CN215460029U

CN215460029U - Additional vibration function foot massager

Info

Publication number: CN215460029U
Application number: CN202120893422.1U
Authority: CN
Inventors: 王进周; 刘粤闽; 姚能军; 刘玉峰
Original assignee: Xiamen Dairuisi Intelligent Technology Co ltd
Current assignee: Xiamen Dairuisi Intelligent Technology Co ltd
Priority date: 2021-04-26
Filing date: 2021-04-26
Publication date: 2022-01-11
Anticipated expiration: 2031-04-26

Abstract

The utility model relates to a foot massager with additional vibration function, which comprises a shell, a first massage machine core and an air bag, wherein the shell is provided with a first massage machine core; the air bag and the first massage machine core are arranged in the shell; wherein: the second massage machine core is also arranged and comprises a vibration motor and a massage plate; the massage plate of which the middle part is fixed with a vibration motor is transversely arranged and is positioned on the bottom shell through a foot pad; the massage plate is characterized in that two ends of the massage plate are respectively provided with an upward convex massage area, and a plurality of ball head points are convexly arranged on the surface of the massage area for placing feet to massage simultaneously. The utility model has the characteristics of ingenious conception, simple structure and flexible combination; a second massage machine core is introduced into the field of the traditional foot massager, the massage manipulation is changed, the vibration massage function is superposed, the massage on the heel or the sole area can be strengthened, and the experience feeling is improved; and then, the vibration massage plate is positioned on the bottom shell through the foot pad, so that the vibration is reduced and transmitted to the shell, and the energy of the vibration motor can be concentrated and acted on the massage plate.

Description

Additional vibration function foot massager

The technical field is as follows:

the utility model belongs to the field of massage equipment, and particularly relates to a foot massager with an additional vibration function, in particular to a combined scheme for adding a massage effect by overlapping the foot massager with the additional vibration function.

Background art:

the existing foot massage devices are on the market for some years, and the design concept of the foot massage devices conforms to the traditional Chinese medicine theory, so that the foot massage devices are popular with consumers. The massage machine core is arranged at the bottom of the foot, and the air bag is used for forming three-dimensional extrusion aiming at the surface and the heel of the foot, so that the contact between the sole of the foot and the massage machine core can be increased, and stronger mechanical massage force can be achieved. The massage core has syllogic and two sections two kinds, and the syllogic is provided with corresponding massage part to three region about the syllogic is thought to divide into the sole in front, middle and back three region, and three sections massage part all adopts the drive structure of correlation transmission or traction, if: a roller pulls two rubbing plates, or two rollers side by side pull a combination of rubbing plates; the two schemes are repeated to different degrees, and particularly the two rubbing boards are pulled, so that the amplitude of the fluctuation and the swing of the rubbing boards is not large, the feeling is relatively weak, and the foot sole stimulation effect is poor. Such as:

patent application No. 201320257011.9 discloses a three-section linkage sole massage mechanism, including casing, motor, gearbox and massage assembly, motor and gearbox fixed mounting are on the casing, and the motor is connected with the transmission of massage assembly after the gearbox changes the speed, wherein: the massage assembly comprises a massage roller, a massage sliding block and a finger pressing top block; the massage roller is movably arranged on the shell and is in transmission connection with the gearbox; the massage sliding block is movably arranged on the shell, is positioned in front of the massage roller and is in transmission connection with the massage roller; the finger pressing jacking block is movably arranged on the shell, is positioned behind the massage roller and is in transmission connection with the massage roller. The massage is respectively performed on the sole part, the arch part and the heel part, and three areas.

The two-section structure, namely the heel part is designed into a fixed massage point for saving cost, so that the experience effect is very poor. How to improve the experience of the three-section foot massager becomes the object of the research of the utility model.

The utility model content is as follows:

the utility model aims to design a foot massager with additional vibration function, wherein a second massage machine core is arranged in a shell.

