CN218186493U

CN218186493U - High-speed stable milk shaker

Info

Publication number: CN218186493U
Application number: CN202222050019.XU
Authority: CN
Inventors: 郭正剑; 许壮; 袁泓
Original assignee: Ningbo Rushan Intelligent Technology Co ltd
Current assignee: Ningbo Rushan Intelligent Technology Co ltd
Priority date: 2022-07-26
Filing date: 2022-08-01
Publication date: 2023-01-03
Anticipated expiration: 2032-08-01
Also published as: CN115336920A

Abstract

The utility model provides a high-speed milk ware of shaking of stabilizing, includes the shell, shakes the milk subassembly and includes rotary drum, driving motor, shock attenuation dish and shock attenuation callus on the sole, rotary drum, driving motor coaxial setting both ends about the shock attenuation dish respectively, and the driving motor output shaft passes the shock attenuation dish and passes through the driving medium and be connected with the rotary drum transmission, and shock attenuation callus on the sole hoop interval sets up on the shock attenuation dish, and the shock attenuation dish passes through the shock attenuation callus on the sole and installs in the shell, shock attenuation dish and shell contactless. Add damper disk and shock pad, rotary drum, damper disk all do not with shell direct contact to reach the optimal shock attenuation effect, guarantee still can stably shake the milk after improving the rotational speed, realize that the milk powder of easy dissolving shakes even more, the milk powder of indissolvable is effective, quick shake even, obtains good user experience effect simultaneously.

Description

High-speed stable milk shaker

Technical Field

The utility model belongs to the technical field of towards milk equipment, a shake milk ware is related to, concretely relates to high-speed stable shake milk ware.

Background

The milk powder is a main food for many infants, when the infants are fed with the milk powder, the milk powder is required to be shaken up, many milk powders are melted slowly, long-time artificial shaking is required to enable the milk powders to be completely dissolved with water, and the operation of shaking up the milk powders for many times every day is very troublesome. In addition, the problem that the shaking speed is not uniform and the shaking direction is not stable when the feeding bottle is shaken manually is solved, more bubbles are easy to appear in the feeding bottle, and the phenomenon of stomach distension and milk returning caused by too many bubbles inhaled by infants is easy to cause, so that the feeding effect is influenced. In order to conveniently shake the milk bottle, the milk powder is fully dissolved, so that babies grow healthily, more and more families can select to use the milk shaker to brew the milk powder, the milk shaker can fully fuse the milk powder and water, and the blended milk powder is free of agglomeration, uniform and free of foaming, and the milk is fine and smooth.

The traditional milk shaker mostly adopts a form that a speed reduction motor rotates back and forth to realize the milk shaking function. The speed reducing motor has the characteristics of high torque and low rotating speed, so that the centrifugal force enough for scattering milk blocks in the liquid of the milk bottle cannot be provided for the milk blocks, and milk powder is easy to agglomerate and hang on the wall. Therefore, the milk is shaken mostly in a mode of combining forward rotation and reverse rotation at present, so that liquid in the milk bottle is stirred, and kinetic energy for dissolving the milk powder is provided. The mode can play a role in shaking up easily soluble milk powder, but has an unsatisfactory effect on difficultly soluble milk powder (such as A2 milk powder and goat milk powder). After the milk shaking rotating speed is increased, high-frequency vibration generated by unbalanced centrifugal force can be conducted to the outer shell of the milk shaking machine in a large quantity, the overall stability is influenced, shaking, pouring and even flying of a feeding bottle are caused, potential safety hazards are generated, high-frequency vibration noise is large, and when the milk shaking machine is used at night, a baby can be noisy to sleep.

According to inspection, the Chinese patent with the prior patent number CN202122288389.2, namely a milk shaker, comprises: the device comprises a supporting seat, a shell, a first driving motor, a rotating seat, a fixing ring and a control assembly; the shell is rotatably arranged on the supporting seat; the first driving motor is arranged in the shell, and the output end of the first driving motor is connected with the rotating seat; the fixed ring is arranged on the rotating seat; the control assembly is arranged in the shell and is electrically connected with the first driving motor. This shake breast ware is through rotating the setting of casing on the supporting seat for when first driving motor drives rotation seat and rotates in the horizontal direction, can carry out the horizontal hunting again, make milk powder and water intensive mixing, reach good effect of dashing milk. But the structure is complicated, needs to add the supporting seat in addition, and the volume also increases moreover, is unfavorable for hand-carrying.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem that a milk ware is shaken to high speed stability that simple structure is reasonable, the operation is stable, the shock attenuation is effectual is provided to foretell technical situation.

