 is substantially in It is cylindric.The first cylinder 3013 is equipped with inside the lower half portion 3102 of cutter shaft seat 310, the first face 3104 is by top half 3101 Lower end surface starts to extend downwardly.The lower end of the first cylinder 3013 is equipped with the first face 3104.It is also provided with through-hole on cutter shaft seat 310, Through-hole passes through top half 3101 and lower half portion 3102, and along top half 3101, lower half portion 3102 and the first cylinder 3013 central axis extends.The upper end of the lower half portion 3102 of cutter shaft seat 310 offers the card slot 3105 of opening upwards.

The upper end of cutter shaft seat 310 is fixedly connected with stirring blade 301, as shown in figure 3, cutter shaft seat 310 is arranged in control piece 802 On, and relation control part 802 has the freedom degree to move up and down.Control piece 802 rotates under the driving of motor 7, works as control piece When 802 rotation, 310 bottom of cutter shaft seat, which is driven, to move up and down.

As shown in Figure 4 and Figure 5, control piece 802 includes the second cylinder 8021, and the upper end of the second cylinder 8021 is equipped with the second face 8022。

First face 3104 and the second face 8022 all have the highest point and the lowest point, that is to say, that the first cylinder 3013 and Two cylinders 8021 all have the highest point and the lowest point, and the first face 3104 is matched with the second face 8022.At one of the application In embodiment, the first face 3104 and the second face 8022 are respectively zigzag or trapezoidal.In a preferred embodiment of the present application, first Face 3104 and the second face 8022 are continuous curve form respectively.Further, the first face 3104 and the second face 8022 are respectively Parabolic shape.Further, the first face 3104 and the second face 8022 are made of two parabolic shapes respectively, and there are two most High point and two minimum points, 802 every revolution of control piece float up and down twice with cutter shaft seat 310.

Embodiment 2

As shown in fig. 6, blender 100 includes that the stirring cup of food combines and setting is below stirring cup combination for stirring Frame component.Blender generally uses stirring blade 301 to be fixed on 2 bottom high-speed stirred food of stirring cup in the market at present, Therefore the space for being used to stir food can only be limited to bottom space, and some specific food stirrings can be stirred and not enough filled Point, there are the drawbacks such as waste in remaining individual big swills.And the blender 100 for the component that floats up and down is used, it can sufficiently stir Food is mixed, the space of stirring food is improved, significantly improves the drawbacks of stirring the waste of insufficient swill.

As shown in connection with fig. 7, stirring cup combination successively includes cup lid 1, stirring cup 2 and cup component 3 from top to bottom.Stirring cup 2 is substantially cylindrical, has the cavity for stirring, and the upper and lower ends of cavity are respectively equipped with opening.The upper end of stirring cup 2 is equipped with For the cup lid 1 of closed cavity, cup lid 1 can open or close the upper end opening of cavity.The lower end of stirring cup 2 is equipped with cup holder group Part 3, cup component 3 are threadedly coupled with stirring cup 2, can open or close the lower ending opening of cavity.

As shown in Figure 8 and Figure 9, cup component 3 include stirring blade 301, blade washer 303, sealing ring 304, brush holder 305, Bearing 306, strength circle 308, resiliency deformable member 309, the cutter shaft seat 310 in the component that floats up and down, cutter shaft 311, is fixed washer 307 Link stopper 312 and upper coupling 313.

Stirring blade 301 includes the cutter 3011 stretched upwards and the bottom knife 3012 stretched down, 3011 He of cutter When 3012 high speed rotation of bottom knife, by crushing foods.

Cutter 3011, bottom knife 3012, blade washer 303, sealing ring 304 and bearing 306 are sequentially sleeved at cutter shaft 311 Upper end, brush holder 305 is set on bearing 306.Whole substantially cylindrical, the upper end ring with outward extension of brush holder 305 Shape convex edge 3051.Washer 307 is arranged with outside brush holder 305, washer 307 is arranged between convex edge 3051 and cutter shaft seat 310.

Cutter shaft 311 also extends through cutter shaft seat 310, and 310 outer sheath of cutter shaft seat is equipped with resiliency deformable member 309, and resiliency deformable member 309 Substantially cylindrical, the top of cylinder has an inclined-plane extended to the axis of resiliency deformable member 309, and inclined-plane is equipped with extending downwardly Buckle 3091.The upper end of the lower half portion 3102 of cutter shaft seat 310 offers the card slot 3105 of opening upwards, card slot 3105 and card Button 3091 is adapted.The outside of resiliency deformable member 309 and the lower end CONTACT WITH FRICTION of stirring cup 2, when cutter shaft seat 310 floats up and down When, resiliency deformable member 309 moves with cutter shaft seat 310, i.e., resiliency deformable member 309 is floated up and down with respect to the lower end of stirring cup 2. In order to prevent the liquid in stirring cup 2 between stirring cup 2 and resiliency deformable member 309 gap outflow, resiliency deformable member 309 by Elastic deformation material is made, and is preferably made of rubber.