The technical scheme of the utility model is realized as follows: a foot massager with additional vibration function comprises a shell, a first massage machine core and an air bag; the shell consists of a face cover with double-pin inserting holes and a bottom shell; the foot air bag in the air bags is positioned on the inner surface of the face cover, and the heel air bag is positioned on the bottom shell; the first massage machine core is arranged on the shell; the method is characterized in that: the second massage machine core is also arranged and comprises a vibration motor and a massage plate; the massage plate of which the middle part is fixed with a vibration motor is transversely arranged and is positioned on the bottom shell through a foot pad; the massage plate is characterized in that two ends of the massage plate are respectively provided with an upward convex massage area, and a plurality of ball head points are convexly arranged on the surface of the massage area for placing feet to massage simultaneously.

The foot pad is of a hollow structure, an upper flange is arranged at the top, convex rings and annular grooves are alternately arranged in the middle section, and a lower flange with an outward-extending bottom is abutted against the bottom shell by virtue of the lower flange at the bottom, and is sleeved in and embedded in the annular grooves through positioning holes in the massage plate to form a positioning structure.

A circular truncated cone is formed on the bottom shell at a position corresponding to the foot pad of the positioning machine, a limiting convex column is arranged in the center of the circular truncated cone, and tenon holes are distributed in the circular truncated cone at the periphery of the limiting convex column; the bottom surface of the lower flange of the machine foot pad is also integrally formed with a mortise with a clamping groove corresponding to the mortise, the lower flange of the machine foot pad is sleeved outside the limiting convex column, the end surface of the lower flange of the machine foot pad is abutted against the circular truncated cone, and the lower flange of the machine foot pad is inserted into the mortise with the clamping groove to form positioning.

The outside end in massage board both ends massage area respectively sets up a callus on the sole, the inboard in massage area respectively sets up a structure and fills up the same suspension with the callus on the sole, and this suspension fills up flange end butt and fixes a position on the round platform of drain pan, and the massage board corresponds the suspension and fills up the position shaping and have a concave cover, overlaps directly to establish on the upper flange that the suspension was filled up with the help of the concave cover, and the upper flange tip that the suspension was filled up is equipped with the dome, contradicts with the help of the dome form the level spacing in the concave cover.

A sleeve matched with the vibration motor is formed in the center of the massage plate, and a plurality of bolt positions are distributed on the periphery of the sleeve; bolt holes are formed in the end covers configured on the sleeve and correspond to the bolt positions, and the vibration motors are assembled in place and locked in the sleeve by means of the end covers.

The center line of the sleeve is positioned on the vertical surface of the massage plate.

The second massage machine core is arranged at the front part of the first massage machine core and corresponds to the sole area; or the first massage machine core is arranged at the rear part of the first massage machine core and corresponds to the heel area.

The utility model has the characteristics of ingenious conception, simple structure and flexible combination; a second massage machine core is introduced into the field of the traditional foot massager, the massage manipulation is changed, the vibration massage function is superposed, the massage on the heel or the sole area can be strengthened, and the experience feeling is improved; and then, the vibration massage plate is positioned on the bottom shell through the foot pad, so that the vibration is reduced and transmitted to the shell, and the energy of the vibration motor can be concentrated and acted on the massage plate.

Description of the drawings:

the utility model is further illustrated with reference to the following specific figures:

FIG. 1 is a schematic view of a foot massager with additional vibration function

FIG. 2 is a schematic view showing the separation of the cover of the foot massage device with additional vibration function

FIG. 3 is an exploded view of the massage mechanism and the bottom case

FIG. 4 is an exploded view of the second massage core and the bottom shell

FIG. 5 is a cross-sectional view of the second massage core and the bottom shell

Wherein

1-first massage machine core 11-middle motor 12-massage roller 13-rubbing plate

2-second massage movement 21-vibrating motor 22-massage plate 221-massage area

222-ball point 223-positioning hole 224-concave sleeve 225-sleeve

226-bolt position 227-end cover 228-bolt hole 3-shell

31-surface cover 32-bottom shell 321-circular truncated cone 322-limiting convex column