The utility model provides a technical scheme that above-mentioned technical problem adopted does: the utility model provides a high-speed milk ware that shakes that stabilizes, includes the shell and sets up the subassembly of shaking milk in the shell, shakes the subassembly of suckling and includes rotary drum and driving motor, its characterized in that: shake milk subassembly and still include shock attenuation dish and shock attenuation callus on the sole, rotary drum, driving motor coaxial setting respectively are connected with the lower extreme transmission of rotary drum at the upper end and the lower extreme of shock attenuation dish, and driving motor's output shaft passes the centre bore of shock attenuation dish and passes through the driving medium, and shock attenuation callus on the sole hoop interval sets up on the shock attenuation dish, and the shock attenuation dish passes through the shock attenuation callus on the sole and installs in the shell, shock attenuation dish and shell contactless.

As an improvement, the shell is of a cylindrical structure with an upper opening and a lower opening, wherein the upper portion of the shell is cylindrical, the lower portion of the shell is in a round table shape, a circular ring-shaped support frame is horizontally arranged in the middle of the inner wall of the shell, screw columns used for mounting shock-absorbing foot pads are arranged on the support frame at uniform intervals in the circumferential direction, the shock-absorbing foot pads are of a hollow sleeve structure made of elastic materials, and the shock-absorbing foot pads are sleeved outside the screw columns and abut against the support frame and are fixed with the screw columns through pan head screws.

Further, the shock pad is 3 ~ 4, and is corresponding, and the screw post on the shell support frame is 3 ~ 4, and the periphery of shock pad is concave to be equipped with the round spacing groove, and the circular port that corresponds with the shock pad is seted up to the annular interval on the shock disc, and the diameter of circular port cooperatees with the external diameter of spacing groove, and the shock disc is established on the shock pad through the spacing of circular port and spacing groove's cooperation.

Still further, the dimensional requirement of shock attenuation callus on the sole and screw post does: the initial height of shock attenuation callus on the sole is A, corresponds complex screw post height and is B, and the wall thickness of shock attenuation callus on the sole is C, and the cavity total height is D in the shock attenuation callus on the sole, and the diameter of screw root is E, and shock attenuation callus on the sole bottom opening diameter is F, and the size should satisfy following formula:

0.0≤A-B≤1.0mm

2.0≤D-C≤6.0mm

0.6≤F-E≤5.0mm。

and furthermore, a cylinder structure extending upwards and downwards is arranged in the middle of the damping disc, a rotating ring is formed at the lower end of the rotating cylinder and sleeved outside the upper cylinder, a bearing is arranged between the outer wall of the upper cylinder and the rotating ring, an annular step is transversely arranged in the middle of the lower cylinder, and the upper end of the driving motor is arranged in the lower cylinder and is abutted against the surface of the step.

Furthermore, the driving medium is a silica gel driving medium, a fixed slotted hole for placing the driving medium is arranged at the center of the lower end of the rotary drum in a downward protruding mode, the bottom of the fixed slotted hole is open, and an output shaft of the driving motor penetrates through the damping disc and is connected with the driving medium through a connecting head.

Still further, the upper end of driving medium is equipped with the shield.

Furthermore, an upper support and a lower support are arranged in the rotary drum, a base is oppositely arranged at the lower end opening of the shell, a positioning groove for positioning the battery and the PCB is formed in the base, a plurality of connecting convex columns are convexly arranged at the position of the upper end face of the base, which corresponds to the support frame in the middle of the rotary drum, on the lower end of the support frame, corresponding connecting rods are arranged, and the lower ends of the connecting rods are inserted into the connecting convex columns and are fixedly connected through screws.

Finally, the elastic material is rubber, a metal elastic sheet or a spring material.

Compared with the prior art, the utility model has the advantages of: set up damper disk and shock pad in the shell, rotary drum, damper disk all do not with shell direct contact to reach the optimal shock attenuation effect, guaranteed still can be stable shake the milk after the increase of rotational speed, realize that the milk powder of easy dissolving shakes more evenly, indissolvable milk powder is effective, quick shake even, obtain good user experience effect simultaneously. The utility model discloses set out from the transmission source of vibrations, reduce the transmission path of vibrations to reach quick stable milk effect of shaking again, have simple structure reasonable, high-speed operation stable, the effectual characteristics of shock attenuation, the noise that has significantly reduced simultaneously.

Drawings

FIG. 1 is a structural appearance diagram of the present invention;

FIG. 2 is a schematic view of the structure of FIG. 1 with a portion of the housing removed;

FIG. 3 is an exploded view of FIG. 1;

FIG. 4 is an exploded view of the milk whipper assembly;

FIG. 5 is a longitudinal cross-sectional view of FIG. 1;

fig. 6 is a partially enlarged view of the X region in fig. 5.

Detailed Description

The present invention will be described in further detail with reference to the following embodiments.