The outer sheath of resiliency deformable member 309 is equipped with strength circle 308, strength circle 308 substantially in barrel-shaped, upper inner offer with Threaded portion for being threadedly coupled with stirring cup 2.The threaded portion of strength circle 308 is that low side is convex equipped with the horizontal ring-type to extend internally Edge, the low side of resiliency deformable member 309 are equipped with the cyclic convex edge extended horizontally outward, and the cyclic convex edge of strength circle 308 is stacked and placed on elasticity On the cyclic convex edge of deformable member 309.Strength circle 308 and cutter shaft seat 310 limit resiliency deformable member 309 respectively and move up and downwards Mobile freedom degree, but the rotation of resiliency deformable member 309 is not limited.

Fixed stop 312 is put into the lower part of strength circle 308, and support has been touched with 309 bottom connection of resiliency deformable member in top Effect, while fixed stop 312 is embedded into the slot that the lower half portion 3102 of cutter shaft seat 310 opens up elevationally outward, prevents cutter shaft Seat 310 rotates.

The upper end of cutter shaft 311 is fixedly connected with stirring blade 301, then passes through blade washer 303, sealing ring 304, brush holder 305, bearing 306, washer 307, cutter shaft seat 310, with reference to Fig. 2, lower end is fixedly connected with upper coupling 313.

Frame component includes upper cover 4 and lower cover 6, and upper cover 4 and lower cover 6 mutually fasten, and surrounds substantially cylindric base cavity 410.410 lower half of base cavity is provided with the motor 7 for driving stirring blade 301 to rotate, the setting of 410 upper half of base cavity There are cup component 3, control piece 802 and gear drive 8 in the component that floats up and down.Upper cover 4 or lower cover 6 are equipped with for controlling The control mechanism 5 of motor 7 processed.

With reference to Fig. 5, the transmission shaft 701 of motor 7 is fixedly connected with lower coupler 801, specifically, the transmission shaft 701 of motor 7 It is fixedly connected across control piece 802 with lower coupler 801.The second cylinder 8021 of control piece 802 is arranged in lower coupler 801 It is interior, and be adapted with upper coupling 313.When the transmission shaft 701 of motor 7 rotates, pass through lower coupler 801 and upper coupling Rotation is transmitted on cutter shaft 311 by 313 cooperation, and then drives 301 high speed rotation of stirring blade.In the implementation of the application In example, lower coupler 801 is nut, and upper coupling 313 is the threaded portion that 311 end of cutter shaft is arranged in and is adapted with nut.

Meanwhile motor 7 also needs that control piece 802 is driven to rotate, motor 7 can directly drive control piece 802 to rotate, more preferably Ground, motor 7 drive control piece 802 to rotate, do control piece 802 individually independently of lower coupler 801 by gear drive 8 Rotary motion.Gear drive 8, which carries out speed change by multi-stage gear, makes control piece to reduce the velocity of rotation of control piece 802 802 velocity of rotation is lower than the velocity of rotation of stirring blade 301.

As shown in Figure 10 and Figure 11, gear drive 8 mainly includes 803, three groups of gear shaft planetary gear 804, two Pinion frame 805, three planet blocks 806, internal gear 807, central gears 808, the deceleration of motor 7 is realized with this.Row Gear rack 805, planet block 806, internal gear 807, central gear 808 are set on transmission shaft 701.

Specifically, central gear 808 is set in the bottom of transmission shaft 701, and transmission shaft 701 drives central gear when rotating 808 rotations.

First group of planetary gear 804, first group of planetary gear 804 and central gear is distributed in the outside of central gear 808 808 are meshed, and central gear 808 drives first group of planetary gear 804 to rotate.The lower section of first group of planetary gear 804 is equipped with the The top of one planet block 806, first group of planetary gear 804 is equipped with first pinion frame 805, first group of planetary gear 804 pass through gear shaft 803 and first planet block 806 being disposed below and first pinion frame being positioned above 805 are fixedly connected, and first group of planetary gear 804 drives first pinion frame 805 to rotate when rotating.

First pinion frame 805 is equipped with engaging section 8051 outstanding, and second planet block 806 is set in engaging section On 8051.The top of second planet block 806 is equipped with two groups of epicyclic gears 804, two groups of epicyclic gears 804 and engaging section 8051 are meshed, and first pinion frame 805 drives two groups of epicyclic gears 804 to rotate when rotating.Two groups of epicyclic gears 804 top is equipped with second pinion frame 805, two groups of epicyclic gears 804 by gear shaft 803 be disposed below Second planet block 806 is fixedly connected with second pinion frame 805 being positioned above, two groups of epicyclic gears 804 Second pinion frame 805 is driven to rotate when rotation.

