CN209827485U

CN209827485U - Massage machine core with deep finger pressure

Info

Publication number: CN209827485U
Application number: CN201920126267.3U
Authority: CN
Inventors: 韩国杰; 张明宝
Original assignee: WENZHOU GUOJIE HEALTHCARE APPLIANCE CO Ltd
Current assignee: WENZHOU GUOJIE HEALTHCARE APPLIANCE CO Ltd
Priority date: 2019-01-25
Filing date: 2019-01-25
Publication date: 2019-12-24
Anticipated expiration: 2029-01-25

Abstract

The utility model discloses a take degree of depth to indicate to press massage core, include the core seat and locate the massage arm on the core seat, massage gyro wheel about being equipped with on the massage arm, lower massage gyro wheel is connected on the massage arm with deciding circumference roll mode, its characterized in that: the upper massage rollers are connected to the massage arms in an eccentric rolling manner, and the eccentric rolling of the upper massage rollers is driven by a separate upper massage roller motor. The utility model discloses have degree of depth acupressure massage function, have 3D massage function concurrently simultaneously, simple structure can improve the massage effect of massage armchair to the human back greatly.

Description

Massage machine core with deep finger pressure

Technical Field

The utility model relates to a massage armchair, concretely relates to massage armchair's massage core.

Background

Massage armchair often comes to massage human back through the action of massage core, and prior art's massage core includes the core seat and locates the massage arm on the core seat, is equipped with upper and lower massage gyro wheel on the massage arm, and upper and lower massage gyro wheel all connects on the massage arm with deciding circumference roll mode, can not accomplish the degree of depth finger-pressure function. In addition, the upper and lower massage rollers connected to the massage arms have a complicated structure to perform a 3D massage function of kneading, beating, pushing, and walking.

Disclosure of Invention

The utility model aims at providing a have degree of depth and indicate to press massage function, have 3D massage function concurrently simultaneously, simple structure improves the area degree of depth of back massage effect and indicates to press massage core.

The utility model adopts the technical proposal that:

take degree of depth to indicate to press massage core, include the core seat and locate the massage arm on the core seat, massage gyro wheel about being equipped with on the massage arm, lower massage gyro wheel is connected on massage arm with deciding circumference roll mode, its characterized in that: the upper massage rollers are connected to the massage arms in an eccentric rolling manner, and the eccentric rolling of the upper massage rollers is driven by a separate upper massage roller motor.

Above-mentioned technical scheme's massage core, lower massage gyro wheel is connected on the massage arm with traditional fixed circumference roll mode, and go up the massage gyro wheel and connect on the massage arm with break through driven eccentric roll mode, so, massage core is at massage action in-process, work as massage gyro wheel motor circular telegram work, it will carry out eccentric roll at human back to go up the massage gyro wheel so, produce the weight alternating finger pressure action that is similar to going on with the finger on human back contact surface, and then realize the degree of depth finger pressure massage function of massage core, moreover, the steam generator is simple in structure.

Preferably, the inner hole of the upper massage roller is provided with a rolling bearing, the inner hole of the rolling bearing is provided with an eccentric sleeve, the eccentric sleeve is provided with an eccentric inner hole, the eccentric inner hole is connected with an upper massage roller transmission shaft, and the upper massage roller motor drives the upper massage roller transmission shaft through a speed reduction part. The design structure is simple and the assembly is convenient.

Preferably, the speed reduction part comprises a speed reduction box body, the upper massage roller transmission shaft is rotatably arranged in the speed reduction box body, a middle transmission shaft is further rotatably arranged in the speed reduction box body and is in speed reduction transmission with the upper massage roller transmission shaft through a gear, a worm wheel is further arranged on the middle transmission shaft, a motor shaft of the upper massage roller motor is connected with a worm, the worm and the worm wheel are in transmission meshing, and the speed reduction box body and the upper massage roller motor are fixedly arranged on the massage arm.

Preferably, the massage arm is connected with an arm seat, the arm seat is arranged on a machine core seat in a swinging mode, a kneading motor and a beating motor are installed on the machine core seat, the kneading motor drives the arm seat to do kneading action through a kneading shaft, the beating motor drives the arm seat to do beating action through a beating shaft, the machine core seat is arranged on a machine core walking frame in a swinging mode through a rotating shaft, the rotating shaft and the beating shaft are in a shaft connecting structure, a walking motor and a pushing-out motor are installed on the machine core walking frame, the pushing-out motor drives the machine core seat to swing back and forth, and the walking motor drives a walking gear installed on the machine core walking frame to rotate. The design can enable the upper and lower massage rollers on the massage arms to easily complete the 3D massage functions of kneading, beating, pushing and walking on the basis of having the deep finger-pressing massage function, and the structure is simple.

Preferably, the kneading motor drives the kneading shaft in a speed reducing manner through the kneading speed reducing component, the shaft end of the kneading shaft and the kneading shaft form a deflection included angle, and the arm seat is rotatably connected with the shaft end of the kneading shaft.