As shown in fig. 1-6, a high-speed milk shaker that shakes stably, including shell 1, base 2 and the milk subassembly M that shakes that sets up in shell 1, battery 7 and PCB board 8, it includes rotary drum 3 to shake milk subassembly M, driving motor 4, damping disk 5 and shock attenuation callus on the sole 6, rotary drum 3, driving motor 4 is coaxial setting respectively in the upper end and the lower extreme of damping disk 5, driving motor 4's output shaft passes the centre bore of damping disk 5 and is connected through the lower extreme transmission of driving medium a with rotary drum 3, the annular interval of damping callus on the sole 6 sets up on damping disk 5, damping disk 5 installs in shell 1 through shock attenuation callus on the sole 6, damping disk 5 and shell 1 contactless, be in non-contact state.

The concrete structure is as follows: shell 1 is upper and lower open-ended tubular structure, wherein the upper portion of shell 1 is the cylinder, the lower part is the round platform shape, inner wall middle part level at shell 1 is equipped with annular support frame 11 of circle, it is equipped with the screw post 12 that is used for installing shock attenuation callus on the sole 6 to encircle evenly spaced on the support frame 11, shock attenuation callus on the sole 6 is the hollow sleeve structure who adopts the elastic material to make, the elastic material can be rubber, metal elastic sheet, materials such as spring, can play shock attenuation effect well after assembling, 6 covers of shock attenuation callus on the sole are established and are offset with support frame 11 outside screw post 12, and it is fixed with screw post 12 through pan head screw 30, pan head screw 30 and shock attenuation dish 5 contactless. Shock attenuation callus on the sole 6 is 3 ~ 4, the shock attenuation callus on the sole 6 of this embodiment is 3, it is corresponding, the screw post 12 on the 1 support frame 11 of shell is 3, the concave round spacing groove 61 that is equipped with in periphery of shock attenuation callus on the sole 6, 3 circular ports 51 that correspond with shock attenuation callus on the sole 6 are seted up to the last annular space of damper disc 5, the diameter of circular port 51 cooperatees with the external diameter of spacing groove 61, damper disc 5 establishes on shock attenuation callus on the sole 6 through the spacing frame of cooperation of circular port 51 with spacing groove 61.

The size requirement of shock attenuation callus on the sole 6 and screw post 12 is: the initial height of shock attenuation callus on the sole 6 is A, and it is B to correspond complex screw post 12 height, and the wall thickness of shock attenuation callus on the sole 6 bottom is C, and the total height of cavity is D in shock attenuation callus on the sole 6, and the diameter of screw post 12 root is E, and the diameter of shock attenuation callus on the sole 6 bottom opening is F, for guaranteeing to assemble the back in place, and damping disk 5 can effectively be fixed, and can not produce the contact with screw post 12 and pan head screw 30 and cause vibrations to transmit, and the size should satisfy following formula:

0.0≤A-B≤1.0mm

2.0≤D-C≤6.0mm

0.6≤F-E≤5.0mm。

the middle part of the damping disc 5 is provided with a cylinder structure extending upwards and downwards, the lower end of the rotary drum 3 is provided with a rotary ring 31 which is sleeved outside the upper cylinder 52, a bearing 20 is arranged between the outer wall of the upper cylinder 52 and the rotary ring, the middle part of the lower cylinder 53 is transversely provided with an annular step, and the upper end of the driving motor 4 is arranged in the lower cylinder and is abutted against the surface of the step. The driving medium a is a silica gel driving medium, a fixed slotted hole 32 for the driving medium a to be placed in is arranged at the center of the lower end of the rotary drum 3 in a downward protruding mode, the bottom of the fixed slotted hole 32 is opened, and an output shaft of the driving motor 4 penetrates through the damping disc 5 and is connected with the driving medium a through a connecting head b. The upper end of the transmission part a is provided with a dustproof cover 10.

Be equipped with upper bracket 91 and lower carriage 92 in the rotary drum 3, base 2 is to closing the lower extreme opening part that sets up at shell 1, and the shaping has the constant head tank 22 that supplies battery 7 and PCB board 8 location on base 2, and the side of shell 1 is equipped with switch, and switch, battery 7, PCB board 8 and driving motor 4 electric connection constitute the return circuit. The upper end of the base 2 is convexly provided with 3 connecting convex columns 21 corresponding to the position of the support frame 21 in the middle of the rotary drum 2, the lower end of the support frame 11 is provided with a corresponding connecting rod 13, and the lower end of the connecting rod 13 is inserted into the connecting convex column 21 and is fixedly connected through a screw.

During the assembly, install the shock pad in the circular port 51 department of vibration reducing disk 5 earlier, install rotary drum 3 and driving motor 4 at the upper and lower both ends of vibration reducing disk 5, the milk subassembly M that shakes assembled is fixed through pan head screw 30 on being connected to the screw post 12 of the support frame 11 of shell 1 through shock pad 6, fixes shell 1 and base 2 at last, accomplishes the installation promptly.