Second pinion frame 805 is equipped with engaging section 8051 outstanding, and third planet block 806 is set in engaging section On 8051.The top of third planet block 806 is equipped with third group planetary gear 804, third group planetary gear 804 and engaging section 8051 are meshed, and second pinion frame 805 drives third group planetary gear 804 to rotate when rotating.Third group planetary gear 804 top is equipped with the control piece 802 in the component that floats up and down.Third group planetary gear 804 is by gear shaft 803 and is located at it The third planet block 806 of lower section is fixedly connected with the control piece 802 being positioned above, and third group planetary gear 804 rotates When drive control piece 802 rotate.

Internal gear 807 is substantially cylindrical, and the inner wall of cylinder is equipped with engaging section, 803, three groups of planetary gears 804 of gear shaft, Two pinion frames 805, three planet blocks 806, central gears 808 are provided in internal gear 807.Internal gear 807 Upper end and the lower end of cutter shaft seat 310 contradict, and are arranged in fixed link stopper 312, i.e., fixed link stopper 312 is set in internal gear Outside 807.

The top of transmission shaft 701 is pierced by from control piece 802, and is fixed with lower coupler 801.

Specific operating process is as follows, and in the case where energization, starting control mechanism 5 is started to work, the transmission on motor 7 Axis 701 gets into smooth, and is slowed down by gear drive 8, so that control piece 802 slowly runs.With above floating downward For the tool of blender 100 of dynamic component there are two movement, main motion is the rotation that stirring blade 301 carries out high speed under the drive of motor 7 Movement, auxiliary movement are float up and down movement of the cutter shaft seat 310 in 2 bottom of stirring cup.The revolving speed of motor 7 is via gear drive After 8 speed change, then up and down motion converted rotational motion by the control piece 802 in the component that floats up and down passes to and float up and down Cutter shaft seat 310 in component, finally realizes floating up and down for cutter shaft seat 310.

The above content is only the preferred embodiment of the utility model, for those of ordinary skill in the art, according to this reality It, in specific embodiments and applications can be with many changes may be made, as long as these variations are without departing from this with novel thought The design of utility model, belongs to the protection scope of the utility model.

Claims (10)

1. The component 1. one kind floats up and down, which is characterized in that be used for blender (100), including the knife for installing stirring blade (301) Axle bed (310) and the control piece (802) for being used to connect with motor (7), the cutter shaft seat (310) are arranged in the control piece (802) on, there is the freedom degree to move up and down, the cutter shaft seat (310) is equipped with for contacting with the control piece (802) (3104) on one side, the control piece (802) are equipped with the second face (8022) for contacting with the cutter shaft seat (310), and described the (3104) and the second face (8022) match on one side, all have the highest point and the lowest point.
2. 2. the component according to claim 1 that floats up and down, which is characterized in that first face (3104) and the second face It (8022) is respectively zigzag or trapezoidal.
3. 3. the component according to claim 1 that floats up and down, which is characterized in that first face (3104) and the second face It (8022) is continuous curve form respectively.
4. 4. the component according to claim 3 that floats up and down, which is characterized in that first face (3104) and the second face It (8022) is respectively parabolic shape.
5. 5. the component according to claim 4 that floats up and down, which is characterized in that first face (3104) and the second face (8022) it is made of respectively two parabolic shapes, there are two highest point and two minimum points, every turn one of the control pieces (802) Circle floats up and down twice with the cutter shaft seat (310).
6. 6. a kind of blender, including stirring blade (301) and motor (7), which is characterized in that further include claim 1-5 any one The component that floats up and down described in.
7. 7. blender according to claim 6, which is characterized in that further include the stirring cup combination for stirring food and machine Holder assembly, the stirring cup combination successively includes cup lid (1), stirring cup (2) and cup component (3), the stirring from top to bottom The lower section of cup combination is provided with the frame component.
8. 8. blender according to claim 7, which is characterized in that the cup component (3) includes stirring blade (301), uses Cutter shaft seat (310) and cutter shaft (311) in the strength circle (308) being threadedly coupled with the stirring cup (2), the component that floats up and down, The stirring blade (301) is fixed on the upper end of the cutter shaft (311), and cutter shaft (311) passes through the cutter shaft seat (310), cutter shaft seat (310) outer sheath is equipped with the strength circle (308), and the lower end of the cutter shaft (311) is connect with the motor (7), and motor (7) is set It sets in the frame component.
9. 9. blender according to claim 8, which is characterized in that between the cutter shaft seat (310) and the strength circle (308) It is additionally provided with resiliency deformable member (309).
10. 10. blender according to claim 6, which is characterized in that between the control piece (802) and the motor (7) It is connected by gear drive (8).