CN211326665U

CN211326665U - Foot arch asynchronous massage machine core

Info

Publication number: CN211326665U
Application number: CN201922287235.4U
Authority: CN
Inventors: 林学金
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-12-18
Filing date: 2019-12-18
Publication date: 2020-08-25
Anticipated expiration: 2029-12-18

Abstract

The utility model relates to an arch asynchronous massage machine core, which comprises a power assembly arranged on a bottom plate, and a sole massage area, an arch massage area and a heel massage area which are driven by the power assembly; the method is characterized in that: two eccentric wheels which are arranged side by side are correspondingly locked and fixed at two ends of an output shaft of the power assembly, a roller sleeve is sleeved outside each eccentric wheel and is respectively a front roller sleeve and a rear roller sleeve, and massage salient points are arranged on the upper surfaces of the two roller sleeves to form an arch massage area. The utility model discloses adopt the design of two roller sleeves side by side to arch of foot portion, massage blind area in the middle of reducing can accomplish asynchronous fluctuation and indicate to press, also come more direct traction for preceding, back massage zone with the help of the roller shell.

Description

Foot arch asynchronous massage machine core

The technical field is as follows:

the utility model belongs to domestic massage equipment field, in particular to arch of foot asynchronous massage core.

Background art:

the existing foot massage equipment mainly based on foot beauty is popular with consumers, the sole of the foot massage equipment is used for mechanical massage, the surface of the foot is used for air bag extrusion, and the foot massage equipment and the air bag are matched to increase the mechanical massage strength of the sole of the foot. Such as:

CN201220417303.X, which discloses a foot massager, comprising a housing, a driving mechanism, a toe massaging mechanism movably attached to the housing and in transmission connection with the driving mechanism; the arch massage mechanism is movably connected with the shell and is in transmission connection with the tiptoe massage mechanism; and the heel massage mechanism is movably connected with the shell and is in transmission connection with the arch massage mechanism. The foot massager comprises a tiptoe massage mechanism, a sole center massage mechanism and a heel massage mechanism, so that tiptoes, soles and heels, namely the whole sole surface, can be massaged, the massage effect is good, and the comfort level is high.

The following steps are repeated:

CN201320036051.0, which discloses a three-stage foot massage machine, comprising a housing, a motor, a gear box and a massage assembly, wherein the massage assembly comprises a massage roller, a massage slide block and a finger pressing top block; the massage roller is positioned on the shaft seat of the shell, the motor is in transmission connection with the massage roller after passing through the gearbox, and the massage roller is provided with an eccentric wheel; the massage sliding block is positioned on the first sliding groove of the shell through a first guide shaft at the bottom, a shaft sleeve is arranged on the massage sliding block, the eccentric shaft on the massage roller is sleeved by the shaft sleeve, and the massage sliding block can reciprocate back and forth and can generate angle swing motion by being driven by the rotation of the massage roller through the eccentric shaft; the finger-pressing ejector block is positioned on the second sliding groove of the shell through the second guide shaft, one end of the finger-pressing ejector block is positioned on the massage sliding block through the shaft, and the finger-pressing ejector block is indexed by the massage sliding block to move. The massage assembly of the utility model adopts a three-section structure and carries out the work-division massage respectively aiming at the heel part, the arch part and the half sole part.

At present, the mechanisms take a sole part as a primary driven part, then transmit the driving part to an arch part and transmit the driving part to a heel part, and are unreasonable in terms of power distribution; then, the first-stage driven piece is centered for ensuring traction, and an eccentric wheel is arranged in the center of the sole massage wheel and used for drawing the rear-stage action, so that the center part is vacant. How to improve the prior art not enough, become the utility model discloses the object of research.

The invention content is as follows:

the utility model aims at designing an arch of foot asynchronous massage core that arch of foot portion adopts asynchronous undulation, forms finger pressure.

The utility model discloses technical scheme realizes like this: an arch asynchronous massage machine core comprises a power assembly arranged on a bottom plate, and a sole massage area, an arch massage area and a heel massage area which are driven by the power assembly; the method is characterized in that: two eccentric wheels which are arranged side by side are correspondingly locked and fixed at two ends of an output shaft of the power assembly, a roller sleeve is sleeved outside each eccentric wheel and is respectively a front roller sleeve and a rear roller sleeve, and massage salient points are arranged on the upper surfaces of the two roller sleeves to form an arch massage area.

The power assembly is arranged in the middle, two ends of the output shaft extend out towards two sides respectively, two parallel eccentric wheels locked at two ends of the output shaft are in an asynchronous structure, and the eccentric wheels at two ends of the output shaft, the front roller sleeve and the rear roller sleeve are symmetrically distributed.

The front roller sleeve is integrally formed with a front traction arm and a sole massage plate corresponding to the sole massage area, the rear roller sleeve is integrally formed with a rear traction arm and a heel massage plate corresponding to the heel massage area, and massage convex points are arranged on the surfaces of the sole massage plate and the heel massage plate.

The utility model adopts the design of the side-by-side double-roller sleeves aiming at the arch part of the foot, reduces the middle massage blind area, can finish asynchronous fluctuating finger pressure, also can lead the front and the back massage zones to more directly draw, and realizes the functional combination of the fluctuating finger pressure of the arch of the foot, the front palm and the heel kneading; less integral components, direct transmission and reasonable function distribution.