During the use, plant the feeding bottle and fix a position through upper bracket 91, lower carriage 92 in rotary drum 3, open switch, driving motor 4 works, drives the high-speed rotation of rotary drum 3 to order about the upper and lower support and drive the feeding bottle and produce high-speed rotary motion, because the utility model discloses having add damping disk 5 and shock attenuation callus on the sole 6, having reduced the transmission route of vibrations, thereby reach quick stable milk effect of shaking again, and the noise reduction.

High speed as used herein refers to a milker typically at 500 to 4000 revolutions per minute.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of improvements and decorations can be made without departing from the technical principle of the present invention, and these improvements and decorations should also be regarded as the protection scope of the present invention.

Claims

1. The utility model provides a high-speed milk ware that shakes that stabilizes, includes the shell and sets up the subassembly of shaking milk in the shell, shakes the subassembly of suckling and includes rotary drum and driving motor, its characterized in that: shake the milk subassembly and still include damper disc and shock pad, rotary drum, driving motor coaxial setting respectively are connected at the lower extreme and the upper end of damper disc, and driving motor's output shaft passes the centre bore of damper disc and passes through the lower extreme transmission of driving medium and rotary drum, and shock pad hoop interval sets up on the damper disc, and the damper disc passes through the shock pad and installs in the shell, damper disc and shell contactless.

2. The high speed stable milkshaker of claim 1, wherein: the shell is upper and lower open-ended tubular structure, and wherein the upper portion of shell is cylinder, lower part for the round platform shape, is equipped with annular support frame of circle at the inner wall middle part level of shell, and the even interval of annular is equipped with the screw post that is used for installing the shock attenuation callus on the sole on the support frame, and the shock attenuation callus on the sole is the hollow sleeve structure who adopts the elastic material to make, and the shock attenuation callus on the sole cover is established and is offset with the support frame outside the screw post to it is fixed with the screw post through pan head screw.

3. The high speed stable milkshaker of claim 2, wherein: the shock attenuation callus on the sole is 3 ~ 4, corresponds, and the screw post on the shell support frame is 3 ~ 4, and the periphery of shock attenuation callus on the sole is concave to be equipped with the round spacing groove, and the circular port that corresponds with the shock attenuation callus on the sole is seted up to the annular interval on the shock attenuation dish, and the diameter of circular port cooperatees with the external diameter of spacing groove, and the shock attenuation dish is established on the shock attenuation callus on the sole through the spacing frame of cooperation of circular port and spacing groove.

4. The high speed stable milker shaker of claim 3, wherein: the size requirement of shock attenuation callus on the sole and screw post does: the initial height of shock attenuation callus on the sole is A, and it is B to correspond complex screw post height, and the wall thickness of shock attenuation callus on the sole bottom is C, and the cavity total height is D in the shock attenuation callus on the sole, and the diameter of screw root of the post is E, and shock attenuation callus on the sole bottom opening diameter is F, and the size should satisfy following formula:

0.0≤A-B≤1.0mm

2.0≤D-C≤6.0mm

0.6≤F-E≤5.0mm。

5. the high speed stable milkshaker of claim 4, wherein: the middle part of the damping disc is provided with a cylinder structure which extends upwards and downwards, the lower end of the rotary cylinder is formed with a rotary ring which is sleeved outside the upper cylinder, a bearing is arranged between the outer wall of the upper cylinder and the rotary ring, the middle part of the lower cylinder is transversely provided with an annular step, and the upper end of the driving motor is arranged in the lower cylinder and is abutted against the step surface.

6. A high speed stable milkshaker as claimed in any of the claims 1 to 5, wherein: the driving medium is the silica gel driving medium, and the lower extreme central point of rotary drum puts the downward protruding fixed slotted hole that is equipped with and supplies the driving medium to put into, and the bottom opening of fixed slotted hole, driving motor's output shaft pass the damping disk and are connected with the driving medium through a connector.

7. The high speed stable milker shaker of claim 6, wherein: and a dust cover is arranged at the upper end of the transmission part.

8. A high speed stable milkshaker as claimed in any of the claims 1 to 5, wherein: the rotary drum is internally provided with an upper bracket and a lower bracket, a base is involutory at the lower end opening of the shell, a positioning groove for positioning the battery and the PCB is formed on the base, a plurality of connecting convex columns are convexly arranged at the upper end surface of the base corresponding to the position of the support frame in the middle of the rotary drum, corresponding connecting rods are arranged at the lower end of the support frame, and the lower ends of the connecting rods are inserted in the connecting convex columns and are fixedly connected through screws.

9. A high speed stable milkshaker as claimed in any of the claims 2 to 5, wherein: the elastic material is rubber, a metal elastic sheet or a spring material.