Preferably, the beating motor drives the beating shaft in a speed reduction mode through the beating speed reduction part, the shaft end of the beating shaft and the beating shaft have certain eccentricity, the shaft end of the beating shaft is rotatably connected with the rotating sleeve, and the rotating sleeve is connected with the arm seat through the ball head connecting rod.

Preferably, the push-out motor drives the push-out gear shaft to rotate through the push-out speed reduction component, the push-out gear shaft is rotatably arranged on the movement traveling frame, the push-out pinion is mounted on the push-out gear shaft, the top of the movement seat is provided with sector teeth by taking the rotating shaft as the center, and the sector teeth are in transmission meshing with the push-out pinion.

Preferably, the walking motor drives a walking gear shaft to rotate through a walking speed reduction component, the walking gear shaft is rotatably arranged on the movement walking frame, and the walking gear is mounted on the walking gear shaft.

Drawings

Figure 1 is a schematic structural view of a massage movement,

figure 2 is a view of figure 1 with the movement walking frame and its upper parts removed,

FIG. 3 is a structural view of the massage arms and the upper and lower massage rollers,

figure 4 is a view of the split structure of figure 3,

FIG. 5 is a structural view of a kneading action part,

figure 6 is a view of the split structure of figure 5,

figure 7 is a block diagram of a rapping motion unit,

figure 8 is a view of the split structure of figure 7,

figure 9 is a structural view of a front push acting part,

fig. 10 is a view showing a structure of a separate body of fig. 9.

Detailed Description

As shown in the figure, the utility model discloses a take degree of depth to indicate to press massage core, including core seat 11 and massage arm 5, be equipped with massage gyro wheel 1 and lower massage gyro wheel 6 on the massage arm 5, lower massage gyro wheel 6 is connected on massage arm 5 with deciding circumference roll mode through lower roller shaft 7, goes up massage gyro wheel 1 and connects on massage arm 5 with eccentric roll mode to the eccentric roll of going up massage gyro wheel 1 is carried out independent drive by solitary last massage gyro wheel motor 2. Go up massage roller 1's bore installation antifriction bearing 35, the eccentric cover 34 of bore installation of antifriction bearing 35, eccentric cover 34 is equipped with eccentric hole 33, and eccentric hole 33 connects up massage roller transmission shaft 26, go up massage roller motor 2 and pass through the transmission of speed reduction parts 25 go up massage roller transmission shaft 26, and speed reduction parts includes speed reduction box 28, go up massage roller transmission shaft 26 and rotate and locate in speed reduction box 28, still rotate in the speed reduction box 28 and be equipped with intermediate drive shaft 27, intermediate drive shaft 27 passes through gear 30, 29 speed reduction and goes up massage roller transmission shaft 26, still installs worm wheel 31 on the intermediate drive shaft 27, go up massage roller motor 2's motor shaft connecting worm 32, worm wheel 31 transmission meshing, speed reduction box 28, go up massage roller motor 2 fixed mounting in on massage arm 5.

The massage arm 5 is connected with an arm seat 8 through a swinging shaft 3, the massage arm and the arm seat are pulled by a tension spring 4, the arm seat 8 is arranged on a machine core seat 11 in a swinging mode, a kneading motor 12 and a beating motor 13 are fixedly arranged on the machine core seat 11, the kneading motor 12 drives the arm seat 8 and an up-and-down massage roller to do kneading action through a kneading shaft 9, the beating motor 13 drives the arm seat 8 and the up-and-down massage roller to do beating action through a beating shaft 14, the machine core seat 11 is arranged on a machine core walking frame 18 in a swinging mode through a rotating shaft 15, the rotating shaft 15 and the beating shaft 14 are in a connecting shaft structure, the rotating shaft 15 is connected to the outside of a shaft end 14a of the beating shaft, the rotating shaft 15 and the beating shaft 14 have the same shaft center, a walking motor 19 and a push-out motor 22 are fixedly arranged on the machine core walking frame 18, the push-out motor 22 is used for driving the machine core seat 11 to swing back and forth, and the walking gear 20 arranged on the.

The kneading motor 12 drives the kneading shaft 9 in a speed reducing way through a kneading speed reducing part (comprising a speed reducing transmission of a belt 38 and a speed reducing transmission of a worm 37 and a worm wheel 36), the shaft end 9a of the kneading shaft 9 is provided with a deflection included angle with the kneading shaft 9, and the arm seat 8 is rotatably connected with the shaft end 9a of the kneading shaft.

The knocking motor 13 drives the knocking shaft 14 to reduce the speed through a knocking speed reducing component (namely, the speed reduction of the belt 39), the shaft end 14a of the knocking shaft 14 and the knocking shaft 14 have certain eccentricity, the shaft end 14a of the knocking shaft is rotatably connected with the rotating sleeve 16, and the rotating sleeve 16 is connected with the arm base 8 through the ball head connecting rod 17.