323-mortise 324-bolt column 325-bolt 4-airbag

5-machine foot pad 51-upper flange 52-convex ring 53-ring groove

54-lower flange 55-mortise with slot 56-dome 6-suspension pad

The specific implementation mode is as follows:

referring to fig. 1 to 5, the additional vibration function foot massager includes a first massage movement 1, a second massage movement 2, a housing 3 and an air bag 4; the shell 3 is composed of a face cover 31 with two pin insertion holes and a bottom shell 32; the foot airbag of the airbag 4 is positioned inside the face cover 31 and the heel airbag is positioned on the bottom case 32, and only the heel airbag is shown in the drawing because the airbag distribution is conventional. The first massage movement 1 and the second massage movement 2 are both mounted on the bottom shell 32 of the housing. The first massage machine core 1 adopts the existing mature roller type massage machine core, and comprises a middle motor 11, massage rollers 12 at two ends of an output shaft on a worm wheel and a kneading plate 13 drawn by an output shaft eccentric wheel, wherein the massage rollers 12 are positioned at the arch part, and the drawn kneading plate 13 can not only face the front palm part, such as a legend, but also can be designed to face the back heel part, so that more flexibility and different massage experiences of a designer are provided; the second massage machine core 2 matched in the embodiment is correspondingly arranged at the heel part; or is selectively arranged at the front part of the first massage machine core 1 and corresponds to the sole area.

As shown in fig. 3, 4 and 5, the second massage movement 2 includes a vibration motor 21 and a massage plate 22; the vibration motor 21 is fixed in the middle of the massage plate 22, the massage plate 22 is transversely arranged and is positioned on the bottom shell 32 through the foot pad 5; two ends of the massage plate 22 are respectively provided with a massage area 221 which is convex upwards, and the surface of the massage area 221 is convexly provided with a plurality of ball head points 222 for placing feet to massage simultaneously; that is, the horizontal massage plate 22 can perform vibration massage for both heels under the driving of a vibration motor 21; and the motor foot pad 5 is supported on the bottom shell 32, and can isolate the vibration to avoid causing the vibration of the shell 3.

Further, a sleeve 225 matched with the vibration motor 21 is formed in the center of the massage plate 22, and a plurality of bolt positions 226 are distributed on the periphery of the sleeve 225; bolt holes 228 are formed in the end cover 227 of the sleeve 225 at positions corresponding to the bolt positions, and the vibration motor 21 is assembled in place and locked in the sleeve 225 through the end cover 227, so that the vibration motor 21 and the massage plate 22 are locked together to transmit vibration energy.

The center line of the sleeve 225 is located on the vertical plane of the massage plate 22, so that the rotation trajectory plane of the eccentric mass of the vibration motor 21 can be selected to be either parallel to the plane of the massage plate 22 to generate a wobbling massage or perpendicular to the plane of the massage plate 22 to drive the massage plate 22 to wobble left and right and to undulate up and down, which are two typical angles that are easy to process and assemble.

Referring to fig. 4 and 5, the foot pad 5 is a hollow structure, the top of the foot pad has an upper flange 51, the middle of the foot pad has a raised ring 52 and a ring groove 53 alternately, the bottom of the foot pad has a lower flange 54, the lower flange 54 abuts against the bottom case 32, and the positioning hole 223 of the massage plate 22 is sleeved and embedded in the ring groove 53 to form a positioning structure.

A circular truncated cone 321 is formed on the bottom shell 32 at a position corresponding to the positioning machine foot pad 5, a limiting convex column 322 is arranged in the center of the circular truncated cone 321, and tenon holes 323 are distributed on the circular truncated cone at the periphery of the limiting convex column 322; the bottom surface of the lower flange of the foot pad is also integrally formed with a tenon 55 with a clamping groove corresponding to the tenon hole 323; during assembly, the lower flange 54 of the foot pad is sleeved outside the limiting convex column 322, the end face of the foot pad is abutted against the circular truncated cone 321, and the foot pad is inserted into the mortise 323 by means of the mortise with the clamping groove 55 to form positioning. In order to enhance the positioning reliability, the center of the limiting convex column 322 at the center of the circular truncated cone 321 is connected with a bolt column 324, and a bolt 325 with a gasket penetrates from the upper flange 51 end of the foot pad and is locked on the bottom shell 32, so that the foot pad 5 is ensured to be fixed on the bottom shell 32, and the massage plate 22 can not drift even under the vibration environment, and can keep certain swinging and swinging allowance.