Description of the drawings:

the present invention will be further explained with reference to the following specific drawings:

FIG. 1 is a schematic view of a foot sole massage machine

FIG. 2 is a schematic top view of an arch asynchronous massage mechanism

FIG. 3 is a schematic view of an arch asynchronous massage movement

FIG. 4 is an exploded view of the arch asynchronous massage mechanism

Wherein

1-power assembly 11-motor 12-gear box 13-output shaft

2-eccentric wheel 3-front roller sleeve 31-front traction arm 32-sole massage plate

4-back roller sleeve 41-back guide arm 42-heel massage plate 5-massage salient point

6-base plate

The specific implementation mode is as follows:

referring to fig. 1, the figure shows the use state of the arch asynchronous massage machine core on a sole massage machine or foot beautifying device. The bottom plate 6 referred to below is actually a bottom case of the massager apparatus.

Referring to fig. 2 and 4, the arch asynchronous massage movement comprises a power assembly 1 locked on a bottom plate, and a sole massage area, an arch massage area and a heel massage area which are formed by the driving of the power assembly 1. The power assembly comprises a motor 11 and a worm gear gearbox 12, wherein a worm section is directly processed on a motor shaft and is in transmission meshing with a worm gear, and a final gear shaft after the speed of a worm gear shaft or the worm gear shaft is changed is an output shaft 13 and extends out of two sides of the gearbox. That is, the power assembly 1 is arranged in the center, and the output shafts extending out towards the two sides respectively correspond to the left foot and the right foot to form independent massage spaces.

Two eccentric wheels 2 which are arranged side by side are correspondingly locked and fixed at two ends of an output shaft 13 of the power assembly, a roller sleeve which is respectively a front roller sleeve 3 and a rear roller sleeve 4 is sleeved outside each eccentric wheel 2, and massage salient points 5 are arranged on the upper surfaces of the two roller sleeves to form an arch massage area. More specifically, the two eccentric wheels 2 locked at two ends of the output shaft 13 in parallel are in asynchronous structures, wherein asynchronous means that the positions with the largest or smallest eccentric radius are not in the same rotation phase, so that the two massage salient points 5 are staggered; the eccentric wheel 2, the front roller sleeve 3 and the rear roller sleeve 4 which are arranged at two ends of the output shaft 13 side by side are symmetrically distributed, and the feeling of double-foot massage is the same.

Furthermore, the front roller sleeve 3 is integrally formed with a front traction arm 31 and a sole massage plate 32 corresponding to the sole massage area, the rear roller sleeve 4 is integrally formed with a rear traction arm 41 and a heel massage plate 42 corresponding to the heel massage area, and massage convex points 5 are arranged on the surfaces of the sole massage plate 32 and the heel massage plate 42. The eccentric wheel 2 makes the front roller sleeve 3 and the rear roller sleeve 4 generate staggered fluctuation, a finger pressing effect is formed by the massage salient points 5, and the massage salient points 5 on the sole massage plate 32 and the heel massage plate 42 form a front and rear kneading function, so that a sole massage area, an arch massage area and a heel massage area are formed by combining the three.

In addition to the above special cases, the two eccentric wheels 2 locked on the output shaft 13 side by side can also adopt a synchronous structure, and the massage salient points 5 sleeved on the outer front roller sleeve 3 and the outer rear roller sleeve 4 are combined into a big one and a small one, and the massage salient points positioned at the outer side are short and the massage salient points positioned at the inner side are high, so that the massage device just caters to the uneven radian of the arch of foot and achieves the relative consistency of finger pressure. The size of the massage convex points 5 is designed to be suitable for the upper example, the sole massage plate 32 and the heel massage plate 42.

The sole massage machine core can also be matched with a leg beautifying frame of a massage chair to massage the sole of the foot and a foot bath tub.

Claims

1. An arch asynchronous massage machine core comprises a power assembly arranged on a bottom plate, and a sole massage area, an arch massage area and a heel massage area which are driven by the power assembly; the method is characterized in that: two eccentric wheels which are arranged side by side are correspondingly locked and fixed at two ends of an output shaft of the power assembly, a roller sleeve is sleeved outside each eccentric wheel and is respectively a front roller sleeve and a rear roller sleeve, and massage salient points are arranged on the upper surfaces of the two roller sleeves to form an arch massage area.

2. The arch asynchronous massage movement of claim 1, wherein: the power assembly is arranged in the middle, two ends of the output shaft extend out towards two sides respectively, two parallel eccentric wheels locked at two ends of the output shaft are in an asynchronous structure, and the eccentric wheels at two ends of the output shaft, the front roller sleeve and the rear roller sleeve are symmetrically distributed.

3. The arch asynchronous massage movement according to claim 1 or 2, characterized in that: the front roller sleeve is integrally formed with a front traction arm and a sole massage plate corresponding to the sole massage area, the rear roller sleeve is integrally formed with a rear traction arm and a heel massage plate corresponding to the heel massage area, and massage convex points are arranged on the surfaces of the sole massage plate and the heel massage plate.