The push-out motor 22 drives the push-out gear shaft 23 to rotate through the push-out worm gear reduction component 40, the push-out gear shaft 23 is rotatably arranged on the movement walking frame 18, the push-out pinion 24 is arranged on the push-out gear shaft 23, the top of the movement seat 11 is provided with sector teeth 10 by taking the rotating shaft 15 as the center, and the sector teeth 10 are in transmission meshing with the push-out pinion 24.

The walking motor 19 drives the walking gear shaft 21 to rotate through the walking speed reducing component, the walking gear shaft 21 is rotatably arranged on the movement walking frame 18, and the walking gear 20 is arranged on the walking gear shaft 21.

The utility model discloses a carry out work like this: in the massage action process, the walking motor works to drive the movement walking frame and the upper and lower massage rollers to walk, the pushing motor works to drive the movement seat and the upper and lower massage rollers to perform forward pushing and backward actions through the meshing of the pushing pinion and the sector teeth, the beating motor works to drive the arm seat and the upper and lower massage rollers to perform beating actions through the beating shaft and the ball head connecting rod, the kneading motor works to drive the arm seat and the upper and lower massage rollers to perform kneading actions through the kneading shaft, the upper massage roller motor is electrified to work, the upper massage roller can perform eccentric rolling on the back of a human body, and light and heavy alternative finger pressing actions similar to those performed by fingers are generated on the contact surface of the back of the human body, so that the deep finger pressing massage function of the massage movement is realized.

Claims

1. Take degree of depth to indicate to press massage core, include the core seat and locate the massage arm on the core seat, massage gyro wheel about being equipped with on the massage arm, lower massage gyro wheel is connected on massage arm with deciding circumference roll mode, its characterized in that: the upper massage rollers are connected to the massage arms in an eccentric rolling manner, and the eccentric rolling of the upper massage rollers is driven by a separate upper massage roller motor.

2. The massage movement with deep acupressure of claim 1, wherein: the inner hole of the upper massage roller is provided with a rolling bearing, the inner hole of the rolling bearing is provided with an eccentric sleeve, the eccentric sleeve is provided with an eccentric inner hole, the eccentric inner hole is connected with an upper massage roller transmission shaft, and the upper massage roller motor is used for transmitting the upper massage roller transmission shaft through a speed reduction component.

3. The massage movement with deep acupressure according to claim 2, characterized in that: the speed reduction part comprises a speed reduction box body, the upper massage roller transmission shaft is rotatably arranged in the speed reduction box body, a middle transmission shaft is further rotatably arranged in the speed reduction box body and is in speed reduction transmission through a gear, a worm wheel is further mounted on the middle transmission shaft, a motor shaft of the upper massage roller motor is connected with a worm, the worm and the worm wheel are in transmission meshing, and the speed reduction box body and the upper massage roller motor are fixedly mounted on the massage arm.

4. The massage movement with deep acupressure of claim 1, wherein: the massage arm is connected with the arm seat, the arm seat swings and is arranged on the movement seat, the kneading motor and the beating motor are installed on the movement seat, the kneading motor drives the arm seat to do kneading action through the kneading shaft, the beating motor drives the arm seat to do beating action through the beating shaft, the movement seat is arranged on the movement walking frame through the rotation shaft, the rotation shaft and the beating shaft are of a shaft connecting structure, the movement walking frame is provided with the walking motor and the pushing motor, the pushing motor moves and drives the movement seat to swing back and forth, and the walking motor moves and drives the walking gear installed on the movement walking frame to rotate.

5. The massage movement with deep acupressure of claim 4, wherein: the kneading motor drives the kneading shaft in a speed reduction mode through the kneading speed reduction part, a deflection included angle is formed between the shaft end of the kneading shaft and the kneading shaft, and the arm seat is rotatably connected to the shaft end of the kneading shaft.

6. The massage movement with deep acupressure of claim 4, wherein: the beating motor drives the beating shaft in a speed reduction mode through the beating speed reduction part, the shaft end of the beating shaft and the beating shaft are eccentric to a certain degree, the shaft end of the beating shaft is rotatably connected with the rotating sleeve, and the rotating sleeve is connected with the arm seat through the ball head connecting rod.

7. The massage movement with deep acupressure of claim 4, wherein: the push-out motor drives the push-out gear shaft to rotate through the push-out speed reducing component, the push-out gear shaft is rotatably arranged on the movement traveling frame, the push-out pinion is mounted on the push-out gear shaft, sector teeth are arranged on the top of the movement seat by taking the rotating shaft as the center, and the sector teeth are in transmission meshing with the push-out pinion.

8. The massage movement with deep acupressure of claim 4, wherein: the walking motor drives a walking gear shaft to rotate through a walking speed reducing component, the walking gear shaft is rotatably arranged on the movement walking frame, and the walking gear is mounted on the walking gear shaft.