Further, the outer side end of the massage area at the two ends of the massage plate 22 is respectively provided with a foot pad 5, the inner side of the massage area 221 is respectively provided with a suspension pad 6 with the same structure as the foot pad 5, the lower flange end of the suspension pad 6 is abutted and positioned on the circular truncated cone 321 of the bottom shell, the massage plate 22 is provided with a concave sleeve 224 corresponding to the suspension pad, the concave sleeve 224 is directly sleeved on the upper flange 51 of the suspension pad 6 by virtue of the concave sleeve 224, the end part of the upper flange 51 of the suspension pad is provided with a dome 56, and the dome 56 is abutted to the inner side of the concave sleeve 224 to form horizontal limit. Again, the dome 56 at the flange end of the pedestal pad 5 also provides an interference location for the washer of the bolt 325.

It should be noted that the circular truncated cone 321 may be directly formed on the bottom case 32 as shown in fig. 2 and 3, or may be formed separately as shown in fig. 4 and 5, and then locked on the bottom case 32, which may be selected according to the product design.

Claims

1. A foot massager with additional vibration function comprises a shell, a first massage machine core and an air bag; the shell consists of a face cover with double-pin inserting holes and a bottom shell; the foot air bag in the air bags is positioned on the inner surface of the face cover, and the heel air bag is positioned on the bottom shell; the first massage machine core is arranged on the shell; the method is characterized in that: the second massage machine core is also arranged and comprises a vibration motor and a massage plate; the massage plate of which the middle part is fixed with a vibration motor is transversely arranged and is positioned on the bottom shell through a foot pad; the massage plate is characterized in that two ends of the massage plate are respectively provided with an upward convex massage area, and a plurality of ball head points are convexly arranged on the surface of the massage area for placing feet to massage simultaneously.

2. The additional vibration function foot massager as set forth in claim 1, wherein: the foot pad is of a hollow structure, the top of the foot pad is provided with an upper flange, the middle section of the foot pad is alternately provided with a convex ring and a ring groove, the bottom of the foot pad is an outward-extended lower flange, the lower flange at the bottom is abutted against the bottom shell, and a positioning hole on the massage plate is sleeved in the lower flange and embedded in the ring groove to form a positioning structure.

3. The additional vibration function foot massager as set forth in claim 2, wherein: a circular truncated cone is formed on the bottom shell at a position corresponding to the foot pad of the positioning machine, a limiting convex column is arranged in the center of the circular truncated cone, and tenon holes are distributed on the circular truncated cone at the periphery of the limiting convex column; the bottom surface of the lower flange of the machine foot pad is also integrally formed with a mortise with a clamping groove corresponding to the mortise, the lower flange of the machine foot pad is sleeved outside the limiting convex column, the end surface of the lower flange of the machine foot pad is abutted against the circular truncated cone, and the lower flange of the machine foot pad is inserted into the mortise with the clamping groove to form positioning.

4. An additional vibration function foot massager as set forth in claim 1, 2 or 3, wherein: the outside end in massage board both ends massage area respectively sets up a callus on the sole, the inboard in massage area respectively sets up a structure and fills up the same suspension with the callus on the sole, and this suspension is filled up flange end butt and is fixed a position on the round platform of drain pan, and the massage board corresponds the suspension and fills up the position shaping and have a concave cover, overlaps directly to establish on the upper flange that the suspension was filled up with the help of the concave cover, and the upper flange tip that the suspension was filled up is equipped with the dome, contradicts with the help of the dome form the level spacing in the concave cover.

5. The additional vibration function foot massager as set forth in claim 4, wherein: a sleeve matched with the vibration motor is formed in the center of the massage plate, and a plurality of bolt positions are distributed on the periphery of the sleeve; bolt holes are formed in the end covers configured on the sleeve and correspond to the bolt positions, and the vibration motors are assembled in place and locked in the sleeve by means of the end covers.

6. The additional vibration function foot massager of claim 5, wherein: the central line of the sleeve is positioned on the vertical surface of the massage plate.

7. The additional vibration function foot massager as set forth in claim 1, wherein: the second massage machine core is arranged at the front part of the first massage machine core and corresponds to the sole area; or the first massage machine core is arranged at the rear part of the first massage machine core and corresponds to the heel area.